This is the complete list of members for stxxl::matrix< ValueType, BlockSideLength >, including all inherited members.

begin()	stxxl::matrix< ValueType, BlockSideLength >	inline
begin() const	stxxl::matrix< ValueType, BlockSideLength >	inline
block_scheduler_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
block_size_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
cbegin() const	stxxl::matrix< ValueType, BlockSideLength >	inline
cend() const	stxxl::matrix< ValueType, BlockSideLength >	inline
col_major_iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
column_vector_type typedef	stxxl::matrix< ValueType, BlockSideLength >
const_col_major_iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
const_iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
const_row_major_iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
data	stxxl::matrix< ValueType, BlockSideLength >	protected
elem_size_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
end()	stxxl::matrix< ValueType, BlockSideLength >	inline
end() const	stxxl::matrix< ValueType, BlockSideLength >	inline
get_height() const	stxxl::matrix< ValueType, BlockSideLength >	inline
get_width() const	stxxl::matrix< ValueType, BlockSideLength >	inline
height	stxxl::matrix< ValueType, BlockSideLength >	protected
iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
matrix(block_scheduler_type &bs, const elem_size_type height, const elem_size_type width)	stxxl::matrix< ValueType, BlockSideLength >	inline
matrix(block_scheduler_type &bs, const column_vector_type &left, const row_vector_type &right)	stxxl::matrix< ValueType, BlockSideLength >	inline
matrix_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
multiply(const matrix_type &right, const int_type multiplication_algorithm=1, const int_type scheduling_algorithm=2) const	stxxl::matrix< ValueType, BlockSideLength >	inline
multiply_from_left(const row_vector_type &left) const	stxxl::matrix< ValueType, BlockSideLength >	inline
multiply_internal(const matrix_type &right, const int_type scheduling_algorithm=2) const	stxxl::matrix< ValueType, BlockSideLength >	inline
multiply_internal(const matrix_type &right, matrix_type &res) const	stxxl::matrix< ValueType, BlockSideLength >	inlineprotected
operator()(const elem_size_type row, const elem_size_type col) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator()(const elem_size_type row, const elem_size_type col)	stxxl::matrix< ValueType, BlockSideLength >	inline
operator*(const matrix_type &right) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator*(const ValueType scalar) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator*(const column_vector_type &right) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator*=(const matrix_type &right)	stxxl::matrix< ValueType, BlockSideLength >	inline
operator*=(const ValueType scalar)	stxxl::matrix< ValueType, BlockSideLength >	inline
operator+(const matrix_type &right) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator+=(const matrix_type &right)	stxxl::matrix< ValueType, BlockSideLength >	inline
operator-(const matrix_type &right) const	stxxl::matrix< ValueType, BlockSideLength >	inline
operator-=(const matrix_type &right)	stxxl::matrix< ValueType, BlockSideLength >	inline
Ops typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
row_major_iterator typedef	stxxl::matrix< ValueType, BlockSideLength >
row_vector_type typedef	stxxl::matrix< ValueType, BlockSideLength >
set_zero()	stxxl::matrix< ValueType, BlockSideLength >	inline
swappable_block_matrix_pointer_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
swappable_block_matrix_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
swappable_block_type typedef	stxxl::matrix< ValueType, BlockSideLength >	protected
transpose()	stxxl::matrix< ValueType, BlockSideLength >	inline
width	stxxl::matrix< ValueType, BlockSideLength >	protected
~matrix()	stxxl::matrix< ValueType, BlockSideLength >	inline