AstrometryTransformLinearScale

class lsst.jointcal.AstrometryTransformLinearScale

Bases: AstrometryTransformLinear

Methods Summary

apply(*args, **kwargs)	Overloaded function.
computeDerivative(self, arg0, arg1)
determinant(self)
getCoefficient(self, arg0, arg1, arg2)
getNpar(self)
getOrder(self)
linearApproximation(self, arg0, arg1)
offsetParams(self, arg0)
read(self, arg0)
setCoefficient(self, arg0, arg1, arg2, arg3)
toAstMap(self, arg0)
write(self)

Methods Documentation

apply(*args, **kwargs)

Overloaded function.

1. apply(self: lsst.jointcal.AstrometryTransform, inPos: lsst.jointcal.Point) -> lsst.jointcal.Point

2. apply(self: lsst.jointcal.AstrometryTransform, inputframe: lsst.jointcal.Frame, inscribed: bool) -> lsst.jointcal.Frame

computeDerivative(self: lsst.jointcal.AstrometryTransform, arg0: lsst.jointcal.Point, arg1: SupportsFloat) → lsst.jointcal.AstrometryTransformLinear

determinant(self: lsst.jointcal.AstrometryTransformPolynomial) → float

getCoefficient(self: lsst.jointcal.AstrometryTransformPolynomial, arg0: SupportsInt, arg1: SupportsInt, arg2: SupportsInt) → float

getNpar(self: lsst.jointcal.AstrometryTransformPolynomial) → int

getOrder(self: lsst.jointcal.AstrometryTransformPolynomial) → int

linearApproximation(self: lsst.jointcal.AstrometryTransform, arg0: lsst.jointcal.Point, arg1: SupportsFloat) → lsst.jointcal.AstrometryTransformLinear

offsetParams(self: lsst.jointcal.AstrometryTransform, arg0: Annotated[numpy.typing.ArrayLike, numpy.float64, '[m, 1]']) → None

read(self: lsst.jointcal.AstrometryTransformPolynomial, arg0: str) → None

setCoefficient(self: lsst.jointcal.AstrometryTransformPolynomial, arg0: SupportsInt, arg1: SupportsInt, arg2: SupportsInt, arg3: SupportsFloat) → None

toAstMap(self: lsst.jointcal.AstrometryTransformPolynomial, arg0: lsst.jointcal.Frame) → astshim.Mapping

write(self: lsst.jointcal.AstrometryTransformPolynomial) → str