Index

_

__contains__() (OperandRegistry method) __init__() (Tolerancing method) __repr__() (OperandRegistry method) _coating_factory (SurfaceFactory attribute) _compute_field_data() (GeometricMTF method), [1], [2], [3] _config (TorchBackend attribute) _configure_material() (Mirror3D method) _convert_to_um() (Wavelength method) _coordinate_factory (SurfaceFactory attribute) _fun() (OptimizerGeneric method) _generate_mtf_data() (GeometricMTF method), [1], [2], [3] _geometry_factory (SurfaceFactory attribute) _lib (AbstractBackend attribute) (NumpyBackend attribute) (TorchBackend attribute)

_material_factory (SurfaceFactory attribute) _optic_nominal (Tolerancing attribute) _optimizer_map (CompensatorOptimizer attribute) _paraxial_aimer (IterativeRayAimer attribute) _plot_field() (GeometricMTF method), [1], [2], [3] _precision (NumpyBackend attribute) _registry (BaseSystemAperture attribute) (OperandRegistry attribute) _results (MonteCarlo attribute) (SensitivityAnalysis attribute) _surface_group (SurfaceFactory attribute) _surfaces (VariableBehavior attribute) _x (OptimizerGeneric attribute)

A

a (EllipticalAperture attribute) abbe (AbbeMaterial attribute) (AbbeMaterialE attribute) abbe() (AbbeMaterial method) (AbbeMaterialE method) (IdealMaterial method) (Material method) (MaterialFile method) AbbeMaterial (class in materials.abbe) AbbeMaterialE (class in materials.abbe) AbbeModel (class in materials.abbe) AbbePolynomialModel (class in materials.abbe) AberrationOperand (class in optimization.operand.aberration) aberrations module Aberrations (class in aberrations) aberrations (Optic attribute) abs() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) absorp (IdealMaterial attribute) absorptance (SimpleCoating attribute) absorptance() (ThinFilmOperand static method) (ThinFilmStack method) absorptance_nm_deg() (ThinFilmStack method) absorptance_weighted() (ThinFilmOperand static method) AbstractBackend (class in backend.base) AC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) AC_sum() (AberrationOperand method) (AberrationOperand static method) active_fields() (in module utils) active_wavelengths() (in module utils) add() (FieldGroup method), [1], [2] (PickupManager method), [1] (SolveManager method), [1], [2], [3] (ThinFilmOperandManager method) (VariableManager method), [1] (WavelengthGroup method) add_angular_operand() (ThinFilmOptimizer method) add_compensator() (Tolerancing method), [1] add_configuration() (MultiConfiguration method) add_field() (FieldGroup method), [1], [2] (Optic method) add_interpolated_operand() (ThinFilmOptimizer method) add_layer() (ThinFilmStack method) add_layer_nm() (ThinFilmStack method) add_layer_qwot() (ThinFilmStack method) add_note() (BackendCapabilityError method) add_operand() (CompensatorOptimizer method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) (ThinFilmTolerancing method) (Tolerancing method), [1] add_perturbation() (ThinFilmTolerancing method) (Tolerancing method), [1] add_spectral_operand() (ThinFilmOptimizer method) add_spectral_target() (NeedleSynthesis method) add_surface() (Optic method) add_target() (NeedleSynthesis method) add_variable() (CompensatorOptimizer method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) add_wavelength() (Optic method) (WavelengthGroup method) add_wavelengths() (in module wavelength) aim_rays() (BaseRayAimer method) (CachedRayAimer method) (IterativeRayAimer method) (ParaxialRayAimer method) (RobustRayAimer method) airy_disc_x_y() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] airy_radius() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] all() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) allclose() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) allowed_attributes() (Variable static method) ALPHA (BuchdahlDModel attribute) (BuchdahlEModel attribute) (BuchdahlModel attribute) analysis.angle_vs_height module analysis.distortion module analysis.encircled_energy module analysis.field_curvature module analysis.grid_distortion module analysis.image_simulation module analysis.intensity module analysis.irradiance module analysis.jones_pupil module analysis.mtf_vs_field module analysis.pupil_aberration module analysis.ray_fan module analysis.rms_vs_field module analysis.spot_diagram module

analysis.through_focus module analysis.through_focus_mtf module analysis.through_focus_spot_diagram module analysis.y_ybar module analyze_color() (SpectralAnalyzer method) angle (ChiefRayAngleCurvatureSolve attribute), [1] (MarginalRayAngleCurvatureSolve attribute), [1] angle_from_cosine() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] angle_X_max (RadiantIntensity attribute), [1] angle_X_min (RadiantIntensity attribute), [1] angle_Y_max (RadiantIntensity attribute), [1] angle_Y_min (RadiantIntensity attribute), [1] AngleField (class in fields) (class in fields.field_types) (class in optiland.fields.field_types) angular_view() (SpectralAnalyzer method) any() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) AOI() (RayOperand static method) aoi_deg (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) (ThinFilmOperandSpec attribute) ap_type (BaseSystemAperture property) (EPDAperture property) (FloatByStopAperture property) (ImageFNOAperture property) (ObjectNAAperture property) aperture module aperture (CodeVDataModel attribute), [1] (Optic attribute) (ZemaxDataModel attribute), [1] apodization module apodization (Optic attribute) apodization.base module apodization.gaussian module apodization.uniform module apply() (BaseSolve method), [1] (ChiefRayAngleCurvatureSolve method), [1] (ChiefRayHeightThicknessSolve method), [1] (CurvatureSolve method), [1] (MarginalRayAngleCurvatureSolve method), [1] (MarginalRayHeightThicknessSolve method), [1] (Perturbation method) (Pickup method), [1] (PickupManager method), [1] (QuickFocusSolve method), [1] (SolveManager method), [1], [2], [3] (ThicknessSolve method), [1] (ThinFilmPerturbation method) apply_bounds() (OpticalSystemModule method) apply_compensators() (Tolerancing method), [1] approximate_surface() (in module geometries.nurbs) arange() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) arange_indices() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) arccos() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) arcsin() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) arctan() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) arctan2() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) argmin() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) args (BackendCapabilityError attribute) argwhere() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) array() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) as_array_1d() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) asarray() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) AsphereCoeffVariable (class in optimization.variable.asphere_coeff) atleast_1d() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) atleast_2d() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) attribute (ForbesQ2dCoeffVariable attribute) autograd (AbstractBackend property) (NumpyBackend property) (TorchBackend property) axis (BaseAngleVsHeightAnalysis attribute), [1] (CustomScalarFormatter attribute) (FieldIncidentAngleVsHeight attribute), [1] (JonesLinearDiattenuator attribute) (JonesLinearRetarder attribute) (PupilIncidentAngleVsHeight attribute), [1]

B

b (EllipticalAperture attribute) backend.base module backend.numpy_backend module backend.torch_backend module backend.utils module BackendCapabilityError BaseAngleVsHeightAnalysis (class in analysis.angle_vs_height) (class in optiland.analysis.angle_vs_height) BaseAperture (class in physical_apertures.base) BaseApodization (class in apodization.base) BaseBooleanAperture (class in physical_apertures.base) BaseBSDF (class in scatter) BaseCoating (class in coatings) BaseCoatingPolarized (class in coatings) BaseDistribution (class in distribution) BaseFieldDefinition (class in fields) (class in fields.field_types) (class in optiland.fields.field_types) BaseGeometry (class in geometries.base) BaseInfoProvider (class in visualization.info.providers) BaseInteractionModel (class in interactions.base) BaseJones (class in jones) BaseMTF (class in mtf.base), [1] (class in optiland.mtf.base) BasePhaseProfile (class in optiland.phase)

BasePSF (class in optiland.psf.base) (class in psf.base), [1] BaseRayAimer (class in optiland.rays.ray_aiming.base) BaseSampler (class in tolerancing.perturbation) BaseSolve (class in solves) (class in solves.base) BaseSource (class in sources.base) BaseSurfaceHandler (class in optiland.fileio.codev) BaseSystemAperture (class in aperture) BaseZernike (class in optiland.zernike.base) (class in zernike.base) BasinHopping (class in optimization.optimizer.scipy.basin_hopping) batched_chain_matmul3() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) batching_enabled (CompensatorOptimizer property) (OptimizationProblem property) BestFitRayFan (class in analysis.ray_fan) (class in optiland.analysis.ray_fan) BestFitSphereStrategy (in module optiland.wavefront.strategy), [1] BestFitStrategy (class in optiland.wavefront.strategy), [1] BiconicGeometry (class in geometries.biconic) bounds (Variable property) broadcast_to() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) BuchdahlDModel (class in materials.abbe) BuchdahlEModel (class in materials.abbe) BuchdahlModel (class in materials.abbe)

C

c (ChebyshevPolynomialGeometry attribute) (EvenAsphere attribute) (OddAsphere attribute) (PolynomialGeometry attribute) c_yz (ToroidalGeometry attribute) CachedRayAimer (class in optiland.rays.ray_aiming.cached) calculate_grid_size() (in module optiland.psf.fft) (in module psf.fft), [1], [2] calculate_matrix() (BaseJones method) (ConstantJones method) (JonesFresnel method) (JonesHalfWaveRetarder method) (JonesLinearDiattenuator method) (JonesLinearPolarizer method) (JonesLinearRetarder method) (JonesPolarizerH method) (JonesPolarizerL135 method) (JonesPolarizerL45 method) (JonesPolarizerLCP method) (JonesPolarizerRCP method) (JonesPolarizerV method) (JonesQuarterWaveRetarder method) (JonesThinFilm method) calculate_mtf() (SampledMTF method), [1], [2], [3] calculate_stop_radius() (FloatByStopStrategy method) (ParaxialReferenceStrategy method) (RealReferenceStrategy method) (StopSizeStrategy method) capitalize() (SpotReferenceType method), [1] capture() (StackSnapshot class method) casefold() (SpotReferenceType method), [1] cast() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) CC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) CC_sum() (AberrationOperand method) (AberrationOperand static method) ceil() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) center() (SpotReferenceType method), [1] CENTROID (SpotReferenceType attribute), [1] centroid() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] CentroidReferenceSphereStrategy (in module optiland.wavefront.strategy), [1] CentroidStrategy (class in optiland.wavefront.strategy), [1] ChebyshevCoeffVariable (class in optimization.variable.chebyshev_coeff) ChebyshevPolynomialGeometry (class in geometries.chebyshev) CHIEF_RAY (SpotReferenceType attribute), [1] chief_ray() (Paraxial method) ChiefRayAngleCurvatureSolve (class in solves) (class in solves.curvature) ChiefRayAngleSolve (in module solves) ChiefRayHeightSolve (in module solves) ChiefRayHeightThicknessSolve (class in solves) (class in solves.thickness) ChiefRayStrategy (class in optiland.wavefront.strategy), [1] cleanup() (ZemaxFileSourceHandler method) clear() (OPDData method), [1] (PickupManager method), [1] (SolveManager method), [1] (ThinFilmOperandManager method) (VariableManager method), [1] clear_cache() (CachedRayAimer method) clear_hover_effects() (InteractionManager method) clear_operands() (CompensatorOptimizer method) (OptimizationProblem method) clear_variables() (CompensatorOptimizer method) (OptimizationProblem method) clearance() (RayOperand static method) clip() (AbstractBackend method) (BaseAperture method), [1] (BaseBooleanAperture method) (DifferenceAperture method) (EllipticalAperture method) (FileAperture method) (IntersectionAperture method) (NumpyBackend method) (OffsetRadialAperture method) (PolarizedRays method), [1] (PolygonAperture method) (RadialAperture method) (RealRays method), [1] (RectangularAperture method) (TorchBackend method) (UnionAperture method) close_info_panel() (InteractionManager method) coating (ImageSurface property) (ObjectSurface property) (Surface property) CoatingFactory (class in surfaces.factories.coating_factory) coatings module codev_type (BaseSurfaceHandler attribute) CodeVDataModel (class in optiland.fileio.codev) CodeVToOpticConverter (class in optiland.fileio.codev) CodeVWriter (class in optiland.fileio.codev) coeff_number (AsphereCoeffVariable attribute) (ChebyshevCoeffVariable attribute) (ForbesQNormalSlopeCoeffVariable attribute) (PolynomialCoeffVariable attribute) (ZernikeCoeffVariable attribute) coeff_tuple (ForbesQ2dCoeffVariable attribute) coefficients (MaterialFile attribute) (ZernikePolynomialGeometry property)

