A B C D E F G H I K L M N P R S T V W misc
| Add | Adds functional objects |
| Add.BDataDensities | Adds functional objects |
| Add.BDataDensities.BDataDensities | Adds functional objects |
| Add.BDataDensities.default | Adds functional objects |
| Add.BDataHistograms | Adds functional objects |
| Add.BDataHistograms.BDataHistograms | Adds functional objects |
| Add.BDataLogDensities | Adds functional objects |
| Add.BDataLogDensities.BDataLogDensities | Adds functional objects |
| Add.BDataLogDensities.default | Adds functional objects |
| Add.BDataLogPDFs | Adds functional objects |
| Add.BDataPDFs | Adds functional objects |
| Add.BDataSplines | Adds functional objects |
| Add.BDataSplines.BDataSplines | Adds functional objects |
| Add.BDataSplines.default | Adds functional objects |
| Add.function | Adds functional objects |
| Add.function.function | Adds functional objects |
| Add.function.list | Adds functional objects |
| Add.function.numeric | Adds functional objects |
| Add.list | Adds functional objects |
| Add.list.function | Adds functional objects |
| Add.list.list | Adds functional objects |
| Add.list.numeric | Adds functional objects |
| Add.numeric | Adds functional objects |
| Add.numeric.function | Adds functional objects |
| Add.numeric.list | Adds functional objects |
| Add.numeric.numeric | Adds functional objects |
| addFrequency | Pool absolute frequencies |
| addFrequency.BDataFrequencyHistograms.BDataFrequencyHistograms | Pool absolute frequencies |
| addFrequency.BDataFrequencyHistograms.BDataUnivariateSamples | Pool absolute frequencies |
| addFrequency.BDataUnivariateSamples.BDataFrequencyHistograms | Pool absolute frequencies |
| addFrequency.BDataUnivariateSamples.BDataUnivariateSamples | Pool absolute frequencies |
| age | Age Distribution Data for Upper Austrian Communes |
| as.BayesSpaceBasis | Finds a BayesSpaceBasis representation of the object |
| as.BayesSpaceBasis.BayesSpace | Finds a BayesSpaceBasis representation of the object |
| as.BayesSpaceBasis.BayesSpaceBasis | Finds a BayesSpaceBasis representation of the object |
| as.BDataDensities | Converts to a BDataDensities object |
| as.BDataDensities.BDataDensities | Converts to a BDataDensities object |
| as.BDataDensities.BDataHistograms | Converts to a BDataDensities object |
| as.BDataDensities.BDataLogDensities | Converts to a BDataDensities object |
| as.BDataDensities.BDataLogPDFs | Converts to a BDataDensities object |
| as.BDataDensities.BDataPDFs | Converts to a BDataDensities object |
| as.BDataDensities.BDataSamples | Converts to a BDataDensities object |
| as.BDataDensities.BDataSplines | Converts to a BDataDensities object |
| as.BDataDensityHistograms | Convert to a BDataDensityHistograms dataset |
| as.BDataDensityHistograms.BDataUnivariateSamples | Convert to a BDataDensityHistograms dataset |
| as.BDataDensityHistograms.list | Build a distributional dataset as density histograms from a list |
| as.BDataFrequencyHistograms | Converts to a BDataFrequencyHistograms |
| as.BDataFrequencyHistograms.BDataUnivariateSamples | Converts to a BDataFrequencyHistograms |
| as.BDataFrequencyHistograms.list | Build a distributional dataset as histograms from a list |
| as.BDataHistograms | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataHistograms.BDataDensityHistograms | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataHistograms.BDataFrequencyHistograms | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataHistograms.BDataHistograms | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataHistograms.histogram | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataHistograms.list | Represent data as a BDataHistogram (BDataDensityHistogram or BDataFrequencyHistogram |
| as.BDataLogDensities | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataDensities | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataHistograms | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataLogDensities | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataLogPDFs | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataPDFs | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataSamples | Converts to a BDataLogDensities object |
| as.BDataLogDensities.BDataSplines | Converts to a BDataLogDensities object |
| as.BDataLogDensities.list | Converts to a BDataLogDensities object |
| as.BDataLogPDFs | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataDensities | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataDensityHistograms | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataFrequencyHistograms | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataLogDensities | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataLogPDFs | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataPDFs | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataSamples | Converts to representations as Log Probability Density functions |
