gemini_instruments.trecs package¶
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class
gemini_instruments.trecs.
AstroDataTrecs
(provider)[source]¶ Bases:
gemini_instruments.gemini.adclass.AstroDataGemini
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central_wavelength
(asMicrometers=False, asNanometers=False, asAngstroms=False)[source]¶ Returns the central wavelength in meters or specified units
Parameters: Returns: The central wavelength setting
Return type:
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detector_x_offset
()[source]¶ Returns the offset from the reference position in pixels along the positive x-direction of the detector
Returns: The offset in pixels Return type: float
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detector_y_offset
()[source]¶ Returns the offset from the reference position in pixels along the positive y-direction of the detector
Returns: The offset in pixels Return type: float
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dispersion
(asMicrometers=False, asNanometers=False, asAngstroms=False)[source]¶ Returns the dispersion in meters per pixel as a list (one value per extension) or a float if used on a single-extension slice. It is possible to control the units of wavelength using the input arguments.
Parameters: Returns: The dispersion(s)
Return type: list/float
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Submodules¶
gemini_instruments.trecs.adclass module¶
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class
gemini_instruments.trecs.adclass.
AstroDataTrecs
(provider)[source]¶ Bases:
gemini_instruments.gemini.adclass.AstroDataGemini
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central_wavelength
(asMicrometers=False, asNanometers=False, asAngstroms=False)[source]¶ Returns the central wavelength in meters or specified units
Parameters: Returns: The central wavelength setting
Return type:
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detector_x_offset
()[source]¶ Returns the offset from the reference position in pixels along the positive x-direction of the detector
Returns: The offset in pixels Return type: float
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detector_y_offset
()[source]¶ Returns the offset from the reference position in pixels along the positive y-direction of the detector
Returns: The offset in pixels Return type: float
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dispersion
(asMicrometers=False, asNanometers=False, asAngstroms=False)[source]¶ Returns the dispersion in meters per pixel as a list (one value per extension) or a float if used on a single-extension slice. It is possible to control the units of wavelength using the input arguments.
Parameters: Returns: The dispersion(s)
Return type: list/float
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