| ▼ doc | |
| ▼ tutorials | |
| ► programs | |
| tutoAccessors.cpp | |
| tutoAccessors2.cpp | |
| tutoAddingCols.cpp | |
| tutoAddingRows.cpp | |
| tutoAppliers.cpp | |
| tutoCenteringAnArray.cpp | |
| tutoConstructors.cpp | |
| tutoInvert.cpp | |
| tutoInvertTriangular.cpp | |
| tutoLeastSquare.cpp | |
| tutoMergeArrays2D.cpp | |
| tutoProbability.cpp | |
| tutoQr.cpp | |
| tutoQrUpdate.cpp | |
| tutoReference.cpp | |
| tutoReferenceAndMove.cpp | |
| tutoRemoveRowsAndCols.cpp | |
| tutoRowsAndCols.cpp | |
| tutoSlicingVisitors.cpp | |
| tutoStatCovariance.cpp | |
| tutoStatFactors.cpp | |
| tutoStatFunctors.cpp | |
| tutoStatTransform.cpp | |
| tutoSubArrays.cpp | |
| tutoSvd.cpp | |
| tutoSymEigen.cpp | |
| tutoVisitors.cpp | |
| tips_CenteringAnArray.h | |
| tips_ComputingMeanAndVarianceOfMultidimensionalData.h | |
| tips_GettingMeanByCol.h | |
| tuto_Algebra.h | |
| tuto_Arrays_01_GeneralReview.h | |
| tuto_Arrays_02_Constructors.h | |
| tuto_Arrays_03_HandlingDataWithArray2D.h | |
| tuto_Arrays_04_VisitorsAppliers.h | |
| tuto_Arrays_05_SlicingArrays.h | |
| tuto_Arrays_06_RefArrays.h | |
| tuto_ArraysQuickRef.h | |
| tuto_Clustering_01.h | |
| tuto_Clustering_02.h | |
| tuto_kernel.h | |
| tuto_MixBin.h | |
| tuto_STatistiK.h | |
| ▼ include | |
| AAModels.h | This file include all the header files of the project AAModels |
| Algebra.h | This file include all the header files of the project Algebra |
| Analysis.h | This file include all the header files of the project Analysis |
| Arrays.h | This file include all the other header files of the project Arrays |
| Classification.h | This file include all the header files of the project Classification |
| Clustering.h | This file include all the header files of the project Clustering |
| DManager.h | This file include all the other header files of the project DManager |
| InOut.h | This file include all the header files of the project InOut |
| Reduct.h | This file include all the header files of the project Reduct |
| Regress.h | This file include all the header files of the project Regress |
| Sdk.h | This file include all the other header files of the project Sdk |
| STatistiK.h | This file include all the header files of the project STatistiK |
| StatModels.h | This file include all the header files of the project Model |
| STKernel.h | This file include all the header files of the project STKernel |
| STKpp.h | This file include all the header files of the STK++ project |
| ▼ projects | |
| ▼ AAModels | |
| ► include | |
| STK_GaussianAAModel.h | In this file we declare the class GaussianAAModel for the auto-associative models |
| STK_IAAModel.h | In this file we define the Interface Base class for all AutoAssociative Models |
| STK_LinearAAModel.h | In this file we define the LinearAAModel class |
| ▼ Algebra | |
| ► include | |
| ► invert | |
| STK_Invert.h | In this file we implement inversion method for general matrices |
| STK_InvertLowerSym.h | In this file we implement inversion method for lower symmetric matrices |
| STK_InvertLowerTriangular.h | In this file we implement inversion method for lower triangular matrices |
| STK_InvertSym.h | In this file we implement inversion method for symmetric matrices |
| STK_InvertUpperSym.h | In this file we implement inversion method for upper symmetric matrices |
| STK_InvertUpperTriangular.h | In this file we implement inversion method for upper triangular matrices |
| STK_Algebra_Util.h | In this file we define and implement utilies class and method for the Algebra project |
| STK_CG.h | In this file we define a template version of the conjugate gradient |
| STK_Cholesky.h | In this file we implement the modified Cholesky decomposition |
| STK_Givens.h | In this file we define Givens methods used by the Algebra classes |
| STK_GramSchmidt.h | In this file we define the GramSchmidt method |
| STK_Householder.h | In this file we define the Housholder methods used by the Algebra classes |
| STK_ILeastSquare.h | In this file we define the interface class ILeastSquare |
| STK_InvertMatrix.h | In this file we implement inversion method for general matrix |
| STK_IQr.h | In this file we define the Interface class IQr (QR decomposition) |
| STK_ISvd.h | In this file we define the interface class ISvd |
| STK_ISymEigen.h | In this file we define the ISymEigen class (for a symmetric matrix) |
| STK_lapack_MultiLeastSquare.h | In this file we define the class MultiLeastSQquare using lapack |
| STK_lapack_Qr.h | In this file we define the enclosing class of the dgeqrf lapack routine |
| STK_lapack_Svd.h | In this file we define the enclosing class of the dgeqrf lapack routine |
| STK_lapack_SymEigen.h | In this file we define the enclosing class of the syevr lapck routine |
| STK_lapack_Util.h | In this file we define and implement utilities classes and methods for the interface with lapack |
