PointSpatialModel

class gammapy.modeling.models.PointSpatialModel(lon_0, lat_0, frame='icrs')

Bases: gammapy.modeling.models.SpatialModel

Point Source.

\[\phi(lon, lat) = \delta{(lon - lon_0, lat - lat_0)}\]

Parameters:

lon_0, lat_0 : Angle

Center position

frame : {“icrs”, “galactic”}

Center position coordinate frame

Attributes Summary

evaluation_radius	Evaluation radius (Angle).
frame
lat_0
lon_0
parameters	Parameters (Parameters)
position	Spatial model center position
tag

Methods Summary

__call__(self, lon, lat)	Call evaluate method
copy(self)	A deep copy.
create(tag, \*args, \*\*kwargs)	Create a model instance.
evaluate_geom(self, geom)	Evaluate model on Geom.
from_dict(data)
to_dict(self)

Attributes Documentation

evaluation_radius

Evaluation radius (Angle).

Set as zero degrees.

frame

lat_0

lon_0

parameters

Parameters (Parameters)

position

Spatial model center position

tag = 'PointSpatialModel'

Methods Documentation

__call__(self, lon, lat)

Call evaluate method

copy(self)

A deep copy.

static create(tag, *args, **kwargs)

Create a model instance.

Examples

>>> from gammapy.modeling import Model
>>> spectral_model = Model.create("PowerLaw2SpectralModel", amplitude="1e-10 cm-2 s-1", index=3)
>>> type(spectral_model)
gammapy.modeling.models.spectral.PowerLaw2SpectralModel

evaluate_geom(self, geom)

Evaluate model on Geom.

classmethod from_dict(data)

to_dict(self)