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CImplicitSurfaceViewerDoc Class Reference

#include <ImplicitSurfaceViewerDoc.h>

Inheritance diagram for CImplicitSurfaceViewerDoc::

List of all members.

Public Methods
	CImplicitSurfaceViewerDoc ()
	DECLARE_DYNCREATE ()
virtual BOOL	OnNewDocument ()
virtual void	Serialize (CArchive &ar)
virtual	~CImplicitSurfaceViewerDoc ()
	CImplicitSurfaceViewerDoc destruction. More...
void	ConvertToARANZ ()
	Converts data points to the ARANZ format for fitting to RBF functions. More...
void	Voxelise (bool lRecursive)
void	Voxelise6D ()
void	VoxeliseDouble (bool lRecursive)
void	VisualiseVoxels ()
	Visualises a voxelisation. More...
void	MarchingCubes ()
	Performs a marching cubes on a voxelisation to determine the surface points. More...
void	UnderSample (int sampling)
	Undersamples a file and keeps only one point out of sampling. More...
void	ShowData ()
	Displays data points. More...
void	ShowDoubleData ()
	Displays two sets of data of points. More...
void	ShowDoubleDataVox ()
	Displays two sets of data of points plus a voxelisation. More...
void	ShowDepthData ()
	Displays data points with varying colours depending on their distance from the centre of mass. More...
void	PrintDepthData ()
	Prints data of points of varying depth depending on their distance from the centre of mass. More...
void	PointsFromDepthData ()
	Sorts points from a depth map into a .dat file. More...
void	RemovePrimitives ()
	Function to remove certain primitives from an implicit surface. More...
void	CreateHistogram ()
	Creates the histogram of distances from a file of points to an implicit surface. More...
void	SliceData ()
	Slices the data along an axis. More...
void	ShrinkWrapping ()
	Performs a Shrink Wrapping on data to determine the surface points. More...
void	RecentreTriangulation ()
	Translates a cloud of points and a mesh by the difference in centre of mass with respect to the original data. More...
void	FillGaps ()
	Fills the gaps in a voxelisation, and all interior voxels in general. More...
void	Concatenate ()
	Concatenates two data files. More...
void	RemovePointsInVox ()
	Remove points from inside in a voxelisation. More...
void	Miniballs ()
	Replaces each point by a tiny primitive. More...
void	VoxelisationToSurface ()
	Transform voxelisation to implicit surface agglomeration. More...
void	VisualiseVoxelsAndSurfaces ()
	Visualises a voxelisation and implicit surface. More...
void	Convert3DTo4D (bool lNormalise)
	Converts 3D points to 4D quaternions. More...
void	BatchConvert4DTo3D ()
	Converts 4D quaternions to 3D unit quaternions. More...
void	Convert4DTo3D ()
	Converts 4D quaternions to 3D points. More...
void	ComputeConvexHull (bool lConvexHull, bool lDouble)
void	DisplayTriangulation (bool lDouble)
	Displays a triangulation. lDouble is true if double data has been loaded. More...
void	ConvertToAlvis ()
	Converts data points to the Alvis format for alpha shape computation. More...
void	ConvertFromAlvis ()
	Converts data points from the Alvis format for alpha shape computation. More...
void	DisplayAlphaShape ()
	Displays an alpha-shape complex computed by Alvis. More...
void	DisplayAlvisDelaunay ()
	Displays a Delaunay triangulation computed by Alvis. More...
void	SurfaceFromAlphaShape (bool lGravity)
	Extract surface points from the vertices of an alpha-complex shape, using the centre of gravity also if lGravity is true. More...
void	BatchVoxelise ()
	Perform batch simple voxelisation. More...
void	Flatten ()
	Flattens 3D points along an axis. More...
void	BatchFlatten ()
	Batch flattens 3D points. More...
void	SliceMiddle ()
	Slices the data through the middle. More...
void	BatchSliceMiddle ()
	Batch slices the data through the middle. More...
void	DirectNeighbourWeighting (bool lFlat)
	Add the data from direct neighbours to the data of a chosen voxel. If lFlat is true, then the voxelisation is flat. More...
void	BatchGenerateCloud ()
	Generates the surface points for a given implicit surface. More...
void	BatchVNT ()
	Batch generates the vertices, triangles and normals for a given implicit surface. More...
void	VNT ()
	Generates the vertices, triangles and normals for a given implicit surface. More...
void	Surface3DTo2D ()
	Converts a 3D surface to 2D. More...
void	SurfaceWithMass ()
	Converts a surface to a file containing the centre of mass. More...
void	SurfaceWithMass2D ()
	Converts a 2D surface to a file containing the centre of mass. More...
void	Surface3DTo3DZero ()
	Converts a 3D surface to 3D with a zero component. More...
void	SurfaceWithNormals ()
	Converts a 3D surface to a file containing the vertices and normals. More...
void	SurfaceWithNormals2D ()
	Converts a 2D surface to a file containing the vertices and normals. More...
void	Hbodylib2DFirst ()
	Creates an hbodylib file, 2D Euler angle surface first. More...
void	Hbodylib3DFirst ()
	Creates an hbodylib file, 3D quaternion surface first. More...
void	Hbodylib2DFirstWithMorphing ()
	Creates an hbodylib file, 2D Euler angle surface first, with morphing on the child joint. More...
void	Hbodylib3DFirstWithMorphing ()
	Creates an hbodylib file, 3D quaternion surface first with morphing on the child surface. More...
void	VoxeliseDoubleReverse ()