| STK_MultiLeastSquare.h | In this file we define and implement the class MultiLeastSQquare |
| STK_Qr.h | In thThis file wedefine and implement the Qr class |
| STK_Svd.h | In this file we define the Svd Class |
| STK_SymEigen.h | In this file we define the SymEigen class (for a symmetric matrix) |
| STK_transpose.h | In this file we define the transpose method |
| STK_WeightedSvd.h | In this file we define the WeightedSvd class |
| STK_blas_util.h | In this file we we define utilities classes and methods for the interface with blas |
| ▼ Analysis | |
| ► include | |
| STK_Algo.h | In this file we give some template generic algorithms |
| STK_Algo_FindZero.h | |
| STK_Const_Math.h | In this file we give the main mathematical constants |
| STK_Const_Sequences.h | In this file we define static arrays with useful integer sequences |
| STK_Funct_betaRatio.h | In this file we declare functions around the beta function ratio |
| STK_Funct_gamma.h | In this file we declare functions around the gamma function |
| STK_Funct_gammaRatio.h | In this file we declare functions around the gamma function ratio |
| STK_Funct_raw.h | In this file we declare raw the functions |
| STK_Funct_Util.h | In this file we declare usual Real functions |
| STK_IFunction.h | In this file we define Interface base class for Real functions |
| STK_ISerie.h | In this file we define Interface base class for Real Series |
| ► src | |
| STK_Funct_betaRatio.cpp | In this file we implement functions around the Beta ratio function |
| STK_Funct_gammaRatio.cpp | In this file we implement functions around the gamma function ratio |
| ▼ Arrays | |
| ► include | |
| ► allocators | |
| STK_CAllocator.h | In this file we define the CAllocator class |
| STK_MemAllocator.h | In this file we define the class MemAllocator |
| STK_MemSAllocator.h | In this file we define and implement the MemSAllocator class |
| STK_MemSAllocator1D.h | In this file we |
| ► assign | |
| STK_AssignSelector.h | In this file we implement the copy and assign methods used when copying an array or an expression (rhs) in an other array (lhs) |
| ► iterators | |
| STK_BiDirectionalIterator.h | In this file we implement the BiDirectionalIterator class |
| STK_DenseIteratorBase.h | In this file we define the base class for Iterators on dense arrays |
| STK_DenseRandomIterator.h | In this file we define and implement the DenseRandomIterator and ConstDenseRandomIterator classes |
| STK_InnerIteratorBase.h | In this file we define the base class for inner iterators on arrays |
| STK_SparseIteratorBase.h | In this file we define the base class for Iterators on sparse arrays |
| ► operators | |
| STK_BinaryImpl.h | In this file we implement the Binary Implementation helper classes |
| STK_BinaryOperators.h | In this file we implement the BinaryOperator class |
| STK_BinarySelector.h | In this file we implement the class allowing to disambiguate the use of an UnaryOperator or a BinaryOperator |
| STK_ReshapeAccessors.h | In this file we implement the DiagonalAccessor, DiagonalGetterAccessor, UpperTriangularizeAccessor,LowerTriangularizeAccessor, SymmetrizeAccessor, UpperSymmetrizeAccessor, LowerSymmetrizeAccessor classes |
| STK_ReshapeOperators.h | In this file we implement the DiagonalizeOperator, DiagonalGetterOperator, UpperTriangularizeOperator,LowerTriangularizeOperator, SymmetrizeOperator, UpperSymmetrizeOperator, LowerSymmetrizeOperator classes |
| STK_SlicingAccessors.h | In this file we implement the RowAccessor, ColAccessor, SubVectorAccessor and SubAccessor classes |
| STK_SlicingOperators.h | In this file we implement the RowOperator, ColOperator, SubVectorOperator and SubOperator classes |
| STK_TransposeAccessor.h | In this file we implement the TransposeAccessor class |
| STK_TransposeOperator.h | In this file we implement the TransposeOperator class |
| STK_UnaryOperators.h | In this file we implement the UnaryOperator class |
| ► products | |
| STK_ArrayByArrayProduct.h | In this file we implement the General Array by Array product |
| STK_ArrayByVectorProduct.h | In this file we implement the General Array by Vector product |
| STK_DotProduct.h | In this file we implement the DotProduct class |
| STK_ProductDispatcher.h | In this file we select the product method to use |
| STK_ProductOperators.h | In this file we implement the ProductOperator class |
| STK_ProductRaw.h | In this file we implement the raw static methods used by the products methods |
| ► visitors | |
| STK_Appliers.h | In this file we define the appliers classes |
| STK_SlicingVisitors.h | This file implement the slicing visitors in the namespace STK |
| STK_Visitors.h | In this file we define the Visitors classes |
| STK_VisitorSelector.h | In this file we implement the selector of the visitor and apply pattern |
| STK_VisitorsImpl.h | In this file we implement the different visitors allowing unrolling of the visit |
| STK_Array1D.h | In this file we define and implement the final class Array1D |
