Struct OnlyRowIndicesOutsideCollection 

pub struct OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>
where
    Matrix: MatrixOracle,
    RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex>,
{ /* private fields */ }

A matrix oracle whose columns iterate only over entries that have indices outside a given collection.

Implementations

impl<Matrix, RowIndicesToExclude> OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex>,

pub fn new( matrix: Matrix, row_indices_to_exclude: RowIndicesToExclude, ) -> OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

Create a new OnlyRowIndicesOutsideCollection from a matrix and a collection of column indices.

In order to operate properly, the collection of column indices should implement the MapHasKeyOrSequenceHasElement trait.

Trait Implementations

impl<Matrix, RowIndicesToExclude> Clone for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + Clone, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + Clone,

fn clone(&self) -> OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<Matrix, RowIndicesToExclude> Copy for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + Copy, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + Copy,

impl<Matrix, RowIndicesToExclude> Debug for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + Debug, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + Debug,

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<Matrix, RowIndicesToExclude> Eq for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + Eq, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + Eq,

impl<Matrix, RowIndicesToExclude> MatrixAlgebra for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixAlgebra, RowIndicesToExclude: Copy + MapHasKeyOrSequenceHasElement<Matrix::RowIndex>,

type RingOperator = <Matrix as MatrixAlgebra>::RingOperator

type OrderOperatorForRowEntries = <Matrix as MatrixAlgebra>::OrderOperatorForRowEntries

type OrderOperatorForRowIndices = <Matrix as MatrixAlgebra>::OrderOperatorForRowIndices

type OrderOperatorForColumnEntries = <Matrix as MatrixAlgebra>::OrderOperatorForColumnEntries

type OrderOperatorForColumnIndices = <Matrix as MatrixAlgebra>::OrderOperatorForColumnIndices

fn ring_operator(&self) -> Self::RingOperator

fn order_operator_for_row_entries(&self) -> Self::OrderOperatorForRowEntries

fn order_operator_for_row_indices(&self) -> Self::OrderOperatorForRowIndices

fn order_operator_for_column_entries( &self, ) -> Self::OrderOperatorForColumnEntries

fn order_operator_for_column_indices( &self, ) -> Self::OrderOperatorForColumnIndices

fn order_operator_for_row_entries_reverse( self, ) -> ReverseOrder<Self::OrderOperatorForRowEntries>

where Self: Sized,

fn order_operator_for_row_indices_reverse( self, ) -> ReverseOrder<Self::OrderOperatorForRowIndices>

where Self: Sized,

fn order_operator_for_column_entries_reverse( self, ) -> ReverseOrder<Self::OrderOperatorForColumnEntries>

where Self: Sized,

fn order_operator_for_column_indices_reverse( self, ) -> ReverseOrder<Self::OrderOperatorForColumnIndices>

where Self: Sized,

impl<Matrix, RowIndicesToExclude> MatrixOracle for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle, RowIndicesToExclude: Copy + MapHasKeyOrSequenceHasElement<Matrix::RowIndex>,

type Coefficient = <Matrix as MatrixOracle>::Coefficient

type RowIndex = <Matrix as MatrixOracle>::RowIndex

type ColumnIndex = <Matrix as MatrixOracle>::ColumnIndex

type RowEntry = <Matrix as MatrixOracle>::RowEntry

type ColumnEntry = <Matrix as MatrixOracle>::ColumnEntry

type Row = <Matrix as MatrixOracle>::Row

type RowReverse = <Matrix as MatrixOracle>::RowReverse

type Column = OnlyIndicesOutsideCollection<<Matrix as MatrixOracle>::Column, RowIndicesToExclude>

type ColumnReverse = OnlyIndicesOutsideCollection<<Matrix as MatrixOracle>::ColumnReverse, RowIndicesToExclude>

fn row(&self, index: &Self::RowIndex) -> Self::Row

fn row_reverse(&self, index: &Self::RowIndex) -> Self::RowReverse

fn column(&self, index: &Self::ColumnIndex) -> Self::Column

fn column_reverse(&self, index: &Self::ColumnIndex) -> Self::ColumnReverse

fn has_row_for_index(&self, index: &Self::RowIndex) -> bool

fn has_column_for_index(&self, index: &Self::ColumnIndex) -> bool

fn structural_nonzero_entry( &self, row: &Self::RowIndex, column: &Self::ColumnIndex, ) -> Option<Self::Coefficient>

Returns Some(x) if there is a structural nonzero at (row,column).

fn has_row_for_index_result( &self, index: &Self::RowIndex, ) -> Result<Self::RowIndex, Self::RowIndex>

Returns Ok(index) if index`` is valid and Err(index)ifindex` is invalid.

fn has_column_for_index_result( &self, index: &Self::ColumnIndex, ) -> Result<Self::ColumnIndex, Self::ColumnIndex>

Returns Ok(index) if index`` is valid and Err(index)ifindex` is invalid.

fn structural_nonzero_entry_result( &self, row: &Self::RowIndex, column: &Self::ColumnIndex, ) -> Result<Option<Self::Coefficient>, (Result<Self::RowIndex, Self::RowIndex>, Result<Self::ColumnIndex, Self::ColumnIndex>)>

Wraps the output of structural_nonzero_entry in a Result for error handling.

fn row_result( &self, index: &Self::RowIndex, ) -> Result<Self::Row, Self::RowIndex>

Wraps the output of self.row in a Result for error handling.

fn row_reverse_result( &self, index: &Self::RowIndex, ) -> Result<Self::RowReverse, Self::RowIndex>

Wraps the output of self.row_reverse in a Result for error handling.

fn column_result( &self, index: &Self::ColumnIndex, ) -> Result<Self::Column, Self::ColumnIndex>

Wraps the output of self.column in a Result for error handling.

fn column_reverse_result( &self, index: &Self::ColumnIndex, ) -> Result<Self::ColumnReverse, Self::ColumnIndex>

Wraps the output of self.column in a Result for error handling.

impl<Matrix, RowIndicesToExclude> Ord for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + Ord, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + Ord,

fn cmp( &self, other: &OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>, ) -> Ordering

This method returns an Ordering between self and other.

fn max(self, other: Self) -> Self

where Self: Sized,

Compares and returns the maximum of two values.

fn min(self, other: Self) -> Self

where Self: Sized,

Compares and returns the minimum of two values.

fn clamp(self, min: Self, max: Self) -> Self

where Self: Sized,

Restrict a value to a certain interval.

impl<Matrix, RowIndicesToExclude> PartialEq for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + PartialEq, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + PartialEq,

fn eq( &self, other: &OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>, ) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl<Matrix, RowIndicesToExclude> PartialOrd for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + PartialOrd, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + PartialOrd,

fn partial_cmp( &self, other: &OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>, ) -> Option<Ordering>

This method returns an ordering between self and other values if one exists.

fn lt(&self, other: &Rhs) -> bool

Tests less than (for self and other) and is used by the < operator.

fn le(&self, other: &Rhs) -> bool

Tests less than or equal to (for self and other) and is used by the <= operator.

fn gt(&self, other: &Rhs) -> bool

Tests greater than (for self and other) and is used by the > operator.

fn ge(&self, other: &Rhs) -> bool

Tests greater than or equal to (for self and other) and is used by the >= operator.

impl<Matrix, RowIndicesToExclude> StructuralPartialEq for OnlyRowIndicesOutsideCollection<Matrix, RowIndicesToExclude>

where Matrix: MatrixOracle + PartialEq, RowIndicesToExclude: MapHasKeyOrSequenceHasElement<Matrix::RowIndex> + PartialEq,