VoxelCoding.hpp File Reference

#include <ImLib3D/MorphologicalOperators.hpp>
#include <ImLib3D/Threshold.hpp>

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Namespaces
namespace	IP3D
namespace	IP3D::ShortestPathExtractionHelpers
Typedefs
typedef bool(*	StopFctType )(void *dat, const Vect3Di &p)
	argh, call fct. FIXME, this would be prettier with libsigc++
typedef pair< StopFctType, void * >	StopCBType
	argh, call fct + data. FIXME, this would be prettier with libsigc++
Functions
void	VoxelCode (const Mask3D &shape, const Mask3D &seeds, int m0, int m1, int m2, LabelImage3D &res, const Vect3Di *stopPoint=NULL)
void	SSCode (const Mask3D &shape, const Vect3Di &sourcePoint, int m0, int m1, int m2, LabelImage3D &res, const Vect3Di *stopPoint=NULL)
void	BSCode (const Mask3D &shape, int m0, int m1, int m2, LabelImage3D &res)
void	ShortestPathExtraction (const Mask3D &shape, const Vect3Di &start, const Vect3Di &end, vector< Vect3Di > &path, Mask3D *pres=NULL, StructureElement *psel=NULL, const LabelImage3D *pssCode0=NULL, ShortestPathExtractionHelpers::StopCBType stopCB=ShortestPathExtractionHelpers::StopCBType(NULL, NULL))
void	Skeleton (const Mask3D &shape, Mask3D &res)

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Detailed Description

Definition in file VoxelCoding.hpp.

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Function Documentation

void IP3D::VoxelCode (  const Mask3D &  shape, const Mask3D &  seeds, int  m0, int  m1, int  m2, LabelImage3D &  res, const Vect3Di *  stopPoint = NULL )

#&VoxelCode&# Sort of distance transform of a shape, starting from seed points, and using an integer metric m0 is the "distance" associated with F-Neighbors (Cross7). m1 is the "distance" associated with e-Neighbors (Planar19). m2 is the "distance" associated with v-Neighbors (Cubic27). Example values are m0=1,m1=2,m2=3, or m0=3,m1=4,m2=5. Shape type:Mask3D Seed type:Mask3D m0 type:int m1 type:int m2 type:int resulting codes type:Image3Dlinear<int> ~ Referenced by IP3D::BSCode(), and IP3D::SSCode().

void IP3D::SSCode (  const Mask3D &  shape, const Vect3Di &  sourcePoint, int  m0, int  m1, int  m2, LabelImage3D &  res, const Vect3Di *  stopPoint = NULL )  [inline]

#&SSCode&# VoxelCode starting from a single seed point For example, this is usefull for shortest path extraction Shape type:Mask3D p0 type:Vect3Di m0 type:int m1 type:int m2 type:int resulting codes type:Image3Dlinear<int> start type:Vect3Di ~ Definition at line 61 of file VoxelCoding.hpp. References Container3D< Im3DValue >::Fill(), Image3D::Size(), and IP3D::VoxelCode(). Referenced by IP3D::ShortestPathExtraction().

void IP3D::BSCode (  const Mask3D &  shape, int  m0, int  m1, int  m2, LabelImage3D &  res )  [inline]

#&BSCode&# VoxelCode starting from boundary points of shape This is pretty much like a distance transform Shape type:Mask3D m0 type:int m1 type:int m2 type:int resulting codes type:Image3Dlinear<int> ~ Definition at line 82 of file VoxelCoding.hpp. References IP3D::Erosion(), MORPHO_Cross7, and IP3D::VoxelCode().

void IP3D::ShortestPathExtraction (  const Mask3D &  shape, const Vect3Di &  start, const Vect3Di &  end, vector< Vect3Di > &  path, Mask3D *  pres = NULL, StructureElement *  psel = NULL, const LabelImage3D *  pssCode0 = NULL, ShortestPathExtractionHelpers::StopCBType  stopCB = ShortestPathExtractionHelpers::StopCBType(NULL, NULL) )

#&ShortestPathExtraction&# Shortest path between two points using VoxelCoding Shape type:Mask3D start type:Vect3Di end type:Vect3Di path type:vector<Vect3Di> res image type:Mask3D sel type:StructureElement ssCode type:Image3Dlinear<int> ~

void IP3D::Skeleton (  const Mask3D &  shape, Mask3D &  res )  [inline]

#&Skeleton&# Centerline (1-D Skeleton) of a 3D shape The algorithm is described in Zhou and Toga 99. WARNING: this implementation is still a bit buggy, and the algo doesn't seem to be very good anyways. Shape type:Mask3D Skeleton type:Mask3D ~ Definition at line 349 of file VoxelCoding.hpp. References Container3D< Im3DValue >::Fill(), Container3D< Im3DValue >::Resize(), and Image3D::Size().

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