| STK_Array1D_InnerIterator.h | In this file we define and implement the inner class InnerIterator of Array1D class |
| STK_Array2D.h | In this file, we define the final class Array2D |
| STK_Array2D_Functors.h | In this file we implement the functors for performing operations on Array2D arrays |
| STK_Array2DDiagonal.h | In this file, we define Array2DDiagonal class |
| STK_Array2DLowerTriangular.h | In this file we define the Array2DLowerTriangular class |
| STK_Array2DNumber.h | A Array2DNumber is a one dimensional horizontal container |
| STK_Array2DPoint.h | A Array2DPoint is a one dimensional horizontal container |
| STK_Array2DSquare.h | In this file, we define Array2DSquare class |
| STK_Array2DUpperTriangular.h | In this file we define the ArrayXXTriangular class |
| STK_Array2DVector.h | A Array2DVector is a one dimensional horizontal container |
| STK_ArrayBase.h | In this file we define the base class for Arrays |
| STK_ArrayBaseApplier.h | In this file we define the appliers on writable arrays |
| STK_ArrayBaseAssign.h | In this file we implement the copy and assign methods |
| STK_ArrayBaseInitializer.h | In this file we implement the ArrayInitializer class |
| STK_Arrays_Util.h | In this file we define utilities functions and enum for the Array classes |
| STK_ArraysTraits.h | In this file we define the main traits class we use for the STK++ Containers |
| STK_CArray.h | In this file we implement the final class CArray |
| STK_CArrayNumber.h | In this file we implement the final class CArrayNumber |
| STK_CArrayPoint.h | In this file we implement the final class CArrayPoint |
| STK_CArraySquare.h | In this file we implement the final class CArraySquare |
| STK_CArrayVector.h | In this file we implement the final class CArrayVector |
| STK_Const_Arrays.h | In this file we define the constant Arrays |
| STK_Display.h | This file define methods for displaying Arrays and Expressions |
| STK_ExprBase.h | In this file we define the base class for Arrays and Expressions |
| STK_ExprBaseDot.h | In this file we define the dot product and its particular cases |
| STK_ExprBaseFunctors.h | In this file we define the way to apply functors to Expressions |
| STK_ExprBaseOperators.h | |
| STK_ExprBaseProduct.h | In this file we define the matrix-matrix product and its particular cases |
| STK_ExprBaseVisitor.h | In this file we define the Visitors for ExprBase |
| STK_IArray1D.h | Interface base class for the Array1D, this is an internal header file, included by other Containers library headers |
| STK_IArray2D.h | Interface base class for the Array2D classes, this is an internal header file, included by other containers library headers |
| STK_IArray2DModifiers.h | In this file we implement the modifiers of the IArray2D |
| STK_IArray2DSlicers.h | In this file we implement the slicing methods for IArray2D class |
| STK_ICArray.h | Interface base class for the CArray, this is an internal header file, included by other Containers library headers |
| STK_IContainer2D.h | In this file we define the IContainer2D interface classes |
| STK_IContainerRef.h | This is an internal header file, included by other Containers library headers |
| STK_ISparseArray1D.h | In this file we define the base class for Sparse Matrices |
| STK_ITContainer.h | This is an internal header file, included by other Containers library headers |
| STK_ITContainer1D.h | In this file we define the interface class ITContainer1D |
| STK_ITContainer2D.h | In this file we define the ITContainer2D interface class |
| STK_SArray1D.h | In this file we define and implement the final class SArray1D |
| STK_SArray2D.h | In this file, we define the final class SArray2D |
| STK_SArray2DDiagonal.h | In this file, we define SArray2DDiagonal class |
| STK_SArray2DLowerTriangular.h | In this file we define the SArray2DLowerTriangular class |
| STK_SArray2DNumber.h | A SArray2DNumber is a one dimensional horizontal container |
| STK_SArray2DPoint.h | A SArray2DPoint is a one dimensional horizontal container |
| STK_SArray2DSquare.h | In this file, we define SArray2DSquare class |
| STK_SArray2DUpperTriangular.h | In this file we define the ArrayXXTriangular class |
| STK_SArray2DVector.h | A SArray2DVector is a one dimensional horizontal container |
| ▼ Classification | |
| ► include | |
| STK_IClassification.h | In this file we define the Interface base class IClassification |
| ▼ Clustering | |
| ► include | |
| ► CategoricalModels | |
| STK_Categorical_pjk.h | In this file we implement the Categorical_pjk mixture model |
| STK_Categorical_pk.h | In this file we define the Categorical_pk model |
| STK_CategoricalBase.h | In this file we implement the base class for the Categorical diagonal models |
| STK_CategoricalBridge.h | In this file we define the bridge classes between the categorical mixtures and the composer |