coeffs (ZernikeFit property), [1], [2] (ZernikeOPD property), [1] coeffs_poly_y (ToroidalGeometry attribute) column_stack() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) compensator (Tolerancing attribute) CompensatorOptimizer (class in tolerancing.compensator) component_registry (OpticalSystem attribute) components (OpticalSystem attribute) compute_bspline_coordinates() (NurbsGeometry static method) compute_bspline_derivatives() (NurbsGeometry static method) compute_epd() (BaseSystemAperture method) (EPDAperture method) (FloatByStopAperture method) (ImageFNOAperture method) (ObjectNAAperture method) compute_nurbs_coordinates() (NurbsGeometry static method) compute_nurbs_derivatives() (NurbsGeometry method) compute_rtRAT_nm_deg() (ThinFilmStack method) compute_rtRTA() (ThinFilmStack method) compute_rtRTA_elementwise() (ThinFilmStack method) compute_wavefront_data() (BestFitStrategy method), [1] (CentroidStrategy method), [1] (ChiefRayStrategy method), [1] (ReferenceStrategy method), [1] compute_z_zprime_q2d() (in module geometries.forbes) concatenate() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) configurations (MultiConfiguration attribute) configure_aperture() (in module physical_apertures.radial) conic (ForbesSurfaceConfig attribute), [1] ConicVariable (class in optimization.variable.conic) conj() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) connect() (InteractionManager method) ConstantJones (class in jones) ConstantPhaseProfile (class in optiland.phase) contains() (BaseAperture method) (BaseBooleanAperture method) (DifferenceAperture method) (EllipticalAperture method) (FileAperture method) (IntersectionAperture method) (OffsetRadialAperture method) (PolygonAperture method) (RadialAperture method) (RectangularAperture method) (UnionAperture method) convert() (CodeVToOpticConverter method) (OpticToZemaxConverter method) (ParaxialToThickLensConverter method) (ZemaxToOpticConverter method), [1] convert_to_thick_lens() (in module surfaces.converters) coord (FieldPoint attribute), [1] coordinate_system module coordinates (SpotDiagram attribute), [1] (ThroughFocusSpotDiagram attribute), [1] CoordinateSystem (class in coordinate_system) CoordinateSystemFactory (class in surfaces.factories.coordinate_system_factory) copy() (AbstractBackend method) (NumpyBackend method) (OPDData method), [1] (ThinFilmStack method) (TorchBackend method) copy_to() (NumpyBackend method) (TorchBackend method) copysign() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) cos() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) cosh() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) count() (FieldPoint method) (SpotReferenceType method), [1] (WavelengthPoint method) create() (AngleField class method), [1], [2] (BaseFieldDefinition class method), [1], [2] (CoatingFactory static method) (CoordinateSystemFactory method) (GeometryFactory static method) (InteractionModelFactory method) (MaterialFactory method) (ObjectHeightField class method), [1], [2] (ParaxialImageHeightField class method), [1], [2] (RealImageHeightField class method), [1], [2] create_distribution() (in module distribution) create_dummy_axis() (CustomScalarFormatter method) create_polarization() (in module optiland.rays.polarization_state) create_ray_aimer() (in module optiland.rays.ray_aiming.registry) create_solve() (SolveFactory static method), [1] create_strategy() (in module optiland.wavefront.strategy), [1] create_surface() (SurfaceFactory method) cross() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) CrossDistribution (class in distribution) cs (BaseSource attribute) current_config() (MultiConfiguration method) current_cs (ZemaxToOpticConverter attribute), [1] current_values() (SpectralOptimizationOperand method) CurvatureSolve (class in solves) (class in solves.curvature) CustomScalarFormatter (class in visualization.analysis.surface_sag)

D

data (BaseAngleVsHeightAnalysis attribute), [1] (CodeVToOpticConverter attribute) (Distortion attribute), [1] (FieldCurvature attribute), [1] (FieldIncidentAngleVsHeight attribute), [1] (GridDistortion attribute), [1] (JonesPupil attribute), [1] (OPD attribute), [1] (OPDFan attribute), [1] (PupilIncidentAngleVsHeight attribute), [1] (RadiantIntensity attribute), [1] (RayFan attribute), [1] (SpotDiagram attribute), [1] (Wavefront attribute), [1] (ZemaxToOpticConverter attribute), [1] data_model (ZemaxDataParser attribute) DC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) DC_sum() (AberrationOperand method) (AberrationOperand static method) DecenterVariable (class in optimization.variable.decenter) deep_copy() (ThinFilmStack method) default() (OptilandEncoder method) default_rng() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) default_tooltip_format() (InteractionManager method) deg2rad() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) degrees() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) delta() (Operand method) (SpectralOptimizationOperand method) (ThinFilmBaseOperand method) (ThinFilmCustomOperand method) delta_focus (ThroughFocusSpotDiagram attribute), [1] delta_ineq() (Operand method), [1] delta_target() (Operand method), [1] diff() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) diff_limited_mtf (GeometricMTF attribute), [1], [2], [3] DifferenceAperture (class in physical_apertures.base) DifferentialEvolution (class in optimization.optimizer.scipy.differential_evolution) DiffractiveInteractionModel (class in interactions.diffractive_model) direct_fno() (BaseSystemAperture method) (EPDAperture method) (FloatByStopAperture method) (ImageFNOAperture method) (ObjectNAAperture method)

disable() (GradMode method) disable_batching() (CompensatorOptimizer method) (OptimizationProblem method) disconnect() (InteractionManager method) display_name (SpectralOptimizationOperand property) (ThinFilmCustomOperand property) distance() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method), [1] (StandardGratingGeometry method), [1] (ToroidalGeometry method) (ZernikePolynomialGeometry method) Distortion (class in analysis.distortion) (class in optiland.analysis.distortion) distortion_type (Distortion attribute), [1] (GridDistortion attribute), [1] DistortionWarper (class in analysis.image_simulation) (class in optiland.analysis.image_simulation) distribution module distribution (OPD attribute), [1] (SampledMTF attribute), [1], [2], [3] (SpotDiagram attribute), [1] (ThroughFocusSpotDiagram attribute), [1] distribution_name (RadiantIntensity attribute), [1] DistributionSampler (class in tolerancing.perturbation) divergence_deg_1e2 (SMFSource attribute) dot() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) draw() (BaseSource method) (ExtendedSourceOptic method) (MultiConfiguration method) (Optic method) (SMFSource method) draw3D() (Optic method) DualAnnealing (class in optimization.optimizer.scipy.dual_annealing)

E

E_exits (WavefrontData attribute), [1], [2], [3] effective_weight() (Operand method) efficiency (BasePhaseProfile property) (ConstantPhaseProfile property) (GridPhaseProfile property) (HeightProfile property) (LinearGratingPhaseProfile property) (RadialPhaseProfile property) einsum() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) EllipticalAperture (class in physical_apertures.elliptical) empty() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) empty_like() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) enable() (GradMode method) enable_batching() (CompensatorOptimizer method) (OptimizationProblem method) EncircledEnergy (class in analysis.encircled_energy) (class in optiland.analysis.encircled_energy) encode() (OptilandEncoder method) (SpotReferenceType method), [1] end (RangeSampler attribute) endswith() (SpotReferenceType method), [1] EPD() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) EPDAperture (class in aperture) EPL() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) eps (ToroidalGeometry attribute)

erfinv() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) errstate() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) evaluate() (ThinFilmTolerancing method) (Tolerancing method), [1] EvenAsphere (class in geometries.even_asphere) Ex (PolarizationState attribute) exp() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) expand_dims() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) expandtabs() (SpotReferenceType method), [1] explore_glasses() (GlassExpert method) ExtendedSourceOptic (class in optic.extended_source_optic) extent (BaseAperture property) (BaseBooleanAperture property) (DifferenceAperture property) (EllipticalAperture property) (FileAperture property) (IntersectionAperture property) (OffsetRadialAperture property) (PolygonAperture property) (RadialAperture property) (RectangularAperture property) (Surface3D attribute) (UnionAperture property) Ey (PolarizationState attribute) eye() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

F

F1() (Paraxial method) f1() (Paraxial method) F1() (ParaxialOperand method) f1() (ParaxialOperand method) F1() (ParaxialOperand static method) f1() (ParaxialOperand static method) F2() (Paraxial method) f2() (Paraxial method) F2() (ParaxialOperand method) f2() (ParaxialOperand method) F2() (ParaxialOperand static method) f2() (ParaxialOperand static method) f_number() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] factorial() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) fft (AbstractBackend property) (NumpyBackend property) (TorchBackend property) fftconvolve() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) FFTMTF (class in mtf) (class in mtf.fft), [1] (class in optiland.mtf.fft) FFTPSF (class in optiland.psf.fft) (class in psf.fft), [1], [2] Field (class in fields) (class in fields.field) (class in optiland.fields.field) field (JonesPupil attribute), [1] (OPD attribute), [1] (PupilIncidentAngleVsHeight attribute), [1] (SampledMTF attribute), [1], [2], [3] FieldCurvature (class in analysis.field_curvature) (class in optiland.analysis.field_curvature) FieldGroup (class in fields) (class in fields.field_group) (class in optiland.fields.field_group) FieldIncidentAngleVsHeight (class in analysis.angle_vs_height) (class in optiland.analysis.angle_vs_height) FieldPoint (class in utils) fields module fields (BaseMTF attribute), [1], [2] (CodeVDataModel attribute), [1] (FieldGroup attribute), [1], [2] (Optic attribute) (RadiantIntensity attribute), [1] (RayFan attribute), [1] (SpotDiagram attribute), [1] (ThroughFocusSpotDiagram attribute), [1] (ZemaxDataModel attribute), [1] fields.field module fields.field_group module fields.field_types module FileAperture (class in physical_apertures.polygon) filename (MaterialFile attribute) (ZemaxDataParser attribute) final_merit (NeedleSynthesisResult attribute) find() (SpotReferenceType method), [1] finfo() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) fit_and_remove_tilt() (BasePSF static method), [1], [2] (MMDFTPSF static method), [1], [2] (OPD static method), [1] (OPDFan static method), [1] (RmsWavefrontErrorVsField static method), [1] (ScalarFFTPSF static method), [1], [2], [3] (ScalarHuygensPSF static method), [1], [2], [3] (VectorialFFTPSF static method) (VectorialHuygensPSF static method) (Wavefront static method), [1] (ZernikeOPD static method), [1] fit_surface() (NurbsGeometry method) fix_minus() (CustomScalarFormatter static method) flip() (AbstractBackend method) (BaseGeometry method) (BaseInteractionModel method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (DiffractiveInteractionModel method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (ImageSurface method) (NewtonRaphsonGeometry method) (NumpyBackend method) (NurbsGeometry method) (ObjectSurface method) (OddAsphere method) (Optic method) (OpticUpdater method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (RefractiveReflectiveModel method) (StandardGeometry method) (StandardGratingGeometry method) (Surface method) (ThinLensInteractionModel method) (TorchBackend method) (ToroidalGeometry method) (ZernikePolynomialGeometry method) FloatByStopAperture (class in aperture) FloatByStopStrategy (class in optiland.rays.ray_aiming.initialization) floor() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) fmax() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) FNO (ScalarFFTMTF attribute), [1], [2], [3] (ScalarHuygensMTF attribute), [1], [2], [3] FNO() (Paraxial method)

ForbesQ2dCoeffVariable (class in optimization.variable.forbes_coeff) ForbesQ2dGeometry (class in geometries.forbes) ForbesQbfsCoeffVariable (class in optimization.variable.forbes_coeff) ForbesQbfsGeometry (class in geometries.forbes) ForbesQNormalSlopeCoeffVariable (class in optimization.variable.forbes_coeff) ForbesQNormalSlopeGeometry (class in geometries.forbes) ForbesSolverConfig (class in geometries.forbes) ForbesSurfaceConfig (class in geometries.forbes) format() (BaseSurfaceHandler method) (MaterialFormatter class method) (SpotReferenceType method), [1] format_data() (CustomScalarFormatter method) format_data_short() (CustomScalarFormatter method) format_map() (SpotReferenceType method), [1] format_ticks() (CustomScalarFormatter method) forward() (OpticalSystemModule method) freq (GeometricMTF attribute), [1], [2], [3] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarHuygensMTF attribute), [1], [2], [3] FresnelCoating (class in coatings) from_dict() (AbbeMaterial class method) (AbbeMaterialE class method) (AngleField class method), [1], [2] (BaseAperture class method) (BaseApodization class method) (BaseBooleanAperture class method) (BaseBSDF class method) (BaseCoating class method) (BaseCoatingPolarized class method) (BaseFieldDefinition class method), [1], [2] (BaseGeometry class method) (BaseInteractionModel class method) (BasePhaseProfile class method) (BaseSolve class method), [1] (BaseSystemAperture class method) (BiconicGeometry class method) (ChebyshevPolynomialGeometry class method) (ChiefRayAngleCurvatureSolve class method), [1] (ChiefRayHeightThicknessSolve class method), [1] (ConstantPhaseProfile class method) (CoordinateSystem class method) (CurvatureSolve class method), [1] (DifferenceAperture class method) (DiffractiveInteractionModel class method) (EllipticalAperture class method) (EPDAperture class method) (EvenAsphere class method) (Field class method), [1], [2] (FieldGroup class method), [1], [2] (FileAperture class method) (FloatByStopAperture class method) (ForbesQ2dGeometry class method) (ForbesQbfsGeometry class method) (ForbesQNormalSlopeGeometry class method) (FresnelCoating class method) (GaussianApodization class method) (GaussianBSDF class method) (GridPhaseProfile class method) (HeightProfile class method) (IdealMaterial class method) (ImageFNOAperture class method) (ImageSurface class method) (IntersectionAperture class method) (LambertianBSDF class method) (LinearGratingPhaseProfile class method) (MarginalRayAngleCurvatureSolve class method), [1] (MarginalRayHeightThicknessSolve class method), [1] (Material class method) (MaterialFile class method) (NewtonRaphsonGeometry class method) (NurbsGeometry class method) (ObjectHeightField class method), [1], [2] (ObjectNAAperture class method) (ObjectSurface class method) (OddAsphere class method) (OffsetRadialAperture class method) (Optic class method) (ParaxialImageHeightField class method), [1], [2] (Pickup class method) (PickupManager class method) (Plane class method) (PlaneGrating class method) (PolarizerCoating class method) (PolygonAperture class method) (PolynomialGeometry class method) (QuickFocusSolve class method), [1] (RadialAperture class method) (RadialPhaseProfile class method) (RealImageHeightField class method), [1], [2] (RectangularAperture class method) (RefractiveReflectiveModel class method) (RetarderCoating class method) (SimpleCoating class method) (SolveManager class method), [1] (StandardGeometry class method) (StandardGratingGeometry class method) (Surface class method) (Theme class method) (ThicknessSolve class method), [1] (ThinFilmCoating class method) (ThinLensInteractionModel class method) (ToroidalGeometry class method) (UniformApodization class method) (UnionAperture class method) (Wavelength class method) (WavelengthGroup class method) (ZernikePolynomialGeometry class method) from_euler() (NumpyBackend method) from_matrix() (NumpyBackend method) fromkeys() (OPDData method), [1] full() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) full_like() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) fun() (Operand method), [1] (SpectralOptimizationOperand method) (ThinFilmBaseOperand method) (ThinFilmCustomOperand method) fun_array() (CompensatorOptimizer method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) func_wrapper() (in module scatter)

