Struct SquareMatrix 

pub struct SquareMatrix<V> { /* private fields */ }

Implementations

impl<V> SquareMatrix<V>

where V: Copy + From<f32> + PartialEq + AddAssign,

pub fn create(order: usize, elements_values: &[V]) -> Self

pub fn add_value(&mut self, position: Position, delta: V)

pub fn to_dense_values(&self) -> Vec<V>

pub fn to_dense(&self) -> SquareMatrix<V>

Trait Implementations

impl<V> BasicOperationsTrait for SquareMatrix<V>

type Value = V

fn get_shape(&self) -> &Shape

fn get_mut_shape(&mut self) -> &mut Shape

fn get_elements(&self) -> &HashMap<Position, Self::Value>

fn get_mut_elements(&mut self) -> &mut HashMap<Position, Self::Value>

fn get_element_value(&self, position: &Position) -> Result<&Self::Value, String>

where Self::Value: Copy,

fn get_mut_element_value( &mut self, position: &Position, ) -> Result<&mut Self::Value, String>

where Self::Value: Copy,

fn shape_conformity_check<M>( &self, other: &M, operation: Operation, ) -> Result<(), String>

where M: BasicOperationsTrait,

fn add<M>(&self, other: &M) -> Result<Self, String>

where M: BasicOperationsTrait<Value = Self::Value>, Self::Value: Copy + AddAssign, Self: Clone,

fn subtract<M>(&self, other: &M) -> Result<Self, String>

where M: BasicOperationsTrait<Value = Self::Value>, Self::Value: Copy + SubAssign, Self: Clone,

fn multiply_by_scalar(&self, scalar: Self::Value) -> Self

where Self::Value: Copy + MulAssign, Self: Clone,

fn multiply<M>(&self, other: &M) -> Result<Matrix<Self::Value>, String>

where M: IntoMatrixTrait<Value = Self::Value> + Clone, Self::Value: Copy + AddAssign + SubAssign + Mul<Output = Self::Value> + From<f32>,

fn transpose(&self) -> Self

where Self::Value: Copy, Self: Clone,

fn remove_row(&self, row: usize) -> Result<Matrix<Self::Value>, String>

where Self::Value: Copy,

fn remove_column(&self, column: usize) -> Result<Matrix<Self::Value>, String>

where Self::Value: Copy,

fn show<F>(&self, f: F)

where F: Fn(&str), Self::Value: Copy + Debug,

impl<V: Clone> Clone for SquareMatrix<V>

fn clone(&self) -> SquareMatrix<V>

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl<V: Debug> Debug for SquareMatrix<V>

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

Formats the value using the given formatter.

impl<V: PartialEq> PartialEq for SquareMatrix<V>

fn eq(&self, other: &SquareMatrix<V>) -> bool

Tests for self and other values to be equal, and is used by ==.

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<V> SquareMatrixTrait for SquareMatrix<V>

fn determinant( &self, rel_tol: <Self as BasicOperationsTrait>::Value, ) -> <Self as BasicOperationsTrait>::Value

where Self: Clone, <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>,

fn gauss_gep<VT1, VT2>( &self, b: &VT1, x: &mut VT2, rel_tol: <Self as BasicOperationsTrait>::Value, ) -> Result<(), String>

where VT1: VectorTrait + BasicOperationsTrait<Value = <Self as BasicOperationsTrait>::Value> + Clone, VT2: VectorTrait + BasicOperationsTrait<Value = <Self as BasicOperationsTrait>::Value> + Clone, Self: Clone, <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>,

fn inverse<VT>( &self, x: &mut VT, rel_tol: <Self as BasicOperationsTrait>::Value, ) -> Result<Self, String>

where Self: Clone, <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>, VT: VectorTrait + BasicOperationsTrait<Value = <Self as BasicOperationsTrait>::Value> + Clone,

fn lup_decomp<VT1, VT2>( &self, b: &VT1, x: &mut VT2, rel_tol: <Self as BasicOperationsTrait>::Value, ) -> Result<(), String>

where VT1: VectorTrait + BasicOperationsTrait<Value = <Self as BasicOperationsTrait>::Value> + Clone, VT2: VectorTrait + BasicOperationsTrait<Value = <Self as BasicOperationsTrait>::Value> + Clone, Self: Clone, <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>,

impl<V> TryIntoSymmetricCompactedMatrixTrait for SquareMatrix<V>

fn try_into_symmetric_compacted_matrix( &self, rel_tol: <Self as BasicOperationsTrait>::Value, ) -> Result<(Vec<<Self as BasicOperationsTrait>::Value>, Vec<i64>), String>

where <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>,

fn forced_into_symmetric_compacted_matrix( &self, rel_tol: <Self as BasicOperationsTrait>::Value, warnings: &mut Vec<Vec<(Position, <Self as BasicOperationsTrait>::Value)>>, ) -> (Vec<<Self as BasicOperationsTrait>::Value>, Vec<i64>)

where <Self as BasicOperationsTrait>::Value: FloatTrait<Output = <Self as BasicOperationsTrait>::Value>,

impl<V> StructuralPartialEq for SquareMatrix<V>