Instrument (instrument
)#
Introduction#
The instrument
module contains classes and methods for
describing the instrumental layout and configuration.
This module is under heavy restructuring and should not be considered
ready for general use, except for the CameraGeometry
object, which
provides pixel positions, etc.
Hierarchy of InstrumentDescription Classes#
SubarrayDescription
(describes full subarray)TelescopeDescription
(describes a single telescope)OpticsDescription
(describes the optical support structure and mirror)CameraDescription
(describes the camera)CameraGeometry
(describes the geometrical aspects of the camera, e.g. only that which is needed by reconstruction methods)CameraReadout
(describes the aspects related to the waveform readout e.g. sampling rate and reference pulse shape.geometrical aspects of the camera, e.g.[to come: classes to hold more detailed hardware-level info about a camera]
Other Instrumental Data#
Atmosphere Profiles#
With the instrument module you can also load standard atmosphere profiles,
which are read from tables located in ctapipe_resources
by default
The function get_atmosphere_profile_functions()
returns two interpolation
functions that convert between height and atmosphere thickness.
Reference/API#
ctapipe.instrument Package#
Functions#
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From n_pixels of the camera and the focal_length, guess which telescope we are dealing with. |
Classes#
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Describes a Cherenkov camera and its associated |
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Stores properties related to the readout of a Cherenkov Camera. |
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Describes the optics of a Cherenkov Telescope mirror |
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Supported Pixel Shapes Enum |
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Collects the |
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Describes a Cherenkov Telescope and its associated |
Raised when an unknown telescope id is encountered |
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Enumeration for the different kinds of focal lengths. |
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Enumeration of the different reflector shapes |
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Enumeration of different telescope sizes (LST, MST, SST) |
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A stereo trigger that can remove telescope events from subarray events. |
Warning raised when using from_name |
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Base component to describe image distortion due to the optics of the different cameras. |
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PSF model describing pure coma aberrations PSF effect. |