G

GaussianApodization (class in apodization.gaussian) GaussianBSDF (class in scatter) GaussianQuadrature (class in distribution) generate_basis() (PSFBasisGenerator method), [1] generate_chief_rays_centers() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] generate_chief_rays_cosines() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] generate_distortion_map() (DistortionWarper method), [1] generate_marginal_rays() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] generate_marginal_rays_cosines() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] generate_opd_map() (OPD method), [1] (ZernikeOPD method), [1] generate_points() (BaseDistribution method) (CrossDistribution method) (GaussianQuadrature method) (HexagonalDistribution method) (LineXDistribution method) (LineYDistribution method) (RandomDistribution method) (RingDistribution method) (SobolDistribution method) (UniformDistribution method) generate_rays() (BaseSource method) (RayGenerator method) (SMFSource method) geometric_spot_radius() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] GeometricMTF (class in mtf) (class in mtf.geometric), [1] (class in optiland.mtf.geometric) geometries.base module geometries.biconic module geometries.chebyshev module geometries.even_asphere module geometries.forbes module geometries.newton_raphson module geometries.nurbs module geometries.odd_asphere module geometries.plane module geometries.plane_grating module geometries.polynomial module geometries.standard module geometries.standard_grating module geometries.toroidal module geometries.zernike module geometry (BaseInteractionModel property) (DiffractiveInteractionModel property) (RefractiveReflectiveModel property) (ThinLensInteractionModel property) GeometryFactory (class in surfaces.factories.geometry_factory) get() (OPDData method), [1] (OperandRegistry method), [1] (ThinFilmOperandRegistry method) get_active_theme() (in module visualization.themes) get_attr_by_path() (in module utils) get_bilinear_weights() (TorchBackend method) get_complex_precision() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) get_current_performance() (ThinFilmOptimizer method) get_data() (BasePSF method), [1], [2] (MMDFTPSF method), [1], [2] (OPD method), [1] (OPDFan method), [1] (RmsWavefrontErrorVsField method), [1] (ScalarFFTPSF method), [1], [2], [3] (ScalarHuygensPSF method), [1], [2], [3] (VectorialFFTPSF method) (VectorialHuygensPSF method) (Wavefront method), [1] (ZernikeOPD method), [1] get_derivative() (BaseZernike method), [1] (NurbsGeometry method) (ZernikeFringe method), [1], [2] (ZernikeNoll method), [1], [2] (ZernikeStandard method), [1], [2] get_device() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) get_effective_rotation_euler() (CoordinateSystem method) get_effective_transform() (CoordinateSystem method) get_exit_fields() (PolarizedRays method), [1] get_field() (FieldGroup method), [1], [2], [3], [4], [5] get_field_coords() (FieldGroup method), [1], [2], [3], [4], [5] get_gradient() (BasePhaseProfile method) (ConstantPhaseProfile method) (GridPhaseProfile method) (HeightProfile method) (LinearGratingPhaseProfile method) (RadialPhaseProfile method) get_handler() (in module optiland.fileio.codev) get_handler_for_optiland_type() (in module optiland.fileio.codev)

get_info() (BaseInfoProvider method) (LensInfoProvider method) (RayBundleInfoProvider method) (SurfaceInfoProvider method) get_info_text() (InteractionManager method) get_intensity() (BaseApodization method) (GaussianApodization method) (UniformApodization method) get_local_basis() (PolarizedRays static method), [1] get_local_file() (ZemaxFileSourceHandler method) get_normals() (NurbsGeometry method) get_offset() (CustomScalarFormatter method) get_optimizer() (CompensatorOptimizer method) get_output_field() (PolarizedRays method), [1] get_paraxial_gradient() (BasePhaseProfile method) (ConstantPhaseProfile method) (GridPhaseProfile method) (HeightProfile method) (LinearGratingPhaseProfile method) (RadialPhaseProfile method) get_paraxial_object_position() (AngleField method), [1], [2] (BaseFieldDefinition method), [1], [2] (ObjectHeightField method), [1], [2] (ParaxialImageHeightField method), [1], [2] (RealImageHeightField method), [1], [2] get_phase() (BasePhaseProfile method) (ConstantPhaseProfile method) (GridPhaseProfile method) (HeightProfile method) (LinearGratingPhaseProfile method) (RadialPhaseProfile method) get_point_gaussian() (in module scatter) get_point_lambertian() (in module scatter) get_precision() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) get_ray_origins() (AngleField method), [1], [2] (BaseFieldDefinition method), [1], [2] (ObjectHeightField method), [1], [2] (ParaxialImageHeightField method), [1], [2] (RealImageHeightField method), [1], [2] get_results() (MonteCarlo method), [1] (SensitivityAnalysis method), [1] (ThinFilmMonteCarlo method) (ThinFilmSensitivityAnalysis method) get_rotation_matrix() (CoordinateSystem method) get_stop_radius_strategy() (in module optiland.rays.ray_aiming.initialization) get_surface() (Mirror3D method) (Surface3D method) get_term() (BaseZernike method), [1] (ZernikeFringe method), [1], [2] (ZernikeNoll method), [1], [2] (ZernikeStandard method), [1], [2] get_useLocale() (CustomScalarFormatter method) get_useMathText() (CustomScalarFormatter method) get_useOffset() (CustomScalarFormatter method) get_usetex() (CustomScalarFormatter method) get_value() (AsphereCoeffVariable method) (ChebyshevCoeffVariable method) (ConicVariable method), [1] (DecenterVariable method), [1] (ForbesQ2dCoeffVariable method) (ForbesQbfsCoeffVariable method) (ForbesQNormalSlopeCoeffVariable method) (IndexVariable method), [1] (LayerThicknessVariable method) (MaterialVariable method) (NormalizationRadiusVariable method) (NurbsGeometry method) (NurbsPointsVariable method) (NurbsWeightsVariable method) (PolynomialCoeffVariable method) (RadiusVariable method), [1] (ReciprocalRadiusVariable method), [1] (ThicknessVariable method), [1] (TiltVariable method), [1] (VariableBehavior method) (ZernikeCoeffVariable method) get_vig_factor() (FieldGroup method), [1], [2], [3], [4], [5] get_wavelength() (WavelengthGroup method), [1] get_wavelengths() (WavelengthGroup method), [1] get_weights() (GaussianQuadrature method) get_working_FNO() (in module utils) glass_catalogs (ZemaxDataModel attribute), [1] GlassExpert (class in optimization.optimizer.scipy.glass_expert) global_exploration() (GlassExpert method) globalize() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (CoordinateSystem method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method) (StandardGratingGeometry method) (ToroidalGeometry method) (ZernikePolynomialGeometry method) grad_mode (AbstractBackend property) (NumpyBackend property) (TorchBackend property) GradMode (class in backend.torch_backend) grating_vector() (PlaneGrating method) (StandardGratingGeometry method), [1] gratingdiffract() (PolarizedRays method), [1] (RealRays method), [1] grid_sample() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) grid_size (JonesPupil attribute), [1] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarFFTPSF attribute), [1], [2], [3] GridDistortion (class in analysis.grid_distortion) (class in optiland.analysis.grid_distortion) GridPhaseProfile (class in optiland.phase)

H

has_variables (CompensatorOptimizer property) height (ThicknessSolve attribute), [1] HeightProfile (class in optiland.phase) HexagonalDistribution (class in distribution) highlight_artist() (InteractionManager method) histogram() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) histogram2d() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

history (NeedleSynthesisResult attribute) HuygensMTF (class in mtf) (class in mtf.huygens_fresnel), [1] (class in optiland.mtf.huygens_fresnel) HuygensPSF (class in optiland.psf.huygens_fresnel) (class in psf.huygens_fresnel), [1], [2] hypot() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

I

i (PolarizedRays attribute), [1] (Rays2D attribute) (RealRays attribute), [1] IdealMaterial (class in materials.ideal) IdentityScaler (class in optimization.scaling.identity) imag() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) image_size (MMDFTPSF attribute), [1], [2] (ScalarHuygensMTF attribute), [1], [2], [3] image_solve() (Optic method) (OpticUpdater method) image_surface (Optic property) ImageFNOAperture (class in aperture) ImageSimulationEngine (class in analysis.image_simulation) (class in optiland.analysis.image_simulation) ImageSurface (class in surfaces.image_surface) improvement (NeedleResult attribute) incident_material (ThinFilmStack attribute) IncoherentIrradiance (class in analysis.irradiance) (class in optiland.analysis.irradiance) index (AbbeMaterial attribute) (AbbeMaterialE attribute) (IdealMaterial attribute) index() (FieldPoint method) (SpotReferenceType method), [1] (WavelengthPoint method) IndexVariable (class in optimization.variable.index) info() (CompensatorOptimizer method) (Optic method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) initial_merit (NeedleSynthesisResult attribute) initial_value (OptimizationProblem attribute) input_data (Operand attribute), [1] (ThinFilmCustomOperand attribute) insert_layer() (ThinFilmStack method) insert_layer_nm() (ThinFilmStack method) intensity (SampledMTF attribute), [1], [2], [3] (SpotData attribute), [1], [2], [3] (WavefrontData attribute), [1], [2], [3] interact() (BaseCoating method), [1] (BaseCoatingPolarized method) (FresnelCoating method) (PolarizerCoating method) (RetarderCoating method) (SimpleCoating method) (ThinFilmCoating method) interact_paraxial_rays() (BaseInteractionModel method) (DiffractiveInteractionModel method) (RefractiveReflectiveModel method) (ThinLensInteractionModel method) interact_real_rays() (BaseInteractionModel method) (DiffractiveInteractionModel method) (RefractiveReflectiveModel method) (ThinLensInteractionModel method) interaction_type (DiffractiveInteractionModel attribute) (RefractiveReflectiveModel attribute) (ThinLensInteractionModel attribute) InteractionManager (class in visualization.system.interaction) InteractionModelFactory (class in surfaces.factories.interaction_model_factory) interactions.base module interactions.diffractive_model module interactions.refractive_reflective_model module interactions.thin_lens_interaction_model module interp() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) interpolate_target_value() (OptimizationTarget method) (SpectralOptimizationOperand method) IntersectionAperture (class in physical_apertures.base) invariant() (Paraxial method) inverse_scale() (AsphereCoeffVariable method) (ChebyshevCoeffVariable method) (ConicVariable method) (DecenterVariable method) (ForbesQ2dCoeffVariable method) (ForbesQbfsCoeffVariable method) (ForbesQNormalSlopeCoeffVariable method) (IdentityScaler method) (IndexVariable method) (LayerThicknessVariable method) (LinearScaler method) (LogScaler method) (MaterialVariable method) (NormalizationRadiusVariable method) (NurbsPointsVariable method) (NurbsWeightsVariable method) (PolynomialCoeffVariable method) (PowerScaler method) (RadiusVariable method) (ReciprocalRadiusVariable method) (ReciprocalScaler method) (Scaler method) (ThicknessVariable method) (TiltVariable method) (VariableBehavior method) (ZernikeCoeffVariable method)

iren (OpticViewer3D attribute) is_array_like() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) is_infinite (ObjectSurface attribute) (ObjectSurface property) is_point_source (SMFSource attribute) is_polarized (PolarizationState attribute) is_rotationally_symmetric() (ImageSurface method) (ObjectSurface method) (Surface method) is_scalable (BaseSystemAperture property) (EPDAperture property) (FloatByStopAperture property) (ImageFNOAperture property) (ObjectNAAperture property) is_symmetric (GaussianQuadrature attribute) (Lens3D property) is_symmetric() (Lens3D method) is_torch_tensor() (in module backend.utils) isalnum() (SpotReferenceType method), [1] isalpha() (SpotReferenceType method), [1] isascii() (SpotReferenceType method), [1] isclose() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) isdecimal() (SpotReferenceType method), [1] isdigit() (SpotReferenceType method), [1] isfinite() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) isidentifier() (SpotReferenceType method), [1] isinf() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) islower() (SpotReferenceType method), [1] isnan() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) isnumeric() (SpotReferenceType method), [1] isprintable() (SpotReferenceType method), [1] isscalar() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) isspace() (SpotReferenceType method), [1] istitle() (SpotReferenceType method), [1] isupper() (SpotReferenceType method), [1] item_separator (OptilandEncoder attribute) items() (OPDData method), [1] iteration (NeedleResult attribute) IterativeRayAimer (class in optiland.rays.ray_aiming.iterative) iterencode() (OptilandEncoder method)

J

join() (SpotReferenceType method), [1] jones module jones (BaseCoatingPolarized property) (FresnelCoating attribute) (FresnelCoating property) (PolarizerCoating property) (RetarderCoating property) (ThinFilmCoating property) JonesFresnel (class in jones) JonesHalfWaveRetarder (class in jones) JonesLinearDiattenuator (class in jones)

JonesLinearPolarizer (class in jones) JonesLinearRetarder (class in jones) JonesPolarizerH (class in jones) JonesPolarizerL135 (class in jones) JonesPolarizerL45 (class in jones) JonesPolarizerLCP (class in jones) JonesPolarizerRCP (class in jones) JonesPolarizerV (class in jones) JonesPupil (class in analysis.jones_pupil) (class in optiland.analysis.jones_pupil) JonesQuarterWaveRetarder (class in jones) JonesThinFilm (class in coatings)

