nm Directory Reference

Files
file	AbsArrayProjector.hh [code]
	Interface definition for functors used to make array projections.
file	AbsClassicalOrthoPoly1D.hh [code]
	Base class for classical continuous orthonormal polynomials.
file	absDifference.hh [code]
	Calculate absolute value of a difference between two numbers for an extended set of types.
file	AbsIntervalQuadrature1D.hh [code]
	Base class for quadratures on the [-1, 1] interval.
file	AbsMultivariateFunctor.hh [code]
	Interface definition for multidimensional functors.
file	AbsVisitor.hh [code]
	Interface for piecemeal processing of a data collection.
file	allocators.hh [code]
	Utilities related to memory management.
file	areAllElementsUnique.hh [code]
	A simple O(n^2) template function for checking if all elements in a container are unique. Works well with small containers.
file	ArrayND.hh [code]
	Arbitrary-dimensional array template.
file	ArrayNDScanner.hh [code]
	Iteration over indices of a multidimensional array.
file	ArrayRange.hh [code]
	Multidimensional range of array indices.
file	ArrayShape.hh [code]
	Utilities for defining shapes of multidimensional arrays.
file	bilinearSection.hh [code]
	Determine constant level contours in a bilinear interpolation cell.
file	BindKernel.hh [code]
	Special bind operation for two-argument functors which also converts them into Functor1<long double,long double>
file	binomialCoefficient.hh [code]
	Calculate binomial coefficients avoiding overflows.
file	BoundaryInclusion.hh [code]
	Enumeration of possible boundary inclusions for an interval.
file	BoxND.hh [code]
	Template to represent rectangles, boxes, and hyperboxes.
file	BoxNDScanner.hh [code]
	Iteration over uniformly spaced coordinates inside a multidimensional box.
file	cdKernelSensitivityMatrix.hh [code]
	Calculate kernel sensitivity matrix for KDE-like density estimation using the definition based on comparison density.
file	ChebyshevIntegral.hh [code]
	Integrate functions by representing them with Chebyshev series.
file	CircularMapper1d.hh [code]
	Linear transformation for circular topology.
file	ClassicalOrthoPoly1DFromWeight.hh [code]
	Orthogonal polynomials on an interval with an arbitrary user-provided weight function.
file	ClassicalOrthoPolys1D.hh [code]
	Orthonormal versions of some classical orthogonal polynomials.
file	closeWithinTolerance.hh [code]
	Determine if two doubles are within requested relative tolerance of each other.
file	CompareByIndex.hh [code]
	Compare subscriptable objects (e.g., vectors) by their k-th element.
file	ComplexComparesAbs.hh [code]
	Ordering extended to complex numbers by comparing their magnitudes.
file	ComplexComparesFalse.hh [code]
	Ordering extended to complex numbers by always returning "false".
file	ConstSubscriptMap.hh [code]
	A variation of std::map with const subscripting operator.
file	ContOrthoPoly1D.hh [code]
	Continuous orthogonal polynomial series in one dimension generated for a discrete measure.
file	ContOrthoPoly1DQ.hh [code]
	Continuous orthogonal polynomial series in one dimension generated for a discrete measure, using quadruple precision.
file	ConvolutionDensity1D.hh [code]
	Calculates densities of the kind f(y) = Int K(x, y) f(x) dx, where f(x) can also be an empirical density (collection of points)
file	ConvolutionEngine1D.hh [code]
	Fast one-dimensional convolutions via Fourier transforms (FFTW interface)
file	ConvolutionEngineND.hh [code]
	Fast multidimensional convolutions via Fourier transforms (FFTW interface)
file	CoordinateSelector.hh [code]
	Multidimensional functor which picks one of the elements from an array of doubles.
file	definiteIntegrals.hh [code]
	Formulae for various definite integrals based on exact expressions.
file	DiscreteBernsteinPoly1D.hh [code]
	Discrete Bernstein polynomials in one dimension.
file	discretizedDistance.hh [code]
	Utilities for calculating distances between two discretized functions.
file	DualAxis.hh [code]
	Represent both equidistant and non-uniform coordinate sets for rectangular grids.
