ConstantDensity¶

class kgpy.optics.rulings.ConstantDensity(diffraction_order=<Quantity 1.>, ruling_density=<Quantity 0. 1 / mm>)¶

Bases: Ruling

Parameters:

diffraction_order (int | float | ndarray | Quantity | AbstractArray | AbstractArray) –
ruling_density (int | float | ndarray | Quantity | AbstractArray | AbstractArray) –

__init__(diffraction_order=<Quantity 1.>, ruling_density=<Quantity 0. 1 / mm>)¶

Parameters:

diffraction_order (int | float | ndarray | Quantity | AbstractArray | AbstractArray) –
ruling_density (int | float | ndarray | Quantity | AbstractArray | AbstractArray) –

Return type:

None

Attributes

`broadcasted`
`diffraction_order`
`ruling_density`
`ruling_spacing`
`shape`

Methods

`__init__`([diffraction_order, ruling_density])
`copy`()	rtype: `typing.TypeVar`(`CopyableT`, bound= Copyable)
`copy_shallow`()	rtype: `typing.TypeVar`(`CopyableT`, bound= Copyable)
`diffraction_angle`(wavelength, input_angle)	rtype: `typing.Union`[`int`, `float`, `numpy.ndarray`, `astropy.units.quantity.Quantity`, `kgpy.labeled.AbstractArray`, `kgpy.uncertainty.AbstractArray`]
`effective_input_direction`(input_vector)	rtype: `kgpy.vectors.Cartesian3D`
`effective_input_index`(input_vector)	rtype: `typing.Union`[`int`, `float`, `numpy.ndarray`, `astropy.units.quantity.Quantity`, `kgpy.labeled.AbstractArray`, `kgpy.uncertainty.AbstractArray`]
`effective_input_vector`(ray[, material])	rtype: `kgpy.vectors.Cartesian3D`
`normal`(position)	rtype: `kgpy.vectors.Cartesian3D`
`wavelength_from_angles`(input_angle, output_angle)	rtype: `typing.Union`[`int`, `float`, `numpy.ndarray`, `astropy.units.quantity.Quantity`, `kgpy.labeled.AbstractArray`, `kgpy.uncertainty.AbstractArray`]

Inheritance Diagram

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copy()¶