WavelengthFromGratingEquation¶
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class
jwst.transforms.
WavelengthFromGratingEquation
(groove_density, order, **kwargs)[source]¶ Bases:
astropy.modeling.core.Model
Solve the 3D Grating Dispersion Law for the wavelength.
Parameters: Attributes Summary
groove_density
Grating ruling density. inputs
three angle - alpha_in and beta_in going into the grating and alpha_out coming out of the grating. order
Spectral order. outputs
Wavelength. param_names
Methods Summary
__call__
(alpha_in, beta_in, alpha_out[, …])Evaluate this model using the given input(s) and the parameter values that were specified when the model was instantiated. evaluate
(alpha_in, beta_in, alpha_out, …)Evaluate the model on some input variables. Attributes Documentation
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groove_density
¶ Grating ruling density.
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inputs
= ('alpha_in', 'beta_in', 'alpha_out')¶ three angle - alpha_in and beta_in going into the grating and alpha_out coming out of the grating.
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order
¶ Spectral order.
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outputs
= ('lam',)¶ Wavelength.
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param_names
= ('groove_density', 'order')¶
Methods Documentation
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__call__
(alpha_in, beta_in, alpha_out, model_set_axis=None, with_bounding_box=False, fill_value=nan, equivalencies=None)¶ Evaluate this model using the given input(s) and the parameter values that were specified when the model was instantiated.
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