file	EigenMethod.hh [code]
	Enumeration of LAPACK methods used to calculate eigenvalues and eigenvectors.
file	EquidistantSequence.hh [code]
	Equidistant sequences of points in either linear or log space.
file	ExpMapper1d.hh [code]
	One-dimensional log-linear transformation functor (log in y)
file	fcnOrConst.hh [code]
	Templated utilities for use in various density estimation codes, etc.
file	FejerQuadrature.hh [code]
	Fejer quadratures in long double precision.
file	fillArrayCentersPreservingAreas.hh [code]
	Special copy of array data appropriate for reducing cell size in smoothing scenarios.
file	findPeak2D.hh [code]
	Peak finding for noisy two-dimensional surfaces.
file	findRootInLogSpace.hh [code]
	Root finding in the log space by interval division.
file	findRootNewtonRaphson.hh [code]
	Simple root finding when the derivative is known.
file	findRootUsingBisections.hh [code]
	Root finding with the bisection method.
file	FourierImage.hh [code]
	Memory manager for Fourier transforms produced by FFTW.
file	Gauss1DQuadrature.hh [code]
	Adaptation of Gauss-Hermite quadratures that works with Gauss1D densities as weights.
file	GaussHermiteQuadrature.hh [code]
	Gauss-Hermite quadratures in long double precision.
file	GaussianDip.hh [code]
	"Gaussian dip" function, intended for use in generating random numbers with acceptance-rejection
file	GaussLegendreQuadrature.hh [code]
	Gauss-Legendre quadratures in long double precision.
file	GaussLegendreQuadrature2D.hh [code]
	Tensor-product Gauss-Legendre quadratures in long double precision on rectangular regions.
file	GaussLegendreQuadratureQ.hh [code]
	Gauss-Legendre quadratures in quad precision.
file	GeneralizedComplex.hh [code]
	Typedef complex type if it makes sense (parameter is real); otherwise typedef the original type.
file	goldenSectionSearch.hh [code]
	Search for 1-d function minimum in log space using the golden section method.
file	GridAxis.hh [code]
	Non-uniformly spaced coordinate sets for use in constructing rectangular grids.
file	HeatEq1DNeumannBoundary.hh [code]
	Solution of 1-d heat equation with Neumann boundary conditions (no heat transfer through the boundaries). Useful mainly for generating doubly stochastic matrices.
file	interpolate.hh [code]
	Low-order polynomial interpolation (up to cubic) for equidistant coordinates.
file	Interval.hh [code]
	Template to represent intervals in one dimension.
file	isMonotonous.hh [code]
	A few simple template functions for checking monotonicity of container values.
file	KDTree.hh [code]
	k-d tree template
file	kernelSensitivityMatrix.hh [code]
	Calculate kernel sensitivity matrix for KDE-like density estimation.
file	lapack_interface.hh [code]
	Template interface to LAPACK (in its original F77 implementation)
file	LegendreCDTruncation.hh [code]
	Optimal truncation degree for OSDE by Legendre polynomials on [0, 1] (typical for OSDE of a comparison density)
file	LinearMapper1d.hh [code]
	Linear transformation functor.
file	LinInterpolatedTable1D.hh [code]
	One-dimensional linear interpolation/extrapolation table.
file	LinInterpolatedTableND.hh [code]
	Multilinear interpolation/extrapolation on rectangular grids.
file	LogMapper1d.hh [code]
	One-dimensional log-linear transformation functor (log in x)
file	LongerType.hh [code]
	Compile-time deduction of an appropriate numeric type for simple algebraic operations.
file	MathUtils.hh [code]
	Various simple mathematical utilities which did not end up inside dedicated headers.
file	Matrix.hh [code]
	Template matrix class.
file	matrixIndexPairs.hh [code]
	Utility for enumerating pairs on diagonals of symmetric matrices.
file	maxAbsValue.hh [code]
	Maximum absolute value in an array.
file	MinSearchStatus1D.hh [code]
	Summary status of a search for a function minimum of a 1-d interval.