| as.BDataLogPDFs.BDataSplines | Converts to representations as Log Probability Density functions |
| as.BDataPDFs | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataDensities | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataDensityHistograms | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataFrequencyHistograms | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataLogDensities | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataLogPDFs | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataPDFs | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataSamples | Converts to representations as Probability Density functions |
| as.BDataPDFs.BDataSplines | Converts to representations as Probability Density functions |
| as.BDataSamples | Converts to representations as BDataSamples |
| as.BDataSamples.BData | Converts to representations as BDataSamples |
| as.BDataSamples.BDataSamples | Converts to representations as BDataSamples |
| as.BDataSamples.BDataUnivariateSamples | Converts to representations as BDataSamples |
| as.BDataSplines | Convert distributional data to a spline representation |
| as.BDataSplines.BayesSpaceBasis | Convert distributional data to a spline representation |
| as.BDataSplines.BDataDensities | Convert distributional data to a spline representation |
| as.BDataSplines.BDataGeneral | Convert distributional data to a spline representation |
| as.BDataSplines.BDataLogDensities | Convert distributional data to a spline representation |
| as.BDataSplines.BDataLogPDFs | Convert distributional data to a spline representation |
| as.BDataSplines.BDataPDFs | Convert distributional data to a spline representation |
| as.BDataSplines.BDataSamples | Convert distributional data to a spline representation |
| as.BDataSplines.BDataSplines | Convert distributional data to a spline representation |
| as.BDataSplines.function | Convert distributional data to a spline representation |
| as.BDataSplines.histogram | Convert distributional data to a spline representation |
| as.data.frame.BData | Makes a list includable in a data.frame |
| as.data.frame.ListData | Makes a list includable in a data.frame |
| as.function.BayesSpaceBasis | Evaluates a BayesSpaceBasis |
| B2DistHyper | A distribution of distributions based a distribution family with random hyperparameters. |
| B2GaussianDistribution | A Gaussian Process distribution for probabilities |
| B2N01 | The standard B2(N(0,1)) Bayes space. |
| B2N01Basis20 | The standard B2(N(0,1)) Bayes space. |
| B2N01Basis5 | The standard B2(N(0,1)) Bayes space. |
| B2N01Basis7 | The standard B2(N(0,1)) Bayes space. |
| B2Unif01 | The standard B2(Unif(0,1)) Bayes space. |
| B2Unif01Basis20 | The standard B2(Unif(0,1)) Bayes space. |
| B2Unif01Basis5 | The standard B2(Unif(0,1)) Bayes space. |
| B2Unif01Basis7 | The standard B2(Unif(0,1)) Bayes space. |
| basisEval | Evaluates a BayesSpaceBasis |
| basisEval.basisfd | Evaluates a BayesSpaceBasis |
| basisEval.BayesSpaceBasis | Evaluates a BayesSpaceBasis |
| BayesSpace | Creates the Bayes space for a reference measure |
| BayesSpaceBasis | Create a basis for a Bayes space |
| BayesSpaceBasis.basisfd | Create a basis for a Bayes space |
| BayesSpaceBasis.BayesSpace | Create a basis for a Bayes space |
| BayesSpaceBasis.BayesSpaceCartesianProduct | Create a BayesSpaceBasis for a Cartesian Product of Bayes Spaces |
| BayesSpaceBasis.fd | Create a basis for a Bayes space |
| BayesSpaceBasis.function | Creates a BayesSpaceBasis from a function |
| BayesSpaceBasis.ReferenceMeasureCartesianProduct | Create a BayesSpaceBasis for a Cartesian Product of Bayes Spaces |
| BayesSpaceBasis.ReferenceMeasureDiscrete | Coded Basis for ReferenceMeasureDiscrete |
| BayesSpaceBasis.ReferenceMeasureTransformed | Generates a BayesSpaceBasis for transformed Bayes Spaces |
| BayesSpaceBasis.ReferenceMeasureUniform | create the 'BayesSpaceBasis' object for 'ReferenceMeasureUniform' |
| BayesSpaceBasisCartesianProduct | Computes the product basis of BayesSpaceBasis for the product BayesSpace |
| BayesSpaceCartesianProduct | The Cartesian Product of Bayes Spaces |
| BData | Distributional data containers (BData) |
| BDataDensities | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataDensities.BDataLogDensities | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataDensities.function | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataDensities.list | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataDensityHistograms | Data container for distributions as histograms |
| BDataFrequencyHistograms | Data container for distributions as histograms |
| BDataGeneral | BayesSpace data in different formats |
