specdash.models package

Submodules

specdash.models.base_model module

class specdash.models.base_model.Base

Bases: object

from_dict(dict)

get_attributes()

return_class()

to_dict()

to_dict2(classkey=None)

classmethod to_string()

specdash.models.data_models module

class specdash.models.data_models.Medium(value)

Bases: enum.Enum

An enumeration.

AIR = 1

VACUUM = 2

class specdash.models.data_models.Metadata(object_name=None, specid=None, file_path=None, catalog=None, photometry=<specdash.models.data_models.Photometry object>, misc={})

Bases: specdash.models.base_model.Base

class specdash.models.data_models.Photometry(bands={})

Bases: specdash.models.base_model.Base

class specdash.models.data_models.RedshiftDistribution(name='', redshift_array=[], probability_array=[], redshift_solutions=[], model_names=[], solution_coordinates=[], ancestors=[], catalog=None, is_visible=True, color='black', linewidth=1, alpha=1)

Bases: specdash.models.base_model.Base

class specdash.models.data_models.SpectralLine(line=None, wavelength=None, wavelength_unit=None, flux_unit=None, sigma=None, sigma_err=None, area=None, area_err=None, ew=None, ew_err=None, cont_level=None, cont_level_err=None)

Bases: specdash.models.base_model.Base

class specdash.models.data_models.Spectrum(name='', wavelength=[], flux=[], flux_error=[], masks=[], spectral_lines=[], mask_bits={}, wavelength_unit='angstrom', flux_unit='F_lambda', catalog=None, spectrum_type='OBJECT', redshift=None, color='rgb(0,0,0)', linewidth=1, alpha=1)

Bases: specdash.models.base_model.Base

class specdash.models.data_models.SpectrumLine(lambda1=None, lambda2=None, name=None, medium=None, color='lightblue', linewidth=1, alpha=0.3)

Bases: object

class specdash.models.data_models.SpectrumLineGrid(spectrum_line_grid=None)

Bases: object

add_line(spectrum_line, spectrum_line_name)

remove_line(spectrum_line_name)

class specdash.models.data_models.Trace(name='', wavelength=[], flux=[], flux_error=[], masks={}, spectral_lines=[], mask_bits={}, wavelength_unit='angstrom', flux_unit='F_lambda', catalog=None, spectrum_type='OBJECT', redshift=None, color='rgb(0,0,0)', linewidth=1, alpha=1, inner_type_rank=1, flambda=[], flambda_error=[], is_visible=True, show_error=False, ancestors=[], photometry={}, metadata={}, wavelength_boundaries=[])

Bases: specdash.models.data_models.Spectrum

from_spectrum(spectrum, ancestors=[], is_visible=True)

to_spectrum()

specdash.models.data_models.auto_attr_check(cls)

specdash.models.data_models.getter_setter_gen(name, type_)

specdash.models.enum_models module

class specdash.models.enum_models.FluxUnit

Bases: specdash.models.base_model.Base

AB_magnitude = 'AB_magnitude'

F_lambda = 'F_lambda'

F_nu = 'F_nu'

Jansky = 'Jansky'

static from_astropy_unit(flux_unit)

static get_astropy_unit(flux_unit)

static get_list()

class specdash.models.enum_models.ObjectType

Bases: specdash.models.base_model.Base

DEFAULT = 'DEFAULT'

GALAXY = 'GALAXY'

QSO = 'QSO'

STAR = 'STAR'

UNKNOWN = 'UNKNOWN'

static get_list()

class specdash.models.enum_models.SpectralLineType

Bases: specdash.models.base_model.Base

INSTRINSIC = 'INTRINSIC'

SKY = 'SKY'

static get_list()

class specdash.models.enum_models.SpectrumType

Bases: specdash.models.base_model.Base

DEFAULT = 'DEFAULT'

ERROR = 'ERROR'

FIT = 'FIT'

LINE = 'LINE'

MODEL = 'MODEL'

OBJECT = 'OBJECT'

REGION = 'REGION'

SKY = 'SKY'

SMOOTHED = 'SMOOTHED'

VISIT = 'VISIT'

static get_list()

class specdash.models.enum_models.WavelengthUnit

Bases: specdash.models.base_model.Base

ANGSTROM = 'angstrom'

NANOMETER = 'nanometer'

static from_astropy_unit(wavelength_unit)

static get_astropy_unit(wavelength_unit)

static get_list()

specdash.models.enum_models.get_member_list(_class)

Module contents