OpenVDB: ConstrainedPointAdvect< GridT, PointListT, StaggeredVelocity, CptGridType, InterrupterType > Class Template Reference

OpenVDB 12.1.1

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#include <openvdb/tools/PointAdvect.h>

Public Types
using	GridType = GridT
using	LocationType = typename PointListT::value_type
using	VelocityIntegratorType = VelocityIntegrator<GridT, StaggeredVelocity>
using	ClosestPointProjectorType = ClosestPointProjector<CptGridType>
using	PointListType = PointListT

Public Member Functions
	ConstrainedPointAdvect (const GridType &velGrid, const GridType &cptGrid, int cptn, InterrupterType *interrupter=nullptr)
	ConstrainedPointAdvect (const ConstrainedPointAdvect &other)
virtual	~ConstrainedPointAdvect ()
void	setConstraintIterations (unsigned int cptIter)
void	setIntegrationOrder (unsigned int order)
void	setThreaded (bool threaded)
bool	getThreaded ()
void	advect (PointListT &points, float dt, unsigned int advIterations=1)
	Constrained Advection a list of points over a time = dt * advIterations.
void	operator() (const tbb::blocked_range< size_t > &range) const
	Never call this method directly - it is use by TBB and has to be public!

Member Typedef Documentation

◆ ClosestPointProjectorType

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

using ClosestPointProjectorType = ClosestPointProjector<CptGridType>

◆ GridType

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

using GridType = GridT

◆ LocationType

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

using LocationType = typename PointListT::value_type

◆ PointListType

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

using PointListType = PointListT

◆ VelocityIntegratorType

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

using VelocityIntegratorType = VelocityIntegrator<GridT, StaggeredVelocity>

Constructor & Destructor Documentation

◆ ConstrainedPointAdvect() [1/2]

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

ConstrainedPointAdvect	(	const GridType &	velGrid,
		const GridType &	cptGrid,
		int	cptn,
		InterrupterType *	interrupter = nullptr )

inline

◆ ConstrainedPointAdvect() [2/2]

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

ConstrainedPointAdvect ( const ConstrainedPointAdvect< GridT, PointListT, StaggeredVelocity, CptGridType, InterrupterType > & other )

inline

◆ ~ConstrainedPointAdvect()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

virtual ~ConstrainedPointAdvect ( )

inlinevirtual

Member Function Documentation

◆ advect()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

void advect	(	PointListT &	points,
		float	dt,
		unsigned int	advIterations = 1 )

inline

Constrained Advection a list of points over a time = dt * advIterations.

◆ getThreaded()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

bool getThreaded ( )

inline

◆ operator()()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

void operator() ( const tbb::blocked_range< size_t > & range ) const

inline

Never call this method directly - it is use by TBB and has to be public!

◆ setConstraintIterations()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

void setConstraintIterations ( unsigned int cptIter )

inline

◆ setIntegrationOrder()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

void setIntegrationOrder ( unsigned int order )

inline

◆ setThreaded()

template<typename GridT = Vec3fGrid, typename PointListT = std::vector<typename GridT::ValueType>, bool StaggeredVelocity = false, typename CptGridType = GridT, typename InterrupterType = util::NullInterrupter>

void setThreaded ( bool threaded )

inline