| antiSymmetrize() const | npstat::Matrix< Numeric, Len > | |
| argmax() const | npstat::Matrix< Numeric, Len > | |
| argmaxAbs() const | npstat::Matrix< Numeric, Len > | |
| argmin() const | npstat::Matrix< Numeric, Len > | |
| at(unsigned row, unsigned column) const | npstat::Matrix< Numeric, Len > | |
| bilinear(const Num2 *data, unsigned dataLen) const | npstat::Matrix< Numeric, Len > | |
| bilinear(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| bilinearT(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| classId() const | npstat::Matrix< Numeric, Len > | inline |
| classname() (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | static |
| clearMainDiagonal() | npstat::Matrix< Numeric, Len > | |
| coarseAverage(unsigned n, unsigned m, Matrix *result) const | npstat::Matrix< Numeric, Len > | |
| coarseSum(unsigned n, unsigned m, Matrix *result) const | npstat::Matrix< Numeric, Len > | |
| columnSum(unsigned column) const | npstat::Matrix< Numeric, Len > | |
| constFill(Numeric c) | npstat::Matrix< Numeric, Len > | |
| constrainedLeastSquares(const Numeric *rhs1, unsigned lenRhs1, const Matrix &B, const Numeric *rhs2, unsigned lenRhs2, Numeric *solution, unsigned lenSol, Numeric *resultChiSquare=0, Matrix *resultCovarianceMatrix=0, Numeric *unconstrainedSolution=0, Matrix *unconstrainedCovmat=0, Matrix *projectionMatrix=0, Matrix *A=0) const | npstat::Matrix< Numeric, Len > | |
| corrToCovar(const double *variances, unsigned lenVariances) const | npstat::Matrix< Numeric, Len > | |
| covarToCorr() const | npstat::Matrix< Numeric, Len > | |
| data() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| det() const | npstat::Matrix< Numeric, Len > | |
| diagFill(const Num2 *data, unsigned dataLen) | npstat::Matrix< Numeric, Len > | |
| directSum(const Matrix &added) const | npstat::Matrix< Numeric, Len > | |
| frobeniusNorm() const | npstat::Matrix< Numeric, Len > | |
| genEigen(typename GeneralizedComplex< Numeric >::type *eigenvalues, unsigned lenEigenvalues, Matrix *rightEigenvectors=0, Matrix *leftEigenvectors=0) const | npstat::Matrix< Numeric, Len > | |
| hadamardProduct(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| hadamardRatio(const Matrix &denominator) const | npstat::Matrix< Numeric, Len > | |
| inv() const | npstat::Matrix< Numeric, Len > | |
| isAntiSymmetric() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| isCompatible(const Matrix &other) const | npstat::Matrix< Numeric, Len > | |
| isDiagonal() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| isMainDiagonal() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| isSquare() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| isSymmetric() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| isZero() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| leftInv() const | npstat::Matrix< Numeric, Len > | |
| length() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| linearLeastSquares(const Numeric *rhs, unsigned lenRhs, Numeric *solution, unsigned lenSolution) const | npstat::Matrix< Numeric, Len > | |
| makeDiagonal() | npstat::Matrix< Numeric, Len > | |
| Matrix (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | friend |
| Matrix() | npstat::Matrix< Numeric, Len > | |
| Matrix(unsigned nrows, unsigned ncols) | npstat::Matrix< Numeric, Len > | |
| Matrix(unsigned nrows, unsigned ncols, int initCode) | npstat::Matrix< Numeric, Len > | |
| Matrix(unsigned nrows, unsigned ncols, const Numeric *data) | npstat::Matrix< Numeric, Len > | |
| Matrix(const Matrix &) | npstat::Matrix< Numeric, Len > | |
| Matrix(Matrix &&) | npstat::Matrix< Numeric, Len > | |
| Matrix(const Matrix< Num2, Len2 > &) | npstat::Matrix< Numeric, Len > | |
| Matrix(const Matrix< Num2, Len2 > &, unsigned rowMin, unsigned rowMax, unsigned columnMin, unsigned columnMax) | npstat::Matrix< Numeric, Len > | |
| maxAbsValue() const | npstat::Matrix< Numeric, Len > | |
| maxValue() const | npstat::Matrix< Numeric, Len > | |
| minus(const Matrix &r, Matrix *result) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| minValue() const | npstat::Matrix< Numeric, Len > | |
| nColumns() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| nonZeros() const | npstat::Matrix< Numeric, Len > | |
| nRows() const | npstat::Matrix< Numeric, Len > | inline |
| operator!=(const Matrix &) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator()(unsigned row, unsigned column) const | npstat::Matrix< Numeric, Len > | |
| operator*(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| operator*(Numeric r) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator*=(Numeric r) | npstat::Matrix< Numeric, Len > | |
| operator+() const | npstat::Matrix< Numeric, Len > | |
| operator+(const Matrix &r) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator+=(const Matrix &r) (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator-() const | npstat::Matrix< Numeric, Len > | |
| operator-(const Matrix &r) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator-=(const Matrix &r) (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator/(Numeric r) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator/=(Numeric r) (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| operator=(const Matrix &) | npstat::Matrix< Numeric, Len > | |