K

k() (AbbeMaterial method) (AbbeMaterialE method) (IdealMaterial method) (Material method) (MaterialFile method), [1]

k_yz (ToroidalGeometry attribute) key_separator (OptilandEncoder attribute) keys() (OPDData method), [1] kwargs (BaseRayAimer attribute)

L

L (PolarizedRays attribute), [1] (RealRays attribute), [1] L() (RayOperand method) (RayOperand static method) L0 (RealRays attribute), [1] label (ThinFilmCustomOperand attribute) LambertianBSDF (class in scatter) Layer (class in thin_film.layer) layer_index (LayerThicknessVariable attribute) (NeedleResult attribute) (VariableInfo attribute) layers (ThinFilmStack attribute) LayerThicknessVariable (class in thin_film.optimization.variable.layer_thickness) LchC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) LchC_sum() (AberrationOperand method) (AberrationOperand static method) LeastSquares (class in optimization.optimizer.scipy.least_squares) Lens2D (class in visualization.system.lens) Lens3D (class in visualization.system.lens) LensInfoProvider (class in visualization.info.providers) LensInfoViewer (class in visualization.info.lens_info_viewer) linalg (AbstractBackend property) (NumpyBackend property) (TorchBackend property) LinearGratingPhaseProfile (class in optiland.phase) LinearScaler (class in optimization.scaling.linear) LineXDistribution (class in distribution) LineYDistribution (class in distribution) linspace() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) list_themes() (in module visualization.themes) ljust() (SpotReferenceType method), [1] load() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) load_codev_file() (in module optiland.fileio) load_obj_from_json() (in module optiland.fileio) (in module optiland.fileio.optiland_handler) load_optiland_file() (in module optiland.fileio) (in module optiland.fileio.optiland_handler) load_zemax_file() (in module optiland.fileio)

local_exploration() (GlassExpert method) localize() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (CoordinateSystem method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method) (StandardGratingGeometry method) (ToroidalGeometry method) (ZernikePolynomialGeometry method) locs (CustomScalarFormatter attribute) log() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) log10() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) log2() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) logical_and() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) logical_not() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) logical_or() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) LogScaler (class in optimization.scaling.log) lower() (SpotReferenceType method), [1] lstrip() (SpotReferenceType method), [1] lstsq() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

M

m (ForbesQ2dCoeffVariable attribute) M (PolarizedRays attribute), [1] (RealRays attribute), [1] M() (RayOperand method) (RayOperand static method) M0 (RealRays attribute), [1] magnification() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) make_system_aperture() (in module aperture) maketrans() (SpotReferenceType static method), [1] map_view() (SpectralAnalyzer method) marginal_ray() (Paraxial method) MarginalRayAngleCurvatureSolve (class in solves) (class in solves.curvature) MarginalRayAngleSolve (in module solves) MarginalRayHeightSolve (in module solves) MarginalRayHeightThicknessSolve (class in solves) (class in solves.thickness) Material (class in materials.material) material (Layer attribute) material_name (NeedleResult attribute) material_post (BaseInteractionModel property) (DiffractiveInteractionModel property) (FresnelCoating attribute) (ImageSurface property) (ObjectSurface property) (RefractiveReflectiveModel property) (Surface property) (ThinLensInteractionModel property) material_pre (BaseInteractionModel property) (DiffractiveInteractionModel property) (FresnelCoating attribute) (ImageSurface property) (ObjectSurface property) (RefractiveReflectiveModel property) (Surface property) (ThinLensInteractionModel property) MaterialFactory (class in surfaces.factories.material_factory) MaterialFile (class in materials.material_file) MaterialFormatter (class in visualization.info.material_formatter) materials.abbe module materials.ideal module materials.material module materials.material_file module MaterialVariable (class in optimization.variable.material) matmul() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) matrix_vector_multiply_and_squeeze() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) max() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) max_cache_size (CachedRayAimer attribute) max_field (FieldGroup property), [1], [2] max_freq (GeometricMTF attribute), [1], [2], [3] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarHuygensMTF attribute), [1], [2], [3] MAX_FREQUENCIES (MTFvsField attribute) max_iter (ForbesSolverConfig attribute), [1] (IterativeRayAimer attribute) (RobustRayAimer attribute) MAX_STEPS (ThroughFocusAnalysis attribute), [1] (ThroughFocusMTF attribute), [1] (ThroughFocusSpotDiagram attribute), [1] max_val (Operand attribute), [1] (ThinFilmCustomOperand attribute) (VariableInfo attribute) MAX_WAVELENGTHS (MTFvsField attribute) max_x_field (FieldGroup property), [1], [2] max_y_field (FieldGroup property), [1], [2] maximum() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) mean() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) merit_after (NeedleResult attribute) merit_before (NeedleResult attribute) merit_info() (CompensatorOptimizer method) (OptimizationProblem method) meshgrid() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) method (CompensatorOptimizer attribute) (Tolerancing attribute) mfd_um (SMFSource attribute) min() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) MIN_STEPS (ThroughFocusAnalysis attribute), [1] (ThroughFocusMTF attribute), [1] (ThroughFocusSpotDiagram attribute), [1] min_val (Operand attribute), [1] (ThinFilmCustomOperand attribute) (VariableInfo attribute) minimum() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) Mirror3D (class in visualization.system.mirror) ml.wrappers module MMDFTPSF (class in optiland.psf.mmdft) (class in psf.mmdft), [1] mode (ZemaxDataModel attribute), [1] model (AbbeMaterial attribute) (AbbeMaterialE attribute) model_name (AbbeMaterial attribute) module aberrations analysis.angle_vs_height analysis.distortion analysis.encircled_energy analysis.field_curvature analysis.grid_distortion analysis.image_simulation analysis.intensity analysis.irradiance analysis.jones_pupil analysis.mtf_vs_field analysis.pupil_aberration analysis.ray_fan analysis.rms_vs_field analysis.spot_diagram analysis.through_focus analysis.through_focus_mtf analysis.through_focus_spot_diagram analysis.y_ybar aperture apodization apodization.base apodization.gaussian apodization.uniform backend.base backend.numpy_backend backend.torch_backend backend.utils coatings coordinate_system distribution fields fields.field fields.field_group fields.field_types geometries.base geometries.biconic geometries.chebyshev geometries.even_asphere geometries.forbes geometries.newton_raphson geometries.nurbs geometries.odd_asphere geometries.plane geometries.plane_grating geometries.polynomial geometries.standard geometries.standard_grating geometries.toroidal geometries.zernike interactions.base interactions.diffractive_model interactions.refractive_reflective_model interactions.thin_lens_interaction_model jones materials.abbe materials.ideal materials.material materials.material_file ml.wrappers mtf mtf.base, [1] mtf.fft, [1] mtf.geometric, [1] mtf.huygens_fresnel, [1] mtf.sampled, [1] mtf.vectorial_fft multiconfig.multi_configuration optic.extended_source_optic optic.optic optic.optic_updater optiland.analysis.angle_vs_height optiland.analysis.distortion optiland.analysis.encircled_energy optiland.analysis.field_curvature optiland.analysis.grid_distortion optiland.analysis.image_simulation optiland.analysis.intensity optiland.analysis.irradiance optiland.analysis.jones_pupil optiland.analysis.pupil_aberration optiland.analysis.ray_fan optiland.analysis.rms_vs_field optiland.analysis.spot_diagram optiland.analysis.through_focus optiland.analysis.through_focus_mtf optiland.analysis.through_focus_spot_diagram optiland.analysis.y_ybar optiland.fields.field optiland.fields.field_group optiland.fields.field_types optiland.fileio optiland.fileio.codev optiland.fileio.optiland_handler optiland.fileio.zemax optiland.mtf.base optiland.mtf.fft optiland.mtf.geometric optiland.mtf.huygens_fresnel optiland.mtf.sampled optiland.phase optiland.psf.base optiland.psf.fft optiland.psf.huygens_fresnel optiland.psf.mmdft optiland.rays.paraxial_rays optiland.rays.polarization_state optiland.rays.polarized_rays optiland.rays.ray_aiming.base optiland.rays.ray_aiming.cached optiland.rays.ray_aiming.initialization optiland.rays.ray_aiming.iterative optiland.rays.ray_aiming.paraxial optiland.rays.ray_aiming.registry optiland.rays.ray_aiming.robust optiland.rays.ray_generator optiland.rays.real_rays optiland.wavefront.opd, [1] optiland.wavefront.opd_fan, [1] optiland.wavefront.reference_geometry optiland.wavefront.strategy, [1] optiland.wavefront.wavefront, [1] optiland.wavefront.wavefront_data, [1] optiland.wavefront.zernike_opd, [1] optiland.zernike.base optiland.zernike.fit optiland.zernike.fringe optiland.zernike.noll optiland.zernike.standard optimization.glass_expert optimization.operand.aberration optimization.operand.operand optimization.operand.paraxial optimization.operand.ray optimization.optimization optimization.optimizer.scipy.base optimization.optimizer.scipy.basin_hopping optimization.optimizer.scipy.differential_evolution optimization.optimizer.scipy.dual_annealing optimization.optimizer.scipy.glass_expert optimization.optimizer.scipy.least_squares optimization.optimizer.scipy.orthogonal_descent optimization.optimizer.scipy.shgo optimization.optimizer.torch.adam optimization.optimizer.torch.base optimization.optimizer.torch.sgd optimization.problem optimization.scaling.base optimization.scaling.identity optimization.scaling.linear optimization.scaling.log optimization.scaling.power optimization.scaling.reciprocal optimization.variable.asphere_coeff optimization.variable.base optimization.variable.chebyshev_coeff optimization.variable.conic optimization.variable.decenter optimization.variable.forbes_coeff optimization.variable.index optimization.variable.material optimization.variable.norm_radius optimization.variable.nurbs optimization.variable.polynomial_coeff optimization.variable.radius optimization.variable.reciprocal_radius optimization.variable.thickness optimization.variable.tilt optimization.variable.variable optimization.variable.variable_manager optimization.variable.zernike_coeff paraxial physical_apertures physical_apertures.base physical_apertures.elliptical physical_apertures.offset_radial physical_apertures.polygon physical_apertures.radial physical_apertures.rectangular pickup psf psf.base, [1] psf.fft, [1], [2] psf.huygens_fresnel, [1], [2] psf.mmdft, [1] psf.vectorial_fft psf.vectorial_huygens rays.paraxial_rays rays.polarized_rays rays.real_rays raytrace.paraxial_ray_tracer raytrace.real_ray_tracer scatter solves solves.base solves.curvature solves.factory solves.quick_focus solves.solve_manager solves.thickness sources.base sources.smf sources.visualization surfaces.converters surfaces.factories.coating_factory surfaces.factories.coordinate_system_factory surfaces.factories.geometry_factory surfaces.factories.interaction_model_factory surfaces.factories.material_factory surfaces.factories.surface_factory surfaces.image_surface surfaces.object_surface surfaces.standard_surface thin_film.analysis thin_film.core thin_film.layer thin_film.optimization.needle thin_film.optimization.operand.core thin_film.optimization.operand.plotter thin_film.optimization.operand.thin_film thin_film.optimization.optimizer thin_film.optimization.report thin_film.optimization.variable.layer_thickness thin_film.stack thin_film.tolerancing.core thin_film.tolerancing.monte_carlo thin_film.tolerancing.perturbation thin_film.tolerancing.sensitivity_analysis tolerancing.compensator tolerancing.core tolerancing.monte_carlo tolerancing.perturbation tolerancing.sensitivity_analysis utils visualization.analysis.surface_sag visualization.info.lens_info_viewer visualization.info.material_formatter visualization.info.providers visualization.palettes visualization.system.interaction visualization.system.lens visualization.system.mirror visualization.system.optic_viewer visualization.system.optic_viewer_3d visualization.system.rays visualization.system.surface visualization.system.system visualization.system.utils visualization.themes wavelength zernike zernike.base zernike.fit, [1] zernike.fringe, [1] zernike.noll, [1] zernike.standard, [1]

monotonic (IdentityScaler property) (LinearScaler property) (LogScaler property) (PowerScaler property) (ReciprocalScaler property) (Scaler property) MonteCarlo (class in tolerancing.monte_carlo) mtf module mtf (GeometricMTF attribute), [1], [2], [3] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarHuygensMTF attribute), [1], [2], [3] mtf.base module, [1] mtf.fft module, [1] mtf.geometric module, [1] mtf.huygens_fresnel module, [1] mtf.sampled module, [1] mtf.vectorial_fft module MTFvsField (class in analysis.mtf_vs_field) mult_p_E() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) multiconfig.multi_configuration module MultiConfiguration (class in multiconfig.multi_configuration)

N

n (ForbesQ2dCoeffVariable attribute) N (PolarizedRays attribute), [1] (RealRays attribute), [1] n() (AbbeMaterial method) (AbbeMaterialE method) (IdealMaterial method) (Material method) (MaterialFile method), [1] (Optic method) N() (RayOperand method) (RayOperand static method) N0 (RealRays attribute), [1] N1() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) N1anti() (Paraxial method) N2() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) N2anti() (Paraxial method) n_complex() (Layer method) name (AbstractBackend property) (CodeVDataModel attribute), [1] (Layer attribute) (Material attribute) (NumpyBackend property) (Optic attribute) (TorchBackend property) (ZemaxDataModel attribute), [1] nanmax() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) nanmean() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) nansum() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) nearest_nd_interpolator() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) NeedleResult (class in thin_film.optimization.needle)