| STK_CategoricalMixtureManager.h | In this file we define the CategoricalMixtureManager class |
| STK_CategoricalParameters.h | In this file we define the Parameters classes for categorical mixture models |
| ► DiagGaussianModels | |
| STK_DiagGaussian_s.h | In this file we implement the DiagGaussian_s class |
| STK_DiagGaussian_sj.h | In this file we define and implement the DiagGaussian_sj class |
| STK_DiagGaussian_sjk.h | In this file we implement the DiagGaussian_sjk class |
| STK_DiagGaussian_sjsk.h | In this file we implement the DiagGaussian_sjsk class |
| STK_DiagGaussian_sk.h | In this file we define the DiagGaussian_sk model |
| STK_DiagGaussianBase.h | In this file we implement the base class for the Gaussian diagonal models |
| STK_DiagGaussianBridge.h | In this file we define the bridge classes between the diagonal Gaussian mixtures and the composer |
| STK_DiagGaussianMixtureManager.h | In this file we define the DiagGaussianMixtureManager class |
| STK_DiagGaussianParameters.h | In this file we define the Parameters classes for Diagonal Gaussian mixture models |
| ► GammaModels | |
| STK_Gamma_a_bjk.h | In this file we define the Gamma_pk_a_bjk and Gamma_p_a_bjk models |
| STK_Gamma_a_bk.h | In this file we define the Gamma_pk_a_bk and Gamma_p_a_bk models |
| STK_Gamma_aj_bjk.h | In this file we define the Gamma_pk_aj_bjk and Gamma_p_aj_bjk models |
| STK_Gamma_aj_bk.h | In this file we define the Gamma_pk_aj_bk and Gamma_p_aj_bk models |
| STK_Gamma_ajk_b.h | In this file we define the Gamma_pk_ajk_b and Gamma_p_ajk_b mixture models |
| STK_Gamma_ajk_bj.h | In this file we define the Gamma_pk_ajk_bj and Gamma_p_ajk_bj mixture models |
| STK_Gamma_ajk_bjk.h | In this file we define the Gamma_pk_ajk_bjk and Gamma_p_ajk_bjk models |
| STK_Gamma_ajk_bk.h | In this file we define the Gamma_pk_ajk_bk and Gamma_p_ajk_bk models |
| STK_Gamma_ak_b.h | In this file we define the Gamma_pk_ak_b and Gamma_p_ak_b mixture models |
| STK_Gamma_ak_bj.h | In this file we define the Gamma_pk_ak_bj and Gamma_p_ak_bj mixture models |
| STK_Gamma_ak_bjk.h | In this file we define the Gamma_pk_ak_bjk and Gamma_p_ak_bjk models |
| STK_Gamma_ak_bk.h | In this file we define the Gamma_pk_ak_bk and Gamma_p_ak_bk models |
| STK_GammaBase.h | In this file we implement the base class for the gamma models |
| STK_GammaBridge.h | In this file we define the bridge classes between the diagonal Gaussian mixtures and the composer |
| STK_GammaMixtureManager.h | In this file we define the GammaMixtureManager class |
| STK_GammaParameters.h | In this file we define the Parameters classes for gamma mixture models |
| ► HDGaussianMatrixModels | |
| STK_HDMatrixGaussianBridge.h | In this file we define the bridge classes between the HD matrix valued Gaussian mixtures and the composer |
| STK_HDMatrixGaussianModel.h | In this file we define the HDMatrixGaussianModel class |
| STK_HDMatrixGaussianParameters.h | In this file we define the Parameters classes for High Dimensional Matrix Gaussian mixture models |
| ► HDGaussianModels | |
| STK_HDGaussian_AjkBkQkD.h | |
| STK_HDGaussianBase.h | In this file we implement the base class for the HD Gaussian models |
| STK_HDGaussianBridge.h | In this file we define the bridge classes between the HD Gaussian mixtures and the composer |
| STK_HDGaussianParameters.h | In this file we define the Parameters classes for High Dimensionnal Gaussian mixture models |
| ► KernelModels | |
| STK_KernelHandler.h | In this file we define the KernelHandler class |
| STK_KernelMixtureManager.h | In this file we define the KernelMixtureManager class |
| STK_KernelParameters.h | In this file we define the Parameters classes for kernel mixture models |
| STK_Kmm_s.h | In this file we define the Kmm_s class |
| STK_Kmm_sk.h | In this file we define the Kmm_sk class |
| STK_KmmBase.h | In this file we define the KmmBase base class for Kernel Mixture |
| STK_KmmBridge.h | In this file we define the bridge class between the kernel mixtures and the IMixture interface |
| ► MixtureAlgo | |
| STK_IMixtureAlgo.h | In this file we define the interface base class for mixture algorithms |
| STK_IMixtureAlgoLearn.h | In this file we define the interface base class for mixture algorithms |
| STK_IMixtureAlgoPredict.h | In this file we define the interface base class for mixture predicting algorithms |
| STK_MixtureAlgo.h | In this file we define mixture algorithms |
| STK_MixtureAlgoLearn.h | In this file we define learning mixture algorithms |
| STK_MixtureAlgoPredict.h | In this file we define algorithms for predicting in a mixture model |
| ► MixtureCriterion | |
| STK_IMixtureCriterion.h | In this file we define the interface bas class for computing penalized criterion on mixture models |
| STK_MixtureCriterion.h | In this file we define the classes for computing the penalized criterion on mixture models |
| ► MixtureInit | |
| STK_IMixtureInit.h | |
