SourceCatalogObject3FGL#
- class gammapy.catalog.SourceCatalogObject3FGL(data, data_extended=None)[source]#
Bases:
gammapy.catalog.fermi.SourceCatalogObjectFermiBase
One source from the Fermi-LAT 3FGL catalog.
Catalog is represented by
SourceCatalog3FGL
.Attributes Summary
Energy range used for the catalog.
Flux points (
FluxPoints
).Flux points (
Table
).Source name (str)
Source position (
SkyCoord
).Row index of source in catalog (int)
Methods Summary
info
([info])Summary info string.
Lightcurve (
FluxPoints
).sky_model
([name])Sky model (
SkyModel
).Spatial model (
SpatialModel
).Best fit spectral model (
SpectralModel
).Attributes Documentation
- asso = ['ASSOC1', 'ASSOC2', 'ASSOC_TEV', 'ASSOC_GAM1', 'ASSOC_GAM2', 'ASSOC_GAM3']#
- energy_range = <Quantity [ 100., 100000.] MeV>#
Energy range used for the catalog.
Paper says that analysis uses data up to 300 GeV, but results are all quoted up to 100 GeV only to be consistent with previous catalogs.
- flux_points#
Flux points (
FluxPoints
).
- flux_points_meta = {'n_sigma': 1, 'n_sigma_ul': 2, 'sed_type_init': 'flux', 'sqrt_ts_threshold_ul': 1}#
- is_pointlike#
- name#
Source name (str)
- row_index#
Row index of source in catalog (int)
Methods Documentation
- info(info='all')#
Summary info string.
- Parameters
- info{‘all’, ‘basic’, ‘more’, ‘position’, ‘spectral’,’lightcurve’}
Comma separated list of options
- lightcurve()[source]#
Lightcurve (
FluxPoints
).
- spatial_model()[source]#
Spatial model (
SpatialModel
).
- spectral_model()[source]#
Best fit spectral model (
SpectralModel
).