Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12345]

▼Nlsst
▼Nmeas
▼Nastrom
▼NapproximateWcs
C_MockTestCase
▼Nastrometry
CAstrometryConfig
CAstrometryTask
▼Ndetail
CBinomialMatrix	A class that computes binomial coefficients up to a certain power
▼NdirectMatch
CDirectMatchConfig
CDirectMatchConfigWithoutLoader
CDirectMatchTask
▼Nexceptions
CAstrometryError
CAstrometryFitFailure
CBadAstrometryFit
CMatcherFailure
▼Nfit_sip_approximation
CFitSipApproximationConfig
CFitSipApproximationTask
▼NfitAffineWcs
CFitAffineWcsConfig
CFitAffineWcsTask
CTransformedSkyWcsMaker
▼NfitSipDistortion
CFitSipDistortionConfig
CFitSipDistortionTask
▼NfitTanSipWcs
CFitTanSipWcsConfig
CFitTanSipWcsTask
▼Nmatch_probabilistic_task
CMatchProbabilisticTask
▼Nmatcher_probabilistic
CCatalogExtras
CComparableCatalog
CConvertCatalogCoordinatesConfig
CMatcherProbabilistic
CMatchProbabilisticConfig
▼NmatchOptimisticBTask
CMatchOptimisticBConfig
CMatchOptimisticBTask
CMatchTolerance
▼NmatchPessimisticB
CMatchPessimisticBConfig
CMatchPessimisticBTask
CMatchTolerancePessimistic
▼Npessimistic_pattern_matcher_b_3D
CPessimisticPatternMatcherB
▼Nref_match
CRefMatchConfig
CRefMatchTask
▼Nrefit_pointing
CNoVisitWcs
CRefitPointingConfig
CRefitPointingTask
▼Nsip
CCreateWcsWithSip	Measure the distortions in an image plane and express them a SIP polynomials
CLeastSqFitter1d	Fit an lsst::afw::math::Function1 object to a set of data points in one dimension
CLeastSqFitter2d	Fit an lsst::afw::math::Function1 object to a set of data points in two dimensions
CMatchSrcToCatalogue	Match 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
COutlierRejectionControl	Control object for outlier rejection in ScaledPolynomialTransformFitter
CPatternResult	Result of construct_pattern_and_shift_rot_matrix(), containing the matched sources, rotation matrix, and a success flag
CPolynomialTransform	A 2-d coordinate transform represented by a pair of standard polynomials (one for each coordinate)
CProxyPair
CRecordProxy	A wrapper around a SimpleRecord or SourceRecord that allows us to record a pixel position in a way that is independent of the record type
CRotationTestResult	Result of test_rotation(), containing the rotation matrix and success flag
CScaledPolynomialTransform	A 2-d coordinate transform represented by a lazy composition of an AffineTransform, a PolynomialTransform, and another AffineTransform
▼CScaledPolynomialTransformFitter	A fitter class for scaled polynomial transforms
CKeys
CShiftRotMatrixResult	Result of create_shift_rot_matrix() containing the rotation matrix and rotation angle
CSipForwardTransform	A transform that maps pixel coordinates to intermediate world coordinates according to the SIP convention
CSipReverseTransform	A transform that maps intermediate world coordinates to pixel coordinates according to the SIP convention
CSipTransformBase	Base class for SIP transform objects
CSortedArrayResult	Result of create_sorted_arrays(), containing the sorted distances and array indexes