Trait Eig 

pub trait Eig<T: ComplexFloat> {
    // Required methods
    fn eig<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>;
    fn eig_full<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>;
    fn eig_values<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>;
    fn eigh<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>;
    fn eigs<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>;
    fn schur<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> SchurResult<T>;
    fn schur_overwrite<L: Layout>(
        &self,
        a: &mut DSlice<T, 2, L>,
        t: &mut DSlice<T, 2, Dense>,
        z: &mut DSlice<T, 2, Dense>,
    ) -> Result<(), SchurError>;
    fn schur_complex<L: Layout>(
        &self,
        a: &mut DSlice<T, 2, L>,
    ) -> SchurResult<T>;
    fn schur_complex_overwrite<L: Layout>(
        &self,
        a: &mut DSlice<T, 2, L>,
        t: &mut DSlice<T, 2, Dense>,
        z: &mut DSlice<T, 2, Dense>,
    ) -> Result<(), SchurError>;
}

Eigenvalue decomposition operations of general and Hermitian/symmetric matrices

Required Methods

fn eig<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>

Compute eigenvalues and right eigenvectors with new allocated matrices The matrix A satisfies: A * v = λ * v where v are the right eigenvectors

fn eig_full<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>

Compute eigenvalues and both left/right eigenvectors with new allocated matrices The matrix A satisfies: A * vr = λ * vr and vl^H * A = λ * vl^H where vr are right eigenvectors and vl are left eigenvectors

fn eig_values<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>

Compute only eigenvalues with new allocated vectors

fn eigh<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>

Compute eigenvalues and eigenvectors of a Hermitian matrix (input should be complex)

fn eigs<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> EigResult<T>

Compute eigenvalues and eigenvectors of a symmetric matrix (input should be real)

fn schur<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> SchurResult<T>

Compute Schur decomposition with new allocated matrices

fn schur_overwrite<L: Layout>( &self, a: &mut DSlice<T, 2, L>, t: &mut DSlice<T, 2, Dense>, z: &mut DSlice<T, 2, Dense>, ) -> Result<(), SchurError>

Compute Schur decomposition overwriting existing matrices

fn schur_complex<L: Layout>(&self, a: &mut DSlice<T, 2, L>) -> SchurResult<T>

Compute Schur (complex) decomposition with new allocated matrices

fn schur_complex_overwrite<L: Layout>( &self, a: &mut DSlice<T, 2, L>, t: &mut DSlice<T, 2, Dense>, z: &mut DSlice<T, 2, Dense>, ) -> Result<(), SchurError>

Compute Schur complex) decomposition overwriting existing matrices

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors