Class containing a cable element object, allowing for disks and spheres to be connected. More...

Collaboration diagram for CNetCableElementTestSpec:

Public Member Functions
	CNetCableElementTestSpec ()
	The constructor.

	CNetCableElementTestSpec (const CNetCableElementTestSpec *pOld)
	The copy constructor.

	~CNetCableElementTestSpec ()
	The destructor.

bool	Divide (int aiNodes[2], int iNewNode, int iNewElementID, CNetCableElementTestSpec **pSNewCable, double dDistance=0.5)
	Divides the element in two.

void	DeleteSpheresAndDisks ()

void	AddSpheres (double adD, double adMass, double *adPos, std::vector< std::string > VsSphereMaterial, int iNum)

void	AddDisks (double adD, double adThickness, double adMass, double adPos, std::vector< std::string > VsDiskMaterial, int iNum)

NodePosition	NodesDefineEdge (int aiNodes[2])

Public Attributes
double	m_nodeOffsetA
	The offset between the original nodes of the added node of this cable.

double	m_nodeOffsetB
	The offset between the original nodes of the added node of this cable.

int	m_fromNodes [2]
	The nodes which this cable is constructed by dividing.

int	m_iID
	The ID of the element.

std::string	m_sCableName
	The name of the parent cable.

int	m_conn [2]
	The node numbers that the element is connected to.

int	m_foldingPoints
	The number of knuckle points on the cable.

int	m_iNumSpheres
	The number of spheres connected.

double *	m_adSphereD
	The diameter of the connected spheres.

double *	m_adSphereMass
	The mass of the connected spheres.

double *	m_adSpherePos
	The position of the connected spheres.

int	m_iNumDisks
	The number of disks connected.

double *	m_adDiskD
	The diameter of the connected disks.

double *	m_adDiskThickness
	The thickness of the connected disks.

double *	m_adDiskMass
	The mass of the connected disks.

double *	m_adDiskPos
	The position of the connected disks.

std::vector< std::string >	m_VsDiskMeshName
	The names of the materials of the attached disks.

std::vector< std::string >	m_VsSphereMeshName
	The names of the materials of the attached spheres.

double	m_dL0
	The relaxed length of the element.

double	m_dD
	The diameter of the element.

double	m_dDhyd
	The hydrodynamic diameter of the element.

double	m_dE
	The Young modulus of the element.

double	m_dRho
	The density of the element material.

Protected Attributes
double	m_dDragCoeffSphere
	The drag coefficient of a sphere.

double	m_dNormalDragCoeffDisk
	The normal drag coefficient of a disk.

double	m_dTangentialFrictionCoeffDisk
	The normal friction coefficient of a disk.

Detailed Description

The documentation for this class was generated from the following file:

Public Types