| STK_MixtureInit.h | In this file we define the interface base class for initialization methods |
| ► MixtureStrategy | |
| STK_FullStrategy.h | In this file we define the class implementing the full strategy class |
| STK_IMixtureStrategy.h | In this file we define the interface base class for strategies to use in order to estimate a mixture model |
| STK_MixtureStrategy.h | In this file we define the strategies to use in order to estimate a mixture model |
| STK_SimpleStrategy.h | |
| STK_XemStrategy.h | |
| ► PoissonModels | |
| STK_Poisson_ljk.h | In this file we implement the Poisson_ljk class |
| STK_Poisson_ljlk.h | In this file we implement the Poisson_ljlk class |
| STK_Poisson_lk.h | In this file we implement the Poisson_lk class |
| STK_PoissonBase.h | In this file we implement the base class for the poisson mixture models |
| STK_PoissonBridge.h | In this file we define the bridge class between the Poisson mixture models and the composer |
| STK_PoissonMixtureManager.h | In this file we define the PoissonMixtureManager class |
| STK_PoissonParameters.h | In this file we define the Parameters classes for Poisson mixture models |
| STK_Clust_Util.h | In this file we define the enum, constants and utilities functions of the Clustering project |
| STK_IMixture.h | Define the main interface for linking specific mixture model to the composer |
| STK_IMixtureBridge.h | In this file we define the interface for all the bridge classes between the mixtures and the composer |
| STK_IMixtureComposer.h | In this file we define the abstract base class for mixture models |
| STK_IMixtureDensity.h | In this file we define the main interface class for mixture models |
| STK_IMixtureLearner.h | In this file we define the interface base class for learners |
| STK_IMixtureManager.h | In this file we define the Interface class IMixtureManager |
| STK_IMixtureModel.h | In this file we define the main interface class for mixture models |
| STK_IMixtureModelBase.h | In this file we define the interface base class for mixture models |
| STK_IMixtureStatModel.h | In this file we define the abstract base class for mixture statistical models |
| STK_MixtureComposer.h | In this file we define the class MixtureComposer |
| STK_MixtureComposerFacade.h | In this file we define a facade class for p_composers |
| STK_MixtureFacade.h | In this file we define the StrategyFacade and LearnFacade which construct properly a way to estimate/learn a mixture model |
| STK_MixtureLearner.h | In this file we define the class MixtureLearner |
| STK_MixtureSemiLearner.h | In this file we define the MixtureSemiLearner class for semi-supervised learning models |
| ► src | |
| STK_CategoricalParameters.cpp | In this file we implement the Parameters classes for categorical mixture models |
| STK_Clust_Util.cpp | In this file we implement the utilities functions of the Clustering project |
| STK_DiagGaussianParameters.cpp | In this file we implement the Parameters classes for Diagonal Gaussian mixture models |
| STK_FullStrategy.cpp | In this file we implement the FullStrategy class |
| STK_GammaParameters.cpp | In this file we implement the Parameters classes for gamma mixture models |
| STK_IMixture.cpp | |
| STK_IMixtureAlgo.cpp | |
| STK_IMixtureAlgoLearn.cpp | |
| STK_IMixtureAlgoPredict.cpp | In this file we implement the run method of the interface prediction algorithms |
| STK_IMixtureComposer.cpp | |
| STK_IMixtureLearner.cpp | In this file we implement the interface base class for learners |
| STK_IMixtureModelBase.cpp | In this file we implement the interface base class IMixtureModelBase |
| STK_IMixtureStatModel.cpp | In this file we implement the abstract base class for mixture statistical models |
| STK_IMixtureStrategy.cpp | In this file we implement the interface base class for estimation strategies |
| STK_KernelHandler.cpp | In this file we implement the KernelHandler class |
| STK_KernelMixtureManager.cpp | In this file we implement the KernelMixtureManager class |
| STK_KernelParameters.cpp | In this file we implement the ModelParameters class for kernel mixture models |
| STK_Kmm_s.cpp | In this file we implement the Kmm_s class |
| STK_Kmm_sk.cpp | In this file we implement the Kmm_sk class |
| STK_MixtureAlgo.cpp | In this file we implement the run method of the mixture algorithms |
| STK_MixtureAlgoLearn.cpp | |
| STK_MixtureAlgoPredict.cpp | |
| STK_MixtureComposer.cpp | In this file we implement the class MixtureComposer |
| STK_MixtureCriterion.cpp | In this file we implement the run method of the MixtureCriterion classes |
| STK_MixtureFacade.cpp | In this file we implement the StrategyFacade class |
| STK_MixtureInit.cpp | In this file we implement the initialization methods |
| STK_MixtureLearner.cpp | In this file we implement the class MixtureLearner |
| STK_MixtureSemiLearner.cpp | In this file we implement the class MixtureSemiLearner |