| BDataLogDensities | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataLogDensities.BDataDensities | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataLogDensities.list | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataLogPDFs | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataLogPDFs.BDataPDFs | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataLogPDFs.list | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataPDFs | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataPDFs.BDataLogPDFs | Constructor of BDataLogDensities objects representing a Dataset of log Densities in a BayesSpace |
| BDataPDFs.function | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataPDFs.list | Constructor of BDataDensities objects representing a Dataset of Densities in a BayesSpace |
| BDataSamples | BData container with distributions as samples |
| BDataSplines | create a 'BDataSplines' object: a set of distributions represented as splines; possible representation of individual distribution through a vector of coefficients. |
| biplot.princomp.BData | Biplot for PCA of Distributional Data |
| boxplot.BData | Functional Boxplot for BData objects |
| boxplot.BDataSamples | Functional Boxplot for BData objects |
| boxplot.BDataSplines | Functional Boxplot for BData objects |
| cartesianProduct | Compute the cartesian product |
| cartesianProduct.BayesSpace | Compute the cartesian product |
| cartesianProduct.BayesSpaceBasis | Compute the cartesian product |
| cartesianProduct.ReferenceMeasure | Compute the cartesian product |
| cartesianProduct.Support | Compute the cartesian product |
| caseE | Expected values of functions of distributions |
| caseE.BData | Expected values of functions of distributions |
| caseE.BDataSamples | Expected values of functions of distributions |
| caseLogRatios | Log-density ratios for each distribution (case) |
| caseMeans | Expected values (means) of real-valued distributions |
| caseQuantiles | Quantiles of distributions in a data set of distributions |
| caseQuantiles.BData | Quantiles of distributions in a data set of distributions |
| caseQuantiles.BDataSamples | Quantiles of distributions in a data set of distributions |
| caseSds | Standard deviations of real-valued distributions |
| caseVars | Variances of real-valued distributions |
| caseVars.BData | Variances of real-valued distributions |
| caseVars.BDataSamples | Variances of real-valued distributions |
| cdf2density | numerically compute a density from a cdf |
| cdf2Support | Try to guess the support from cdf |
| cen | Centers the representation |
| cen.BayesSpaceBasis | Centers the representation |
| cen.BDataDensities | Centers the representation |
| cen.BDataLogDensities | Centers the representation |
| cen.BDataLogPDFs | Centers the representation |
| cen.BDataPDFs | Centers the representation |
| cen.function | Centers the representation |
| centeringConstant | Finds the centering constant(s) |
| centeringConstant.BayesSpaceBasis | Finds the centering constant(s) |
| centeringConstant.BDataDensities | Finds the centering constant(s) |
| centeringConstant.BDataLogDensities | Finds the centering constant(s) |
| centeringConstant.BDataLogPDFs | Finds the centering constant(s) |
| centeringConstant.BDataPDFs | Finds the centering constant(s) |
| centeringConstant.BDataSplines | Finds the centering constant(s) |
| centeringConstant.function | Finds the centering constant(s) |
| centralityQuantile | centralityQuantile |
| centralityQuantile.default | centralityQuantile |
| centralityRank | centralityQuantile |
| centralityRank.default | centralityQuantile |
| clo | Closes to a given total measure |
| clo.BayesSpaceBasis | Closes to a given total measure |
| clo.BDataDensities | Closes to a given total measure |
| clo.BDataHistograms | Closure methods for BData objects |
| clo.BDataLogDensities | Closes to a given total measure |
| clo.BDataLogPDFs | Closes to a given total measure |
| clo.BDataPDFs | Closes to a given total measure |
| clo.default | Closes to a given total measure |
| clo.function | Closes to a given total measure |
| closingConstant | Finds the closing constant(s) |
| closingConstant.BayesSpaceBasis | Finds the closing constant(s) |
| closingConstant.BDataDensities | Finds the closing constant(s) |
| closingConstant.BDataLogDensities | Finds the closing constant(s) |
| closingConstant.BDataLogPDFs | Finds the closing constant(s) |
| closingConstant.BDataPDFs | Finds the closing constant(s) |
| closingConstant.BDataSplines | Finds the closing constant(s) |
| closingConstant.function | Finds the closing constant(s) |
| clr | compute the clr transform |
| clr.BData | compute the clr transform |
| clr.default | compute the clr transform |
