LineFinder1D

class spectacle.fitting.LineFinder1D(ions=None, continuum=None, defaults=None, z=None, auto_fit=True, velocity_convention='relativistic', output='flux', fitter=None, with_rejection=False, fitter_args=None, *args, **kwargs)

Bases: astropy.modeling.Fittable2DModel

Attributes Summary

fitter
input_units_allow_dimensionless	Allow dimensionless input (and corresponding output).
inputs
min_distance
model_result
outputs
param_names
threshold

Methods Summary

__call__(self, x, \*args[, auto_fit])	Evaluate this model using the given input(s) and the parameter values that were specified when the model was instantiated.
evaluate(self, x, y, threshold, …)	Evaluate the model on some input variables.

Attributes Documentation

fitter

input_units_allow_dimensionless

Allow dimensionless input (and corresponding output). If this is True, input values to evaluate will gain the units specified in input_units. If this is a dictionary then it should map input name to a bool to allow dimensionless numbers for that input. Only has an effect if input_units is defined.

inputs = ('x', 'y')

min_distance

model_result

outputs = ('y',)

param_names = ('threshold', 'min_distance')

threshold

Methods Documentation

__call__(self, x, *args, auto_fit=None, **kwargs)

Evaluate this model using the given input(s) and the parameter values that were specified when the model was instantiated.

evaluate(self, x, y, threshold, min_distance, *args, **kwargs)

Evaluate the model on some input variables.