lsst.jointcal  22.0.1-22-g41e933f+587b875011
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 1234]
 NlsstClass for a simple mapping implementing a generic AstrometryTransform
 Njointcal
 NcameraGeometry
 CCameraModel
 Ncheck_logged_chi2
 CChi2Data
 CLogParser
 NdataIds
 CPerTractCcdDataIdContainer
 Njointcal
 CJointcalRunner
 CJointcalTaskConnections
 CJointcalConfig
 CJointcalInputData
 CJointcalTask
 Nutils
 CJointcalStatistics
 CAssociationsThe class that implements the relations between MeasuredStar and FittedStar
 CAstrometryFitClass that handles the astrometric least squares problem
 CAstrometryMappingVirtual class needed in the abstraction of the distortion model
 CAstrometryModelInterface between AstrometryFit and the combinations of Mappings from pixels to some tangent plane (aka distortions)
 CAstrometryTransformVirtual (interface) class for geometric transformations
 CAstrometryTransformIdentityA do-nothing transformation. It anyway has dummy routines to mimick a AstrometryTransform
 CAstrometryTransformPolynomialPolynomial transformation class
 CAstrometryTransformLinearImplements the linear transformations (6 real coefficients)
 CAstrometryTransformLinearShiftJust here to provide a specialized constructor, and fit
 CAstrometryTransformLinearRotJust here to provide a specialized constructor, and fit
 CAstrometryTransformLinearScaleJust here to provide specialized constructors. AstrometryTransformLinear fit routine
 CAstrometryTransformSkyWcsA AstrometryTransform that holds a SkyWcs
 CBaseTanWcs
 CTanPixelToRaDecThe transformation that handles pixels to sideral transformations (Gnomonic, possibly with polynomial distortions)
 CTanSipPixelToRaDecImplements the (forward) SIP distorsion scheme
 CTanRaDecToPixelThis one is the Tangent Plane (called gnomonic) projection (from celestial sphere to tangent plane)
 CUserTransformA run-time transform that allows users to define a AstrometryTransform with minimal coding (just the apply routine)
 CBaseStarThe base class for handling stars. Used by all matching routines
 CCcdImageKeyFor hashing a ccdImage: the pair of (visit, ccd) IDs should be unique to each ccdImage
 CCcdImageHandler of an actual image from a single CCD
 CChi2AccumulatorBase class for Chi2Statistic and Chi2List, to allow addEntry inside Fitter for either class
 CChi2StatisticSimple structure to accumulate chi2 and ndof
 CChi2Star
 CChi2ListStructure to accumulate the chi2 contributions per each star (to help find outliers)
 CChipVisitAstrometryMappingThe mapping with two transforms in a row
 CConstrainedAstrometryModelA multi-component model, fitting mappings for sensors and visits simultaneously
 CConstrainedPhotometryModelPhotometry model with constraints, \(M(x,y) = M_CCD(x,y)*M_visit(u,v)\)
 CPrepPhotoCalibTo hold the return of prepPhotoCalib
 CConstrainedFluxModel
 CConstrainedMagnitudeModel
 CFastFinderThis is an auxillary class for matching objects from starlists
 CIteratorIterator meant to traverse objects within some limiting distance
 CFatPointA Point with uncertainties
 CFittedStarFittedStars are objects whose position or flux is going to be fitted, and which come from the association of multiple MeasuredStars
 CFittedStarListA list of FittedStar s. Such a list is typically constructed by Associations
 CFitterBaseBase class for fitters
 CFrameRectangle with sides parallel to axes
 CHisto2d
 CSparseHisto4dA class to histogram in 4 dimensions
 CJointcalControl
 CMatchConditionsParameters to be provided to combinatorial searches
 CMeasuredStarSources measured on images
 CMeasuredStarListA list of MeasuredStar. They are usually filled in Associations::createCcdImage
 CPhotometryFitClass that handles the photometric least squares problem
 CPhotometryMappingBaseRelates transform(s) to their position in the fitting matrix and allows interaction with the transform(s)
 CPhotometryMappingA mapping containing a single photometryTransform
 CChipVisitPhotometryMappingA two-level photometric transform: one for the ccd and one for the visit
 CChipVisitFluxMapping
 CChipVisitMagnitudeMapping
 CPhotometryModel
 CPhotometryTransformA photometric transform, defined in terms of the input flux or magnitude
 CPhotometryTransformSpatiallyInvariantPhotometry offset independent of position
 CFluxTransformSpatiallyInvariantPhotometric offset independent of position, defined as (fluxMag0)^-1
 CMagnitudeTransformSpatiallyInvariantPhotometric offset independent of position, defined as -2.5 * log(flux / fluxMag0)
 CPhotometryTransformChebyshevNth-order 2d Chebyshev photometry transform
 CFluxTransformChebyshevNth-order 2d Chebyshev photometry transform, times the input flux
 CMagnitudeTransformChebyshevNth-order 2d Chebyshev photometry transform, plus the input flux
 CPointA point in a plane
 CProjectionHandlerThis is a virtual class that allows a lot of freedom in the choice of the projection from "Sky" (where coodinates are reported) to tangent plane (where they are compared to transformed measurements)
 CIdentityProjectionHandlerThe simplest implementation of ProjectionHandler
 COneTPPerVisitHandlerA projection handler in which all CCDs from the same visit have the same tangent point
 CProperMotionProper motion data for a reference star or fitted star
 CRefStarObjects used as position/flux anchors (e.g
 CRefStarList
 CSimpleAstrometryMapping
 CSimplePolyMappingMapping implementation for a polynomial transformation
 CSimpleAstrometryModelA model where there is one independent transform per CcdImage
 CSimplePhotometryModelPhotometric response model which has a single photometric factor per CcdImage
 CSimpleFluxModel
 CSimpleMagnitudeModel
 CStarListStd::lists of Stars
 CStarMatchA hanger for star associations
 CStarMatchList
 CTripletList
 CAstrometryTransformInverse
 CAstrometryTransformCompositionPrivate class to handle AstrometryTransform compositions (i.e
 CPolyXY
 CSegment
 CSegmentList
 CSegmentPair
 NstdSTL namespace
 Chash< lsst::jointcal::CcdImageKey >Hash a ccdImage by its visit and ccd IDs
 CCholmodSimplicialLDLT2