| computeL22BayesSpacesBasisMatrix | Computes the matrix mapping an L2-space basis to a Bayes-Space-Basis. |
| computeL22BayesSpacesBasisMatrix.basisfd | create the transform matrix A from a B-spline basis (fda::create.bspline.basis()) |
| computeLimit | computes the limit of a function |
| CovarianceOperator | Computes a covariance with respect to a measure. The function can be considered internal implementation details of the package, but needs to be exported due to its generic nature. |
| CovarianceOperator.ReferenceMeasure | Computes a covariance with respect to a measure. The function can be considered internal implementation details of the package, but needs to be exported due to its generic nature. |
| CovarianceOperator.ReferenceMeasureDiscrete | Computes a covariance with respect to a measure. The function can be considered internal implementation details of the package, but needs to be exported due to its generic nature. |
| DiscretizedFunction | Creates a function based on a regular discretization |
| DiscretizedFunction.Discretizer | Creates a function based on a regular discretization |
| DiscretizedFunction.function | Creates a function based on a regular discretization |
| DiscretizedFunction.numeric | Creates a function based on a regular discretization |
| DiscretizedFunction.ReferenceMeasureTransformed | Creates a function based on a regular discretization |
| DiscretizedFunction.ReferenceMeasureUniform | Creates a function based on a regular discretization |
| dist.BData | Distance method for BData objects |
| dist.BDataLogDensities | Distance method for BData objects |
| dist.BDataSplines | Distance method for BData objects |
| distanceToCenter | Distance to Center |
| distanceToCenter.default | Distance to Center |
| Div | Division of functional objects |
| Div.BData | Division of functional objects |
| Div.function | Division of functional objects |
| Div.function.function | Division of functional objects |
| Div.function.list | Division of functional objects |
| Div.function.numeric | Division of functional objects |
| Div.list | Division of functional objects |
| Div.list.function | Division of functional objects |
| Div.list.list | Division of functional objects |
| Div.list.numeric | Division of functional objects |
| Div.numeric | Division of functional objects |
| Div.numeric.function | Division of functional objects |
| Div.numeric.list | Division of functional objects |
| Div.numeric.numeric | Division of functional objects |
| DTD | An example dataset for distributional data analysis |
| ensureType | Returns the argument, but ensures that it has a certain class. |
| Exp | Functional mapping a function to its exp version |
| Exp.function | Functional mapping a function to its exp version |
| Exp.list | Functional mapping a function to its exp version |
| Exp.numeric | Functional mapping a function to its exp version |
| expectation | Computes expectations from reference measures |
| expectation.ReferenceMeasure | Computes expectations from reference measures |
| expectation.ReferenceMeasureDiscrete | Computes expectations from reference measures |
| expectation.ReferenceMeasureUniform | integrate a function over the uniform reference measure |
| findJumps | Finds jumps of a function of a certain minimum height |
| format.BData | Makes a list includable in a data.frame |
| format.ListData | Makes a list includable in a data.frame |
| fx | Shortcut for creating functions of x |
| getBayesSpace | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.BayesSpace | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.BayesSpaceBasis | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.BData | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.default | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.L2Space | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.NULL | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.ReferenceMeasure | Generic function returning the Bayes space associated to the given object. |
| getBayesSpace.ReferenceMeasureCartesianProduct | Construct the product Bayes Space for a product reference measure |
| getBayesSpaceBasis | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasis.BayesSpace | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasis.BayesSpaceBasis | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasis.BData | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasis.variationKernel | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasis.varKernel | Generic function returning the BayesSpaceBasis associated to the given object. |
| getBayesSpaceBasisDimension | the dimension of the basis |
| getBayesSpaceBasisDimension.BayesSpaceBasis | the dimension of the basis |
| getBreaks | Common utilities for BDataHistograms objects |
