aims::CoordinatesFieldMeshInterpoler Class Reference

#include <aims/mesh/meshinterpoler.h>

Inheritance diagram for aims::CoordinatesFieldMeshInterpoler:

Collaboration diagram for aims::CoordinatesFieldMeshInterpoler:

Public Member Functions
	CoordinatesFieldMeshInterpoler (const AimsSurfaceTriangle &source, const AimsSurfaceTriangle &dest, const TimeTexture< float > &srccoord1, const TimeTexture< float > &srccoord2, const TimeTexture< float > &dstcoord1, const TimeTexture< float > &dstcoord2)
virtual	~CoordinatesFieldMeshInterpoler ()
Public Member Functions inherited from aims::MeshInterpoler
	MeshInterpoler (const AimsSurfaceTriangle &source, const AimsSurfaceTriangle &dest)
	MeshInterpoler (const Point3df *sourceVert, const AimsVector< uint, 3 > *sourcePoly, uint nSourcePolygon, const Point3df *destVertex, const AimsVector< uint, 3 > *destPolygon, uint nDestVertex, uint nDestPolygon)
	This constructor is used when meshes are low-level raw arrays. More...
virtual	~MeshInterpoler ()
void	setDiscontinuityThresholds (float xthresh, float ythresh, float zthresh)
	Discontinuities may occur in some meshes, on their vertices coordinates (especially when built from coordinates fields). More...
void	project ()
	Main projection function. More...
AimsSurfaceTriangle *	resampleMesh (const AimsSurfaceTriangle &sourceshape) const
	Resample the sourceshape mesh onto the topology of the interpoler destination mesh, but staying in the native space of sourceshape. More...
template<typename T >
TimeTexture< T > *	resampleTexture (const TimeTexture< T > &, InterpolationType=Linear) const
template<typename T >
void	resampleTexture (const Texture< T > &source, Texture< T > &dest, int timestep=0, InterpolationType=Linear) const
template<typename T >
void	resampleTexture (const T *source, T *dest, int timestep=0, InterpolationType=Linear) const
	low level texture resampling, working on preallocated buffers More...
const TimeTexture< uint > &	projectedTriangles () const
const TimeTexture< float > &	projectedTriCoord1 () const
const TimeTexture< float > &	projectedTriCoord2 () const
const TimeTexture< float > &	projectedTriCoord3 () const
void	reloadProjectionParams (const TimeTexture< uint > &projTriangles, const TimeTexture< float > &projTriCoord1, const TimeTexture< float > &projTriCoord2, const TimeTexture< float > &projTriCoord3)
	set interpoler internal state (for instance to reload it after saving) More...
void	setMeshes (const AimsSurfaceTriangle &source, const AimsSurfaceTriangle &dest)

Additional Inherited Members
Public Types inherited from aims::MeshInterpoler
enum	InterpolationType { Linear, NearestNeighbour }
Protected Member Functions inherited from aims::MeshInterpoler
	MeshInterpoler ()
void	findNeighbours ()
	sub-step 1 of project(): calculates projectedTriangles More...
void	processCoordinates ()
	sub-step 2 of project(): calculates projectedTriCoord* More...
void	findNeighbours_timestep (const Point3df *sourceVert, const AimsVector< uint, 3 > *sourcePoly, uint nSourcePolygon, const Point3df *destVertex, uint nDestVertex, int timestep)
void	processCoordinates_timestep (const Point3df *sourceVert, const AimsVector< uint, 3 > *sourcePoly, const Point3df *destVertex, uint nDestVertex, int timestep)

Detailed Description

Definition at line 145 of file meshinterpoler.h.

Constructor & Destructor Documentation

CoordinatesFieldMeshInterpoler()

aims::CoordinatesFieldMeshInterpoler::CoordinatesFieldMeshInterpoler	(	const AimsSurfaceTriangle &	source,
		const AimsSurfaceTriangle &	dest,
		const TimeTexture< float > &	srccoord1,
		const TimeTexture< float > &	srccoord2,
		const TimeTexture< float > &	dstcoord1,
		const TimeTexture< float > &	dstcoord2
	)

~CoordinatesFieldMeshInterpoler()

virtual aims::CoordinatesFieldMeshInterpoler::~CoordinatesFieldMeshInterpoler ( )

virtual

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

• aims/mesh/meshinterpoler.h