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| GCVCopulaSmoother (const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, double initialBw, const GCVCalc *cvCalc, bool becomeCvCalcOwner, double cvRange, unsigned nGCV, bool useConvolve) |
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| GCVCopulaSmoother (const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, const std::vector< double > &bandwidthValues, const GCVCalc *cvCalc, bool becomeCvCalcOwner, bool useConvolve) |
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void | setFilter (unsigned i, Filter *filter, Filter *looFilter) |
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| AbsCVCopulaSmoother (const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, double initialBw, double cvRange, unsigned nCV, bool useConvolve) |
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| AbsCVCopulaSmoother (const unsigned *nBinsInEachDim, unsigned dim, double marginTolerance, unsigned maxNormCycles, const std::vector< double > &bandwidthValues, bool useConvolve) |
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bool | isConvolving () const |
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void | setConvolving (const bool b) |
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const std::vector< double > & | bandwidthValues () const |
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const std::vector< double > & | lastCVValues () const |
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const std::vector< double > & | lastRegularizedFractions () const |
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unsigned | getNFilters () const |
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unsigned | lastFilterChosen () const |
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| AbsCopulaSmootherBase (const unsigned *nBinsInEachDim, unsigned dim, double tolerance, unsigned maxNormCycles) |
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unsigned | dim () const |
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ArrayShape | copulaShape () const |
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void | setArchive (gs::AbsArchive *ar, const char *category=0) |
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template<class Point > |
const HistoND< double > & | smooth (unsigned long uniqueId, std::vector< OrderedPointND< Point > > &in, double *bandwidthUsed=0) |
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template<class Point > |
const HistoND< double > & | weightedSmooth (unsigned long uniqueId, const std::vector< std::pair< const Point *, double > > &in, const unsigned *dimsToUse, unsigned nDimsToUse, double *bandwidthUsed=0) |
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◆ GCVCopulaSmoother() [1/2]
template<class F >
npstat::GCVCopulaSmoother< F >::GCVCopulaSmoother |
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const unsigned * |
nBinsInEachDim, |
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unsigned |
dim, |
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double |
marginTolerance, |
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unsigned |
maxNormCycles, |
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double |
initialBw, |
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const GCVCalc * |
cvCalc, |
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bool |
becomeCvCalcOwner, |
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double |
cvRange, |
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unsigned |
nGCV, |
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bool |
useConvolve |
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protected |
Constructor arguments are as follows:
nBinsInEachDim – number of copula bins in each dimension
dim – copula dimensionality
marginTolerance – tolerance for the margin to be uniform
maxNormCycles – max number of copula normalization cycles
initialBw – "central" bandwidth for cross validation calculations (or the actual bandwidth used in case cross validation is not performed). Set this parameter to 0.0 in order to disable filtering altogether.
cvCalc – calculator for the quantity being optimized in the cross validation process. May be NULL in which case cross validation will not be used.
becomeCvCalcOwner – tells us whether we should destroy cvCalc in our own destructor
cvRange – we will scan bandwidth values between initialBw/cvRange and initialBw*cvRange uniformly in the log space.
nGCV – number of bandwidth values to try in the bandwidth scan. If this number is even, it will be increased by 1 internally so that the "central" bandwidth is included in the scan. If this parameter is 0 or 1, the value given by "initialBw" will be used.
useConvolve – if "true", use "convolve" method of the filter rather than "filter" method.
◆ GCVCopulaSmoother() [2/2]
template<class F >
npstat::GCVCopulaSmoother< F >::GCVCopulaSmoother |
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const unsigned * |
nBinsInEachDim, |
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unsigned |
dim, |
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double |
marginTolerance, |
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unsigned |
maxNormCycles, |
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const std::vector< double > & |
bandwidthValues, |
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const GCVCalc * |
cvCalc, |
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bool |
becomeCvCalcOwner, |
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bool |
useConvolve |
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Constructor which explicitly specifies the complete set of bandwidth values to use in cross-validation
◆ setFilter()
Constructors of the derived classes should call this method for each bandwidth value. "i" is the bandwidth value number, while the bandwidth corresponding to this number should be obtained from the "bandwidthValues()" vector.
This base class will assume the ownership of the filter objects.
The documentation for this class was generated from the following file:
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