InterpolatedSystem

class kgpy.optics.systems.InterpolatedSystem(distortion, point_spread=None, vignetting=None, effective_area=None, field_stop=None, detector=None)

Bases: AbstractSystem, Generic[DistortionT, PointSpreadT, VignettingT, EffectiveAreaT, FieldStopT]

Parameters:

• distortion (DistortionT) –

• point_spread (PointSpreadT | None) –

• vignetting (VignettingT | None) –

• effective_area (EffectiveAreaT | None) –

• field_stop (FieldStopT | None) –

• detector (DetectorT) –

__init__(distortion, point_spread=None, vignetting=None, effective_area=None, field_stop=None, detector=None)

Parameters:

• distortion (DistortionT) –

• point_spread (PointSpreadT | None) –

• vignetting (VignettingT | None) –

• effective_area (EffectiveAreaT | None) –

• field_stop (FieldStopT | None) –

• detector (DetectorT | None) –

Return type:

None

Attributes

detector
effective_area
field_stop
point_spread
vignetting
distortion

Methods

__init__(distortion[, point_spread, ...])
inverse(image)	rtype: kgpy.function.Array[kgpy.optics.vectors.SpectralFieldVector, typing.Union[int, float, numpy.ndarray, astropy.units.quantity.Quantity, kgpy.labeled.AbstractArray, kgpy.uncertainty.AbstractArray]]

Inheritance Diagram

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inverse(image)

Return type:

kgpy.function.Array[kgpy.optics.vectors.SpectralFieldVector, typing.Union[int, float, numpy.ndarray, astropy.units.quantity.Quantity, kgpy.labeled.AbstractArray, kgpy.uncertainty.AbstractArray]]

Parameters:

• self (InterpolatedSystemT) –

• image (Array[SpectralPositionVector, int | float | ndarray | Quantity | AbstractArray | AbstractArray]) –

detector: typing.TypeVar(DetectorT, bound= kgpy.optics.detectors.Detector) = None

distortion: typing.TypeVar(DistortionT, bound= kgpy.optics.aberrations.Distortion)

effective_area: typing.Optional[typing.TypeVar(EffectiveAreaT, bound= kgpy.optics.aberrations.EffectiveArea)] = None

field_stop: typing.Optional[typing.TypeVar(FieldStopT, bound= kgpy.optics.aberrations.FieldStop)] = None

point_spread: typing.Optional[typing.TypeVar(PointSpreadT, bound= kgpy.optics.aberrations.PointSpread)] = None

vignetting: typing.Optional[typing.TypeVar(VignettingT, bound= kgpy.optics.aberrations.Vignetting)] = None