Detector#

class esis.optics.Detector(name_channel: str | named_arrays._scalars.scalars.AbstractScalar = '', manufacturer: str = '', serial_number: str = '', width_pixels: astropy.units.quantity.Quantity | named_arrays._vectors.cartesian.vectors_cartesian_2d.AbstractCartesian2dVectorArray = <Quantity 0. mm>, shape_pixels: int | named_arrays._vectors.cartesian.vectors_cartesian_2d.AbstractCartesian2dVectorArray = 0, num_columns_overscan: int = 0, num_columns_blank: int = 0, width_border: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. mm>, distance_radial: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. mm>, azimuth: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. deg>, translation: astropy.units.quantity.Quantity | named_arrays._vectors.cartesian.vectors_cartesian_3d.AbstractCartesian3dVectorArray = <Quantity 0. mm>, pitch: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. deg>, yaw: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. deg>, roll: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. deg>, clearance: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. mm>, position_image: astropy.units.quantity.Quantity | named_arrays._vectors.cartesian.vectors_cartesian_2d.AbstractCartesian2dVectorArray = <Quantity 0. mm>, distance_focus: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. mm>, temperature: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. K>, gain: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. electron / DN>, readout_noise: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. DN>, dark_current: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.ScalarArray = <Quantity 0. electron / s>, charge_diffusion: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. um>, time_transfer: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, time_readout: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, time_exposure: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, time_exposure_min: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, time_exposure_max: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, timedelta_exposure_min: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, timedelta_synchronization: astropy.units.quantity.Quantity | named_arrays._scalars.scalars.AbstractScalar = <Quantity 0. s>, bits_adc: int = 0, channel_trigger: int = 0)#

Bases: AbstractDetector

Attributes

`azimuth`
`bits_adc`
`channel_trigger`
`charge_diffusion`
`clearance`
`dark_current`
`distance_focus`
`distance_radial`
`gain`
`manufacturer`
`name_channel`
`num_columns_blank`
`num_columns_overscan`
`pitch`
`position_image`
`readout_noise`
`roll`
`serial_number`
`shape_pixels`
`shape_pixels_all`
`surface`
`temperature`
`time_exposure`
`time_exposure_max`
`time_exposure_min`
`time_readout`
`time_transfer`
`timedelta_exposure_min`
`timedelta_synchronization`
`transformation`	the coordinate transformation between the global coordinate system and this object's local coordinate system
`translation`
`width_border`
`width_clear`
`width_mechanical`
`width_pixels`
`yaw`

Methods

`__init__`([name_channel, manufacturer, ...])
`to_string`([prefix])	Public-facing version of the `__repr__` method that allows for defining a prefix string, which can be used to calculate how much whitespace to add to the beginning of each line of the result.

Inheritance Diagram

Parameters:

name_channel (str | AbstractScalar)
manufacturer (str)
serial_number (str)
width_pixels (Quantity | AbstractCartesian2dVectorArray)
shape_pixels (int | AbstractCartesian2dVectorArray)
num_columns_overscan (int)
num_columns_blank (int)
width_border (Quantity | ScalarArray)
distance_radial (Quantity | AbstractScalar)
azimuth (Quantity | AbstractScalar)
translation (Quantity | AbstractCartesian3dVectorArray)
pitch (Quantity | AbstractScalar)
yaw (Quantity | AbstractScalar)
roll (Quantity | AbstractScalar)
clearance (Quantity | ScalarArray)
position_image (Quantity | AbstractCartesian2dVectorArray)
distance_focus (Quantity | AbstractScalar)
temperature (Quantity | ScalarArray)
gain (Quantity | ScalarArray)
readout_noise (Quantity | ScalarArray)
dark_current (Quantity | ScalarArray)
charge_diffusion (Quantity | AbstractScalar)
time_transfer (Quantity | AbstractScalar)
time_readout (Quantity | AbstractScalar)
time_exposure (Quantity | AbstractScalar)
time_exposure_min (Quantity | AbstractScalar)
time_exposure_max (Quantity | AbstractScalar)
timedelta_exposure_min (Quantity | AbstractScalar)
timedelta_synchronization (Quantity | AbstractScalar)
bits_adc (int)
channel_trigger (int)

to_string(prefix=None)#

Public-facing version of the __repr__ method that allows for defining a prefix string, which can be used to calculate how much whitespace to add to the beginning of each line of the result.

Parameters:: prefix (None | str) – an optional string, the length of which is used to calculate how much whitespace to add to the result.
Return type:: str

azimuth: Quantity | AbstractScalar = <Quantity 0. deg>#

bits_adc: int = 0#

channel_trigger: int = 0#

charge_diffusion: Quantity | AbstractScalar = <Quantity 0. um>#

clearance: Quantity | ScalarArray = <Quantity 0. mm>#

dark_current: Quantity | ScalarArray = <Quantity 0. electron / s>#

distance_focus: Quantity | AbstractScalar = <Quantity 0. mm>#

distance_radial: Quantity | AbstractScalar = <Quantity 0. mm>#

gain: Quantity | ScalarArray = <Quantity 0. electron / DN>#

manufacturer: str = ''#

name_channel: str | AbstractScalar = ''#

num_columns_blank: int = 0#

num_columns_overscan: int = 0#

pitch: Quantity | AbstractScalar = <Quantity 0. deg>#

position_image: Quantity | AbstractCartesian2dVectorArray = <Quantity 0. mm>#

readout_noise: Quantity | ScalarArray = <Quantity 0. DN>#

roll: Quantity | AbstractScalar = <Quantity 0. deg>#

serial_number: str = ''#

shape_pixels: int | AbstractCartesian2dVectorArray = 0#

property shape_pixels_all: Cartesian2dVectorArray#

property surface: ImagingSensor#

temperature: Quantity | ScalarArray = <Quantity 0. K>#

time_exposure: Quantity | AbstractScalar = <Quantity 0. s>#

time_exposure_max: Quantity | AbstractScalar = <Quantity 0. s>#

time_exposure_min: Quantity | AbstractScalar = <Quantity 0. s>#

time_readout: Quantity | AbstractScalar = <Quantity 0. s>#

time_transfer: Quantity | AbstractScalar = <Quantity 0. s>#

timedelta_exposure_min: Quantity | AbstractScalar = <Quantity 0. s>#

timedelta_synchronization: Quantity | AbstractScalar = <Quantity 0. s>#

property transformation: AbstractTransformation#: the coordinate transformation between the global coordinate system and this object’s local coordinate system

translation: Quantity | AbstractCartesian3dVectorArray = <Quantity 0. mm>#

width_border: Quantity | ScalarArray = <Quantity 0. mm>#

property width_clear: Quantity | Cartesian2dVectorArray#

property width_mechanical: Quantity | AbstractScalar#

width_pixels: Quantity | AbstractCartesian2dVectorArray = <Quantity 0. mm>#

yaw: Quantity | AbstractScalar = <Quantity 0. deg>#