Trait linxal::solve_linear::symmetric::SymmetricSolveLinear

pub trait SymmetricSolveLinear: Sized + Clone {
    fn compute_multi_into<D1, D2>(
        a: ArrayBase<D1, Ix2>, 
        uplo: Symmetric, 
        b: ArrayBase<D2, Ix2>
    ) -> Result<ArrayBase<D2, Ix2>, SolveError>
    where
        D1: DataMut<Elem = Self> + DataOwned<Elem = Self>,
        D2: DataMut<Elem = Self> + DataOwned<Elem = Self>;

    fn compute_into<D1, D2>(
        a: ArrayBase<D1, Ix2>, 
        uplo: Symmetric, 
        b: ArrayBase<D2, Ix1>
    ) -> Result<ArrayBase<D2, Ix1>, SolveError>
    where
        D1: DataMut<Elem = Self> + DataOwned<Elem = Self>,
        D2: DataMut<Elem = Self> + DataOwned<Elem = Self>,
    { ... }
    fn compute_multi<D1, D2>(
        a: &ArrayBase<D1, Ix2>, 
        uplo: Symmetric, 
        b: &ArrayBase<D2, Ix2>
    ) -> Result<Array<Self, Ix2>, SolveError>
    where
        D1: Data<Elem = Self>,
        D2: Data<Elem = Self>,
    { ... }
    fn compute<D1, D2>(
        a: &ArrayBase<D1, Ix2>, 
        uplo: Symmetric, 
        b: &ArrayBase<D2, Ix1>
    ) -> Result<Array<Self, Ix1>, SolveError>
    where
        D1: Data<Elem = Self>,
        D2: Data<Elem = Self>,
    { ... }
}

Implements compute_* methods to solve systems of linear equations A*X = B, where A is symmetric (for real-valued matrices) or hermitian (for complex-valued matrices).

Required Methods

fn compute_multi_into<D1, D2>(
    a: ArrayBase<D1, Ix2>,
    uplo: Symmetric,
    b: ArrayBase<D2, Ix2>
) -> Result<ArrayBase<D2, Ix2>, SolveError> where
    D1: DataMut<Elem = Self> + DataOwned<Elem = Self>,
    D2: DataMut<Elem = Self> + DataOwned<Elem = Self>, 

Solve the linear system A * x = B for symmetric/hermitian square matrix a and rectangular matrix b.

Provided Methods

fn compute_into<D1, D2>(
    a: ArrayBase<D1, Ix2>,
    uplo: Symmetric,
    b: ArrayBase<D2, Ix1>
) -> Result<ArrayBase<D2, Ix1>, SolveError> where
    D1: DataMut<Elem = Self> + DataOwned<Elem = Self>,
    D2: DataMut<Elem = Self> + DataOwned<Elem = Self>, 

Solve the linear system A * x = b for symmetric/hermitian square matrix a and column vector b.

fn compute_multi<D1, D2>(
    a: &ArrayBase<D1, Ix2>,
    uplo: Symmetric,
    b: &ArrayBase<D2, Ix2>
) -> Result<Array<Self, Ix2>, SolveError> where
    D1: Data<Elem = Self>,
    D2: Data<Elem = Self>, 

Solve the linear system A * x = B for symmetric/hermitian square matrix a and rectangular matrix b.

fn compute<D1, D2>(
    a: &ArrayBase<D1, Ix2>,
    uplo: Symmetric,
    b: &ArrayBase<D2, Ix1>
) -> Result<Array<Self, Ix1>, SolveError> where
    D1: Data<Elem = Self>,
    D2: Data<Elem = Self>, 

Solve the linear system A * x = b for symmetric/hermitian square matrix a and column vector b.

Implementors

• impl SymmetricSolveLinear for f32
• impl SymmetricSolveLinear for f64
• impl SymmetricSolveLinear for c32
• impl SymmetricSolveLinear for c64