| STK_PoissonParameters.cpp | |
| STK_SimpleStrategy.cpp | In this file we implement the SimpleStratefy class |
| STK_XemStrategy.cpp | In this file we implement the XemStrategy class |
| ▼ DManager | |
| ► include | |
| STK_Cell.h | This file define the cell classes for the list classes |
| STK_CsvToArray.h | In this file we define the CsvToArray class |
| STK_CvHandler.h | In this file we define and implement the class CvHandler dedicated to Cross Validation |
| STK_DataBridge.h | In this file we define the data wrapper class |
| STK_DataFrame.h | In this file we declare the DataFrame class |
| STK_DataFrameToArray2D.h | In this file we define the DataFrameToArray2D class |
| STK_DataHandler.h | In this file we define the DataHandler class |
| STK_DataHandlerBase.h | |
| STK_DManager_Util.h | In this file we define useful constant and method specific to the DManager project |
| STK_ExportToCsv.h | In this file we define the class ExportToCsv |
| STK_HeapSort.h | In this file we define an implementation of the heapsort algorithm for IVector containers |
| STK_IDataBridge.h | In this file we define the interface class IDataBridge |
| STK_IDataHandler.h | |
| STK_Import_Util.h | In this file we define the main constant and method needed when importing data |
| STK_ImportFromCsv.h | In this file we define the class ImportFromCsv |
| STK_IPage.h | In this file we define the Interface base class IPage |
| STK_IVariable.h | Define the Interface base class of all types of Variables |
| STK_List1D.h | This is an implementation of the Interface ITContainer1D |
| STK_Option.h | In this file we define the Option class |
| STK_PartitionHandler.h | |
| STK_ReadWriteCsv.h | In this file we define the class TReadWriteCsv |
| STK_ReadWritePages.h | In this file we define the ReadWritePages class |
| STK_Variable.h | Implement the interface class IVariable as Variable |
| ► src | |
| STK_DataFrame.cpp | In this file we implement the DataFrame (Table) class |
| STK_DataHandler.cpp | In this file we implement the DataHandler class |
| STK_DManager_Util.cpp | In this file we implement various methods useful for processing strings and i/o streams in the DManager project |
| STK_Import_Util.cpp | In this file we implement various methods useful for processing strings when importing data |
| STK_ImportFromCsv.cpp | In this file we implement the classes ImportFromCsv |
| STK_IPage.cpp | In this file we implement the Interface class IPage |
| STK_Option.cpp | In this file we implement the Option class |
| STK_ReadWritePages.cpp | In this file we implement the ReadWritePages class |
| ▼ InOut | |
| ► include | |
| STK_AdditiveBSplineRegressionPage.h | In this file we define the AdditiveBSplineRegressionPage class |
| STK_LocalVariancePage.h | In this file we define the LocalVariancePage class |
| ► src | |
| STK_AdditiveBSplineRegressionPage.cpp | In this file we implement the AdditiveBSplineRegressionPage class |
| STK_LocalVariancePage.cpp | In this file we implement the LocalVariancePage class |
| ▼ Reduct | |
| ► include | |
| STK_ILinearReduct.h | In this file we define the interface base class ILinearReduct |
| STK_IReducer.h | In this file we define the interface base class IReducer |
| STK_LocalVariance.h | In this file we define the LocalVariance class |
| STK_ProjectedVariance.h | |
| STK_Reduct_Util.h | In this file we define utilities enum and functions for the Reduct project |
| ▼ Regress | |
| ► include | |
| STK_AdditiveBSplineCoefficients.h | In this file we define the AdditiveBSplineCoefficients class |
| STK_AdditiveBSplineRegression.h | In this file we define the AdditiveBSplineRegression class |
| STK_Basis_Util.h | In this file we declare the utilities enumerations and methods for the Basis functions |
| STK_BSplineCoefficients.h | In this file we define the BSplineCoefficients class |
| STK_BSplineRegression.h | In this file we define the BsplineRegression class |
| STK_ChebyshevCoefficients.h | In this file we define the ChebyshevCoefficients class |
| STK_CosinesCoefficients.h | In this file we define the CosinesCoefficients class |
| STK_IBasis.h | In this file we define the Interface class IBasis for basis functions |
| STK_IRegression.h | In this file we define the Interface base class IRegression |
| STK_MultidimRegression.h | In this file we define the MultidimRegression class |
| STK_Regress_Util.h | In this file we declare the utilities enumerations and methods for the Regress project |
| STK_SinesCoefficients.h | In this file we define the SinesCoefficients class |
| STK_TrigonometricCoefficients.h | In this file we define the TrigonometricCoefficients class |
| ▼ Sdk | |
| ► include | |
| STK_Arithmetic.h | In this file we define for the template class Arithmetic for handling the greatest, lowest, NA,... values of all types |
| STK_Constants.h | In this file we define the main constant which will be used through the STK++ project |
