Trait fenris::quadrature::CanonicalMassQuadrature

pub trait CanonicalMassQuadrature {
    type Quadrature;

    // Required method
    fn canonical_mass_quadrature(&self) -> Self::Quadrature;
}

A canonical quadrature for integrating the mass matrix terms.

The quadrature exactly integrates the expression

$$ \int_K \phi_i \, \phi_j \, \mathrm{d} x $$

on a region $K$ for basis functions $\phi_k$.

Required Associated Types

type Quadrature

Required Methods

fn canonical_mass_quadrature(&self) -> Self::Quadrature

Implementors

impl<T> CanonicalMassQuadrature for Hex8Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Hex8Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Hex20Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Hex20Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Hex27Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Hex27Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Quad4d2Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Quad4d2Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Quad9d2Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Quad9d2Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Tet4Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Tet4Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Tet10Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Tet10Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Tet20Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Tet20Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Tri3d2Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Tri3d2Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Tri6d2Element<T>where T: Real,

type Quadrature = (Vec<T, Global>, Vec<OPoint<T, <Tri6d2Connectivity as ElementConnectivity<T>>::ReferenceDim>, Global>)

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Hex8Connectivity>, Hex8Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Hex8Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Hex20Connectivity>, Hex20Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Hex20Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Hex27Connectivity>, Hex27Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Hex27Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Quad4d2Connectivity>, Quad4d2Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Quad4d2Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Quad9d2Connectivity>, Quad9d2Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Quad9d2Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Tet4Connectivity>, Tet4Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Tet4Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Tet10Connectivity>, Tet10Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Tet10Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Tet20Connectivity>, Tet20Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Tet20Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Tri3d2Connectivity>, Tri3d2Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Tri3d2Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>

impl<T> CanonicalMassQuadrature for Mesh<T, ConnectivityGeometryDim<T, Tri6d2Connectivity>, Tri6d2Connectivity>where T: Real,

type Quadrature = UniformQuadratureTable<T, <Tri6d2Connectivity as ElementConnectivity<T>>::ReferenceDim, ()>