Body Articulation. More...

Collaboration diagram for Feel::FeelModels::FluidMechanics< ConvexType, BasisVelocityType, BasisPressureType >::BodyArticulation:

Public Member Functions
void	applyRemesh (self_type const &fluidToolbox, RemeshInterpolation &remeshInterp)

bool	areConnected (BodyArticulation const &ba) const
	return true if this articulation is connected to \ba

BodyBoundaryCondition const &	body1 () const

BodyBoundaryCondition const &	body2 () const

	BodyArticulation (BodyBoundaryCondition const b1, BodyBoundaryCondition const b2)

datamap_ptr_t	dataMapLagrangeMultiplierTranslationalVelocity () const

bool	has (BodyBoundaryCondition const &bbc) const
	return true if this articulation has the BodyBoundaryCondition \bbc

void	initLagrangeMultiplier (self_type const &fluidToolbox)
	init LagrangeMultiplier

std::string	name () const
	return the name this articulation

eigen_vector_type< nRealDim >	relativeTranslationVector (eigen_vector_type< nRealDim > const &mc1, eigen_vector_type< nRealDim > const &mc2) const

void	setParameterValues (std::map< std::string, double > const &mp)

void	setTranslationalVelocityExpr (ModelExpression const &e)
	set setTranslationalVelocityExpr

template<typename SymbolsExprType >
auto	translationalVelocityExpr (SymbolsExprType const &se) const
	return the translationalVelocityExpr between mass center of 2 bodies

template<typename SymbolsExprType >
void	updateDisplacement (double dt, SymbolsExprType const &se)

void	updateTimeStep ()

vector_ptrtype	vectorLagrangeMultiplierTranslationalVelocity () const

Detailed Description

template<typename ConvexType, typename BasisVelocityType, typename BasisPressureType = Lagrange< (BasisVelocityType::nOrder>1)? (BasisVelocityType::nOrder-1):BasisVelocityType::nOrder, Scalar,Continuous,PointSetFekete>>
class Feel::FeelModels::FluidMechanics< ConvexType, BasisVelocityType, BasisPressureType >::BodyArticulation

Body Articulation.

Public Member Functions

Detailed Description