| STK_Exceptions.h | In this file we define the standard Exceptions of the STK++ library |
| STK_IdTypeImpl.h | In this file we define the Runtime Type Identification (RTTI) classes |
| STK_IRecursiveTemplate.h | In this file we define the Interface base class IRecursiveTemplate |
| STK_IRunner.h | In this file we define the Interface base class for all the running classes |
| STK_Macros.h | In this file we define the macro and utilities function used throughout the stk++ library |
| STK_MacrosVersion.h | |
| STK_MetaTemplate.h | This file contains generic meta-programming classes which are not specifically related to STK++ |
| STK_StaticAssert.h | In this file we define a StaticAssert convenience structure for error checking at compile time |
| STK_Stream.h | In this file we sur-define the standard streams with the STK fundamental type Char |
| STK_Typedefs.h | In this file we define the typedef used throughout the stk++ library |
| ▼ STatistiK | |
| ► include | |
| MersenneTwister.h | |
| STK_Kernel_Gaussian.h | In this file we define the class and methods for computing a Gaussian Kernel |
| STK_Kernel_Hamming.h | In this file we define the class and methods for computing a Hamming Kernel |
| STK_Kernel_IKernel.h | In this file we define the Interface base class for computing a Kernels |
| STK_Kernel_IKernelBase.h | In this file we define the Interface base class for computing a Kernels |
| STK_Kernel_Laplace.h | In this file we define the class and methods for computing a Laplace Kernel |
| STK_Kernel_Linear.h | In this file we define the class and methods for computing a Linear Kernel |
| STK_Kernel_Polynomial.h | In this file we define the class and methods for computing a Polynomial Kernel |
| STK_Kernel_RationalQuadratic.h | In this file we define the class and methods for computing a RationalQuadratic Kernel |
| STK_Kernel_Util.h | In this file we define the enum and utilites method for the kernels |
| STK_Law_Bernoulli.h | In this file we define the Bernoulli distribution |
| STK_Law_Beta.h | In this file we define the Beta probability distribution |
| STK_Law_Binomial.h | In this file we define the Binomial distribution |
| STK_Law_Categorical.h | In this file we define the Categorical distribution |
| STK_Law_Cauchy.h | In this file we define the Cauchy probability distribution |
| STK_Law_ChiSquared.h | In this file we define the ChiSquared probability distribution |
| STK_Law_Empirical.h | |
| STK_Law_Exponential.h | In this file we implement the exponential law |
| STK_Law_FisherSnedecor.h | In this file we define the FisherSnedecor probability distribution |
| STK_Law_Functors.h | In this file we implement the distribution functors (pdf, lpdf, cdf, icdf) used by arrays |
| STK_Law_Gamma.h | In this file we define the Gamma probability distribution |
| STK_Law_Geometric.h | In this file we define the Geometric distribution |
| STK_Law_HyperGeometric.h | In this file we define the HyperGeometric distribution |
| STK_Law_ILawBase.h | In this file we define the interface base class for all multivariate probabilities laws ILawBase |
| STK_Law_IUnivLaw.h | In this file we define the interface base class IUnivLaw for all probabilities laws |
| STK_Law_Logistic.h | In this file we define the Logistic probability law class |
| STK_Law_LogNormal.h | In this file we define the LogNormal probability law class |
| STK_Law_NegativeBinomial.h | In this file we define the NegativeBinomial distribution |
| STK_Law_Normal.h | In this file we define the Normal probability law class |
| STK_Law_Poisson.h | In this file we define the Poisson distribution |
| STK_Law_Student.h | In this file we define the Student probability distribution |
| STK_Law_Uniform.h | In this file we implement the (continuous) uniform distribution law |
| STK_Law_UniformDiscrete.h | In this file we implement the uniform (discrete) law |
| STK_Law_Util.h | In this file we define the utilities constant and method for the Law namespace |
| STK_Law_Weibull.h | In this file we define the Weibull probability distribution |
| STK_MultiLaw_IMultiLaw.h | In this file we define the Interface base classes IMultiLaw and JointProbability |
| STK_MultiLaw_JointBernoulli.h | In this file we define the joint Bernoulli distribution law |
| STK_MultiLaw_JointCauchy.h | In this file we define the joint Cauchy probability law |
| STK_MultiLaw_JointGamma.h | In this file we define the joint Gamma probability law |
| STK_MultiLaw_JointNormal.h | In this file we define the joint Normal probability law |
| STK_MultiLaw_Normal.h | In this file we define the multivariate Normal law |
| STK_RandBase.h | Declaration of the RandBase class |
| STK_Stat_Bivariate.h | This file contain the declaration of the class Bivariate |
| STK_Stat_ConfusionMatrix.h | This file contain the function confusionMatrix |
| STK_Stat_Covariance.h | This file contains the methods computing the covariance of an array |
