STK++ 1.0

File List

Here is a list of all files with brief descriptions:
AAModels.h [code]This file include all the header files of the project AAModels
Algebra.h [code]This file include all the header files of the project Algebra
DManager.h [code]This file include all the other header files of the project DManager
MersenneTwister.h [code]
model.h [code]In this file we include all headers files of the model
ProjectedVariance.cpp [code]
Reduct.h [code]This file include all the header files of the project Reduct
Regress.h [code]This file include all the header files of the project Regress
Rmath.h [code]
Sdk.h [code]This file include all the other header files of the project Sdk
STatistiK.h [code]This file include all the header files of the project STatistiK
StatModel.h [code]This file include all the header files of the project StatModel
STK_AAModelFactory.cpp [code]In this file we implement the class AAModelFactory for the auto-associative models
STK_AAModelFactory.h [code]In this file we declare the class AAModelFactory for the auto-associative models
STK_AdditiveBSplineCoefficients.cpp [code]In this file we implement the AdditiveBSplineCoefficients class
STK_AdditiveBSplineCoefficients.h [code]In this file we define the AdditiveBSplineCoefficients class
STK_AdditiveBSplineRegression.cpp [code]In this file we implement the AdditiveBSplineRegression class
STK_AdditiveBSplineRegression.h [code]In this file we define the AdditiveBSplineRegression class
STK_AICCriterion.cpp [code]
STK_AICCriterion.h [code]In this file we define the AICCriterion class
STK_Algo.h [code]In this file we give some templated generic algorithms
STK_Arithmetic.h [code]In this file we define for the tempated class Arithmetic for handling the greatest, lowest, NA,..
STK_Array1D.h [code]Implementation of the interface IArray1DBase
STK_Array2D.h [code]In this file, we implement of the interface IArray2D
STK_ArrayHo.h [code]A ArrayHo is a one dimensional horizontal container
STK_BICCriterion.cpp [code]
STK_BICCriterion.h [code]In this file we define the BICCriterion class
STK_Binary.cpp [code]In this file we implement the fundamental type Binary
STK_Binary.h [code]In this file we define the fundamental type Binary
STK_BSplineCoefficients.cpp [code]In this file we implement the BSplineCoefficients class
STK_BSplineCoefficients.h [code]In this file we define the BSplineCoefficients class
STK_BSplineRegression.cpp [code]In this file we implement the BSplineRegression class
STK_BSplineRegression.h [code]In this file we define the BsplineRegression class
STK_Category.cpp [code]In this file we implement the Category class
STK_Category.h [code]In this file we define the Category class
STK_Cell.h [code]This file define the cell classes for the list classes
STK_Char.h [code]In this file we define the fundamental type Char
STK_Chrono.cpp [code]In this file we implement the Chrono namespace
STK_Chrono.h [code]In this file we define the Chrono namespace and it's utilities functions
STK_Connection.cpp [code]In this file we implement the Connection class
STK_Connection.h [code]In this file we define the Connection Class
STK_Const_Math.cpp [code]In this file we implement functions computing Mathematical constants
STK_Const_Math.h [code]In this file we give the main mathematical constants
STK_DataFrame.cpp [code]In this file we implement the DataFrame (Table) class
STK_DataFrame.h [code]In this file we declare the DataFrame class
STK_Display1D.h [code]This file define very basic methods for displaying one dimensional Containers
STK_Display2D.h [code]This file define methods for displaying 2D Containers
STK_DManager_Util.cpp [code]In this file we implement various methods useful for processing strings and i/o streams in the DManager project
STK_DManager_Util.h [code]In this file we define useful constant and method specific to the DManager project
STK_EigenvaluesSymmetric.cpp [code]In this file we implement the EigenvaluesSymmetric class
STK_EigenvaluesSymmetric.h [code]In this file we define the EigenvaluesSymmetric class (for a symmetric matrix)
STK_ExportToArray2D.h [code]In this file we define the ExportToArray2D class
STK_ExportToCsv.cpp [code]In this file we implement the classes ImportCsv and ExportToCsv
