lsst.jointcal¶

Python API reference¶

lsst.jointcal Package¶

Functions¶

inversePolyTransfo(forward, domain, …)

Classes¶

`Associations`
`AstrometryFit`
`AstrometryMapping`
`AstrometryModel`
`BaseTanWcs`
`CcdImage`
`ChipVisitPhotometryMapping`
`ConstrainedAstrometryModel`
`ConstrainedPhotometryModel`
`FitterBase`
`Gtransfo`
`GtransfoIdentity`
`GtransfoLin`
`GtransfoLinRot`
`GtransfoLinScale`
`GtransfoLinShift`
`GtransfoPoly`
`GtransfoSkyWcs`
`JointcalCoaddTask`([reuse])
`JointcalCoaddTaskConfig`	Config for JointcalCoaddTask
`JointcalConfig`	Config for JointcalTask
`JointcalControl`
`JointcalRunner`(TaskClass, parsedCmd[, …])	Subclass of TaskRunner for jointcalTask
`JointcalTask`([butler, profile_jointcal])	Jointly astrometrically and photometrically calibrate a group of images.
`MinimizeResult`
`OneTPPerVisitHandler`
`PhotometryFit`
`PhotometryMapping`
`PhotometryMappingBase`
`PhotometryModel`
`PhotometryTransfo`
`PhotometryTransfoChebyshev`
`PhotometryTransfoSpatiallyInvariant`
`ProjectionHandler`
`SimpleAstrometryModel`
`SimpleGtransfoMapping`
`SimplePhotometryModel`
`SimplePolyMapping`
`TanPix2RaDec`
`TanRaDec2Pix`
`TanSipPix2RaDec`
`TwoTransfoMapping`

Class Inheritance Diagram¶

lsst.jointcal.dataIds Module¶

Classes¶

PerTractCcdDataIdContainer([level]) A version of lsst.pipe.base.DataIdContainer that combines raw data IDs (defined as whatever we use for ‘src’) with a tract.

Class Inheritance Diagram¶

lsst.jointcal.utils Module¶

Statistics of jointcal vs. single-frame procesing and diagnostic plots.

Notes¶

Some of the algorithms and data structures in this code are temporary kludges and will no longer be necessary once the following are available:

a composite data structure that contains all ccds from a single visit
an n-way matching system that preserves the separations between sources

Classes¶

JointcalStatistics([match_radius, …]) Compute statistics on jointcal-processed data, and optionally generate plots.

Class Inheritance Diagram¶