Trait Matrix 

pub trait Matrix<'a, T, I>
where
    Self: Tensor<T, I, MatrixAddress<I>, 2>,
    T: 'static,
    I: Coordinate,
{
    // Required methods
    fn row_count(&self) -> I;
    fn column_count(&self) -> I;
    fn iter(&'a self) -> MatrixValueIterator<'a, T, I> ;
    fn addresses(&self) -> MatrixForwardIterator<I> ;
    fn indexed_iter(&'a self) -> MatrixForwardIndexedIterator<'a, T, I> ;
    fn row(&'a self, row_num: I) -> Option<Row<'a, T, I>>;
    fn column(&'a self, col_num: I) -> Option<Column<'a, T, I>>;
    fn rows(&'a self) -> MatrixRowsIterator<'a, T, I> ;
    fn columns(&'a self) -> MatrixColumnsIterator<'a, T, I> ;
}

Matrix is a rectangular store of type T, providing a variety of useful iterator patterns.

Required Methods

fn row_count(&self) -> I

row_count returns the number of horizontal rows stored in the Matrix.

fn column_count(&self) -> I

column_count returns the number of vertical columns stored in the Matrix.

fn iter(&'a self) -> MatrixValueIterator<'a, T, I>

iter iterates over the values in a matrix in row-major order.

fn addresses(&self) -> MatrixForwardIterator<I>

addresses iterates over the addresses in a Matrix in row-major order.

fn indexed_iter(&'a self) -> MatrixForwardIndexedIterator<'a, T, I>

indexed_iter returns addresses and their cell’s contents as an iterator.

fn row(&'a self, row_num: I) -> Option<Row<'a, T, I>>

row retrieves a row by index. None is returned for out of bounds row numbers.

fn column(&'a self, col_num: I) -> Option<Column<'a, T, I>>

column retrieves a column by index. None is returned for out of bounds column numbers.

fn rows(&'a self) -> MatrixRowsIterator<'a, T, I>

rows returns an iterator over the rows of the matrix.

fn columns(&'a self) -> MatrixColumnsIterator<'a, T, I>

columns returns an iterator over the columns of the matrix.

Implementors

impl<'a, T, I> Matrix<'a, T, I> for DenseMatrix<T, I>

where T: 'static + 'a, I: Coordinate,