void	ConvertToEuler ()
	Convert a double Mathematica + Euler file to just Euler angles. More...
void	BatchMorphing ()
	Batch morph implicit surfaces. More...
void	BatchVNTMorph ()
	Batch generates the vertices, triangles and normals for morphed implicit surfaces. More...
void	IntermediateMorphingVoxelisation ()
	Creates an intermediate voxelisation to insert morphed surfaces. More...
void	ExplodeVoxelisation ()
	Creates an exploded voxelisation. More...
void	Hbodylib6D ()
	Creates an hbodylib file of a 6D surface. More...
void	Hbodylib6DVox ()
	Creates an hbodylib file, of a 6D surface. More...
void	Hierarchy ()
	Creates an LSQ fitting joint limits file, 3D quaternion surface first. More...
void	Hierarchy2D ()
	Creates an LSQ joint limits file, 2D Euler angle surface first. More...
void	HierarchyMorphing ()
	Creates an LSQ joint limits file, 3D quaternion surface first, with morphing on the child joint. More...
void	Hierarchy2DMorphing ()
	Creates an LSQ joint limits file, 2D Euler angle surface first, with morphing on the child joint. More...
void	MinMax ()
	Computes the min/max values of Euler angle data. More...
void	Convert4DToEuler ()
	Converts quaternions to Euler angles. More...
void	ConvertAlvisToTrig ()
	Converts data points from the Alvis format to the libvision Trig format. More...
void	HbodylibToLsq ()
	Converts an hbodylib .jnt file to LSQ fitting files, 3D parent, 2D morphed child. More...
void	Variance ()
	Computes the variance and standard deviation between two point sets. More...
void	CheckHoles ()
	Checks whether an implicit surface has holes in it. More...
Public Attributes
double	m_k_fixed
	Fixed value of implicit surface stiffness. More...
int	m_Connectivity
	Default number of neighbours of a voxel that need to be filled. More...
int	m_FileFormat
	File format of the points. More...
int	m_CellsInGrid
	Grid size resolution for stereoradians. More...
int	m_ThresholdPoints
	Minimum number of points in an implicit surface for it not to be eliminated. More...
double	m_Threshold
	Threshold for stereoradians. More...
float	m_Resolution
	Marching Cubes resolution. More...
int	m_Iterations
	Number of iterations for least-squares fitting of an implicit surface. More...
float	m_Alpha1
	Parameter that forces the radius to be smaller than 1.0. More...
float	m_Beta1
	Other parameter that forces the radius to be smaller than 1.0. More...
float	m_Alpha2
	Parameter that forces the centre of a primitive to remain close to the centre of mass of the points. More...
int	m_Percent
	Density percentage of the reference density that is acceptable for voxelisation. More...
int	m_Series
	Series of iterations for least-squares. More...
BOOL	m_OptimiseX
	TRUE if the x co-ordinate of the primitive's centre is to be optimised. More...
BOOL	m_OptimiseY
	TRUE if the y co-ordinate of the primitive's centre is to be optimised. More...
BOOL	m_OptimiseZ
	TRUE if the z co-ordinate of the primitive's centre is to be optimised. More...
BOOL	m_OptimiseStiffness
	TRUE if the stiffness of the primitive is to be optimised. More...
BOOL	m_OptimiseThickness
	TRUE if the thickness of the primitive is to be optimised. More...
BOOL	m_Split
	TRUE if the primitives are to be sub-divided. More...
SoQtExaminerViewer*	myViewer
	SoQt viewer. More...
bool	m_Fit
	TRUE if least-squares fitting is to be carried out. More...
int	m_grid_size
	Grid size resolution for Marching Cubes. More...
double	m_stiffness
	Voxelisation stiffness. More...
int	m_nb_voxels
	Number of voxels in the voxelisation. More...
int	m_display_surface
	TRUE if the implicit surface is to be displayed. More...
bool	m_hidden
	TRUE if the mesh is to be viewed in wireframe. More...
int	m_undersampling
	Decimation ratio. More...
double	m_DistanceFromCentre
	Acceptable primitive to centre of mass distance. More...
int	m_RadiusPercentage
	Acceptable radius percentage of a primitive with respect to the maximal point to centre of mass distance. More...
int	m_Division
	Number of depth map layers. More...
int	m_Neighbours
	Minimum number of connected neighbours that need to be filled in order for a voxel to be considered surrounded. More...
bool	m_Check1
	TRUE if the primitives with less than a given number of points are to be shrunk. More...
bool	m_Check2
	TRUE if the primitives at a given distance from the centre of mass are to be shrunk. More...
bool	m_Check3
	TRUE if the primitives at a given distance from the centre of mass and of a given radius are to be shrunk. More...
int	m_ShrinkFactor
	Shrink factor for the primitives. More...
double	m_isovalue
	Iso-value of the implicit surface. More...
int	m_Steps
	Number of fitting and sub-division steps. More...
int	m_Axis
	Nil axis for flat 3D implicit surface. More...
int	m_Divisions
	Number of morphing interpolation steps. More...
string	m_ParentJoint
	Name of the parent joint. More...
string	m_ChildJoint
	Name of the child joint. More...
double	m_Variance
	Variance of inter-point distance. More...
double	m_StandardDeviation
	Standard deviation. More...
double	m_Average
	Average. More...
Protected Methods
afx_msg void	OnHbodylib3d3dMorph ()
	Creates an hbodylib file, with two hierarchical 3D implicit surfaces, using morphing on the child joint. More...

