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VectorD Member List

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

• add(const int i, const double v) [inline, protected]
• MatrixC::add(const MatrixC<Tp>& B)
• MatrixC::add(const Tp value)
• MatrixC::add(const int i, const int j, const Tp v) [inline, protected, virtual]
• assign(const int nc, const Tp* value) [virtual]
• assign(const int nr, const int nc, const Tp* value) [virtual]
• assign(const int nr, const int nc, const Tp** value) [virtual]
• capacity() const [inline, virtual]
• D [protected]
• div(const int i, const double v) [inline, protected]
• MatrixC::div(const int i, const int j, const Tp v) [inline, protected, virtual]
• empty() const [inline, virtual]
• get_own_copy() [inline]
• MatrixC() [inline, explicit]
• MatrixC(const int nr, const int nc, const Tp value=0) [inline, explicit]
• MatrixC(const int nr, const int nc, const int nu, const Tp value) [inline, explicit]
• MatrixC(const Tp* A, const int nr, const int nc=1) [inline, explicit]
• MatrixC(const valarray<Tp>& A, const int nc=1) [inline, explicit]
• MatrixC(const MatrixC& B) [inline]
• mul(const int i, const double v) [inline, protected]
• MatrixC::mul(const int i, const int j, const Tp v) [inline, protected, virtual]
• multiply(const MatrixFD& A, const VectorD& x, const char TRANS='N', const double ALPHA=1.0, const double BETA=0.0)
• multiply(const MatrixSD& A, const VectorD& x, const double ALPHA=1.0, const double BETA=0.0)
• multiply(const MatrixBD& A, const VectorD& x, const char TRANS='N', const double ALPHA=1.0, const double BETA=0.0)
• multiply(const VectorD& B) const
• multiply(const double value)
• MatrixC::multiply(const MatrixC<Tp>& A, const MatrixC<Tp>& B, const char TRANSA=0, const char TRANSB=0, const Tp ALPHA=1, const Tp BETA=0)
• MatrixC::multiply(const Tp value)
• nc(const int i=0) const [inline, virtual]
• norm2() const
• nr(const int i=0) const [inline, virtual]
• operator Tp *() const [inline]
• operator Tp *() [inline]
• operator!=(const MatrixC<Tp>& B) const
• operator()(const int i, const int=0) [inline, virtual]
• operator()(const int i, const int=0) const [inline, virtual]
• operator=(const double value) [inline]
• MatrixC::operator=(const MatrixC& B)
• MatrixC::operator=(const Tp value) [virtual]
• operator==(const MatrixC<Tp>& B) const
• operator[](const int i) const [inline, protected, virtual]
• operator[](const int i) [inline, protected, virtual]
• read(const int i) const [inline, protected]
• MatrixC::read(const int i, const int j) const [inline, protected, virtual]
• ref(const int i) const [inline, protected]
• MatrixC::ref(const int i, const int j) const [inline, protected, virtual]
• resize(const int nr, const double value=0.0)
• MatrixC::resize(const int nr, const int nc, const Tp value=0)
• size() const [inline, virtual]
• stream(ostream& s) [virtual]
• MatrixC::stream(istream& s) [virtual]
• sub(const int i, const double v) [inline, protected]
• MatrixC::sub(const int i, const int j, const Tp v) [inline, protected, virtual]
• subtract(const MatrixC<Tp>& B)
• subtract(const Tp value)
• transpose() const
• VectorD() [explicit]
• VectorD(const int nr, const double value=0.0) [explicit]
• VectorD(const double* A, const int nr) [explicit]
• VectorD(const VectorD& B)
• write(const int i, const double v) [inline, protected]
• MatrixC::write(const int i, const int j, const Tp v) [inline, protected, virtual]
• ~Matrix() [inline, virtual]
• ~MatrixC() [inline, virtual]
• ~VectorD() [inline]

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