XMatrix Member List

This is the complete list of members for XMatrix, including all inherited members.

tngmath::MatrixBase.__getitem__(const TIndex &i) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.__setitem__(const TIndex &i, const TScalar &d)	MathArrayBase< double >	[Class]
__str__() const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.AppendedColumns(const MathArrayBase< TScalar > &ar) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.AppendedRows(const MathArrayBase< TScalar > &ar) const	MathArrayBase< double >	[Class]
Assign(const MathArrayBase< TScalar > &ar)	MathArrayBase< double >	[Library]
AutoSpectrum(const Matrix::TScalar &dt, const Matrix::TScalar &dom) const	XMatrix	[Library]
AutoSpectrum(const Matrix::TScalar &dt, const Matrix::TIndex &m, const Matrix::TScalar &dom) const	XMatrix	[Class]
CBDraw(const std::string &file, const Matrix::TIndex &width, const Matrix::TIndex &height, const std::string &xaxis="$x$-Axis", const std::string &yaxis="$y$-Axis") const	XMatrix	[Class]
CDF() const	XMatrix	[Class]
Cholesky() const	XMatrix	[Class]
Cluster(const Matrix::TScalar &INPUT, const Matrix &INPUT, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
Cluster(const Matrix::TScalar &INPUT, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
tngmath::MatrixBase.Col(const TIndex &col) const	MathArrayBase< double >	[Class]
Cols() const	MathArrayBase< double >	[Library]
ColWise()	XMatrix	[Library]
ConservativeResize(const TIndex &rows, const TIndex &cols=1)	MathArrayBase< double >	[Class]
Constant(const TIndex &rows, const double &value)	MathArrayBase< double >	[Library]
Correlation() const	XMatrix	[Class]
Correlation(const Matrix &ar) const	XMatrix	[Class]
Covariance() const	XMatrix	[Class]
Covariance(const Matrix &ar) const	XMatrix	[Class]
tngmath::MatrixBase.Cross(const MathArrayBase< TScalar > &x) const	MathArrayBase< double >	[Class]
CrossSpectrum(const Matrix &ar2, const Matrix::TScalar &dt, const Matrix::TScalar &dom) const	XMatrix	[Library]
CrossSpectrum(const Matrix &ar2, const Matrix::TScalar &dt, const Matrix::TIndex &m, const Matrix::TScalar &dom) const	XMatrix	[Class]
CWise()	XMatrix	[Library]
DeleteCol(const TIndex &col)	MathArrayBase< double >	[Class]
tngmath::MatrixBase.DeletedColumns(const TIndex &col, const TIndex &col2) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.DeletedRows(const TIndex &row, const TIndex &row2) const	MathArrayBase< double >	[Class]
Determinant() const	MathArrayBase< double >	[Class]
Dot(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
Dott(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
Eigen()	XMatrix	[Class]
EigenInPlace(XMatrix **OUTPUT, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
EigenLowerGeneral(const Matrix &mass, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
EigenSym(bool computeeigenvectors=true)	XMatrix	[Class]
EigenSym(const XMatrix &mass, bool computeeigenvectors=true)	XMatrix	[Class]
tngmath::Matrix.EigenSym(const Matrix &mass, bool computeeigenvectors=true)	Matrix	[Class]
tngmath::MatrixBase.EigenSymInPlace(MathArrayBase< TScalar > **OUTPUT, MathArrayBase< TScalar > **OUTPUT) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.EigenSymInPlace(const MathArrayBase< TScalar > &mass, MathArrayBase< TScalar > **OUTPUT, MathArrayBase< TScalar > **OUTPUT) const	MathArrayBase< double >	[Class]
EigenSymUpper(bool computeeigenvectors=true)	Matrix	[Class]
EigenUpper(XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
EigenUpperGeneral(const Matrix &mass, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
Exponential(const Matrix::TScalar &dt) const	XMatrix	[Class]
tngmath::MatrixBase.ExtractBlock(const TIndex &row, const TIndex &col, const TIndex &row2, const TIndex &col2) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.ExtractColumns(const TIndex &col, const TIndex &col2=-1) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.ExtractRows(const TIndex &row, const TIndex &row2=-1) const	MathArrayBase< double >	[Class]
