Dumux::EmbeddedCoupling::Detail Namespace Reference

Functions
template<class GlobalPosition>
bool	pointInEllipse (const GlobalPosition &p, const GlobalPosition &center, const GlobalPosition &firstAxis, const GlobalPosition &secondAxis, const GlobalPosition &normal, const typename GlobalPosition::value_type a, const typename GlobalPosition::value_type b)
	check if a point is in an ellipse
template<class GlobalPosition>
std::pair< std::vector< GlobalPosition >, typename GlobalPosition::value_type >	ellipseIntegrationPoints (const GlobalPosition &center, const GlobalPosition &firstUnitAxis, const GlobalPosition &secondUnitAxis, typename GlobalPosition::value_type a, typename GlobalPosition::value_type b, const GlobalPosition &normal, typename GlobalPosition::value_type characteristicLength)
	construct evenly distributed integration points on an ellipse

Function Documentation

ellipseIntegrationPoints()

template<class GlobalPosition>

std::pair< std::vector< GlobalPosition >, typename GlobalPosition::value_type > Dumux::EmbeddedCoupling::Detail::ellipseIntegrationPoints ( const GlobalPosition & center, const GlobalPosition & firstUnitAxis, const GlobalPosition & secondUnitAxis, typename GlobalPosition::value_type a, typename GlobalPosition::value_type b, const GlobalPosition & normal, typename GlobalPosition::value_type characteristicLength )

inline

construct evenly distributed integration points on an ellipse

pointInEllipse()

template<class GlobalPosition>

bool Dumux::EmbeddedCoupling::Detail::pointInEllipse ( const GlobalPosition & p, const GlobalPosition & center, const GlobalPosition & firstAxis, const GlobalPosition & secondAxis, const GlobalPosition & normal, const typename GlobalPosition::value_type a, const typename GlobalPosition::value_type b )

inline

check if a point is in an ellipse