| getBreaks.BDataHistograms | Common utilities for BDataHistograms objects |
| getCartesianFactors | Decomposes a cartesian product into a list of its factors. |
| getDimension | Gets number of elements in a Basis |
| getDimension.BayesSpaceBasis | Gets number of elements in a Basis |
| getDimension.BDataSplines | Gets number of elements in a Basis |
| getDimension.matrix | Gets number of elements in a Basis |
| getDimension.numeric | Gets number of elements in a Basis |
| getDiscretizer | Computes Discretization points for nonequidistant discretization |
| getDiscretizer.BayesSpaceBasis | Computes Discretization points for nonequidistant discretization |
| getDiscretizer.ReferenceMeasureDiscrete | Computes Discretization points for nonequidistant discretization |
| getDiscretizer.ReferenceMeasureTransformed | Computes Discretization points for nonequidistant discretization |
| getDiscretizer.ReferenceMeasureUniform | Computes Discretization points for nonequidistant discretization |
| getL2Space | Generic function returning the L2Space associated to the given object. |
| getL2Space.BayesSpace | Generic function returning the L2Space associated to the given object. |
| getL2Space.BayesSpaceBasis | Generic function returning the L2Space associated to the given object. |
| getL2Space.BData | Generic function returning the L2Space associated to the given object. |
| getL2Space.default | Generic function returning the L2Space associated to the given object. |
| getL2Space.L2Space | Generic function returning the Bayes space associated to the given object. |
| getL2Space.NULL | Generic function returning the L2Space associated to the given object. |
| getL2Space.ReferenceMeasure | Generic function returning the L2Space associated to the given object. |
| getMetricTensor | Metric tensor of a space or basis |
| getPDF | returns the probability density function |
| getPDF.BData | returns the probability density function |
| getPDF.ReferenceMeasureTransformed | returns the probability density function |
| getPDF.ReferenceMeasureUniform | returns the probability density function |
| getReferenceMeasure | Getter for the ReferenceMeasure of an object |
| getReferenceMeasure.BayesSpace | Getter for the ReferenceMeasure of an object |
| getReferenceMeasure.default | Getter for the ReferenceMeasure of an object |
| getReferenceMeasure.L2Space | Getter for the ReferenceMeasure of an object |
| getReferenceMeasure.ReferenceMeasure | Getter for the ReferenceMeasure of an object |
| getSample | Get a sample from the reference measure |
| getSample.BayesSpace | Get a sample from the reference measure |
| getSample.L2Space | Get a sample from the reference measure |
| getSample.ReferenceMeasure | Get a sample from the reference measure |
| getSample.ReferenceMeasureCartesianProduct | Get a sample from the reference measure |
| getSample.ReferenceMeasureDiscrete | Get a sample from the reference measure |
| getSample.ReferenceMeasureTransformed | A general continuous reference measure on the real line |
| getSplineCoefs | Coefficients of a single BayesSpace element. |
| getSplineCoefs.BData | Coefficients of a single BayesSpace element. |
| getSplineCoefs.BDataSplines | Coefficients of a single BayesSpace element. |
| getSplineCoefs.default | Coefficients of a single BayesSpace element. |
| getSplineCoefs.function | Coefficients of a single BayesSpace element. |
| getSplineCoefs.hist | Coefficients of a single BayesSpace element. |
| getSupport | The support of the measures |
| getSupport.BayesSpace | The support of the measures |
| getSupport.BayesSpaceBasis | The support of the measures |
| getSupport.BData | The support of the measures |
| getSupport.function | The support of the measures |
| getSupport.list | The support of the measures |
| getSupport.ListData | The support of the measures |
| getSupport.numeric | The support of the measures |
| getSupport.ReferenceMeasureCartesianProduct | The support of the measures |
| getSupport.ReferenceMeasureDiscrete | The support of the measures |
| getSupport.ReferenceMeasureTransformed | The support of the measures |
| getSupport.ReferenceMeasureUniform | The support of the measures |
| getSupport.Support | The support of the measures |
| getSupport.variationKernel | The support of the measures |
| getSupport.varKernel | The support of the measures |
| getSupport1DPlottingLimits | The support of the measures |
| getSupportAtoms | The support of the measures |
| getWeights | Get a sample from the reference measure |
| hasSameBayesSpace | Checks whether two objects have the same BayesSpace |
| hasSameBayesSpaceBasis | Checks whether the associated BayesSpaceBasis of to objects is the same |
| hasWeights | Get a sample from the reference measure |
| hasWeights.default | Get a sample from the reference measure |