NeedleSynthesis (class in thin_film.optimization.needle) NeedleSynthesisResult (class in thin_film.optimization.needle) NewtonRaphsonGeometry (class in geometries.newton_raphson) nn (TorchBackend property) None (ParaxialOperand attribute) norm_radius (ForbesSurfaceConfig attribute), [1] norm_x (ChebyshevPolynomialGeometry attribute) norm_y (ChebyshevPolynomialGeometry attribute) NormalizationRadiusVariable (class in optimization.variable.norm_radius) normalize() (PolarizedRays method), [1] (RealRays method), [1] num_angular_bins_X (RadiantIntensity attribute), [1] num_angular_bins_Y (RadiantIntensity attribute), [1] num_fields (FieldGroup property), [1], [2] num_iterations (NeedleSynthesisResult attribute) num_layers_added (NeedleSynthesisResult attribute) num_points (BaseAngleVsHeightAnalysis attribute), [1] (Distortion attribute), [1] (FieldCurvature attribute), [1] (FieldIncidentAngleVsHeight attribute), [1] (GeometricMTF attribute), [1], [2], [3] (GridDistortion attribute), [1] (PupilIncidentAngleVsHeight attribute), [1] (RayFan attribute), [1] num_pts (ZernikeFit attribute), [1], [2] num_rays (MMDFTPSF attribute), [1], [2] (OPD attribute), [1] (RadiantIntensity attribute), [1] (SampledMTF attribute), [1], [2], [3] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarFFTPSF attribute), [1], [2], [3] (ScalarHuygensMTF attribute), [1], [2], [3] num_rays_for_fit (BestFitRayFan attribute), [1] num_rings (SpotDiagram attribute), [1] (ThroughFocusSpotDiagram attribute), [1] num_steps (ThroughFocusSpotDiagram attribute), [1] num_wavelengths (WavelengthGroup property) num_wavelengths() (WavelengthGroup method) NumpyBackend (class in backend.numpy_backend) NurbsGeometry (class in geometries.nurbs) NurbsPointsVariable (class in optimization.variable.nurbs) NurbsWeightsVariable (class in optimization.variable.nurbs)

O

obj_space_telecentric (Optic attribute) object_surface (Optic property) ObjectHeightField (class in fields) (class in fields.field_types) (class in optiland.fields.field_types) ObjectNAAperture (class in aperture) ObjectSurface (class in surfaces.object_surface) OddAsphere (class in geometries.odd_asphere) offset_x (EllipticalAperture attribute) (OffsetRadialAperture attribute) offset_y (EllipticalAperture attribute) (OffsetRadialAperture attribute) OffsetRadialAperture (class in physical_apertures.offset_radial) on_hover() (InteractionManager method) on_info_panel_click() (InteractionManager method) ones() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) ones_like() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) OPD (class in optiland.wavefront.opd), [1] opd (PolarizedRays attribute), [1] (RealRays attribute), [1] (WavefrontData attribute), [1], [2], [3] OPD_difference() (RayOperand method) (RayOperand static method) opd_waves (SampledMTF attribute), [1], [2], [3] OPDData (class in optiland.wavefront.opd), [1] OPDFan (class in optiland.wavefront.opd_fan), [1] Operand (class in optimization.operand.operand) operand_info() (CompensatorOptimizer method) (OptimizationProblem method), [1] operand_names (MonteCarlo attribute) (SensitivityAnalysis attribute) operand_type (Operand attribute), [1] (ThinFilmCustomOperand attribute) OperandRegistry (class in optimization.operand.operand) operands (OptimizationProblem attribute) (Tolerancing attribute) optic (BaseAngleVsHeightAnalysis attribute), [1] (BaseMTF attribute), [1], [2] (BaseRayAimer attribute) (CachedRayAimer attribute) (ChiefRayAngleCurvatureSolve attribute), [1] Optic (class in optic.optic) optic (CodeVToOpticConverter attribute) (ConicVariable attribute) (CurvatureSolve attribute), [1] (DecenterVariable attribute) (Distortion attribute), [1] (ExtendedSourceOptic attribute) (FieldCurvature attribute), [1] (FieldIncidentAngleVsHeight attribute), [1] (IndexVariable attribute) (IterativeRayAimer attribute) (JonesPupil attribute), [1], [2], [3] (LensInfoViewer attribute) (MarginalRayAngleCurvatureSolve attribute), [1] (OPD attribute), [1] (OpticalSystem attribute) (OpticViewer attribute) (OpticViewer3D attribute) (Paraxial attribute) (Perturbation attribute) (PupilIncidentAngleVsHeight attribute), [1] (RadiantIntensity attribute), [1] (RadiusVariable attribute) (RayFan attribute), [1] (Rays2D attribute) (ReciprocalRadiusVariable attribute) (RobustRayAimer attribute) (SampledMTF attribute), [1], [2], [3] (SpatiallyVariableSimulator attribute), [1] (SpotDiagram attribute), [1] (ThicknessSolve attribute), [1] (ThicknessVariable attribute) (ThroughFocusSpotDiagram attribute), [1] (TiltVariable attribute) (Tolerancing attribute) (VariableBehavior attribute) (ZemaxToOpticConverter attribute), [1] optic.extended_source_optic module optic.optic module optic.optic_updater module OpticalSystem (class in visualization.system.system) OpticalSystemModule (class in ml.wrappers) OpticToZemaxConverter (class in optiland.fileio.zemax) OpticUpdater (class in optic.optic_updater) OpticViewer (class in visualization.system.optic_viewer) OpticViewer3D (class in visualization.system.optic_viewer_3d) optiland.analysis.angle_vs_height module optiland.analysis.distortion module optiland.analysis.encircled_energy module optiland.analysis.field_curvature module optiland.analysis.grid_distortion module optiland.analysis.image_simulation module optiland.analysis.intensity module optiland.analysis.irradiance module optiland.analysis.jones_pupil module optiland.analysis.pupil_aberration module optiland.analysis.ray_fan module optiland.analysis.rms_vs_field module optiland.analysis.spot_diagram module optiland.analysis.through_focus module optiland.analysis.through_focus_mtf module optiland.analysis.through_focus_spot_diagram module optiland.analysis.y_ybar module optiland.fields.field module optiland.fields.field_group module optiland.fields.field_types module optiland.fileio module optiland.fileio.codev module optiland.fileio.optiland_handler module optiland.fileio.zemax module optiland.mtf.base module optiland.mtf.fft module optiland.mtf.geometric module optiland.mtf.huygens_fresnel module optiland.mtf.sampled module optiland.phase module optiland.psf.base module optiland.psf.fft module optiland.psf.huygens_fresnel module

optiland.psf.mmdft module optiland.rays.paraxial_rays module optiland.rays.polarization_state module optiland.rays.polarized_rays module optiland.rays.ray_aiming.base module optiland.rays.ray_aiming.cached module optiland.rays.ray_aiming.initialization module optiland.rays.ray_aiming.iterative module optiland.rays.ray_aiming.paraxial module optiland.rays.ray_aiming.registry module optiland.rays.ray_aiming.robust module optiland.rays.ray_generator module optiland.rays.real_rays module optiland.wavefront.opd module, [1] optiland.wavefront.opd_fan module, [1] optiland.wavefront.reference_geometry module optiland.wavefront.strategy module, [1] optiland.wavefront.wavefront module, [1] optiland.wavefront.wavefront_data module, [1] optiland.wavefront.zernike_opd module, [1] optiland.zernike.base module optiland.zernike.fit module optiland.zernike.fringe module optiland.zernike.noll module optiland.zernike.standard module optiland_type (BaseSurfaceHandler attribute) OptilandEncoder (class in optiland.fileio.optiland_handler) optimal_focus_distance() (QuickFocusSolve method), [1] optimization.glass_expert module optimization.operand.aberration module optimization.operand.operand module optimization.operand.paraxial module optimization.operand.ray module optimization.optimization module optimization.optimizer.scipy.base module optimization.optimizer.scipy.basin_hopping module optimization.optimizer.scipy.differential_evolution module optimization.optimizer.scipy.dual_annealing module optimization.optimizer.scipy.glass_expert module optimization.optimizer.scipy.least_squares module optimization.optimizer.scipy.orthogonal_descent module optimization.optimizer.scipy.shgo module optimization.optimizer.torch.adam module optimization.optimizer.torch.base module optimization.optimizer.torch.sgd module optimization.problem module optimization.scaling.base module optimization.scaling.identity module optimization.scaling.linear module optimization.scaling.log module optimization.scaling.power module optimization.scaling.reciprocal module optimization.variable.asphere_coeff module optimization.variable.base module optimization.variable.chebyshev_coeff module optimization.variable.conic module optimization.variable.decenter module optimization.variable.forbes_coeff module optimization.variable.index module optimization.variable.material module optimization.variable.norm_radius module optimization.variable.nurbs module optimization.variable.polynomial_coeff module optimization.variable.radius module optimization.variable.reciprocal_radius module optimization.variable.thickness module optimization.variable.tilt module optimization.variable.variable module optimization.variable.variable_manager module optimization.variable.zernike_coeff module OptimizationProblem (class in optimization.problem) OptimizationResult (class in thin_film.optimization.report) OptimizationTarget (class in thin_film.optimization.operand.core) optimize() (BasinHopping method), [1] (DifferentialEvolution method), [1] (DualAnnealing method), [1] (GlassExpert method) (LeastSquares method) (OptimizerGeneric method), [1] (OrthogonalDescent method) (SHGO method), [1] (ThinFilmOptimizer method) (TorchAdamOptimizer method) (TorchBaseOptimizer method) (TorchSGDOptimizer method) optimizer (OptimizationResult attribute) OptimizerGeneric (class in optimization.optimizer.scipy.base) original_result (OptimizationResult attribute) OrthogonalDescent (class in optimization.optimizer.scipy.orthogonal_descent) otf_at_zero (SampledMTF attribute), [1], [2], [3] outer() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

P

p (PolarizedRays attribute), [1] P1 (SampledMTF attribute), [1], [2], [3] P1() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) P1anti() (Paraxial method) P2() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) P2anti() (Paraxial method) pad() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) paraxial module Paraxial (class in paraxial) paraxial (Optic attribute) ParaxialImageHeightField (class in fields) (class in fields.field_types) (class in optiland.fields.field_types) ParaxialOperand (class in optimization.operand.paraxial) ParaxialRayAimer (class in optiland.rays.ray_aiming.paraxial) ParaxialRays (class in optiland.rays.paraxial_rays) (class in rays.paraxial_rays) ParaxialRayTracer (class in raytrace.paraxial_ray_tracer) ParaxialReferenceStrategy (class in optiland.rays.ray_aiming.initialization) ParaxialToThickLensConverter (class in surfaces.converters) parse() (BaseSurfaceHandler method) (ZemaxDataParser method) partition() (SpotReferenceType method), [1] passthrough() (in module backend.base) path_contains_points() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) path_length() (PlanarReference method) (ReferenceGeometry method) (SphericalReference method) PC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) PC_sum() (AberrationOperand method) (AberrationOperand static method) peak_intensity_values() (RadiantIntensity method), [1] peak_irradiance() (IncoherentIrradiance method), [1] performance_data() (SpectralOptimizationOperand method) (ThinFilmBaseOperand method) (ThinFilmCustomOperand method) Perturbation (class in tolerancing.perturbation) perturbations (Tolerancing attribute) phase_thickness() (Layer method) phase_type (ConstantPhaseProfile attribute) (GridPhaseProfile attribute) (HeightProfile attribute) (LinearGratingPhaseProfile attribute) (RadialPhaseProfile attribute) phase_x (PolarizationState attribute) phase_y (PolarizationState attribute) phi (ZernikeFit attribute), [1], [2] physical_apertures module physical_apertures.base module physical_apertures.elliptical module physical_apertures.offset_radial module physical_apertures.polygon module physical_apertures.radial module physical_apertures.rectangular module pickup module Pickup (class in pickup) PickupManager (class in pickup) pickups (Optic attribute) (PickupManager attribute) pixel_pitch (MMDFTPSF attribute), [1], [2] PlanarReference (class in optiland.wavefront.reference_geometry) Plane (class in geometries.plane) PlaneGrating (class in geometries.plane_grating) plot() (Lens2D method), [1] (Lens3D method), [1] (Mirror3D method) (OpticalSystem method), [1] (Rays2D method) (Rays3D method) (SpectralOptimizationOperand method) (Surface2D method), [1] (Surface3D method), [1] (ThinFilmBaseOperand method) (ThinFilmCustomOperand method) (ThinFilmOperandPlotter method)

