Sequential Quantum Gate Decomposer  v1.9.6
Powerful decomposition of general unitarias into one- and two-qubit gates gates
Matrix_T< ComplexType > Member List

This is the complete list of members for Matrix_T< ComplexType >, including all inherited members.

base_sizeMatrix_T< ComplexType >privatestatic
colsmatrix_base< ComplexType >
conjugate()matrix_base< ComplexType >inline
conjugatedmatrix_base< ComplexType >protected
copy() constMatrix_T< ComplexType >
copy_to(matrix_base< ComplexType > &target) constmatrix_base< ComplexType >inline
datamatrix_base< ComplexType >
ensure_aligned()matrix_base< ComplexType >inline
get_data() constmatrix_base< ComplexType >inline
is_conjugated() constmatrix_base< ComplexType >inline
is_transposed() constmatrix_base< ComplexType >inline
isnan()Matrix_T< ComplexType >
matrix_base()matrix_base< ComplexType >inline
matrix_base(ComplexType *data_in, int rows_in, int cols_in)matrix_base< ComplexType >inline
matrix_base(ComplexType *data_in, int rows_in, int cols_in, int stride_in)matrix_base< ComplexType >inline
matrix_base(int rows_in, int cols_in)matrix_base< ComplexType >inline
matrix_base(int rows_in, int cols_in, int stride_in)matrix_base< ComplexType >inline
matrix_base(const matrix_base< ComplexType > &in)matrix_base< ComplexType >inline
Matrix_T()Matrix_T< ComplexType >
Matrix_T(ComplexType *data_in, int rows_in, int cols_in)Matrix_T< ComplexType >
Matrix_T(ComplexType *data_in, int rows_in, int cols_in, int stride_in)Matrix_T< ComplexType >
Matrix_T(int rows_in, int cols_in)Matrix_T< ComplexType >
Matrix_T(int rows_in, int cols_in, int stride_in)Matrix_T< ComplexType >
Matrix_T(const Matrix_T &other)Matrix_T< ComplexType >
Matrix_T(Matrix_T &&other) noexceptMatrix_T< ComplexType >
operator<(const matrix_base< ComplexType > &other) constmatrix_base< ComplexType >inline
operator=(const Matrix_T &other)Matrix_T< ComplexType >
operator=(Matrix_T &&other) noexceptMatrix_T< ComplexType >
matrix_base< ComplexType >::operator=(const matrix_base &mtx)matrix_base< ComplexType >inline
operator[](int idx) constmatrix_base< ComplexType >inline
ownermatrix_base< ComplexType >protected
padding_Matrix_T< ComplexType >private
padding_sizeMatrix_T< ComplexType >privatestatic
print_matrix() constMatrix_T< ComplexType >
referencesmatrix_base< ComplexType >protected
release_data()matrix_base< ComplexType >inline
replace_data(ComplexType *data_in, bool owner_in)matrix_base< ComplexType >inline
rowsmatrix_base< ComplexType >
set_owner(bool owner_in)matrix_base< ComplexType >inline
size() constmatrix_base< ComplexType >inline
stridematrix_base< ComplexType >
transpose()matrix_base< ComplexType >inline
transposedmatrix_base< ComplexType >protected
~matrix_base()matrix_base< ComplexType >inline
~Matrix_T()=defaultMatrix_T< ComplexType >