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Constructor & Destructor Documentation

CImplicitSurfaceViewerDoc::CImplicitSurfaceViewerDoc ( )

CImplicitSurfaceViewerDoc::~CImplicitSurfaceViewerDoc ( ) [virtual]

CImplicitSurfaceViewerDoc destruction.

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Member Function Documentation

void CImplicitSurfaceViewerDoc::BatchConvert4DTo3D ( )

Converts 4D quaternions to 3D unit quaternions.

void CImplicitSurfaceViewerDoc::BatchFlatten ( )

Batch flattens 3D points.

void CImplicitSurfaceViewerDoc::BatchGenerateCloud ( )

Generates the surface points for a given implicit surface.

void CImplicitSurfaceViewerDoc::BatchMorphing ( )

Batch morph implicit surfaces.

void CImplicitSurfaceViewerDoc::BatchSliceMiddle ( )

Batch slices the data through the middle.

void CImplicitSurfaceViewerDoc::BatchVNT ( )

Batch generates the vertices, triangles and normals for a given implicit surface.

void CImplicitSurfaceViewerDoc::BatchVNTMorph ( )

Batch generates the vertices, triangles and normals for morphed implicit surfaces.

void CImplicitSurfaceViewerDoc::BatchVoxelise ( )

Perform batch simple voxelisation.

void CImplicitSurfaceViewerDoc::CheckHoles ( )

Checks whether an implicit surface has holes in it.

void CImplicitSurfaceViewerDoc::ComputeConvexHull ( bool lConvexHull, bool lDouble )

Computes the convex hull of the data points if lConvexHull is true, otherwise just the triangulation. lDouble is true if double data has been loaded.

void CImplicitSurfaceViewerDoc::Concatenate ( )

Concatenates two data files.

void CImplicitSurfaceViewerDoc::Convert3DTo4D ( bool lNormalise )

Converts 3D points to 4D quaternions.

void CImplicitSurfaceViewerDoc::Convert4DTo3D ( )

Converts 4D quaternions to 3D points.

void CImplicitSurfaceViewerDoc::Convert4DToEuler ( )

Converts quaternions to Euler angles.

void CImplicitSurfaceViewerDoc::ConvertAlvisToTrig ( )

Converts data points from the Alvis format to the libvision Trig format.

void CImplicitSurfaceViewerDoc::ConvertFromAlvis ( )

Converts data points from the Alvis format for alpha shape computation.

void CImplicitSurfaceViewerDoc::ConvertToARANZ ( )

Converts data points to the ARANZ format for fitting to RBF functions.

void CImplicitSurfaceViewerDoc::ConvertToAlvis ( )

Converts data points to the Alvis format for alpha shape computation.

void CImplicitSurfaceViewerDoc::ConvertToEuler ( )

Convert a double Mathematica + Euler file to just Euler angles.

void CImplicitSurfaceViewerDoc::CreateHistogram ( )

Creates the histogram of distances from a file of points to an implicit surface.