FFT(const Matrix::TScalar &dt, const Matrix::TScalar &dom) const	XMatrix	[Class]
Get(const TIndex &nrow) const	Matrix	[Library]
tngmath::MatrixBase.Get(const TIndex &nrow) const	MathArrayBase< double >	[Library]
tngmath::MatrixBase.Get(const TIndex &nrow, const TIndex &ncol) const	MathArrayBase< double >	[Library]
tngmath::MatrixBase.GramSchmidt(const TIndex &col)	MathArrayBase< double >	[Class]
tngmath::MatrixBase.GramSchmidt(const MathArrayBase< TScalar > &x) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Hankel(const TIndex &m) const	MathArrayBase< double >	[Class]
Histogram(const Matrix::TIndex &nclasses) const	XMatrix	[Class]
Identity(const TIndex &rows, const TIndex &cols)	MathArrayBase< double >	[Library]
IFT(const Matrix::TScalar &dt, const Matrix::TScalar &dom) const	XMatrix	[Class]
Image(const std::string &file, const int &posterize=0) const	XMatrix	[Class]
Init()	MathArrayBase< double >	[Library]
tngmath::MatrixBase.InnerProduct(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
Invert() const	XMatrix	[Class]
InvertComplex() const	XMatrix	[Class]
IPhi(const Matrix::TScalar &fac=1) const	XMatrix	[Class]
IsApprox(const MathArrayBase< TScalar > &other, const TScalar &s) const	MathArrayBase< double >	[Library]
IsApproxToConstant(const TScalar &value, const TScalar &s) const	MathArrayBase< double >	[Library]
IsDiagonal(const TScalar &s) const	MathArrayBase< double >	[Library]
IsIdentity(const TScalar &s) const	MathArrayBase< double >	[Library]
IsLowerTriangular(const TScalar &s) const	MathArrayBase< double >	[Library]
IsScalar() const	MathArrayBase< double >	[Library]
IsUnitary(const TScalar &s) const	MathArrayBase< double >	[Library]
IsUpperTriangular(const TScalar &s) const	MathArrayBase< double >	[Library]
IsVector() const	MathArrayBase< double >	[Library]
IsZero(const TScalar &s) const	MathArrayBase< double >	[Library]
Kendall() const	XMatrix	[Class]
Kurtosis() const	XMatrix	[Class]
LDLT()	XMatrix	[Class]
tngmath::MatrixBase.LinearRegression(const MathArrayBase< TScalar > &y, const bool compute) const	MathArrayBase< double >	[Class]
LLT()	XMatrix	[Class]
LU()	XMatrix	[Class]
Matrix(const MathArrayBase< double > &ar)	Matrix	[Library]
Matrix(const SparseMatrix &ar)	Matrix	[Class]
Matrix(const Eigen::MatrixBase< OtherDerived > &x)	Matrix	[Library]
Matrix(const TIndex &nrow, const TIndex &ncol=1)	Matrix	[Library]
MaxCoeff(TIndex *OUTPUT, TIndex *OUTPUT) const	MathArrayBase< double >	[Class]
Mean() const	XMatrix	[Class]
Mean(const Matrix &ar) const	XMatrix	[Class]
MinCoeff(TIndex *OUTPUT, TIndex *OUTPUT) const	MathArrayBase< double >	[Class]
ModAdd(const MathArrayBase< TScalar > &other)	MathArrayBase< double >	[Class]
ModDiv(const TScalar &other)	MathArrayBase< double >	[Library]
ModMul(const TScalar &other)	MathArrayBase< double >	[Library]
ModSub(const MathArrayBase< TScalar > &other)	MathArrayBase< double >	[Class]
Norm() const	MathArrayBase< double >	[Library]
Normalize()	MathArrayBase< double >	[Class]
Ones(const TIndex &rows, const TIndex &cols=1)	MathArrayBase< double >	[Library]
tngmath::MatrixBase.operator*(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.operator*(const TScalar &other) const	MathArrayBase< double >	[Library]
tngmath::MatrixBase.operator+(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.operator-(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.operator/(const TScalar &other) const	MathArrayBase< double >	[Library]
operator=(const MathArrayBase< TScalar > &ar)	XMatrix	[Library]
tngmath::MatrixBase.OuterProduct(const MathArrayBase< TScalar > &other) const	MathArrayBase< double >	[Class]
Output(const std::string &file) const	MathArrayBase< double >	[Class]
PDF(const Matrix::TIndex &nclasses=0) const	XMatrix	[Class]