plot_color_on_cie_1931() (SpectralAnalyzer method) plot_operands() (ThinFilmOptimizer method) plot_structure() (ThinFilmStack method) plot_structure_thickness() (ThinFilmStack method) plot_surface_sag() (Optic method) polarization (Optic attribute) (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) (ThinFilmOperandSpec attribute) polarization_state (Optic property) PolarizationState (class in optiland.rays.polarization_state) PolarizedRays (class in optiland.rays.polarized_rays) (class in rays.polarized_rays) PolarizerCoating (class in coatings) poly() (BaseZernike method), [1] (ZernikeFringe method), [1], [2] (ZernikeNoll method), [1], [2] (ZernikeStandard method), [1], [2] polyfit() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) PolygonAperture (class in physical_apertures.polygon) PolynomialCoeffVariable (class in optimization.variable.polynomial_coeff) PolynomialGeometry (class in geometries.polynomial) polyval() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) pop() (OPDData method), [1] popitem() (OPDData method), [1] position_fraction (NeedleResult attribute) position_in_gcs (CoordinateSystem property) positive_only (LineXDistribution attribute) (LineYDistribution attribute) power() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) PowerScaler (class in optimization.scaling.power) predict_k() (AbbeModel method) (AbbePolynomialModel method) (BuchdahlDModel method) (BuchdahlEModel method) (BuchdahlModel method) predict_n() (AbbeModel method) (AbbePolynomialModel method) (BuchdahlDModel method) (BuchdahlEModel method) (BuchdahlModel method) previous_surface (ImageSurface property) (ObjectSurface property) (Surface property) primary_index (WavelengthGroup property) primary_index() (WavelengthGroup method) primary_wavelength (Optic property) (WavelengthGroup property) primary_wavelength() (WavelengthGroup method) problem (OptimizerGeneric attribute) projection (OpticalSystem attribute) propagate() (ParaxialRays method), [1], [2], [3] property (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) (ThinFilmOperandSpec attribute) prt_matrix (WavefrontData attribute), [1] psf module psf (BasePSF attribute), [1], [2] (MMDFTPSF attribute), [1], [2] (ScalarFFTMTF attribute), [1], [2], [3] (ScalarFFTPSF attribute), [1], [2], [3] psf.base module, [1] psf.fft module, [1], [2] psf.huygens_fresnel module, [1], [2] psf.mmdft module, [1] psf.vectorial_fft module psf.vectorial_huygens module psf_data (ScalarHuygensMTF attribute), [1], [2], [3] psf_instances (ScalarHuygensMTF attribute), [1], [2], [3] PSFBasisGenerator (class in analysis.image_simulation) (class in optiland.analysis.image_simulation) pupil (FieldIncidentAngleVsHeight attribute), [1] (MMDFTPSF attribute), [1], [2] pupil_coord (OPDFan attribute), [1] pupil_x (WavefrontData attribute), [1], [2], [3] pupil_y (WavefrontData attribute), [1], [2], [3] pupil_z (WavefrontData attribute), [1], [2], [3] PupilAberration (class in analysis.pupil_aberration) (class in optiland.analysis.pupil_aberration) PupilIncidentAngleVsHeight (class in analysis.angle_vs_height) (class in optiland.analysis.angle_vs_height) pupils (ScalarFFTPSF attribute), [1], [2], [3]

Q

q2d_nm_coeffs_to_ams_bms() (in module geometries.forbes)

QuickFocusSolve (class in solves) (class in solves.quick_focus)

R

r_extent (Rays2D attribute) r_max (OffsetRadialAperture attribute) (RadialAperture attribute) r_min (OffsetRadialAperture attribute) (RadialAperture attribute) R_rot (ToroidalGeometry attribute) R_yz (ToroidalGeometry attribute) rad2deg() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) RadialAperture (class in physical_apertures.radial) RadialPhaseProfile (class in optiland.phase) radians() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) RadiantIntensity (class in analysis.intensity) (class in optiland.analysis.intensity) radius (ForbesSurfaceConfig attribute), [1] (PlanarReference property) (ReferenceGeometry property) (SphericalReference property) (WavefrontData attribute), [1], [2], [3] (ZernikeFit attribute), [1], [2] radius_mode (CodeVDataModel attribute), [1] RadiusVariable (class in optimization.variable.radius) rand() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) random (AbstractBackend property) (NumpyBackend property) (TorchBackend property) random_normal() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) random_uniform() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) RandomDistribution (class in distribution) RangeSampler (class in tolerancing.perturbation) ravel() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) ray_extent (Surface2D attribute) ray_tracer (Optic attribute) RayBundleInfoProvider (class in visualization.info.providers) RayFan (class in analysis.ray_fan) (class in optiland.analysis.ray_fan) RayGenerator (class in optiland.rays.ray_generator) RayHeightSolveBase (in module solves) RayOperand (class in optimization.operand.ray) rays (OpticalSystem attribute) (OpticViewer attribute) (OpticViewer3D attribute) rays.paraxial_rays module rays.polarized_rays module rays.real_rays module Rays2D (class in visualization.system.rays) Rays3D (class in visualization.system.rays) raytrace.paraxial_ray_tracer module raytrace.real_ray_tracer module read() (CodeVToOpticConverter method) (ZemaxToOpticConverter method), [1] real() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) RealImageHeightField (class in fields) (class in fields.field_types) (class in optiland.fields.field_types) RealRays (class in optiland.rays.real_rays) (class in rays.real_rays) RealRayTracer (class in raytrace.real_ray_tracer) RealReferenceStrategy (class in optiland.rays.ray_aiming.initialization) ReciprocalRadiusVariable (class in optimization.variable.reciprocal_radius) ReciprocalScaler (class in optimization.scaling.reciprocal) record_on_surface() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] RectangularAperture (class in physical_apertures.rectangular) reference (Material attribute) (SpotDiagram attribute), [1] reference_AOI_deg (ThinFilmStack attribute) reference_cs (CoordinateSystem attribute) reference_surface_index (RadiantIntensity attribute), [1] reference_wl_um (ThinFilmStack attribute) ReferenceGeometry (class in optiland.wavefront.reference_geometry) ReferenceStrategy (class in optiland.wavefront.strategy), [1] reflect() (BaseCoating method), [1] (BaseCoatingPolarized method), [1] (FresnelCoating method) (PolarizedRays method), [1] (PolarizerCoating method) (RealRays method), [1] (RetarderCoating method) (SimpleCoating method) (ThinFilmCoating method) reflectance (SimpleCoating attribute) reflectance() (ThinFilmOperand static method) (ThinFilmStack method) reflectance_nm_deg() (ThinFilmStack method) reflectance_weighted() (ThinFilmOperand static method) refract() (PolarizedRays method), [1] (RealRays method), [1] RefractiveReflectiveModel (class in interactions.refractive_reflective_model)

register() (AngleField class method), [1], [2] (BaseFieldDefinition class method), [1], [2] (MaterialFormatter class method) (ObjectHeightField class method), [1], [2] (OperandRegistry method), [1] (ParaxialImageHeightField class method), [1], [2] (RealImageHeightField class method), [1], [2] (ThinFilmOperandRegistry method) register_aimer() (in module optiland.rays.ray_aiming.registry) register_artist() (InteractionManager method) register_operand() (ThinFilmOptimizer static method) register_theme() (in module visualization.themes) remap_surface_indices() (PickupManager method) (SolveManager method), [1] remove() (FieldGroup method), [1], [2] (WavelengthGroup method) remove_layer() (ThinFilmStack method) remove_surface() (Optic method) removeprefix() (SpotReferenceType method), [1] removesuffix() (SpotReferenceType method), [1] ren_win (OpticViewer3D attribute) repeat() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) replace() (SpotReferenceType method), [1] replace_nonpositive() (in module optiland.psf.base) (in module psf.base), [1] report (OptimizationResult attribute) reset() (ImageSurface method) (ObjectSurface method) (Optic method) (Perturbation method) (Surface method) (ThinFilmOptimizer method) (ThinFilmPerturbation method) (ThinFilmTolerancing method) (Tolerancing method), [1] (Variable method) reshape() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) residual_vector() (CompensatorOptimizer method) (OptimizationProblem method) residuals() (SpectralOptimizationOperand method) resize_coefficient_map() (PSFBasisGenerator static method), [1] resolve_fields() (in module utils) resolve_wavelength() (in module utils) resolve_wavelengths() (in module utils) resolved_fields (BaseMTF attribute), [1], [2] resolved_wavelength (BaseMTF attribute), [1], [2] restore() (StackSnapshot method) results (ThroughFocusAnalysis attribute), [1] (ThroughFocusSpotDiagram attribute), [1] retardance (JonesLinearRetarder attribute) RetarderCoating (class in coatings) revolve_contour() (in module visualization.system.utils) rfind() (SpotReferenceType method), [1] rindex() (SpotReferenceType method), [1] RingDistribution (class in distribution) rjust() (SpotReferenceType method), [1] rms() (OPD method), [1], [2], [3] (ZernikeOPD method), [1] rms_spot_radius() (EncircledEnergy method), [1] (GeometricMTF method), [1], [2], [3] (RmsSpotSizeVsField method), [1] (SpotDiagram method), [1] rms_spot_size() (RayOperand method) (RayOperand static method) RmsSpotSizeVsField (class in analysis.rms_vs_field) (class in optiland.analysis.rms_vs_field) RmsWavefrontErrorVsField (class in analysis.rms_vs_field) (class in optiland.analysis.rms_vs_field) rng (RandomDistribution attribute) RobustRayAimer (class in optiland.rays.ray_aiming.robust) roll() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) rotate_x() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] rotate_y() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] rotate_z() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] round() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) rpartition() (SpotReferenceType method), [1] rsplit() (SpotReferenceType method), [1] rss() (CompensatorOptimizer method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) rstrip() (SpotReferenceType method), [1] RTA() (ThinFilmStack method) RTA_nm_deg() (ThinFilmStack method) run() (CompensatorOptimizer method) (GlassExpert method) (ImageSimulationEngine method), [1] (MonteCarlo method), [1] (NeedleSynthesis method) (SensitivityAnalysis method), [1] (ThinFilmMonteCarlo method) (ThinFilmSensitivityAnalysis method) rx (CoordinateSystem attribute) ry (CoordinateSystem attribute) rz (CoordinateSystem attribute)

S

sag() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method), [1] (StandardGratingGeometry method), [1] (ToroidalGeometry method) (ZernikePolynomialGeometry method) sample() (BaseSampler method) (DistributionSampler method) (RangeSampler method) (ScalarSampler method) SampledMTF (class in mtf) (class in mtf.sampled), [1] (class in optiland.mtf.sampled) sampler (Perturbation attribute) save_codev_file() (in module optiland.fileio) (in module optiland.fileio.codev) save_obj_to_json() (in module optiland.fileio) (in module optiland.fileio.optiland_handler) save_optiland_file() (in module optiland.fileio) (in module optiland.fileio.optiland_handler) save_zemax_file() (in module optiland.fileio) (in module optiland.fileio.zemax) SC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) SC_sum() (AberrationOperand method) (AberrationOperand static method) ScalarFFTMTF (class in mtf) (class in mtf.fft), [1] (class in optiland.mtf.fft) ScalarFFTPSF (class in optiland.psf.fft) (class in psf.fft), [1], [2] ScalarHuygensMTF (class in mtf) (class in mtf.huygens_fresnel), [1] (class in optiland.mtf.huygens_fresnel) ScalarHuygensPSF (class in optiland.psf.huygens_fresnel) (class in psf.huygens_fresnel), [1], [2] ScalarSampler (class in tolerancing.perturbation) scale (GeometricMTF attribute), [1], [2], [3] scale() (AsphereCoeffVariable method) (BaseAperture method) (BaseBooleanAperture method) (BaseGeometry method) (BaseSystemAperture method) (BiconicGeometry method) (ChebyshevCoeffVariable method) (ChebyshevPolynomialGeometry method) (ConicVariable method) (DecenterVariable method) (DifferenceAperture method) (EllipticalAperture method) (EPDAperture method) (EvenAsphere method) (FileAperture method) (FloatByStopAperture method) (ForbesQ2dCoeffVariable method) (ForbesQ2dGeometry method) (ForbesQbfsCoeffVariable method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeCoeffVariable method) (ForbesQNormalSlopeGeometry method) (IdentityScaler method) (ImageFNOAperture method) (IndexVariable method) (IntersectionAperture method) (LayerThicknessVariable method) (LinearScaler method) (LogScaler method) (MaterialVariable method) (NewtonRaphsonGeometry method) (NormalizationRadiusVariable method) (NurbsGeometry method) (NurbsPointsVariable method) (NurbsWeightsVariable method) (ObjectNAAperture method) (OddAsphere method) (OffsetRadialAperture method) (Plane method) (PlaneGrating method) (PolygonAperture method) (PolynomialCoeffVariable method) (PolynomialGeometry method) (PowerScaler method) (RadialAperture method) (RadiusVariable method) (ReciprocalRadiusVariable method) (ReciprocalScaler method) (RectangularAperture method) (Scaler method) (StandardGeometry method) (StandardGratingGeometry method) (ThicknessVariable method) (TiltVariable method) (ToroidalGeometry method) (UnionAperture method) (VariableBehavior method) (ZernikeCoeffVariable method) (ZernikePolynomialGeometry method) scale_chief_ray_for_field() (AngleField method), [1], [2] (BaseFieldDefinition method), [1], [2] (ObjectHeightField method), [1], [2] (ParaxialImageHeightField method), [1], [2] (RealImageHeightField method), [1], [2] scale_fields (RobustRayAimer attribute) scale_system() (Optic method) (OpticUpdater method) Scaler (class in optimization.scaling.base) scaler (VariableBehavior attribute) scatter module scatter() (BaseBSDF method) (GaussianBSDF method) (in module scatter) (LambertianBSDF method) scatter_parallel() (in module scatter) scattering_function (BaseBSDF attribute) searchsorted() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) seed (SobolDistribution attribute) seidels() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) SensitivityAnalysis (class in tolerancing.sensitivity_analysis) set_aiming() (RealRayTracer method) set_aperture() (ObjectSurface method) (Optic method) set_apodization() (Optic method) (OpticUpdater method) set_asphere_coeff() (Optic method) (OpticUpdater method) set_attr_by_path() (in module utils) set_axis() (CustomScalarFormatter method) set_conic() (MultiConfiguration method) (Optic method) (OpticUpdater method) set_default() (MaterialFormatter class method) set_device() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) set_field_type() (Optic method) set_fresnel_coating() (ImageSurface method) (ObjectSurface method) (Surface method) set_index() (Optic method) (OpticUpdater method) set_locs() (CustomScalarFormatter method) set_material() (MultiConfiguration method) (Optic method) (OpticUpdater method) set_norm_radius() (Optic method) (OpticUpdater method) set_optic_property() (MultiConfiguration method) set_polarization() (Optic method) (OpticUpdater method) set_powerlimits() (CustomScalarFormatter method) set_precision() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) set_property() (MultiConfiguration method) set_radius() (MultiConfiguration method) (Optic method) (OpticUpdater method) set_ray_aiming() (Optic method) (RayGenerator method) set_scientific() (CustomScalarFormatter method) set_semi_aperture() (ImageSurface method) (ObjectSurface method) (Surface method) set_surface_property() (MultiConfiguration method) set_telecentric() (FieldGroup method), [1], [2] set_theme() (in module visualization.themes) set_thickness() (MultiConfiguration method) (Optic method) (OpticUpdater method) set_type() (FieldGroup method), [1], [2] set_useLocale() (CustomScalarFormatter method) set_useMathText() (CustomScalarFormatter method) set_useOffset() (CustomScalarFormatter method) set_usetex() (CustomScalarFormatter method) setdefault() (OPDData method), [1] shape() (AbstractBackend method) (NumpyBackend method) (TorchBackend method)