CImplicitSurfaceViewerDoc::DECLARE_DYNCREATE ( )

void CImplicitSurfaceViewerDoc::DirectNeighbourWeighting ( bool lFlat )

Add the data from direct neighbours to the data of a chosen voxel. If lFlat is true, then the voxelisation is flat.

void CImplicitSurfaceViewerDoc::DisplayAlphaShape ( )

Displays an alpha-shape complex computed by Alvis.

void CImplicitSurfaceViewerDoc::DisplayAlvisDelaunay ( )

Displays a Delaunay triangulation computed by Alvis.

void CImplicitSurfaceViewerDoc::DisplayTriangulation ( bool lDouble )

Displays a triangulation. lDouble is true if double data has been loaded.

void CImplicitSurfaceViewerDoc::ExplodeVoxelisation ( )

Creates an exploded voxelisation.

void CImplicitSurfaceViewerDoc::FillGaps ( )

Fills the gaps in a voxelisation, and all interior voxels in general.

void CImplicitSurfaceViewerDoc::Flatten ( )

Flattens 3D points along an axis.

void CImplicitSurfaceViewerDoc::Hbodylib2DFirst ( )

Creates an hbodylib file, 2D Euler angle surface first.

void CImplicitSurfaceViewerDoc::Hbodylib2DFirstWithMorphing ( )

Creates an hbodylib file, 2D Euler angle surface first, with morphing on the child joint.

void CImplicitSurfaceViewerDoc::Hbodylib3DFirst ( )

Creates an hbodylib file, 3D quaternion surface first.

void CImplicitSurfaceViewerDoc::Hbodylib3DFirstWithMorphing ( )

Creates an hbodylib file, 3D quaternion surface first with morphing on the child surface.

void CImplicitSurfaceViewerDoc::Hbodylib6D ( )

Creates an hbodylib file of a 6D surface.

void CImplicitSurfaceViewerDoc::Hbodylib6DVox ( )

Creates an hbodylib file, of a 6D surface.

void CImplicitSurfaceViewerDoc::HbodylibToLsq ( )

Converts an hbodylib .jnt file to LSQ fitting files, 3D parent, 2D morphed child.

void CImplicitSurfaceViewerDoc::Hierarchy ( )

Creates an LSQ fitting joint limits file, 3D quaternion surface first.

void CImplicitSurfaceViewerDoc::Hierarchy2D ( )

Creates an LSQ joint limits file, 2D Euler angle surface first.

void CImplicitSurfaceViewerDoc::Hierarchy2DMorphing ( )

Creates an LSQ joint limits file, 2D Euler angle surface first, with morphing on the child joint.

void CImplicitSurfaceViewerDoc::HierarchyMorphing ( )

Creates an LSQ joint limits file, 3D quaternion surface first, with morphing on the child joint.

void CImplicitSurfaceViewerDoc::IntermediateMorphingVoxelisation ( )

Creates an intermediate voxelisation to insert morphed surfaces.

void CImplicitSurfaceViewerDoc::MarchingCubes ( )

Performs a marching cubes on a voxelisation to determine the surface points.

void CImplicitSurfaceViewerDoc::MinMax ( )

Computes the min/max values of Euler angle data.

void CImplicitSurfaceViewerDoc::Miniballs ( )

Replaces each point by a tiny primitive.

afx_msg void CImplicitSurfaceViewerDoc::OnHbodylib3d3dMorph ( ) [protected]

Creates an hbodylib file, with two hierarchical 3D implicit surfaces, using morphing on the child joint.

BOOL CImplicitSurfaceViewerDoc::OnNewDocument ( ) [virtual]

void CImplicitSurfaceViewerDoc::PointsFromDepthData ( )

Sorts points from a depth map into a .dat file.

void CImplicitSurfaceViewerDoc::PrintDepthData ( )

Prints data of points of varying depth depending on their distance from the centre of mass.

void CImplicitSurfaceViewerDoc::RecentreTriangulation ( )

Translates a cloud of points and a mesh by the difference in centre of mass with respect to the original data.

void CImplicitSurfaceViewerDoc::RemovePointsInVox ( )

Remove points from inside in a voxelisation.

void CImplicitSurfaceViewerDoc::RemovePrimitives ( )

Function to remove certain primitives from an implicit surface.

void CImplicitSurfaceViewerDoc::Serialize ( CArchive & ar ) [virtual]

void CImplicitSurfaceViewerDoc::ShowData ( )