| idt.BData | Isometric default representations for BData objects |
| idtInv.BData | Isometric default representations for BData objects |
| idtInv.BDataSplines | Isometric default representations for BData objects |
| isCentered | Returns whether its know that the object is closed or centered |
| isCentered.BayesSpaceBasis | Returns whether its know that the object is closed or centered |
| isCentered.BData | Returns whether its know that the object is closed or centered |
| isCentered.BDataSplines | Returns whether its know that the object is closed or centered |
| isCentered.default | Returns whether its know that the object is closed or centered |
| isClosed | Returns whether its know that the object is closed or centered |
| isClosed.BData | Returns whether its know that the object is closed or centered |
| isClosed.default | Returns whether its know that the object is closed or centered |
| isInDomain | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.BayesSpace | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.BayesSpaceBasis | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.L2Space | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.ReferenceMeasureCartesianProduct | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.ReferenceMeasureDiscrete | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.ReferenceMeasureTransformed | Checks whether values are in the domain of the ReferenceMeasure |
| isInDomain.ReferenceMeasureUniform | assess whether a vector of points belong to the domain of the uniform reference measure |
| isValidBayesSpaceBasis | Checks that an object is a BayesSpaceBasis |
| isValidBayesSpaceElement | Checks whether an object is an element (or dataset of elements) of a BayesSpace |
| isValidBayesSpaceElement.BData | Checks whether an object is an element (or dataset of elements) of a BayesSpace |
| isValidBayesSpaceElement.default | Checks whether an object is an element (or dataset of elements) of a BayesSpace |
| isValidBayesSpaceElement.function | Checks whether an object is an element (or dataset of elements) of a BayesSpace |
| isValidBayesSpaceElement.histogram | Checks whether an object is an element (or dataset of elements) of a BayesSpace |
| kdeDensity | Computes an evaluable kernel density estimate on a dataset |
| kdeDensity.data.frame | Computes an evaluable kernel density estimate on a dataset |
| kdeDensity.list | Computes an evaluable kernel density estimate on a dataset |
| kdeDensity.matrix | Computes an evaluable kernel density estimate on a dataset |
| kdeDensity.numeric | Computes an evaluable kernel density estimate on a dataset |
| L2Space | Creates the L2-space for a Reference Measure |
| L2Space.BayesSpace | Creates the L2-space for a Reference Measure |
| L2Space.ReferenceMeasure | Creates the L2-space for a Reference Measure |
| L2SpaceCartesianProduct | The Cartesian Product of Bayes Spaces |
| ListData | Makes a list includable in a data.frame |
| listDataElementAccess | Accesses list elements with an expression |
| ListDataEnv | Makes a list includable in a data.frame |
| ListDataRecover | Makes a list includable in a data.frame |
| Ln | Functional mapping a function to its exp version |
| Ln.function | Functional mapping a function to its exp version |
| Ln.list | Functional mapping a function to its exp version |
| Ln.numeric | Functional mapping a function to its exp version |
| makeFunctionOuter | Makes a vectorized 2-ary function into one that returns a matrix |
| makeLimitStable | Makes a real function returning limits at undefined points |
| mapToRealLineWithSupport | Gets coordinates on an axis for possibly non real data |
| maxFunc | Compute Maximum and Minimum Functions |
| mean.BDataDensities | Computes the distribution mean for BDataSplines. |
| mean.BDataLogDensities | Computes the distribution mean for BDataSplines. |
| mean.BDataLogPDFs | Computes the distribution mean for BDataSplines. |
| mean.BDataPDFs | Computes the distribution mean for BDataSplines. |
| mean.BDataSplines | Computes the distribution mean for BDataSplines. |
| median.BData | A distributional median |
| minFunc | Compute Maximum and Minimum Functions |
| msd.BData | Compute the metric variance |
| Mul | Multiplication of functional objects |
| Mul.BDataDensities | Multiplication of functional objects |
| Mul.BDataLogDensities | Multiplication of functional objects |
| Mul.BDataLogPDFs | Multiplication of functional objects |
| Mul.BDataPDFs | Multiplication of functional objects |
| Mul.BDataSplines | Multiplication of functional objects |
| Mul.function | Multiplication of functional objects |
| Mul.function.function | Multiplication of functional objects |
| Mul.function.list | Multiplication of functional objects |
| Mul.function.numeric | Multiplication of functional objects |