SHGO (class in optimization.optimizer.scipy.shgo) show_info_panel() (InteractionManager method) show_tooltip() (InteractionManager method) sigma_angular_rad (SMFSource attribute) sigma_spatial_mm (SMFSource attribute) sign() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) SimpleCoating (class in coatings) simulate() (SpatiallyVariableSimulator method), [1] sin() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) sinh() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) size (RangeSampler attribute) (ScalarSampler attribute) size() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) SMFSource (class in sources.smf) sobol_sampler() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) SobolDistribution (class in distribution) SolveFactory (class in solves) (class in solves.factory) SolveManager (class in solves) (class in solves.solve_manager) solves module solves (Optic attribute) (SolveManager attribute), [1] solves.base module solves.curvature module solves.factory module solves.quick_focus module solves.solve_manager module solves.thickness module sort() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) source (ExtendedSourceOptic attribute) (RadiantIntensity attribute), [1] (SourceViewer attribute) (ZemaxFileSourceHandler attribute) sources.base module sources.smf module sources.visualization module SourceViewer (class in sources.visualization) SpatiallyVariableSimulator (class in analysis.image_simulation) (class in optiland.analysis.image_simulation) SpectralAnalyzer (class in thin_film.analysis) SpectralOptimizationOperand (class in thin_film.optimization.operand.core) spectrum_to_xyY() (SpectralAnalyzer method) SphericalReference (class in optiland.wavefront.reference_geometry) split() (SpotReferenceType method), [1] split_layer() (ThinFilmStack method) splitlines() (SpotReferenceType method), [1] SpotData (class in analysis.spot_diagram) (class in optiland.analysis.spot_diagram) SpotDiagram (class in analysis.spot_diagram) (class in optiland.analysis.spot_diagram) SpotReferenceType (class in analysis.spot_diagram) (class in optiland.analysis.spot_diagram) sqrt() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) stack (LayerThicknessVariable attribute) (NeedleSynthesisResult attribute) (SpectralAnalyzer attribute) (ThinFilmEvaluationContext attribute) stack() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) StackSnapshot (class in thin_film.optimization.optimizer) StandardGeometry (class in geometries.standard) StandardGratingGeometry (class in geometries.standard_grating) start (RangeSampler attribute) startswith() (SpotReferenceType method), [1] std() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) sto_surface_index (CodeVDataModel attribute) StopSizeStrategy (class in optiland.rays.ray_aiming.initialization) strehl_ratio() (BasePSF method), [1], [2] (MMDFTPSF method), [1], [2] (ScalarFFTPSF method), [1], [2], [3] (ScalarHuygensPSF method), [1], [2], [3] (VectorialFFTPSF method) (VectorialHuygensPSF method) strip() (SpotReferenceType method), [1] substrate_material (ThinFilmStack attribute) success (NeedleSynthesisResult attribute) sum() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) sum_squared() (CompensatorOptimizer method) (OptimizationProblem method), [1] (ThinFilmOptimizer method) summary_table() (ThinFilmReport method) supports_gpu (AbstractBackend property) (NumpyBackend property) (TorchBackend property) supports_gradients (AbstractBackend property) (NumpyBackend property) (TorchBackend property) supports_telecentric (BaseSystemAperture property) (EPDAperture property) (FloatByStopAperture property) (ImageFNOAperture property) (ObjectNAAperture property) surf (Surface2D attribute) (Surface3D attribute) Surface (class in surfaces.standard_surface) Surface2D (class in visualization.system.surface) Surface3D (class in visualization.system.surface) surface_group (Optic property) surface_idx (BaseAngleVsHeightAnalysis attribute), [1] (ChiefRayAngleCurvatureSolve attribute), [1] (CurvatureSolve attribute), [1] (FieldIncidentAngleVsHeight attribute), [1] (MarginalRayAngleCurvatureSolve attribute), [1] (PupilIncidentAngleVsHeight attribute), [1] (ThicknessSolve attribute), [1] surface_normal() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method), [1] (StandardGratingGeometry method), [1] (ToroidalGeometry method) (ZernikePolynomialGeometry method) surface_number (ConicVariable attribute) (DecenterVariable attribute) (IndexVariable attribute) (RadiusVariable attribute) (ReciprocalRadiusVariable attribute) (ThicknessVariable attribute) (TiltVariable attribute) (VariableBehavior attribute) SurfaceFactory (class in surfaces.factories.surface_factory) SurfaceInfoProvider (class in visualization.info.providers) surfaces (CodeVDataModel attribute), [1] (Lens2D attribute) (Lens3D attribute) (Paraxial attribute) (Paraxial property) (ZemaxDataModel attribute), [1] surfaces.converters module surfaces.factories.coating_factory module surfaces.factories.coordinate_system_factory module surfaces.factories.geometry_factory module surfaces.factories.interaction_model_factory module surfaces.factories.material_factory module surfaces.factories.surface_factory module surfaces.image_surface module surfaces.object_surface module surfaces.standard_surface module SurfaceSagViewer (class in visualization.analysis.surface_sag) swapcase() (SpotReferenceType method), [1] system (OpticViewer attribute) (OpticViewer3D attribute)

T

t_max (JonesLinearDiattenuator attribute) t_min (JonesLinearDiattenuator attribute) TAC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TAC_sum() (AberrationOperand method) (AberrationOperand static method) TAchC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TAchC_sum() (AberrationOperand method) (AberrationOperand static method) tan() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) tanh() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) target (Operand attribute), [1] (ThinFilmCustomOperand attribute) (ThinFilmOperandSpec attribute) target_type (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) TCC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TCC_sum() (AberrationOperand method) (AberrationOperand static method) TchC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TchC_sum() (AberrationOperand method) (AberrationOperand static method) telecentric (FieldGroup attribute), [1], [2] temporary_enable() (GradMode method) tensor() (TorchBackend method) term_type (ForbesQ2dCoeffVariable attribute) terms (ForbesSurfaceConfig attribute), [1] terms() (BaseZernike method), [1] (ZernikeFringe method), [1], [2] (ZernikeNoll method), [1], [2] (ZernikeStandard method), [1], [2] Theme (class in visualization.themes) theme_context() (in module visualization.themes) thickness_nm (LayerThicknessVariable property) (NeedleResult attribute) thickness_um (Layer attribute) thicknesses_um (StackSnapshot attribute) ThicknessSolve (class in solves) (class in solves.thickness) ThicknessVariable (class in optimization.variable.thickness) thin_film.analysis module thin_film.core module thin_film.layer module thin_film.optimization.needle module thin_film.optimization.operand.core module thin_film.optimization.operand.plotter module thin_film.optimization.operand.thin_film module thin_film.optimization.optimizer module thin_film.optimization.report module thin_film.optimization.variable.layer_thickness module thin_film.stack module thin_film.tolerancing.core module thin_film.tolerancing.monte_carlo module thin_film.tolerancing.perturbation module thin_film.tolerancing.sensitivity_analysis module ThinFilmBaseOperand (class in thin_film.optimization.operand.core) ThinFilmCoating (class in coatings) ThinFilmCustomOperand (class in thin_film.optimization.operand.core) ThinFilmEvaluationContext (class in thin_film.optimization.operand.core) ThinFilmMonteCarlo (class in thin_film.tolerancing.monte_carlo) ThinFilmOperand (class in thin_film.optimization.operand.thin_film) ThinFilmOperandManager (class in thin_film.optimization.operand.core) ThinFilmOperandPlotter (class in thin_film.optimization.operand.plotter) ThinFilmOperandRegistry (class in thin_film.optimization.operand.core) ThinFilmOperandSpec (class in thin_film.tolerancing.core) ThinFilmOptimizer (class in thin_film.optimization.optimizer) ThinFilmPerturbation (class in thin_film.tolerancing.perturbation) ThinFilmReport (class in thin_film.optimization.report) ThinFilmSensitivityAnalysis (class in thin_film.tolerancing.sensitivity_analysis) ThinFilmStack (class in thin_film.stack) ThinFilmTolerancing (class in thin_film.tolerancing.core) ThinLensInteractionModel (class in interactions.thin_lens_interaction_model) third_order() (Aberrations method) ThroughFocusAnalysis (class in analysis.through_focus) (class in optiland.analysis.through_focus) ThroughFocusMTF (class in analysis.through_focus_mtf) (class in optiland.analysis.through_focus_mtf) ThroughFocusSpotDiagram (class in analysis.through_focus_spot_diagram) (class in optiland.analysis.through_focus_spot_diagram) tile() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) TiltVariable (class in optimization.variable.tilt) title() (SpotReferenceType method), [1] to_complex() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) to_dict() (AbbeMaterial method) (AbbeMaterialE method) (AngleField method), [1], [2] (BaseAperture method) (BaseApodization method) (BaseBooleanAperture method) (BaseBSDF method) (BaseCoating method) (BaseCoatingPolarized method) (BaseFieldDefinition method), [1], [2] (BaseGeometry method) (BaseInteractionModel method) (BasePhaseProfile method) (BaseSolve method), [1] (BaseSystemAperture method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (ChiefRayAngleCurvatureSolve method), [1] (ChiefRayHeightThicknessSolve method), [1] (CodeVDataModel method) (ConstantPhaseProfile method) (CoordinateSystem method) (CurvatureSolve method), [1] (DifferenceAperture method) (DiffractiveInteractionModel method) (EllipticalAperture method) (EPDAperture method) (EvenAsphere method) (Field method), [1], [2] (FieldGroup method), [1], [2] (FileAperture method) (FloatByStopAperture method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (FresnelCoating method) (GaussianApodization method) (GaussianBSDF method) (GridPhaseProfile method) (HeightProfile method) (IdealMaterial method) (ImageFNOAperture method) (ImageSurface method) (IntersectionAperture method) (LambertianBSDF method) (LinearGratingPhaseProfile method) (MarginalRayAngleCurvatureSolve method), [1] (MarginalRayHeightThicknessSolve method), [1] (Material method) (MaterialFile method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (ObjectHeightField method), [1], [2] (ObjectNAAperture method) (ObjectSurface method) (OddAsphere method) (OffsetRadialAperture method) (Optic method) (ParaxialImageHeightField method), [1], [2] (Pickup method) (PickupManager method) (Plane method) (PlaneGrating method) (PolarizerCoating method) (PolygonAperture method) (PolynomialGeometry method) (QuickFocusSolve method), [1] (RadialAperture method) (RadialPhaseProfile method) (RealImageHeightField method), [1], [2] (RectangularAperture method) (RefractiveReflectiveModel method) (RetarderCoating method) (SimpleCoating method) (SolveManager method), [1] (StandardGeometry method) (StandardGratingGeometry method) (Surface method) (Theme method) (ThicknessSolve method), [1] (ThinFilmCoating method) (ThinLensInteractionModel method) (ToroidalGeometry method) (UniformApodization method) (UnionAperture method) (Wavelength method) (WavelengthGroup method) (ZemaxDataModel method) (ZernikePolynomialGeometry method)

to_numpy() (in module backend.utils) to_tensor() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) tol (CompensatorOptimizer attribute) (ForbesSolverConfig attribute), [1] (IterativeRayAimer attribute) (RobustRayAimer attribute) (Tolerancing attribute) tolerance (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) Tolerancing (class in tolerancing.core) tolerancing (MonteCarlo attribute) (SensitivityAnalysis attribute) tolerancing.compensator module tolerancing.core module tolerancing.monte_carlo module tolerancing.perturbation module tolerancing.sensitivity_analysis module torch_to_numpy() (in module backend.utils) TorchAdamOptimizer (class in optimization.optimizer.torch.adam) TorchBackend (class in backend.torch_backend) TorchBaseOptimizer (class in optimization.optimizer.torch.base) TorchSGDOptimizer (class in optimization.optimizer.torch.sgd) ToroidalGeometry (class in geometries.toroidal) total_power (SMFSource attribute) total_track (Optic property) total_track() (ParaxialOperand method) (ParaxialOperand static method) TPC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TPC_sum() (AberrationOperand method) (AberrationOperand static method) trace() (ExtendedSourceOptic method) (ImageSurface method) (ObjectSurface method) (Optic method) (Paraxial method) (ParaxialRayTracer method) (RealRayTracer method) (Surface method) trace_generic() (ExtendedSourceOptic method) (Optic method) (Paraxial method) (ParaxialRayTracer method) (RealRayTracer method) trace_on_surface() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] transform() (in module visualization.system.utils) transform_3d() (in module visualization.system.utils) transform_bounds() (IdentityScaler method) (LinearScaler method) (LogScaler method) (PowerScaler method) (ReciprocalScaler method) (Scaler method) translate() (ParaxialRays method), [1] (PolarizedRays method), [1] (RealRays method), [1] (SpotReferenceType method), [1] transmit() (BaseCoating method), [1] (BaseCoatingPolarized method), [1] (FresnelCoating method) (PolarizerCoating method) (RetarderCoating method) (SimpleCoating method) (ThinFilmCoating method) transmittance (SimpleCoating attribute) transmittance() (ThinFilmOperand static method) (ThinFilmStack method) transmittance_nm_deg() (ThinFilmStack method) transmittance_weighted() (ThinFilmOperand static method) transpose() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) TSC() (AberrationOperand method) (AberrationOperand static method) (Aberrations method) TSC_sum() (AberrationOperand method) (AberrationOperand static method) type (Perturbation attribute)