STK_ExportToCsv.h [code]In this file we define the class ExportToCsv
STK_Funct_betaRatio.cpp [code]In this file we implement functions around the Beta ratio function
STK_Funct_betaRatio.h [code]In this file we declare functions around the beta function ratio
STK_Funct_dev0.cpp [code]
STK_Funct_erf_raw.cpp [code]In this file we implement the erf and erfc functions using the cephes Math Library
STK_Funct_expm1.cpp [code]
STK_Funct_g0.cpp [code]In this file we implement the function g0
STK_Funct_gamma.cpp [code]In this file we implement the functions around the gamma function
STK_Funct_gamma.h [code]In this file we declare functions around the gamma function
STK_Funct_gammaRatio.cpp [code]In this file we implement functions around the gamma function ratio
STK_Funct_gammaRatio.h [code]In this file we declare functions around the gamma function ratio
STK_Funct_log1p.cpp [code]In this file we implement the function $ \log(1+x) $
STK_Funct_normal_raw.cpp [code]In this file we implement the normal functions using the cephes Math Library
STK_Funct_poisson_raw.cpp [code]In this file we implement functions around the poisson density
STK_Funct_raw.h [code]In this file we declare raw functions
STK_Funct_util.h [code]In this file we declare usual Real functions
STK_Gaussian2BlocksStatModel.cpp [code]
STK_Gaussian2BlocksStatModel.h [code]In this file we define the Gaussian2BlocksStatModel class
STK_GaussianStatModel.cpp [code]In this file we implement the GaussianStatModel class
STK_GaussianStatModel.h [code]In this file we define the GassianStatModel class
STK_GinvSymmetric.h [code]In this file we define and implement the functor class GinvSymmetric
STK_Givens.cpp [code]This file implement the Givens methods used by the Algebra classes
STK_Givens.h [code]In this file we define Givens methods used by the Algebra classes
STK_GProgram.cpp [code]In this file we implement the GProgram class
STK_GProgram.h [code]In this file we declare the GProgram class
STK_GramSchmidt.h [code]In this file we define the GramSchidt method
STK_HeapSort.h [code]In this file we define an implementation of the heapsort algorithm for ITContainer1D containers
STK_Householder.h [code]In this file we define methods used by the Algebra classes
STK_IAAModel.cpp [code]In this file we implement the interface class IAAModel
STK_IAAModel.h [code]In this file we define the Interface Base class for all AA Models
STK_IArray1DBase.h [code]This is an internal header file, included by other Containers library headers
STK_IArray2D.h [code]This is an internal header file, included by other Containers library headers
STK_IArray2DBase.h [code]This is an internal header file, included by other Containers library headers
STK_IArrayBase.h [code]In this file we define the Interface base class IArrayBase
STK_IContainer1D.cpp [code]In this file we implement the IContainer1D class
STK_IContainer1D.h [code]This is an internal header file, included by other Containers library headers
STK_IContainer2D.h [code]This is an internal header file, included by other Containers library headers
STK_IContainerBase.h [code]In this file we define the interface base class IContainerBase
STK_IContainerRef.h [code]This is an internal header file, included by other Containers library headers
STK_ICriterion.cpp [code]
STK_ICriterion.h [code]In this file we define the interface base class ICriterion
STK_IdTypeImpl.h [code]In this file we define the Runtime Type Identification (RTTI) classes
STK_ILinearReduct.cpp [code]In this file we implement the interface base class ILinearReduct
STK_ILinearReduct.h [code]In this file we define the interface base class ILinearReduct
STK_Import_Util.cpp [code]In this file we implement various methods useful for processing strings when importing data
STK_Import_Util.h [code]In this file we define the main constant and method needed when importing data
STK_ImportFromCsv.cpp [code]In this file we implement the classes ImportFromCsv
STK_ImportFromCsv.h [code]
STK_Integer.h [code]In this file we define the fundamental type Integer
STK_IPage.cpp [code]In this file we implement the Interface class IPage
STK_IPage.h [code]In this file we define the Interface base class IPage
STK_IPropertySource.cpp [code]In this file we implement the IPropertySource Interface