Phi(const Matrix::TScalar &fac=1) const	XMatrix	[Class]
Print(const std::string &format="%g ") const	MathArrayBase< double >	[Class]
PrintComplex(const std::string &format="%g ") const	MathArrayBase< double >	[Class]
QR()	XMatrix	[Class]
tngmath::MatrixBase.QuadraticRegression(const MathArrayBase< TScalar > &y, const bool full, const bool compute) const	MathArrayBase< double >	[Class]
Quantile(const Matrix::TScalar &alpha) const	XMatrix	[Class]
Random(const TIndex &rows, const TIndex &cols=1)	MathArrayBase< double >	[Library]
Rank() const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Rasterize(TScalar xlo, TScalar xhi, const TIndex &nx, TScalar ylo, TScalar yhi, const TIndex &ny, const bool trans=false) const	MathArrayBase< double >	[Class]
Resize(const TIndex &rows, const TIndex &cols=1)	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Rotate(const MathArrayBase< TScalar > &center, const MathArrayBase< TScalar > &omega) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Row(const TIndex &row) const	MathArrayBase< double >	[Class]
Rows() const	MathArrayBase< double >	[Library]
RowWise()	XMatrix	[Library]
tngmath::MatrixBase.Set(const TScalar &val)	MathArrayBase< double >	[Library]
tngmath::MatrixBase.Set(const TIndex &nrow, const TScalar &val)	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Set(const TIndex &nrow, const TIndex &ncol, const TScalar &val)	MathArrayBase< double >	[Class]
SetBlock(const MathArrayBase< TScalar > &ar, const TIndex &row, const TIndex &col)	MathArrayBase< double >	[Class]
SetColumns(const TIndex &col, const MathArrayBase< TScalar > &ar)	MathArrayBase< double >	[Class]
SetConstant(const double &value)	MathArrayBase< double >	[Library]
SetDiagonal(const TScalar &d)	MathArrayBase< double >	[Library]
SetDiagonal(const MathArrayBase< TScalar > &d)	MathArrayBase< double >	[Class]
SetIdentity()	MathArrayBase< double >	[Library]
SetLinearMap(const TScalar &lefttop, const TScalar &bottom)	MathArrayBase< double >	[Library]
SetLinearMap(const TScalar &lefttop, const TScalar &bottom, const TScalar &right)	MathArrayBase< double >	[Class]
SetOnes()	MathArrayBase< double >	[Library]
SetRandom()	MathArrayBase< double >	[Library]
SetRows(const TIndex &row, const MathArrayBase< TScalar > &ar)	MathArrayBase< double >	[Class]
SetZero()	MathArrayBase< double >	[Library]
Sigma() const	XMatrix	[Class]
Sigma(const Matrix &ar) const	XMatrix	[Class]
Skewness() const	XMatrix	[Class]
Solve(const Matrix &rhs) const	XMatrix	[Class]
SolveLowerTriangular(const MathArrayBase< TScalar > &n) const	MathArrayBase< double >	[Class]
SolveUpperTriangular(const MathArrayBase< TScalar > &n) const	MathArrayBase< double >	[Class]
tngmath::MatrixBase.Sort(const TIndex &col=0, const bool up=true) const	MathArrayBase< double >	[Class]
Sum() const	MathArrayBase< double >	[Library]
SVD()	XMatrix	[Class]
SVDInPlace(XMatrix **OUTPUT, XMatrix **OUTPUT, XMatrix **OUTPUT) const	XMatrix	[Class]
tngmath::MatrixBase.SVDInPlace(MathArrayBase< TScalar > **OUTPUT, MathArrayBase< TScalar > **OUTPUT, MathArrayBase< TScalar > **OUTPUT) const	MathArrayBase< double >	[Class]
Swap(MathArrayBase< TScalar > &other)	MathArrayBase< double >	[Library]
Swap(Eigen::MatrixBase< OtherDerived > &other)	MathArrayBase< double >	[Library]
ToScalar() const	MathArrayBase< double >	[Class]
TransposeInPlace()	MathArrayBase< double >	[Library]
Wave(const Matrix::TIndex &mother, const Matrix::TScalar &dt) const	XMatrix	[Library]
Wave(const Matrix::TIndex &mother, const Matrix::TScalar &dt, const Matrix::TIndex &jtot) const	XMatrix	[Class]
XMatrix()	XMatrix	[Library]
XMatrix(const XMatrix &ar)	XMatrix	[Library]
XMatrix(const Eigen::MatrixBase< OtherDerived > &x)	XMatrix	[Library]
XMatrix(const TIndex &nrow, const TIndex &ncol=1)	XMatrix	[Library]
Zero(const TIndex &rows, const TIndex &cols=1)	MathArrayBase< double >	[Library]
~XMatrix()	XMatrix	[Library]