lsst.jointcal#

The lsst.jointcal module simultaneously optimizes the astrometric and photometric calibrations of a set of astronomical images.

Contributing#

lsst.jointcal is developed at lsst/jointcal. You can find Jira issues for this module under the jointcal component.

`Associations`
`AstrometryFit`
`AstrometryMapping`
`AstrometryModel`
`AstrometryTransform`
`AstrometryTransformIdentity`
`AstrometryTransformLinear`
`AstrometryTransformLinearRot`
`AstrometryTransformLinearScale`
`AstrometryTransformLinearShift`
`AstrometryTransformPolynomial`
`AstrometryTransformSkyWcs`
`BaseStar`
`BaseTanWcs`
`CcdImage`
`Chi2Statistic`
`ChipVisitAstrometryMapping`
`ChipVisitFluxMapping`
`ChipVisitMagnitudeMapping`
`ChipVisitPhotometryMapping`
`ConstrainedAstrometryModel`
`ConstrainedFluxModel`
`ConstrainedMagnitudeModel`
`ConstrainedPhotometryModel`
`FatPoint`
`FittedStar`
`FitterBase`
`FluxTransformChebyshev`
`FluxTransformSpatiallyInvariant`
`Frame`
`IdentityProjectionHandler`
`JointcalConfig`(args, *kw)	Configuration for JointcalTask
`JointcalControl`
`JointcalTask`(**kwargs)	Astrometricly and photometricly calibrate across multiple visits of the same field.
`MagnitudeTransformChebyshev`
`MagnitudeTransformSpatiallyInvariant`
`MeasuredStar`
`MinimizeResult`	Members:
`OneTPPerVisitHandler`
`PhotometryFit`
`PhotometryMapping`
`PhotometryMappingBase`
`PhotometryModel`
`PhotometryTransform`
`PhotometryTransformChebyshev`
`PhotometryTransformSpatiallyInvariant`
`Point`
`ProjectionHandler`
`ProperMotion`
`RefStar`
`SimpleAstrometryModel`
`SimpleFluxModel`
`SimpleMagnitudeModel`
`SimplePhotometryModel`
`SimplePolyMapping`
`TanPixelToRaDec`
`TanRaDecToPixel`
`TanSipPixelToRaDec`
`impleAstrometryMapping`

CameraModel(wcsList, detectors, camera[, n])

Convert a jointcal SkyWcs into a distortion model and detector positions (TODO) that can be used by cameraGeom.