Ellipse#

class lsst.gauss2d.Ellipse#

Bases: pybind11_object

Attributes Summary

`hwhm_x`
`hwhm_y`
`hxyr`
`rho`
`sigma_x`
`sigma_y`
`xyr`

Methods Summary

`check`(arg0, arg1, arg2, arg3)
`convolve`(self, arg0)
`get_cov_xy`(self)
`get_radius_trace`(self)
`make_convolution`(self, arg0)
`set`(args, *kwargs)	Overloaded function.
`set_h`(self[, hwhm_x, hwhm_y, rho])

Attributes Documentation

hwhm_x#

hwhm_y#

hxyr#

rho#

sigma_x#

sigma_y#

xyr#

Methods Documentation

static check(arg0: SupportsFloat, arg1: SupportsFloat, arg2: SupportsFloat, arg3: str) → None#

convolve(self: lsst.gauss2d._gauss2d.Ellipse, arg0: lsst.gauss2d._gauss2d.Ellipse) → None#

get_cov_xy(self: lsst.gauss2d._gauss2d.Ellipse) → float#

get_radius_trace(self: lsst.gauss2d._gauss2d.Ellipse) → float#

make_convolution(self: lsst.gauss2d._gauss2d.Ellipse, arg0: lsst.gauss2d._gauss2d.Ellipse) → lsst.gauss2d._gauss2d.Ellipse#

set(*args, **kwargs)#

Overloaded function.

set(self: lsst.gauss2d._gauss2d.Ellipse, sigma_x: typing.SupportsFloat, sigma_y: typing.SupportsFloat, rho: typing.SupportsFloat) -> None
set(self: lsst.gauss2d._gauss2d.Ellipse, ellipse: lsst.gauss2d._gauss2d.Covariance) -> None
set(self: lsst.gauss2d._gauss2d.Ellipse, ellipse_major: lsst::gauss2d::EllipseMajor) -> None

set_h(self: lsst.gauss2d._gauss2d.Ellipse, hwhm_x: SupportsFloat = 0, hwhm_y: SupportsFloat = 0, rho: SupportsFloat = 0) → None#