Trait lax::Tridiagonal_

pub trait Tridiagonal_: Scalar + Sized {
    fn lu_tridiagonal(
        a: Tridiagonal<Self>
    ) -> Result<LUFactorizedTridiagonal<Self>>;
    fn rcond_tridiagonal(
        lu: &LUFactorizedTridiagonal<Self>
    ) -> Result<Self::Real>;
    fn solve_tridiagonal(
        lu: &LUFactorizedTridiagonal<Self>,
        bl: MatrixLayout,
        t: Transpose,
        b: &mut [Self]
    ) -> Result<()>;
}

Wraps *gttrf, *gtcon and *gttrs

Required Methods

fn lu_tridiagonal(a: Tridiagonal<Self>) -> Result<LUFactorizedTridiagonal<Self>>

Computes the LU factorization of a tridiagonal m x n matrix a using partial pivoting with row interchanges.

fn rcond_tridiagonal(lu: &LUFactorizedTridiagonal<Self>) -> Result<Self::Real>

fn solve_tridiagonal(
    lu: &LUFactorizedTridiagonal<Self>,
    bl: MatrixLayout,
    t: Transpose,
    b: &mut [Self]
) -> Result<()>

Implementations on Foreign Types

impl Tridiagonal_ for f64

fn lu_tridiagonal(a: Tridiagonal<Self>) -> Result<LUFactorizedTridiagonal<Self>>

fn rcond_tridiagonal(lu: &LUFactorizedTridiagonal<Self>) -> Result<Self::Real>

fn solve_tridiagonal(
    lu: &LUFactorizedTridiagonal<Self>,
    b_layout: MatrixLayout,
    t: Transpose,
    b: &mut [Self]
) -> Result<()>

impl Tridiagonal_ for f32

fn lu_tridiagonal(a: Tridiagonal<Self>) -> Result<LUFactorizedTridiagonal<Self>>

fn rcond_tridiagonal(lu: &LUFactorizedTridiagonal<Self>) -> Result<Self::Real>

fn solve_tridiagonal(
    lu: &LUFactorizedTridiagonal<Self>,
    b_layout: MatrixLayout,
    t: Transpose,
    b: &mut [Self]
) -> Result<()>

impl Tridiagonal_ for c64

fn lu_tridiagonal(a: Tridiagonal<Self>) -> Result<LUFactorizedTridiagonal<Self>>

fn rcond_tridiagonal(lu: &LUFactorizedTridiagonal<Self>) -> Result<Self::Real>

fn solve_tridiagonal(
    lu: &LUFactorizedTridiagonal<Self>,
    b_layout: MatrixLayout,
    t: Transpose,
    b: &mut [Self]
) -> Result<()>

impl Tridiagonal_ for c32

fn lu_tridiagonal(a: Tridiagonal<Self>) -> Result<LUFactorizedTridiagonal<Self>>

fn rcond_tridiagonal(lu: &LUFactorizedTridiagonal<Self>) -> Result<Self::Real>

fn solve_tridiagonal(
    lu: &LUFactorizedTridiagonal<Self>,
    b_layout: MatrixLayout,
    t: Transpose,
    b: &mut [Self]
) -> Result<()>

Implementors