STK_IPropertySource.h [code]In this file we define the IPropertySource class
STK_IRecursiveTemplate.h [code]In this file we define the Interface base class IRecursiveTemplate
STK_IReduct.cpp [code]In this file we implement the interface base class IReduct
STK_IReduct.h [code]In this file we define the interface base class IReduct
STK_IRegress.h [code]In this file we define the Interface base class IRegress
STK_IRegressMultivariate.h [code]In this file we partially specialize the Interface base class IRegress
STK_IRunnerBase.cpp [code]In this file we implement the IRunnerBase class
STK_IRunnerBase.h [code]In this file we define the Interface base class for all the running classes
STK_IRunnerMatrix.h [code]
STK_IRunnerPtr2D.h [code]In this file we define the Interface base class for all the running classes on data set in 2D container given by ptr
STK_IRunnerRef2D.h [code]In this file we define the Interface base class for all the running classes on data set in 2D container given by ptr
STK_ISerie.h [code]In this file we define Interface base class for Real Series
STK_IStatModelBase.cpp [code]
STK_IStatModelBase.h [code]In this file we define the Interface base class IStatModelBase
STK_IStep.cpp [code]In this file we implement tjhe no virtual part of the class IStep
STK_IStep.h [code]In this file we define the IStep Interface
STK_ITContainer1D.h [code]This is an internal header file, included by other Containers library headers
STK_ITContainer2D.h [code]In this file we define the Interface class ITContainer2D
STK_ITContainer2DBase.h [code]In this file we define the templated interface base class ITContainer2DBase
STK_ITStatModel.h [code]In this file we define the Interface base class ITStatModel
STK_IVariable.h [code]Define the Interface base class of all types of Variables
STK_Law_Cauchy.cpp [code]In this file we implement the Cauchy distribution
STK_Law_Cauchy.h [code]In this file we define the Cauchy probability distribution
STK_Law_ILawBase.h [code]In this file we define the interface base class for all multivariate probabilities laws ILawBase
STK_Law_ITMultivariate.h [code]In this file we define the Interface base class ITMultivariate
STK_Law_ITUnivariate.h [code]In this file we define the interface base class ITUnivariate for all probabilities laws
STK_Law_MultivariateNormal.h [code]In this file we define the templated MultivariateNormal law
STK_Law_Normal.cpp [code]In this file we implement the Normal distribution
STK_Law_Normal.h [code]In this file we define the Normal probability law class
STK_LinAlgebra1D.h [code]In this file we implement Linear Algebra methods for Real one dimensional containers
STK_LinAlgebra2D.cpp [code]Implement Linear Algebra methods with Real for two dimensional containers
STK_LinAlgebra2D.h [code]Define Linear Algebra methods for two dimensional Containers containing Real
STK_LinearAAModel.cpp [code]
STK_LinearAAModel.h [code]In this file we define the LinearAAModel class
STK_List1D.h [code]This is an implementation of the Interface ITContainer1D
STK_LocalVariance.cpp [code]In this file we implement the LocalVariance class
STK_LocalVariance.h [code]In this file we define the LocalVariance class
STK_Matrix.h [code]In this file we specialize the Array2D class for Real values
STK_MatrixDiagonal.h [code]In this file we define the MatrixDiagonal class
STK_MatrixLowerTriangular.cpp [code]In this file we implement the MatrixLowerTriangular class
STK_MatrixLowerTriangular.h [code]In this file we define the MatrixLowerTriangular class
STK_MatrixSquare.cpp [code]In this file, we implement the MatrixSquare class
STK_MatrixSquare.h [code]In this file, we define MatrixSquare class
STK_MatrixUpperTriangular.cpp [code]In this file we implement the MatrixUpperTriangular class
STK_MatrixUpperTriangular.h [code]In this file we define the MatrixTriangular class
STK_Misc.h [code]In this file we define miscellaneous utility (templated) functions
STK_MultidimRegression.cpp [code]In this file we implement the class MultidimRegression
STK_MultidimRegression.h [code]In this file we define the MultidimRegression class
STK_NotAvailable.cpp [code]In this file we implement the fundamental type NotAvailable
STK_NotAvailable.h [code]In this file we define the fundamental types NotAvailable
STK_Option.cpp [code]In this file we implement the Option class
STK_Option.h [code]In this file we define the Option class
STK_Point.h [code]In this file we specialize the templated class ArrayHo for the type Real
STK_ProjectedVariance.h [code]
STK_PropertyDescriptor.cpp [code]In this file we implement the PropertyDescriptor Class
STK_PropertyDescriptor.h [code]In this file we define the class PropertyDescriptor
STK_Proxy.h [code]In this file we define the proxy classes for wrapping the STKpp fundamental types
STK_Qr.cpp [code]In this file we implement the Qr Class (QR decomposition)
STK_Qr.h [code]This file define the Qr class (QR decomposition)
STK_RandBase.cpp [code]Implementation of the RandBase class (uniform, exponential and gauss random generators)
STK_RandBase.h [code]Declaration of the RandBase class
STK_Range.cpp [code]In this file we implement the class Range, a range of Index denoting a sub-vector region
STK_Range.h [code]In this file we define the class Range, a range of Index denoting a sub-vector region
STK_ReadWriteCsv.cpp [code]In this file we implement the class ReadWriteCsv
STK_ReadWriteCsv.h [code]In this file we define the class ReadWriteCsv
STK_ReadWritePages.cpp [code]In this file we implement the ReadWritePages class
STK_ReadWritePages.h [code]In this file we define the ReadWritePages class
STK_Real.h [code]In this file we define the fundamental type Real
STK_RecursiveArray1D.h [code]Pre-Implementation of the interface IArray1DBase
STK_RecursiveArray2D.h [code]In this file, we implement of the interface IArray2D
STK_Reduct_Util.cpp [code]In this file we implement the utilities method of the project reduct
STK_Reduct_Util.h [code]In this file we define utilities enum and functions for the Reduct project
STK_Regress_Util.cpp [code]In this file we implement the utilities method of the project regress
STK_Regress_Util.h [code]In this file we declare the main
STK_Sign.cpp [code]In this file we implement the fundamental type Sign
STK_Sign.h [code]In this file we define the fundamental type Sign
STK_Stat_Bivariate.h [code]This file contain the declaration of the class Bivariate
STK_Stat_BivariateRealReal.h [code]This file contain the declaration of the class BivariateRealReal
STK_Stat_Multivariate.h [code]This file contain the declaration of the base class Multivariate
STK_Stat_MultivariateReal.h [code]In this file we specialize the class Multivariate to real type
STK_Stat_Transform.h [code]In this file we implement the main transformation on data set
STK_Stat_Univariate.h [code]This file contain the declaration of the class Univariate
STK_Stat_UnivariateReal.h [code]
STK_StatModel_Util.cpp [code]In this file we implement the utilities methods used in the project StatModel
STK_StatModel_Util.h [code]In this file we define the constant and utilities methods used in the project StatModel
STK_Stream.h [code]In this file we sur-define the standard streams with the STK fundamental type Char
STK_String.h [code]In this file we define the fundamental type String
STK_String_Util.cpp [code]In this file we implement miscellaneous utilities functions for Strings
STK_String_Util.h [code]In this file we define miscellaneous utilities functions for Strings and the global String used for handling the NA values
STK_Svd.cpp [code]In this file we implement the Svd Class
STK_Svd.h [code]In this file we define the Svd Class
STK_TExpAlgebra.h [code]Define the main classes for inlining algebraic expressions with Reals
STK_Tool.cpp [code]In this file we implement the Tool class
STK_Tool.h [code]In this file we define the Tool class
STK_TOperator.h [code]Define the templated classes for handling binary and unary operators
STK_TypeBase.h [code]In this file we include all the headers of the fundamental types used internally in the STK applications
STK_Variable.h [code]Define a templated implementation of the interface class IVariable
STK_Vector.h [code]In this file we specialize the templated class Array1D for the type Real
STKernel.h [code]This file include all the other header files of the project STKernel
STKpp.h [code]This file include all the header files of the STK++ project
testGProgram.cpp [code]Program for testing a GProgram