AbsCopulaSmootherBase(const unsigned *nBinsInEachDim, unsigned dim, double tolerance, unsigned maxNormCycles) | npstat::AbsCopulaSmootherBase | |
AbsCVCopulaSmoother(const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, double initialBw, double cvRange, unsigned nCV, bool useConvolve) | npstat::AbsCVCopulaSmoother | protected |
AbsCVCopulaSmoother(const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, const std::vector< double > &bandwidthValues, bool useConvolve) | npstat::AbsCVCopulaSmoother | protected |
bandwidthValues() const | npstat::AbsCVCopulaSmoother | inline |
Base typedef (defined in npstat::SequentialCopulaSmoother) | npstat::SequentialCopulaSmoother | |
copulaShape() const | npstat::AbsCopulaSmootherBase | inline |
CVCalc typedef (defined in npstat::CVCopulaSmoother< SequentialPolyFilterND >) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | |
CVCopulaSmoother(const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, double initialBw, const CVCalc *cvCalc, bool becomeCvCalcOwner, double cvRange, unsigned nCV, bool useConvolve) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | protected |
CVCopulaSmoother(const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, const std::vector< double > &bandwidthValues, const CVCalc *cvCalc, bool becomeCvCalcOwner, bool useConvolve) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | protected |
dim() const (defined in npstat::AbsCopulaSmootherBase) | npstat::AbsCopulaSmootherBase | inline |
Filter typedef (defined in npstat::CVCopulaSmoother< SequentialPolyFilterND >) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | |
getNFilters() const | npstat::AbsCVCopulaSmoother | inline |
isConvolving() const | npstat::AbsCVCopulaSmoother | inline |
lastCVValues() const | npstat::AbsCVCopulaSmoother | inline |
lastFilterChosen() const | npstat::AbsCVCopulaSmoother | inline |
lastRegularizedFractions() const | npstat::AbsCVCopulaSmoother | inline |
SequentialCopulaSmoother(const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, int symbetaPower, double maxFilterDegree, const BoundaryHandling &boundaryMethod, double initialBw, const double *bwCoeffs, const CVCalc *cvCalc, bool becomeCvCalcOwner, double cvRange, unsigned nCV, bool useConvolve, bool doublyStochastic=true) | npstat::SequentialCopulaSmoother | |
setArchive(gs::AbsArchive *ar, const char *category=0) | npstat::AbsCopulaSmootherBase | |
setConvolving(const bool b) | npstat::AbsCVCopulaSmoother | inline |
setFilter(unsigned i, Filter *filter) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | protected |
smooth(unsigned long uniqueId, std::vector< OrderedPointND< Point > > &in, double *bandwidthUsed=0) | npstat::AbsCopulaSmootherBase | |
weightedSmooth(unsigned long uniqueId, const std::vector< std::pair< const Point *, double > > &in, const unsigned *dimsToUse, unsigned nDimsToUse, double *bandwidthUsed=0) | npstat::AbsCopulaSmootherBase | |
~AbsCopulaSmootherBase() (defined in npstat::AbsCopulaSmootherBase) | npstat::AbsCopulaSmootherBase | inlinevirtual |
~AbsCVCopulaSmoother() (defined in npstat::AbsCVCopulaSmoother) | npstat::AbsCVCopulaSmoother | inlinevirtual |
~CVCopulaSmoother() (defined in npstat::CVCopulaSmoother< SequentialPolyFilterND >) | npstat::CVCopulaSmoother< SequentialPolyFilterND > | virtual |
~SequentialCopulaSmoother() (defined in npstat::SequentialCopulaSmoother) | npstat::SequentialCopulaSmoother | inlinevirtual |