CNetCableElementTest Class Reference

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

#include <CNetCableElementTest.h>

Collaboration diagram for CNetCableElementTest:

Public Member Functions
	CNetCableElementTest ()
	The constructor.
	CNetCableElementTest (const CNetCableElementTest *pOld)
	The copy constructor.
	CNetCableElementTest (const CNetCableElementTestSpec *pSpec)
	~CNetCableElementTest ()
	The destructor.
void	AddEndForces (const double dRhoWater, const sfh::linalg::sse_vec3f &posa, const sfh::linalg::sse_vec3f &posb, const sfh::linalg::sse_vec3f &vela, const sfh::linalg::sse_vec3f &velb, const sfh::linalg::sse_vec3f &velf, sfh::linalg::sse_vec3f &forceA, sfh::linalg::sse_vec3f &forceB, double angle)
	Calculates the end forces on the cable element.
void	SetConstants ()
	Calculates parameters and sets physical constants.
void	CalcMassAndWeight ()
	Calculates the mass and weight of the element in water.
bool	Divide (int aiNodes[2], int iNewNode, int iNewElementID, CNetCableElementTest **pSNewCable)
	Divides the element in two.
bool	CheckAndInitialize ()
	Does the initialization and checking to make sure that the element is ready for simulation.
void	DeleteSpheresAndDisks ()
void	AddSpheres (float *adD, float *adMass, float *adPos, std::vector< std::string > VsSphereMaterial, int iNum)
void	AddDisks (float *adD, float *adThickness, float *adMass, float *adPos, std::vector< std::string > VsDiskMaterial, int iNum)
void	AddHydroForcesAppendices (double adForceA[3], double adForceB[3])
	Calculates the hydrodynamic forces on spheres and disks attached to the cable.

Static Public Member Functions
static void *	operator new (size_t size)
static void	operator delete (void *p)

Public Attributes
int	m_conn [2]
	The node numbers that the element is connected to.
int	m_iNumSpheres
	The number of spheres connected.
float *	m_adSphereD
	The diameter of the connected spheres.
float *	m_adSphereMass
	The mass of the connected spheres.
float *	m_adSpherePos
	The position of the connected spheres.
int	m_iNumDisks
	The number of disks connected.
float *	m_adDiskD
	The diameter of the connected disks.
float *	m_adDiskThickness
	The thickness of the connected disks.
float *	m_adDiskMass
	The mass of the connected disks.
float *	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.
std::string	m_sCableName
sfh::linalg::sse_vec3f	n
sfh::linalg::sse_vec3f	n2 [2]
sfh::linalg::sse_vec3f	vel
sfh::linalg::sse_vec3f	vel_t
sfh::linalg::sse_vec3f	vel_n
sfh::linalg::sse_vec3f	vel_n_a
sfh::linalg::sse_vec3f	vel_n_b
sfh::linalg::sse_vec3f	f_struct
sfh::linalg::sse_vec3f	f_drag_a
sfh::linalg::sse_vec3f	f_drag_b
sfh::linalg::sse_vec3f	force_sphere_a
sfh::linalg::sse_vec3f	force_sphere_b
sfh::linalg::sse_vec3f	force_disk_a
sfh::linalg::sse_vec3f	force_disk_b
int	m_iID
float	m_dL0
float	m_dD
float	m_dDhyd
float	m_dE
float	m_dRho
float	m_dNormalDragCoeff
float	m_dDampingRatio
float	m_adMassInWater [2]
float	m_adWeightInWater [2]
float	m_dL0Inv
float	lengthArray [3]
float	compressionvelArray [3]
float	m_length
float	m_compressionSpeed
float	velArray [3]
float	structForceArray [3]
float	ma_dDampingCoeff
float	m_dEA
float	ma_dNormalDragFactor
float	ma_dTangentialDragFactor
float	m_dA
float	m_dragReduction
float	m_projectedArea
float	m_normalVelocity

Static Public Attributes
static float	m_dRhoWater
static float	m_dDragCoeffSphere
	The drag coefficient of a sphere.
static float	m_dNormalDragCoeffDisk
	The normal drag coefficient of a disk.
static float	m_dTangentialFrictionCoeffDisk
	The normal friction coefficient of a disk.
static float	m_dTangentialDragCoeffDisk
static float	m_dTangentialFrictionCoeff

Detailed Description

Author

Karl-Johan Reite

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

• reloadrepos/fhsim_extras/src/net/Test/CNetCableElementTest.h