file	modifiedGramSchmidt.hh [code]
	Numerically stable modified Gram-Schmidt procedure.
file	multivariateCosine.hh [code]
	Calculate scalar products of vectors whose length is normalized internally.
file	MultivariateFunctorScanner.hh [code]
	Adapts any AbsMultivariateFunctor for use with ArrayND method "functorFill".
file	opsRootsFromJacobiMatrix.hh [code]
	Roots of orthogonal polynomials calculated from corresponding Jacobi matrices.
file	OrthoPoly1D.hh [code]
	Discrete orthogonal polynomial series in one dimension.
file	OrthoPolyMethod.hh [code]
	Enumeration of methods used to create orthogonal polynomials with discrete weights.
file	OrthoPolyND.hh [code]
	Discrete orthogonal polynomial series of arbitrary dimensionality in hyperrectangular domains.
file	PairCompare.hh [code]
	Various comparison functors for std::pair and npstat::Triple.
file	PairCompareQ.hh [code]
	Comparison functors for quadruple precision pairs.
file	performSchultzIteration.hh [code]
	Schultz iteration for improving matrix inverses.
file	PointDimensionality.hh [code]
	Compile-time dimensionality detector for classes like std::array.
file	Poly1D.hh [code]
	Basic 1-d polynomials in the monomial basis. Various operations with monomials are poorly conditioned, so we need long double.
file	PreciseType.hh [code]
	Compile-time deduction of an appropriate precise numeric type.
file	ProperDblFromCmpl.hh [code]
	Compile-time deduction of the underlying floating point type from the given complex type.
file	quad_float.hh [code]
	Basic header to include for quadruple precision calculations.
file	rectangleQuadrature.hh [code]
	Gaussian quadratures on rectangles and hyperrectangles using tensor product integration.
file	RectangleQuadrature1D.hh [code]
	Trivial rectangle quadrature. Works well on certain functions.
file	rescanArray.hh [code]
	Fill a multidimensional array using values from another array with a different shape.
file	ScalableClassicalOrthoPoly1D.hh [code]
	Class for shifting and scaling classical continuous orthonormal polynomials.
file	scalesFromHessian.hh [code]
	Make a guess about local function scales from the function Hessian.
file	ScanExtremum1D.hh [code]
	Finding extrema of scanned 1-d curves.
file	SemiInfGaussianQuadrature.hh [code]
	Gaussian quadrature with weight exp(-x^2/2) on [0, Infinity].
file	shiftedLegendreIntegral.hh [code]
	Integrals between 0 and 1 of products of shifted Legendre polynomials orthonormal on [0, 1].
file	SimpleFunctors.hh [code]
	Interface definitions and concrete simple functors for a variety of functor-based calculations.
file	SimpleScalarProduct.hh [code]
	A simple code to calculate scalar products with unit weight function.
file	sineTransformMatrix.hh [code]
	Matrix for the simple sine transform on the [0, 1] interval.
file	SpecialFunctions.hh [code]
	Mathematical special functions.
file	StorablePolySeries1D.hh [code]
	Storable functor for orthogonal polynomial series.
file	sumOfSquares.hh [code]
	A simple code to calculate the sum of squares of elements inside a contiguous buffer.
file	SvdMethod.hh [code]
	Enumeration of LAPACK methods used to calculate singular value decompositions.
file	timestamp.hh [code]
	A time stamping routine for simple printouts. Uses hh:mm:ss format.
file	Triple.hh [code]
	A simple analogue of std::pair with three components instead of two.
file	truncatedInverseSqrt.hh [code]
	Utility for truncating square roots of symmetric positive-semidefinite matrices.
file	TruncatedLog.hh [code]
	Truncated log function useful in maximum likelihood fitting of densities for which positivity condition is difficult to impose.
file	UniformAxis.hh [code]
	Uniformly spaced coordinate sets for use in constructing rectangular grids.
file	unitMatrixDeviations.hh [code]
	Routines for finding deviations from unit matrix behavior as a function of submatrix size.
file	vectorAsText.hh [code]
	Utilities for reading/writing std::vector objects from/to text files.