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CVM Class Library
8.1
This C++ class library encapsulates concepts of vector and different matrices including square, band, symmetric and hermitian ones in Euclidean space of real and complex numbers.
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CVM Class Library
8.1
This C++ class library encapsulates concepts of vector and different matrices including square, band, symmetric and hermitian ones in Euclidean space of real and complex numbers.
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This is the complete list of members for basic_rvector< TR >, including all inherited members.
| assign(const TR *pd, tint nIncr=1) | basic_rvector< TR > | inline |
| assign(tint n, const TR *pd, tint nIncr=1) | basic_rvector< TR > | inline |
| assign(tint n, const TR *pd, tint nSize, tint nIncr) | basic_rvector< TR > | inline |
| assign(tint n, const basic_rvector &v) | basic_rvector< TR > | inline |
| basic_array< TR, TR >::assign(const TR *p) | basic_array< TR, TR > | inline |
| basic_array< TR, TR >::assign(size_type n, const TR &val) | basic_array< TR, TR > | inline |
| basic_array< TR, TR >::assign(const_iterator begin, const_iterator end) | basic_array< TR, TR > | inline |
| at(size_type n) | basic_array< TR, TR > | inline |
| at(size_type n) const | basic_array< TR, TR > | inline |
| back() | basic_array< TR, TR > | inline |
| back() const | basic_array< TR, TR > | inline |
| basic_array() | basic_array< TR, TR > | inline |
| basic_array(tint nSize, bool bZeroMemory=true) | basic_array< TR, TR > | inlineexplicit |
| basic_array(TR *pd, tint nSize, tint nIncr=1) | basic_array< TR, TR > | inline |
| basic_array(const TR *pd, tint nSize, tint nIncr=1) | basic_array< TR, TR > | inline |
| basic_array(const TR *begin, const TR *end) | basic_array< TR, TR > | inline |
| basic_array(const basic_array &a) | basic_array< TR, TR > | inline |
| basic_array(basic_array &&a) noexcept | basic_array< TR, TR > | inline |
| basic_rvector() | basic_rvector< TR > | inline |
| basic_rvector(tint nSize) | basic_rvector< TR > | inlineexplicit |
| basic_rvector(std::initializer_list< TR > list) | basic_rvector< TR > | inline |
| basic_rvector(tint nSize, TR d) | basic_rvector< TR > | inline |
| basic_rvector(TR *pd, tint nSize, tint nIncr=1) | basic_rvector< TR > | inline |
| basic_rvector(const TR *pd, tint nSize, tint nIncr=1) | basic_rvector< TR > | inline |
| basic_rvector(const basic_rvector &v) | basic_rvector< TR > | inline |
| basic_rvector(basic_rvector &&a) noexcept | basic_rvector< TR > | inline |
| begin() | basic_array< TR, TR > | inline |
| begin() const | basic_array< TR, TR > | inline |
| capacity() const | basic_array< TR, TR > | inline |
| clear() | basic_array< TR, TR > | inline |
| const_iterator typedef | basic_array< TR, TR > | |
| const_pointer typedef | basic_array< TR, TR > | |
| const_reference typedef | basic_array< TR, TR > | |
| const_reverse_iterator typedef | basic_array< TR, TR > | |
| diff(const basic_rvector &v1, const basic_rvector &v2) | basic_rvector< TR > | inline |
| difference_type typedef | basic_array< TR, TR > | |
| eig(const basic_srsmatrix< TR > &mA) | basic_rvector< TR > | inline |
| eig(const basic_srsmatrix< TR > &mA, basic_srmatrix< TR > &mEigVect) | basic_rvector< TR > | inline |
| eig(const basic_schmatrix< TR, TC > &mA) | basic_rvector< TR > | inline |
| eig(const basic_schmatrix< TR, TC > &mA, basic_scmatrix< TR, TC > &mEigVect) | basic_rvector< TR > | inline |
| empty() const | basic_array< TR, TR > | inline |
| end() | basic_array< TR, TR > | inline |
| end() const | basic_array< TR, TR > | inline |
| erase(iterator position) | basic_array< TR, TR > | inline |
| front() | basic_array< TR, TR > | inline |
| front() const | basic_array< TR, TR > | inline |
| gbmv(bool bLeft, const basic_srbmatrix< TR > &m, TR dAlpha, const basic_rvector &v, TR dBeta) | basic_rvector< TR > | inline |
| gels(bool transpose, const basic_rmatrix< TR > &mA, const basic_rvector &vB, TR &dErr) | basic_rvector< TR > | inline |
| gelsd(const basic_rmatrix< TR > &mA, const basic_rvector &vB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) | basic_rvector< TR > | inline |
| gelss(const basic_rmatrix< TR > &mA, const basic_rvector &vB, basic_rvector< TR > &sv, tint &rank, TR tol=basic_cvmMachSp< TR >()) | basic_rvector< TR > | inline |
| gelsy(const basic_rmatrix< TR > &mA, const basic_rvector &vB, tint &rank, TR tol=basic_cvmMachSp< TR >()) | basic_rvector< TR > | inline |
| gemv(bool bLeft, const basic_rmatrix< TR > &m, TR dAlpha, const basic_rvector &v, TR dBeta) | basic_rvector< TR > | inline |
| get() | basic_array< TR, TR > | inline |
| get() const | basic_array< TR, TR > | inline |
| incr() const | basic_array< TR, TR > | inline |
| indofmax() const | basic_array< TR, TR > | inline |