| STK_Stat_Factor.h | In this file we define and implement the Factor class |
| STK_Stat_Functors.h | This file contain the functors computings statistics |
| STK_Stat_MultiFactor.h | In this file we define and implement the MultiFactor class |
| STK_Stat_Multivariate.h | This file contain the declaration of the base class Multivariate |
| STK_Stat_MultivariateReal.h | In this file we specialize the class Multivariate to Real type |
| STK_Stat_Online.h | This file contain the definition and implementation of the Online classes |
| STK_Stat_Transform.h | In this file we implement the main transformation on data set |
| STK_Stat_UnivariateReal.h | This file contain the specialization of the class Univariate for the Real Type |
| STK_StatTraits.h | In this file we define the main traits class we use for the STatistiK project |
| ► src | |
| STK_Law_Beta.cpp | In this file we implement the Beta distribution law |
| STK_Law_Binomial.cpp | In this file we implement the Binomial distribution |
| STK_Law_Cauchy.cpp | In this file we implement the Cauchy distribution |
| STK_Law_ChiSquared.cpp | In this file we implement the ChiSquared probability distribution |
| STK_Law_Exponential.cpp | In this file we implement the exponential law |
| STK_Law_FisherSnedecor.cpp | In this file we implement the FisherSnedecor probability distribution |
| STK_Law_Gamma.cpp | In this file we implement the Gamma distribution |
| STK_Law_Geometric.cpp | In this file we implement the Geometric distribution |
| STK_Law_HyperGeometric.cpp | In this file we implement the HyperGeometric distribution |
| STK_Law_Logistic.cpp | |
| STK_Law_LogNormal.cpp | In this file we implement the LogNormal probability law class |
| STK_Law_NegativeBinomial.cpp | |
| STK_Law_Normal.cpp | In this file we implement the Normal distribution |
| STK_Law_Poisson.cpp | |
| STK_Law_Student.cpp | In this file we implement the Student probability distribution |
| STK_Law_Uniform.cpp | In this file we implement the Uniform distribution law |
| STK_Law_UniformDiscrete.cpp | |
| STK_Law_Weibull.cpp | In this file we implement the Weibull probability distribution |
| ▼ StatModels | |
| ► include | |
| STK_BernoulliModel.h | In this file we define the class BernoulliModel |
| STK_GaussianModel.h | In this file we define the GassianModel class |
| STK_IClusterModelBase.h | In this file we define the abstract base class for clustering models |
| STK_IGaussianModel.h | In this file we define the Interface class IGaussianModel |
| STK_IMultiParameters.h | In this file we define the interface IMultiParameters |
| STK_IMultiStatModel.h | In this file we define the class IMultiStatModel |
| STK_IStatModel.h | In this file we define the class IStatModel |
| STK_IStatModelBase.h | In this file we define the interface base class IStatModelBase |
| STK_IUnivStatModel.h | In this file we define the class IUnivStatModel |
| STK_JointBernoulliModel.h | In this file we define the class JointBernoulliModel |
| STK_JointGammaModel.h | In this file we define the class JointGammaModel |
| STK_JointGaussianModel.h | In this file we define the class JointGaussianModel |
| STK_Model_Gaussian_sjk.h | In this file we implement the general diagonal Gaussian model |
| STK_Model_Util.h | In this file we define the constant and utilities methods used in the project Model |
| STK_ModelBernoulli_pj.h | In this file we define the class ModelBernoulli_pj |
| STK_ModelDiagGaussian_muj_sj.h | In this file we define the class ModelDiagGaussian_muj_sj |
| STK_ModelGamma_aj_bj.h | In this file we define the class ModelGamma_aj_bj |
| STK_PenCriterion.h | In this file we define the classes for the penalized criterion |
| ▼ STKernel | |
| ► include | |
| STK_Binary.h | In this file we define the fundamental type Binary |
| STK_Char.h | In this file we define the fundamental type Char |
| STK_Chrono.h | In this file we define the Chrono namespace and it's utilities functions |
| STK_Functors.h | In this file we implement the functors |
| STK_Integer.h | In this file we define the fundamental type Integer |
| STK_Misc.h | In this file we define miscellaneous utility (template) functions |
| STK_Proxy.h | In this file we define the proxy classes for wrapping the STKpp fundamental types |
| STK_Range.h | In this file we define the class Range, a range of Index denoting a sub-vector region |
| STK_Real.h | In this file we define the fundamental type Real |
| STK_Sign.h | In this file we define the fundamental type Sign |
| STK_STKernel_Util.h | In this file we define the utilities constant and classes for the STKernel project |
| STK_String.h | In this file we define the fundamental type String |
| STK_TypeBase.h | In this file we include all the headers of the fundamental types used internally in the STK applications |
| ► src | |
| STK_String.cpp | In this file we instanciate the global variables of the STK++ library |
1.9.8