| Mul.list | Multiplication of functional objects |
| Mul.list.function | Multiplication of functional objects |
| Mul.list.list | Multiplication of functional objects |
| Mul.list.numeric | Multiplication of functional objects |
| Mul.numeric | Multiplication of functional objects |
| Mul.numeric.BData | Multiplication of functional objects |
| Mul.numeric.function | Multiplication of functional objects |
| Mul.numeric.list | Multiplication of functional objects |
| Mul.numeric.numeric | Multiplication of functional objects |
| mvar.BData | Compute the metric variance |
| mvar.BDataSplines | Compute the metric variance |
| nCases | Accessing cases regardless how a dataset is stored. |
| nCases.default | Accessing cases regardless how a dataset is stored. |
| norm | Computes the Bayes-Space norm of BData objects |
| norm.BData | Computes the Bayes-Space norm of BData objects |
| norm.BDataSplines | Computes the Bayes-Space norm of BData objects |
| numberOfCases | A generic function computing the number of cases. |
| numberOfCases.data.frame | A generic function computing the number of cases. |
| numberOfCases.default | A generic function computing the number of cases. |
| pdf2Support | Guesses the support from a pdf |
| plot.BayesSpaceBasis | plot the 'BayesSpaceBasis' |
| plot.BDataDensities | Helper function to plot multiple functions |
| plot.BDataHistograms | Plot histograms as segments |
| plot.BDataLogDensities | Helper function to plot multiple functions |
| plot.BDataLogPDFs | Helper function to plot multiple functions |
| plot.BDataPDFs | Helper function to plot multiple functions |
| plot.BDataSamples | Plotting BDataSample Objects |
| plot.BDataSplines | Plot a set of spline functions (using visualisation tools from fda) |
| plot.princomp.BData | Plot Method for PCA of Distributional Data |
| plot.princomp.BData.grouped | Plot Method for Grouped PCA of Distributional Data |
| plot.princomp.BData.multivariate | Plot Method for Multivariate SFPCA of Distributional Data |
| plot.variationKernel | Plotting varKernel objects |
| plot.varKernel | Plotting varKernel objects |
| plotCoefs | Plot multiple coefficients in a parallel coordinate plot |
| plotFuncs | Helper function to plot multiple functions |
| predict.princomp.BData | Predict Scores for New Distributional Data |
| princomp.BData | Principal Component Analysis for Distributional Data |
| print.BayesSpace | Pretty printing of BayesSpaces |
| print.BDataLogDensities | Print a BDataLogDensities object |
| print.BDataLogPDFs | Print a BDataLogPDFs object |
| print.BDataSplines | Print a BDataSplines object |
| print.L2Space | prints "L2Space with reference measure" and than the reference measure. |
| print.princomp.BData | Principal Component Analysis for Distributional Data |
| print.princomp.BData.grouped | Print a grouped distributional PCA |
| print.princomp.BData.multivariate | Print a multivariate (2D-)SFPCA on distributional data |
| print.ReferenceMeasure | Printing ReferenceMeasures |
| ReferenceMeasure | Reference measures: the geometry of a Bayes space |
| ReferenceMeasureCartesianProduct | Compute a cartesian Product of measures |
| ReferenceMeasureDiscrete | Discrete Reference Measure for BayesSpaces |
| ReferenceMeasureTransformed | A general continuous reference measure on the real line |
| ReferenceMeasureUniform | create the ReferenceMeasureUniform class |
| sample2Support | Guesses the support from a sample |
| scalarProduct | Computes the scalar product of (datasets of) vectors from various spaces |
| scalarProduct.BDataDensities | Computes the scalar product of (datasets of) vectors from various spaces |
| scalarProduct.BDataLogDensities | Computes the scalar product of (datasets of) vectors from various spaces |
| scalarProduct.BDataSplines | Computes the scalar product of (datasets of) vectors from various spaces |
| scalarProduct.numeric | Computes the scalar product of (datasets of) vectors from various spaces |
| scalarProductOfLogDensities | Computes the scalar product of log densities in a BayesSpace |
| scale.BData | Scale and/or center a BData set |
| screeplot.princomp.BData | Screeplot for PCA of Distributional Data |
| selectCases | Accessing cases regardless how a dataset is stored. |
| selectCases.default | Accessing cases regardless how a dataset is stored. |
| selectIntegrationMethod | Identifies the integration method to be choosen for a measure |
| selectIntegrationMethod.CartesianProductMeasure | Identifies the integration method to be choosen for a measure |
| selectIntegrationMethod.ReferenceMeasure | Identifies the integration method to be choosen for a measure |
| simulate.B2DistHyper | Simulates a B2DistHyper distribution |
| simulate.B2GaussianDistribution | A Gaussian Process distribution for probabilities |
