Trait funspace::space::traits::BaseSpaceMatOpLaplacian

pub trait BaseSpaceMatOpLaplacian {
    type NumType;
    fn laplacian(&self, axis: usize) -> Array2<Self::NumType>;
    fn laplacian_pinv(
        &self, 
        axis: usize
    ) -> (Array2<Self::NumType>, Array2<Self::NumType>);
}

Collection of Laplacian matrix operators

Associated Types

type NumType

Scalar type of laplacian matrix

Required methods

fn laplacian(&self, axis: usize) -> Array2<Self::NumType>

Laplacian L

L_pinv @ L = I_pinv

Arguments

• axis - usize

fn laplacian_pinv(
    &self,
    axis: usize
) -> (Array2<Self::NumType>, Array2<Self::NumType>)

Pseudoinverse matrix L_pinv of Laplacian

Returns (L_pinv, I_pinv)

L_pinv @ L = I_pinv

Arguments

• axis - usize

Implementors

impl<A> BaseSpaceMatOpLaplacian for Space1<BaseC2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space1<BaseR2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space1<BaseR2r<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space2<BaseC2c<A>, BaseC2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space2<BaseC2c<A>, BaseR2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space2<BaseR2c<A>, BaseR2r<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space2<BaseR2r<A>, BaseR2r<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space3<BaseC2c<A>, BaseC2c<A>, BaseC2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space3<BaseC2c<A>, BaseC2c<A>, BaseR2c<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space3<BaseC2c<A>, BaseR2c<A>, BaseR2r<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space3<BaseR2c<A>, BaseR2r<A>, BaseR2r<A>> where
    A: FloatNum, 

type NumType = A

impl<A> BaseSpaceMatOpLaplacian for Space3<BaseR2r<A>, BaseR2r<A>, BaseR2r<A>> where
    A: FloatNum, 

type NumType = A