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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 cfmatrix, including all inherited members.
| at(size_t nRow, size_t nCol) | basic_fmatrix< tcomplex > | inline |
| at(size_t nRow, size_t nCol) const | basic_fmatrix< tcomplex > | inline |
| BaseFArray typedef | basic_fmatrix< tcomplex > | protected |
| BaseFMatrix typedef | cfmatrix | protected |
| BaseFunction typedef | basic_fmatrix< tcomplex > | protected |
| basic_fmatrix() | basic_fmatrix< tcomplex > | inline |
| basic_fmatrix(size_t m, size_t n) | basic_fmatrix< tcomplex > | inline |
| basic_fmatrix(size_t m, size_t n, const string_array &saInput) | basic_fmatrix< tcomplex > | inline |
| basic_fmatrix(size_t m, size_t n, const string_array &saVars, const string_array &saBodies, const string_array &saParameters, const string_array &saMeanings) | basic_fmatrix< tcomplex > | inline |
| basic_fmatrix(const basic_fmatrix &fm) | basic_fmatrix< tcomplex > | inline |
| basic_fmatrix(basic_fmatrix &&fm) | basic_fmatrix< tcomplex > | inline |
| cfmatrix() | cfmatrix | inline |
| cfmatrix(size_t m, size_t n) | cfmatrix | inline |
| cfmatrix(size_t m, size_t n, const string_array &saInput) | cfmatrix | inline |
| cfmatrix(size_t m, size_t n, const string_array &saVars, const string_array &saBodies, const string_array &saParameters, const string_array &saMeanings) | cfmatrix | inline |
| cfmatrix(const BaseFMatrix &fm) | cfmatrix | inline |
| cfmatrix(BaseFMatrix &&fm) | cfmatrix | inline |
| drv(size_t nVarNum) const | basic_fmatrix< tcomplex > | inline |
| FArray() | FArray< tcomplex > | inline |
| FArray(size_t nSize) | FArray< tcomplex > | inlineexplicit |
| FArray(const FArray &a) | FArray< tcomplex > | inline |
| FArray(FArray &&a) | FArray< tcomplex > | inline |
| FArray(const string_array &saInput) | FArray< tcomplex > | inlineexplicit |
| FArray(const string_array &saVars, const string_array &saBodies, const string_array &saParameters, const string_array &saMeanings) | FArray< tcomplex > | inline |
| get_col(size_t nCol) const | basic_fmatrix< tcomplex > | inline |
| get_row(size_t nRow) const | basic_fmatrix< tcomplex > | inline |
| impl() | FArray< tcomplex > | inline |
| impl() const | FArray< tcomplex > | inline |
| mM | basic_fmatrix< tcomplex > | protected |
| mN | basic_fmatrix< tcomplex > | protected |
| msize() const | basic_fmatrix< tcomplex > | inline |
| mult(const basic_fmatrix &fmA, const basic_fmatrix &fmB) | basic_fmatrix< tcomplex > | inline |
| mv | FArray< tcomplex > | protected |
| nsize() const | basic_fmatrix< tcomplex > | inline |
| operator!=(const basic_fmatrix &fm) const | basic_fmatrix< tcomplex > | inline |
| operator()() const | cfmatrix | inline |
| operator()(tcomplex d) const | cfmatrix | inline |
| operator()(tcomplex d1, tcomplex d2) const | cfmatrix | inline |
| operator()(tcomplex d1, tcomplex d2, tcomplex d3) const | cfmatrix | inline |
| operator()(const tcomplex *pd) const | cfmatrix | inline |
| operator*(const BaseFunction &f) const | basic_fmatrix< tcomplex > | inline |
| operator*(const tcomplex &d) const | basic_fmatrix< tcomplex > | inline |
| operator*(const basic_fvector< tcomplex > &fv) const | basic_fmatrix< tcomplex > | inline |
| operator*(const basic_fmatrix &fm) const | basic_fmatrix< tcomplex > | inline |
| operator*=(const BaseFunction &f) | basic_fmatrix< tcomplex > | inline |
| operator*=(const tcomplex &d) | basic_fmatrix< tcomplex > | inline |
| operator+(const basic_fmatrix &fm) const | basic_fmatrix< tcomplex > | inline |
| operator+=(const basic_fmatrix &fm) | basic_fmatrix< tcomplex > | inline |
| operator-(const basic_fmatrix &fm) const | basic_fmatrix< tcomplex > | inline |
| operator-=(const basic_fmatrix &fm) | basic_fmatrix< tcomplex > | inline |
| operator/(const BaseFunction &f) const | basic_fmatrix< tcomplex > | inline |
| operator/(const tcomplex &d) const | basic_fmatrix< tcomplex > | inline |
| operator/=(const BaseFunction &f) | basic_fmatrix< tcomplex > | inline |
| operator/=(const tcomplex &d) | basic_fmatrix< tcomplex > | inline |
| operator<<(const basic_fmatrix &fm) | basic_fmatrix< tcomplex > | inline |
| operator=(const basic_fmatrix &fm) | basic_fmatrix< tcomplex > | inline |
| operator=(basic_fmatrix &&fm) | basic_fmatrix< tcomplex > | inline |
| operator==(const basic_fmatrix &fm) const | basic_fmatrix< tcomplex > | inline |
| operator[](size_t n) const | FArray< tcomplex > | inline |
| operator[](size_t n) | FArray< tcomplex > | inline |
| set_col(size_t nCol, const basic_fvector< tcomplex > &fv) | basic_fmatrix< tcomplex > | inline |
| set_row(size_t nRow, const basic_fvector< tcomplex > &fv) | basic_fmatrix< tcomplex > | inline |
| simp() | basic_fmatrix< tcomplex > | inline |
| size() const | FArray< tcomplex > | inline |
| value(tcomplex *pv) const | FArray< tcomplex > | inline |
| value(tcomplexd, tcomplex *pv) const | FArray< tcomplex > | inline |
| value(tcomplexd1, tcomplexd2, tcomplex *pv) const | FArray< tcomplex > | inline |
| value(tcomplexd1, tcomplexd2, tcomplexd3, tcomplex *pv) const | FArray< tcomplex > | inline |
| value(const tcomplex *pd, tcomplex *pv) const | FArray< tcomplex > | inline |
| ~FArray() | FArray< tcomplex > | inlinevirtual |
1.8.1.2