| simulate.BData | Simulate from the distribution described by the BData objects |
| simulate.ReferenceMeasureCartesianProduct | Simulates from a ReferenceMeasureCartesianProduct |
| simulate.ReferenceMeasureDiscrete | Generates simulations from the Discrete Reference Measure seen as distribution. |
| simulate.ReferenceMeasureTransformed | Generates simulations from the Reference Measure seen as distribution. |
| simulate.ReferenceMeasureUniform | simulation method for the uniform referencemeasure |
| spatialDepth | Spatial Depth in dataset |
| spatialDepth.BData | Spatial Depth in dataset |
| spatialDepth.matrix | Spatial Depth in dataset |
| spatialDepth.numeric | Spatial Depth in dataset |
| StdReferenceMeasureN01 | The standard B2(Unif(0,1)) Bayes space. |
| StdReferenceMeasureUnif01 | The standard B2(Unif(0,1)) Bayes space. |
| storingDigester | Makes a list includable in a data.frame |
| Sub | Substract functional objects |
| Sub.BDataDensities | Substract functional objects |
| Sub.BDataHistograms | Substract functional objects |
| Sub.BDataHistograms.BDataHistograms | Substract functional objects |
| Sub.BDataLogDensities | Substract functional objects |
| Sub.BDataLogPDFs | Substract functional objects |
| Sub.BDataPDFs | Substract functional objects |
| Sub.BDataSplines | Substract functional objects |
| Sub.function | Substract functional objects |
| Sub.function.function | Substract functional objects |
| Sub.function.list | Substract functional objects |
| Sub.function.numeric | Substract functional objects |
| Sub.list | Substract functional objects |
| Sub.list.function | Substract functional objects |
| Sub.list.list | Substract functional objects |
| Sub.list.numeric | Substract functional objects |
| Sub.numeric | Substract functional objects |
| Sub.numeric.function | Substract functional objects |
| Sub.numeric.list | Substract functional objects |
| Sub.numeric.numeric | Substract functional objects |
| subBasisIndices | Computes the indices of a certain marginal basis |
| summary.BDataSamples | BData container with distributions as samples |
| summary.BDataUnivariateSamples | BData container with distributions as samples |
| summary.princomp.BData | Summary of PCA for Distributional Data |
| Support | The support of the measures |
| SupportCartesianProduct | Creates a cartesian product of supports |
| supportDiscretization | Computes the discretization of a mixed support |
| supportDiscretization.DiscreteSupport | Computes the discretization of a mixed support |
| supportDiscretization.RealSupport | Computes the discretization of a mixed support |
| toHistogram | Convert something to a histogram |
| toHistogram.BData | Convert something to a histogram |
| toHistogram.BDataHistograms | Convert something to a histogram |
| toHistogram.BDataUnivariateSamples | Convert something to a histogram |
| toHistogram.histogram | Convert something to a histogram |
| toHistogram.numeric | Convert something to a histogram |
| variationKernel | Compute the variation kernel |
| variationKernel.BData | Compute the variation kernel |
| variationKernel.BDataSplines | Compute the variation kernel |
| variationKernel.function | Compute the variation kernel |
| variationKernel.variationKernel | Compute the variation kernel |
| varKernel | Compute the kernel of the Variance Kovariance operator |
| varKernel.BData | Compute the kernel of the Variance Kovariance operator |
| varKernel.BDataSplines | Compute the kernel of the Variance Kovariance operator |
| varKernel.function | Compute the kernel of the Variance Kovariance operator |
| varKernel.varKernel | Compute the kernel of the Variance Kovariance operator |
| weightedStats | Computes mean and variance for weighted reference measures |
| weightedStats.ReferenceMeasure | Computes mean and variance for weighted reference measures |
| weightedStats.ReferenceMeasureDiscrete | Computes mean and variance for weighted reference measures |
| %.% | Operator to act on a list |
| %..% | Operator to act on a list |
| *.BData | Operations for BData objects |
| +.BData | Operations for BData objects |
| -.BData | Operations for BData objects |
| .DensityFromHist | Compute the density relativ to a measure from histogram weights. |
| .LogDensityFromHist | Compute the log density relativ to a measure from histogram weights. |
| /.BData | Operations for BData objects |
| [.BDataHistograms | Subsetting BDataHistograms |
| [.BDataSamples | BData container with distributions as samples |
| [.BDataSplines | create a 'BDataSplines' object: a set of distributions represented as splines; possible representation of individual distribution through a vector of coefficients. |
| [.BDataUnivariateSamples | BData container with distributions as samples |