| indofmin() const | basic_array< TR, TR > | inline |
| insert(iterator position, const TR &x) | basic_array< TR, TR > | inline |
| iterator typedef | basic_array< TR, TR > | |
| max_size() const | basic_array< TR, TR > | inline |
| mincr | basic_array< TR, TR > | protected |
| mp | basic_array< TR, TR > | protected |
| mpf | basic_array< TR, TR > | protected |
| msz | basic_array< TR, TR > | protected |
| mult(const basic_rvector &v, const basic_rmatrix< TR > &m) | basic_rvector< TR > | inline |
| mult(const basic_rmatrix< TR > &m, const basic_rvector &v) | basic_rvector< TR > | inline |
| norm() const | basic_array< TR, TR > | inlinevirtual |
| norm1() const | basic_array< TR, TR > | inlinevirtual |
| norm2() const | basic_array< TR, TR > | inlinevirtual |
| normalize() | basic_rvector< TR > | inline |
| norminf() const | basic_array< TR, TR > | inlinevirtual |
| operator const TR *() const | basic_array< TR, TR > | inline |
| operator TR *() | basic_array< TR, TR > | inline |
| operator!=(const basic_rvector &v) const | basic_rvector< TR > | inline |
| operator%(const basic_srmatrix< TR > &mA) const | basic_rvector< TR > | inline |
| operator()(tint n) | basic_array< TR, TR > | inline |
| operator()(tint n) const | basic_array< TR, TR > | inline |
| operator*(TR dMult) const | basic_rvector< TR > | inline |
| operator*(const basic_rvector &v) const | basic_rvector< TR > | inline |
| operator*(const basic_rmatrix< TR > &m) const | basic_rvector< TR > | inline |
| operator*=(TR dMult) | basic_rvector< TR > | inline |
| operator+(const basic_rvector &v) const | basic_rvector< TR > | inline |
| operator+=(const basic_rvector &v) | basic_rvector< TR > | inline |
| operator-(const basic_rvector &v) const | basic_rvector< TR > | inline |
| operator-() const | basic_rvector< TR > | inline |
| operator-=(const basic_rvector &v) | basic_rvector< TR > | inline |
| operator/(TR dDiv) const | basic_rvector< TR > | inline |
| operator/(const basic_srmatrix< TR > &mA) const | basic_rvector< TR > | inline |
| operator/=(TR dDiv) | basic_rvector< TR > | inline |
| operator<<(const basic_rvector &v) | basic_rvector< TR > | inline |
| operator=(const basic_rvector &v) | basic_rvector< TR > | inline |
| operator=(basic_rvector &&a) | basic_rvector< TR > | inline |
| basic_array< TR, TR >::operator=(const basic_array &a) | basic_array< TR, TR > | inline |
| basic_array< TR, TR >::operator=(basic_array &&a) | basic_array< TR, TR > | inline |
| operator==(const basic_rvector &v) const | basic_rvector< TR > | inline |
| operator[](tint n) | basic_array< TR, TR > | inline |
| operator[](tint n) const | basic_array< TR, TR > | inline |
| pointer typedef | basic_array< TR, TR > | |
| pop_back() | basic_array< TR, TR > | inline |
| push_back(const TR &x) | basic_array< TR, TR > | inline |
| randomize(TR dFrom, TR dTo) | basic_rvector< TR > | inline |
| rank1update(const basic_rvector &v) const | basic_rvector< TR > | inline |
| rbegin() | basic_array< TR, TR > | inline |
| rbegin() const | basic_array< TR, TR > | inline |
| reference typedef | basic_array< TR, TR > | |
| rend() | basic_array< TR, TR > | inline |
| rend() const | basic_array< TR, TR > | inline |
| resize(tint nNewSize) | basic_rvector< TR > | inline |
| reverse_iterator typedef | basic_array< TR, TR > | |
| set(TR d) | basic_rvector< TR > | inline |
| size() const | basic_array< TR, TR > | inline |
| size_type typedef | basic_array< TR, TR > | |
| solve(const basic_srmatrix< TR > &mA, const basic_rvector &vB, TR &dErr) | basic_rvector< TR > | inline |
| solve(const basic_srmatrix< TR > &mA, const basic_rvector &vB) | basic_rvector< TR > | inline |
| solve_lu(const basic_srmatrix< TR > &mA, const basic_srmatrix< TR > &mLU, const tint *pPivots, const basic_rvector &vB, TR &dErr) | basic_rvector< TR > | inline |
| solve_lu(const basic_srmatrix< TR > &mA, const basic_srmatrix< TR > &mLU, const tint *pPivots, const basic_rvector &vB) | basic_rvector< TR > | inline |
| solve_tran(const basic_srmatrix< TR > &mA, const basic_rvector &vB, TR &dErr) | basic_rvector< TR > | inline |
| solve_tran(const basic_srmatrix< TR > &mA, const basic_rvector &vB) | basic_rvector< TR > | inline |
| sum(const basic_rvector &v1, const basic_rvector &v2) | basic_rvector< TR > | inline |
| svd(const basic_rmatrix< TR > &mA) | basic_rvector< TR > | inline |
| svd(const basic_cmatrix< TR, TC > &mA) | basic_rvector< TR > | inline |
| svd(const basic_rmatrix< TR > &mA, basic_srmatrix< TR > &mU, basic_srmatrix< TR > &mVH) | basic_rvector< TR > | inline |
| svd(const basic_cmatrix< TR, TC > &mA, basic_scmatrix< TR, TC > &mU, basic_scmatrix< TR, TC > &mVH) | basic_rvector< TR > | inline |
| swap(basic_array &v) | basic_array< TR, TR > | inline |
| value_type typedef | basic_array< TR, TR > | |
| ~basic_array() | basic_array< TR, TR > | inlinevirtual |
1.8.1.2
