Marmot::FiniteElement::Quadrature::Spatial2D Namespace Reference

Functions
void	modifyCharElemLengthAbaqusLike (double &charElemLength, int intPoint)

Variables
constexpr int	nDim = 2
const std::vector< QuadraturePointInfo >	gaussPointList1x1
const std::vector< QuadraturePointInfo >	gaussPointList2x2
const std::vector< QuadraturePointInfo >	gaussPointList3x3

Function Documentation

modifyCharElemLengthAbaqusLike()

void Marmot::FiniteElement::Quadrature::Spatial2D::modifyCharElemLengthAbaqusLike	(	double &	charElemLength,
		int	intPoint
	)

Variable Documentation

nDim

constexpr int Marmot::FiniteElement::Quadrature::Spatial2D::nDim = 2

constexpr

gaussPointList1x1

const std::vector< QuadraturePointInfo > Marmot::FiniteElement::Quadrature::Spatial2D::gaussPointList1x1

Initial value:

= {
                { Eigen::Vector2d::Zero(),                             4. }
            }

gaussPointList2x2

const std::vector< QuadraturePointInfo > Marmot::FiniteElement::Quadrature::Spatial2D::gaussPointList2x2

Initial value:

= {
                { ( Eigen::Vector2d () << +gp2,     +gp2 ).finished(),   1.0 },
                { ( Eigen::Vector2d () << -gp2,     +gp2 ).finished(),   1.0 },
                { ( Eigen::Vector2d () << -gp2,     -gp2 ).finished(),   1.0 },
                { ( Eigen::Vector2d () << +gp2,     -gp2 ).finished(),   1.0 }
            }

gaussPointList3x3

const std::vector< QuadraturePointInfo > Marmot::FiniteElement::Quadrature::Spatial2D::gaussPointList3x3

Initial value:

= {
                { ( Eigen::Vector2d () << 0,        0.   ).finished(),   64./81},
                { ( Eigen::Vector2d () << -gp3,     -gp3 ).finished(),   25./81},
                { ( Eigen::Vector2d () << +gp3,     -gp3 ).finished(),   25./81},
                { ( Eigen::Vector2d () << +gp3,     +gp3 ).finished(),   25./81},
                { ( Eigen::Vector2d () << -gp3,     +gp3 ).finished(),   25./81},
                { ( Eigen::Vector2d () << 0,        -gp3 ).finished(),   40./81},
                { ( Eigen::Vector2d () << gp3,      0.   ).finished(),   40./81},
                { ( Eigen::Vector2d () << 0,        +gp3 ).finished(),   40./81},
                { ( Eigen::Vector2d () << -gp3,     0.   ).finished(),   40./81},
            }