ccFastMarchingForNormsDirection Class Reference

Fast Marching algorithm for normals direction resolution. More...

#include <ccFastMarchingForNormsDirection.h>

Inheritance diagram for ccFastMarchingForNormsDirection:

Collaboration diagram for ccFastMarchingForNormsDirection:

Classes
class	DirectionCell
	A Fast Marching grid cell for normals direction resolution. More...

Public Member Functions
	ccFastMarchingForNormsDirection ()
	Default constructor.
int	init (ccGenericPointCloud *cloud, NormsIndexesTableType *theNorms, ccOctree *theOctree, unsigned char gridLevel)
	Initializes the grid with a point cloud (and ist corresponding octree) More...
unsigned	updateResolvedTable (ccGenericPointCloud *theCloud, std::vector< unsigned char > &resolved, NormsIndexesTableType *theNorms)
	Updates a list of point flags, indicating the points already processed. More...
int	propagate () override

Static Public Member Functions
static int	OrientNormals (ccPointCloud *theCloud, unsigned char octreeLevel, ccProgressDialog *progressCb=nullptr)
	Static entry point (helper)

Protected Member Functions
float	computeTCoefApprox (CCCoreLib::FastMarching::Cell *currentCell, CCCoreLib::FastMarching::Cell *neighbourCell) const override
int	step () override
void	initTrialCells () override
bool	instantiateGrid (unsigned size) override
float	computePropagationConfidence (DirectionCell *originCell, DirectionCell *destCell) const
	Computes relative 'confidence' between two cells (orientations) More...
void	resolveCellOrientation (unsigned index)
	Resolves the direction of a given cell (once and for all)

Detailed Description

Fast Marching algorithm for normals direction resolution.

Extends the FastMarching class.

Member Function Documentation

computePropagationConfidence()

float ccFastMarchingForNormsDirection::computePropagationConfidence ( DirectionCell *  originCell, DirectionCell *  destCell  ) const

protected

Computes relative 'confidence' between two cells (orientations)

Returns

confidence between 0 and 1

init()

int ccFastMarchingForNormsDirection::init	(	ccGenericPointCloud *	cloud,
		NormsIndexesTableType *	theNorms,
		ccOctree *	theOctree,
		unsigned char	gridLevel
	)

Initializes the grid with a point cloud (and ist corresponding octree)

The points should be associated to an (active) scalar field. The Fast Marching grid will have the same dimensions as the input octree considered at a given level of subdivision.

Parameters

cloud	the point cloud
theNorms	the normals array
theOctree	the associated octree
gridLevel	the level of subdivision

Returns

a negative value if something went wrong

updateResolvedTable()

unsigned ccFastMarchingForNormsDirection::updateResolvedTable	(	ccGenericPointCloud *	theCloud,
		std::vector< unsigned char > &	resolved,
		NormsIndexesTableType *	theNorms
	)

Updates a list of point flags, indicating the points already processed.

Returns

the number of resolved points

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

• ccFastMarchingForNormsDirection.h
• ccFastMarchingForNormsDirection.cpp