U

u (ParaxialRays attribute), [1] undo() (BasinHopping method) (DifferentialEvolution method) (DualAnnealing method) (GlassExpert method) (LeastSquares method) (OptimizerGeneric method), [1] (SHGO method) UniformApodization (class in apodization.uniform) UniformDistribution (class in distribution) UnionAperture (class in physical_apertures.base) unit (Wavelength property) units (CodeVDataModel attribute), [1] unsqueeze_last() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) update() (OPDData method), [1] (Optic method) (OpticUpdater method) (PolarizedRays method), [1] (RealRays method), [1] (Variable method), [1] update_intensity() (PolarizedRays method), [1] update_normalization() (BaseGeometry method) (BiconicGeometry method) (ChebyshevPolynomialGeometry method) (EvenAsphere method) (ForbesQ2dGeometry method) (ForbesQbfsGeometry method) (ForbesQNormalSlopeGeometry method) (NewtonRaphsonGeometry method) (NurbsGeometry method) (OddAsphere method) (Optic method) (OpticUpdater method) (Plane method) (PlaneGrating method) (PolynomialGeometry method) (StandardGeometry method) (StandardGratingGeometry method) (ToroidalGeometry method) (ZernikePolynomialGeometry method)

update_optics() (CompensatorOptimizer method) (OptimizationProblem method) update_paraxial() (Optic method) (OpticUpdater method) update_thickness() (Layer method) update_value() (AsphereCoeffVariable method) (ChebyshevCoeffVariable method) (ConicVariable method), [1] (DecenterVariable method), [1] (ForbesQ2dCoeffVariable method) (ForbesQbfsCoeffVariable method) (ForbesQNormalSlopeCoeffVariable method) (IndexVariable method), [1] (LayerThicknessVariable method) (MaterialVariable method) (NormalizationRadiusVariable method) (NurbsPointsVariable method) (NurbsWeightsVariable method) (PolynomialCoeffVariable method) (RadiusVariable method), [1] (ReciprocalRadiusVariable method), [1] (ThicknessVariable method), [1] (TiltVariable method), [1] (VariableBehavior method) (ZernikeCoeffVariable method) upper() (SpotReferenceType method), [1] use_absolute_units (RadiantIntensity attribute), [1] useLocale (CustomScalarFormatter property) useMathText (CustomScalarFormatter property) useOffset (CustomScalarFormatter property) user_initial_rays (RadiantIntensity attribute), [1] usetex (CustomScalarFormatter property) utils module

V

V1_COEFFS (BuchdahlDModel attribute) V2_COEFFS (BuchdahlDModel attribute) V3_COEFFS (BuchdahlDModel attribute) value (BaseSystemAperture property) (EPDAperture property) (FloatByStopAperture property) (ImageFNOAperture property) (ObjectNAAperture property) (Operand property) (OptimizationTarget attribute) (Perturbation attribute) (ScalarSampler attribute) (SpectralOptimizationOperand attribute) (Variable property) (Wavelength property) (WavelengthPoint attribute), [1] value() (Operand method) (ThinFilmCustomOperand method) values() (OPDData method), [1] Variable (class in optimization.variable.variable) variable (Perturbation attribute) (VariableInfo attribute) variable_info() (CompensatorOptimizer method) (OptimizationProblem method), [1] VariableBehavior (class in optimization.variable.base) VariableInfo (class in thin_film.optimization.optimizer) VariableManager (class in optimization.variable.variable_manager) variables (OptimizationProblem attribute) (VariableManager attribute) VectorialFFTMTF (class in mtf) (class in mtf.vectorial_fft) VectorialFFTPSF (class in psf.vectorial_fft) VectorialHuygensMTF (class in mtf) (class in mtf.huygens_fresnel), [1] (class in optiland.mtf.huygens_fresnel) VectorialHuygensPSF (class in psf.vectorial_huygens) vectorize() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) vertices (PolygonAperture attribute) view() (BaseAngleVsHeightAnalysis method), [1] (BaseAperture method) (BaseBooleanAperture method) (BaseDistribution method) (BaseMTF method), [1], [2] (BasePSF method), [1], [2] (BestFitRayFan method), [1] (CrossDistribution method) (DifferenceAperture method) (Distortion method), [1], [2], [3] (EllipticalAperture method) (EncircledEnergy method), [1] (FieldCurvature method), [1], [2], [3] (FieldIncidentAngleVsHeight method), [1] (FileAperture method) (GaussianQuadrature method) (GeometricMTF method), [1], [2], [3], [4], [5], [6], [7] (GridDistortion method), [1], [2], [3] (HexagonalDistribution method) (ImageSimulationEngine method), [1] (IncoherentIrradiance method), [1] (IntersectionAperture method) (JonesPupil method), [1] (LensInfoViewer method), [1] (LineXDistribution method) (LineYDistribution method) (MMDFTPSF method), [1], [2] (MonteCarlo method) (MTFvsField method) (OffsetRadialAperture method) (OPD method), [1], [2], [3] (OPDFan method), [1], [2], [3] (OpticViewer method) (OpticViewer3D method) (PolygonAperture method) (PupilAberration method), [1] (PupilIncidentAngleVsHeight method), [1] (RadialAperture method) (RadiantIntensity method), [1] (RandomDistribution method) (RayFan method), [1], [2], [3] (RectangularAperture method) (RingDistribution method) (RmsSpotSizeVsField method), [1] (RmsWavefrontErrorVsField method), [1] (ScalarFFTMTF method), [1], [2], [3] (ScalarFFTPSF method), [1], [2], [3] (ScalarHuygensMTF method), [1], [2], [3] (ScalarHuygensPSF method), [1], [2], [3] (SensitivityAnalysis method), [1] (SobolDistribution method) (SourceViewer method), [1] (SpotDiagram method), [1] (SurfaceSagViewer method) (ThinFilmMonteCarlo method) (ThinFilmSensitivityAnalysis method) (ThroughFocusAnalysis method), [1] (ThroughFocusMTF method), [1] (ThroughFocusSpotDiagram method), [1] (UniformDistribution method) (UnionAperture method) (VectorialFFTMTF method), [1] (VectorialFFTPSF method) (VectorialHuygensMTF method), [1], [2], [3] (VectorialHuygensPSF method) (YYbar method), [1], [2], [3] (ZernikeFit method), [1], [2] (ZernikeOPD method), [1]

view_cdf() (MonteCarlo method), [1] (ThinFilmMonteCarlo method) view_heatmap() (MonteCarlo method), [1] (ThinFilmMonteCarlo method) view_histogram() (MonteCarlo method), [1] (ThinFilmMonteCarlo method) view_residual() (ZernikeFit method), [1], [2] (ZernikeOPD method), [1] visualization.analysis.surface_sag module visualization.info.lens_info_viewer module visualization.info.material_formatter module visualization.info.providers module visualization.palettes module visualization.system.interaction module visualization.system.lens module visualization.system.mirror module visualization.system.optic_viewer module visualization.system.optic_viewer_3d module visualization.system.rays module visualization.system.surface module visualization.system.system module visualization.system.utils module visualization.themes module vprint() (GlassExpert method) vstack() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) vx (Field attribute), [1], [2] (FieldGroup property), [1], [2] vy (Field attribute), [1], [2] (FieldGroup property), [1], [2]

W

w (PolarizedRays attribute), [1] (RealRays attribute), [1] warp_image() (DistortionWarper method), [1] WAVE_REF (BuchdahlDModel attribute) (BuchdahlEModel attribute) (BuchdahlModel property) Wavefront (class in optiland.wavefront.wavefront), [1] WavefrontData (class in optiland.wavefront.wavefront_data), [1] wavelength module wavelength (BaseMTF attribute), [1], [2] Wavelength (class in wavelength) wavelength (IndexVariable attribute) (OPD attribute), [1] (ParaxialRays attribute), [1] (SampledMTF attribute), [1], [2], [3] (SMFSource attribute) (SpatiallyVariableSimulator attribute), [1] wavelength_nm (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) (ThinFilmOperandSpec attribute) wavelength_view() (SpectralAnalyzer method) WavelengthGroup (class in wavelength) WavelengthPoint (class in utils) wavelengths (BaseAngleVsHeightAnalysis attribute), [1] (CodeVDataModel attribute), [1] (Distortion attribute), [1] (FieldCurvature attribute), [1] (JonesPupil attribute), [1] (Optic attribute) (RadiantIntensity attribute), [1] (RayFan attribute), [1] (SpotDiagram attribute), [1] (ThroughFocusSpotDiagram attribute), [1] (WavelengthGroup attribute) (ZemaxDataModel attribute), [1]

weight (Field attribute), [1], [2] (Field property), [1], [2] (FieldPoint attribute), [1] (Operand attribute), [1] (OptimizationTarget attribute) (SpectralOptimizationOperand attribute) (ThinFilmBaseOperand attribute) (ThinFilmCustomOperand attribute) (Wavelength property) (WavelengthPoint attribute), [1] weight_breakdown() (CompensatorOptimizer method) (OptimizationProblem method) weighted_average() (in module utils) weights (FieldGroup property), [1], [2] (WavelengthGroup property) where() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) with_traceback() (BackendCapabilityError method) wrapped_aimer (CachedRayAimer attribute) write() (CodeVWriter method)

X

x (BaseDistribution attribute) (CoordinateSystem attribute) (CrossDistribution attribute) (Field attribute), [1], [2] (HexagonalDistribution attribute) (LineXDistribution attribute) (LineYDistribution attribute) (OPDData attribute), [1] (PolarizedRays attribute), [1] (PolygonAperture attribute) (RandomDistribution attribute) (Rays2D attribute) (RealRays attribute), [1] (SobolDistribution attribute) (SpotData attribute), [1], [2], [3] (UniformDistribution attribute) (ZernikeFit attribute), [1], [2]

x_extent (Rays2D attribute) x_fields (FieldGroup property), [1], [2] x_intercept() (RayOperand method) (RayOperand static method) x_intercept_lcs() (RayOperand static method) x_max (RectangularAperture attribute) x_min (RectangularAperture attribute) x_norm (SampledMTF attribute), [1], [2], [3] XPD() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method) XPL() (Paraxial method) (ParaxialOperand method) (ParaxialOperand static method)

Y

y (BaseDistribution attribute) (CoordinateSystem attribute) (CrossDistribution attribute) (Field attribute), [1], [2] (HexagonalDistribution attribute) (LineXDistribution attribute) (LineYDistribution attribute) (OPDData attribute), [1] (ParaxialRays attribute), [1] (PolarizedRays attribute), [1] (PolygonAperture attribute) (RandomDistribution attribute) (Rays2D attribute) (RealRays attribute), [1] (SobolDistribution attribute) (SpotData attribute), [1], [2], [3] (UniformDistribution attribute) (ZernikeFit attribute), [1], [2]

y_extent (Rays2D attribute) y_fields (FieldGroup property), [1], [2] y_intercept() (RayOperand method) (RayOperand static method) y_intercept_lcs() (RayOperand static method) y_max (RectangularAperture attribute) y_min (RectangularAperture attribute) y_norm (SampledMTF attribute), [1], [2], [3] YYbar (class in analysis.y_ybar) (class in optiland.analysis.y_ybar)

Z

z (CoordinateSystem attribute) (OPDData attribute), [1] (ParaxialRays attribute), [1] (PolarizedRays attribute), [1] (Rays2D attribute) (RealRays attribute), [1] (ZernikeFit attribute), [1], [2] z_intercept() (RayOperand method) (RayOperand static method) z_intercept_lcs() (RayOperand static method) ZemaxDataModel (class in optiland.fileio.zemax) ZemaxDataParser (class in optiland.fileio.zemax) ZemaxFileSourceHandler (class in optiland.fileio.zemax) ZemaxToOpticConverter (class in optiland.fileio) (class in optiland.fileio.zemax) zernike module zernike (ZernikeFit attribute), [1], [2] zernike.base module zernike.fit module, [1] zernike.fringe module, [1]

zernike.noll module, [1] zernike.standard module, [1] zernike_fit (SampledMTF attribute), [1], [2], [3] zernike_terms (SampledMTF attribute), [1], [2], [3] zernike_type (SampledMTF attribute), [1], [2], [3] ZernikeCoeffVariable (class in optimization.variable.zernike_coeff) ZernikeFit (class in optiland.zernike.fit) (class in zernike.fit), [1] ZernikeFringe (class in optiland.zernike.fringe) (class in zernike.fringe), [1] ZernikeNoll (class in optiland.zernike.noll) (class in zernike.noll), [1] ZernikeOPD (class in optiland.wavefront.zernike_opd), [1] ZernikePolynomialGeometry (class in geometries.zernike) ZernikeStandard (class in optiland.zernike.standard) (class in zernike.standard), [1] zeros() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) zeros_like() (AbstractBackend method) (NumpyBackend method) (TorchBackend method) zfill() (SpotReferenceType method), [1]