MTF¶

class kgpy.optics.mtf.MTF(data_field, data_frequency, data_wavelength, data_velocity_los, data_mtf)¶

Bases: object

Parameters

data_field (Vector2D) –
data_frequency (Vector2D) –
data_wavelength (Quantity) –
data_velocity_los (Quantity) –
data_mtf (Quantity) –

__init__(data_field, data_frequency, data_wavelength, data_velocity_los, data_mtf)¶

Parameters

data_field (Vector2D) –
data_frequency (Vector2D) –
data_wavelength (Quantity) –
data_velocity_los (Quantity) –
data_mtf (Quantity) –

Return type

None

Attributes

`axis`
`data_final_field`
`data_final_frequency`
`data_final_mtf`
`data_final_velocity_los`
`data_final_wavelength`
`grid_shape`
`interpolator`
`unit_field`
`unit_frequency`
`unit_velocity_los`
`unit_wavelength`
`data_field`
`data_frequency`
`data_wavelength`
`data_velocity_los`
`data_mtf`

Methods

__init__(data_field, data_frequency, ...)

Inheritance Diagram

axis: typing.ClassVar[kgpy.optics.mtf.Axis] = <kgpy.optics.mtf.Axis object>¶

data_field: kgpy.vector.Vector2D¶

property data_final_field: Vector2D¶

property data_final_frequency: Vector2D¶

property data_final_mtf: Quantity¶

property data_final_velocity_los: Quantity¶

property data_final_wavelength: Quantity¶

data_frequency: kgpy.vector.Vector2D¶

data_mtf: astropy.units.Quantity¶

data_velocity_los: astropy.units.Quantity¶

data_wavelength: astropy.units.Quantity¶

property grid_shape: Tuple[int, ...]¶

property interpolator: LinearNDInterpolator¶

unit_field: typing.ClassVar[astropy.units.core.Unit] = Unit("arcsec")¶

unit_frequency: typing.ClassVar[astropy.units.core.Unit] = <Quantity 1. 1 / arcsec>¶

unit_velocity_los: typing.ClassVar[astropy.units.core.Unit] = Unit("km / s")¶

unit_wavelength: typing.ClassVar[astropy.units.core.Unit] = Unit("Angstrom")¶