| operator=(Matrix &&) | npstat::Matrix< Numeric, Len > | |
| operator=(const Matrix< Num2, Len2 > &) | npstat::Matrix< Numeric, Len > | |
| operator==(const Matrix &) const | npstat::Matrix< Numeric, Len > | |
| operator[](unsigned) | npstat::Matrix< Numeric, Len > | |
| operator[](unsigned) const | npstat::Matrix< Numeric, Len > | |
| outer(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| over(Numeric r, Matrix *result) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| plus(const Matrix &r, Matrix *result) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| pow(unsigned degree) const | npstat::Matrix< Numeric, Len > | |
| productSp(const Matrix &r) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| productTr(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| removeRowAndColumn(unsigned row, unsigned column) const | npstat::Matrix< Numeric, Len > | |
| resize(unsigned nrows, unsigned ncols) | npstat::Matrix< Numeric, Len > | |
| restore(const gs::ClassId &id, std::istream &in, Matrix *m) (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | static |
| rightInv() const | npstat::Matrix< Numeric, Len > | |
| rowMultiply(const Num2 *data, unsigned dataLen) const | npstat::Matrix< Numeric, Len > | |
| rowMultiply(const Num2 *data, unsigned dataLen, Num3 *result, unsigned resultLen) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| rowMultiply(unsigned columnNumber, const Num2 *data, unsigned dataLen) const | npstat::Matrix< Numeric, Len > | |
| rowSum(unsigned row) const | npstat::Matrix< Numeric, Len > | |
| set(unsigned row, unsigned column, Numeric value) | npstat::Matrix< Numeric, Len > | |
| setColumn(unsigned col, const Num2 *data, unsigned dataLength) | npstat::Matrix< Numeric, Len > | |
| setData(const Num2 *data, unsigned dataLength) | npstat::Matrix< Numeric, Len > | |
| setFromTriplets(Iterator first, Iterator last) | npstat::Matrix< Numeric, Len > | |
| setRow(unsigned row, const Num2 *data, unsigned dataLength) | npstat::Matrix< Numeric, Len > | |
| solveLinearSystem(const Numeric *rhs, unsigned lenRhs, Numeric *solution) const | npstat::Matrix< Numeric, Len > | |
| solveLinearSystems(const Matrix &RHS, Matrix *X) const | npstat::Matrix< Numeric, Len > | |
| sp() const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inline |
| svd(Numeric *singularValues, unsigned lenSingularValues, Matrix *U, Matrix *V, SvdMethod m=SVD_D_AND_C) const | npstat::Matrix< Numeric, Len > | |
| symEigen(Numeric *eigenvalues, unsigned lenEigenvalues, Matrix *eigenvectors=0, EigenMethod m=EIGEN_SIMPLE) const | npstat::Matrix< Numeric, Len > | |
| symFcn(const Functor &fcn) const | npstat::Matrix< Numeric, Len > | |
| symInv() const | npstat::Matrix< Numeric, Len > | |
| symmetrize() const | npstat::Matrix< Numeric, Len > | |
| symPDEigenInv(double tol, bool extend=true, EigenMethod m=EIGEN_SIMPLE) const | npstat::Matrix< Numeric, Len > | |
| symPDInv() const | npstat::Matrix< Numeric, Len > | |
| symPSDefEffectiveRank(double tol=0.0, EigenMethod m=EIGEN_D_AND_C, double *eigenSum=0) const | npstat::Matrix< Numeric, Len > | |
| T() const | npstat::Matrix< Numeric, Len > | |
| tagAsDiagonal(bool b=true) | npstat::Matrix< Numeric, Len > | |
| tdSymEigen(Numeric *eigenvalues, unsigned lenEigenvalues, Matrix *eigenvectors=0, EigenMethod m=EIGEN_RRR) const | npstat::Matrix< Numeric, Len > | |
| times(const Matrix &r, Matrix *result) const | npstat::Matrix< Numeric, Len > | |
| times(Numeric r, Matrix *result) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| timesT() const | npstat::Matrix< Numeric, Len > | |
| timesT(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| timesVector(const Num2 *data, unsigned dataLen) const | npstat::Matrix< Numeric, Len > | |
| timesVector(const Num2 *data, unsigned dataLen, Num3 *result, unsigned resultLen) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| timesVector(unsigned rowNumber, const Num2 *data, unsigned dataLen) const | npstat::Matrix< Numeric, Len > | |
| tr() const | npstat::Matrix< Numeric, Len > | |
| triDiagInv() const | npstat::Matrix< Numeric, Len > | |
| Tthis() | npstat::Matrix< Numeric, Len > | |
| Ttimes(const Matrix &r) const | npstat::Matrix< Numeric, Len > | |
| TtimesThis() const | npstat::Matrix< Numeric, Len > | |
| underdeterminedLinearSystem(const Numeric *rhs, unsigned lenRhs, const Matrix &V, Numeric *solution, unsigned lenSolution, Numeric *resultNormSquared=0, Matrix *A=0) const | npstat::Matrix< Numeric, Len > | |
| uninitialize() | npstat::Matrix< Numeric, Len > | |
| value_type typedef (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| version() (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | inlinestatic |
| weightedLeastSquares(const Numeric *rhs, unsigned lenRhs, const Matrix &inverseCovarianceMatrix, Numeric *solution, unsigned lenSolution, Numeric *resultChiSquare=0, Matrix *resultCovarianceMatrix=0) const | npstat::Matrix< Numeric, Len > | |
| write(std::ostream &of) const (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
| zeroOut() | npstat::Matrix< Numeric, Len > | |
| ~Matrix() (defined in npstat::Matrix< Numeric, Len >) | npstat::Matrix< Numeric, Len > | |
