▼Nlsst | |
▼Ngeom | |
▼N_Angle | |
CAngleUnit | |
▼N_Box | |
CBox2I | |
▼N_coordinates | |
CCoordinateExpr | |
CExtent | |
CPoint | |
▼N_Interval | |
CIntervalI | |
▼N_SpherePoint | |
CSpherePoint | |
▼Ndetail | |
CPointSpecialized | |
CPointSpecialized< double > | |
CPointSpecialized< int > | |
▼Npolynomials | Low-level polynomials (including special polynomials) in C++ |
▼Ndetail | |
CPackingOrderTraits | |
CPackingOrderTraits< PackingOrder::XY > | |
CPackingOrderTraits< PackingOrder::YX > | |
CBasis1d | A basis interface for 1-d series expansions |
CBasis2d | A basis interface for 2-d series expansions |
CBinomialMatrix | A class that computes binomial coefficients up to a certain power |
CChebyshev1Recurrence | A Recurrence for Chebyshev polynomials of the first kind |
CFunction1d | A 1-d function defined by a series expansion and its coefficients |
CFunction2d | A 2-d function defined by a series expansion and its coefficients |
CIndex2d | A custom tuple that relates the indices of two 1-d functions for x and y to the flattened index for the 2-d function they form |
CPackedBasis2d | A Basis2d formed from the product of a Basis1d for each of x and y, truncated at the sum of their orders |
CPackedBasisWorkspace2d | A workspace object that can be used to avoid extra memory allocations in repeated calls to PackedBasis2d methods |
CPackedIndexIterator | An iterator for traversing "packed" triangular 2-d series expansions, in which two 1-d expansions are truncated according to the sum of their orders and all values for one order are stored before any values of the subsequent order |
CPackedIndexRange | A specialized iterator range class for PackedIndexIterator, providing size calculation, comparison, and range-based for support |
CPolynomialRecurrence | A Recurrence for standard polynomials |
CRecurrence | A recurrence relation concept for RecurrenceBasis1d |
CRecurrenceBasis1d | A basis for 1-d series expansions defined by a recurrence relation |
CSafeSum | A numerically stable summation algorithm for floating-point numbers |
CScaledBasis1d | A 1-d basis that transforms all input points before evaluating nested basis |
CScaledBasis2d | A 2-d basis that transforms all input points before evaluating nested basis |
CScaling1d | A 1-d affine transform that can be used to map one interval to another |
CScaling2d | A 2-d separable affine transform that can be used to map one interval to another |
CAffineTransform | An affine coordinate transformation consisting of a linear transformation and an offset |
CAngle | A class representing an angle |
CAngleUnit | A class used to convert scalar POD types such as double to Angle |
CBox2D | A floating-point coordinate rectangle geometry |
CBox2I | An integer coordinate rectangle |
CCoordinateBase | A CRTP base class for coordinate objects |
CCoordinateBase< Derived, T, 2 > | Specialization of CoordinateBase for 2 dimensions |
CCoordinateBase< Derived, T, 3 > | Specialization of CoordinateBase for 3 dimensions |
CCoordinateExpr | A boolean coordinate |
CExtent | A coordinate class intended to represent offsets and dimensions |
CExtent< T, 2 > | A coordinate class intended to represent offsets and dimensions (2-d specialization) |
CExtent< T, 3 > | A coordinate class intended to represent offsets and dimensions (3-d specialization) |
CExtentBase | |
CIntervalD | A floating-point coordinate rectangle geometry |
CIntervalI | A 1-d integer coordinate range |
CLinearTransform | A 2D linear coordinate transformation |
CPoint | A coordinate class intended to represent absolute positions |
CPoint< T, 2 > | A coordinate class intended to represent absolute positions (2-d specialization) |
CPoint< T, 3 > | A coordinate class intended to represent absolute positions (3-d specialization) |
CPointBase | |
CSingularTransformException | |
CSpherePoint | Point in an unspecified spherical coordinate system |
▼Nstd | STL namespace |
Chash< lsst::geom::Extent< T, N > > | |
Chash< lsst::geom::Point< T, N > > | |