lsst.meas.astrom g3b20d027df+07b12d9114
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12345]
 Nlsst
 Nmeas
 Nastrom
 NapproximateWcs
 C_MockTestCase
 Nastrometry
 CAstrometryConfig
 CAstrometryTask
 Ndetail
 CBinomialMatrixA class that computes binomial coefficients up to a certain power
 NdirectMatch
 CDirectMatchConfig
 CDirectMatchConfigWithoutLoader
 CDirectMatchTask
 NfitAffineWcs
 CFitAffineWcsConfig
 CFitAffineWcsTask
 CTransformedSkyWcsMaker
 NfitSipDistortion
 CFitSipDistortionConfig
 CFitSipDistortionTask
 NfitTanSipWcs
 CFitTanSipWcsConfig
 CFitTanSipWcsTask
 Nmatch_probabilistic_task
 CMatchProbabilisticTask
 Nmatcher_probabilistic
 CCatalogExtras
 CMatcherProbabilistic
 CMatchProbabilisticConfig
 NmatchOptimisticBTask
 CMatchOptimisticBConfig
 CMatchOptimisticBTask
 CMatchTolerance
 NmatchPessimisticB
 CMatchPessimisticBConfig
 CMatchPessimisticBTask
 CMatchTolerancePessimistic
 Npessimistic_pattern_matcher_b_3D
 CPessimisticPatternMatcherB
 Nref_match
 CRefMatchConfig
 CRefMatchTask
 Nsip
 CCreateWcsWithSipMeasure the distortions in an image plane and express them a SIP polynomials
 CLeastSqFitter1dFit an lsst::afw::math::Function1 object to a set of data points in one dimension
 CLeastSqFitter2dFit an lsst::afw::math::Function1 object to a set of data points in two dimensions
 CMatchSrcToCatalogueMatch a SourceSet of objects with known ra/dec with a SourceSet of objects with known xy positions Take a catalogue of objects with known positions, a catalogue of objects with known xy, and a wcs to convert one xy <--> ra/dec
 CMatchOptimisticBControl
 COutlierRejectionControlControl object for outlier rejection in ScaledPolynomialTransformFitter
 CPatternResultResult of construct_pattern_and_shift_rot_matrix(), containing the matched sources, rotation matrix, and a success flag
 CPolynomialTransformA 2-d coordinate transform represented by a pair of standard polynomials (one for each coordinate)
 CProxyPair
 CRecordProxyA wrapper around a SimpleRecord or SourceRecord that allows us to record a pixel position in a way that is independent of the record type
 CRotationTestResultResult of test_rotation(), containing the rotation matrix and success flag
 CScaledPolynomialTransformA 2-d coordinate transform represented by a lazy composition of an AffineTransform, a PolynomialTransform, and another AffineTransform
 CScaledPolynomialTransformFitterA fitter class for scaled polynomial transforms
 CKeys
 CShiftRotMatrixResultResult of create_shift_rot_matrix() containing the rotation matrix and rotation angle
 CSipForwardTransformA transform that maps pixel coordinates to intermediate world coordinates according to the SIP convention
 CSipReverseTransformA transform that maps intermediate world coordinates to pixel coordinates according to the SIP convention
 CSipTransformBaseBase class for SIP transform objects
 CSortedArrayResultResult of create_sorted_arrays(), containing the sorted distances and array indexes