Displays data points.

void CImplicitSurfaceViewerDoc::ShowDepthData ( )

Displays data points with varying colours depending on their distance from the centre of mass.

void CImplicitSurfaceViewerDoc::ShowDoubleData ( )

Displays two sets of data of points.

void CImplicitSurfaceViewerDoc::ShowDoubleDataVox ( )

Displays two sets of data of points plus a voxelisation.

void CImplicitSurfaceViewerDoc::ShrinkWrapping ( )

Performs a Shrink Wrapping on data to determine the surface points.

void CImplicitSurfaceViewerDoc::SliceData ( )

Slices the data along an axis.

void CImplicitSurfaceViewerDoc::SliceMiddle ( )

Slices the data through the middle.

void CImplicitSurfaceViewerDoc::Surface3DTo2D ( )

Converts a 3D surface to 2D.

void CImplicitSurfaceViewerDoc::Surface3DTo3DZero ( )

Converts a 3D surface to 3D with a zero component.

void CImplicitSurfaceViewerDoc::SurfaceFromAlphaShape ( bool lGravity )

Extract surface points from the vertices of an alpha-complex shape, using the centre of gravity also if lGravity is true.

void CImplicitSurfaceViewerDoc::SurfaceWithMass ( )

Converts a surface to a file containing the centre of mass.

void CImplicitSurfaceViewerDoc::SurfaceWithMass2D ( )

Converts a 2D surface to a file containing the centre of mass.

void CImplicitSurfaceViewerDoc::SurfaceWithNormals ( )

Converts a 3D surface to a file containing the vertices and normals.

void CImplicitSurfaceViewerDoc::SurfaceWithNormals2D ( )

Converts a 2D surface to a file containing the vertices and normals.

void CImplicitSurfaceViewerDoc::UnderSample ( int sampling )

Undersamples a file and keeps only one point out of sampling.

void CImplicitSurfaceViewerDoc::VNT ( )

Generates the vertices, triangles and normals for a given implicit surface.

void CImplicitSurfaceViewerDoc::Variance ( )

Computes the variance and standard deviation between two point sets.

void CImplicitSurfaceViewerDoc::VisualiseVoxels ( )

Visualises a voxelisation.

void CImplicitSurfaceViewerDoc::VisualiseVoxelsAndSurfaces ( )

Visualises a voxelisation and implicit surface.

void CImplicitSurfaceViewerDoc::VoxelisationToSurface ( )

Transform voxelisation to implicit surface agglomeration.

void CImplicitSurfaceViewerDoc::Voxelise ( bool lRecursive )

Performs voxelisations of a set of points. Performs recursive subdivision of space if lRecursive is true.

void CImplicitSurfaceViewerDoc::Voxelise6D ( )

Performs voxelisations of a set of 6D points.

void CImplicitSurfaceViewerDoc::VoxeliseDouble ( bool lRecursive )

Performs voxelisations of a set of points, given that the data set is for double joints. Performs recursive subdivision of space if lRecursive is true.

void CImplicitSurfaceViewerDoc::VoxeliseDoubleReverse ( )

Performs voxelisations of a set of points, given that the data set is for double joints.

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Member Data Documentation

float CImplicitSurfaceViewerDoc::m_Alpha1

Parameter that forces the radius to be smaller than 1.0.

float CImplicitSurfaceViewerDoc::m_Alpha2

Parameter that forces the centre of a primitive to remain close to the centre of mass of the points.

double CImplicitSurfaceViewerDoc::m_Average

Average.

int CImplicitSurfaceViewerDoc::m_Axis

Nil axis for flat 3D implicit surface.

float CImplicitSurfaceViewerDoc::m_Beta1

Other parameter that forces the radius to be smaller than 1.0.

int CImplicitSurfaceViewerDoc::m_CellsInGrid

Grid size resolution for stereoradians.

bool CImplicitSurfaceViewerDoc::m_Check1

TRUE if the primitives with less than a given number of points are to be shrunk.

bool CImplicitSurfaceViewerDoc::m_Check2

TRUE if the primitives at a given distance from the centre of mass are to be shrunk.

bool CImplicitSurfaceViewerDoc::m_Check3

TRUE if the primitives at a given distance from the centre of mass and of a given radius are to be shrunk.

string CImplicitSurfaceViewerDoc::m_ChildJoint

Name of the child joint.

int CImplicitSurfaceViewerDoc::m_Connectivity

Default number of neighbours of a voxel that need to be filled.

double CImplicitSurfaceViewerDoc::m_DistanceFromCentre

Acceptable primitive to centre of mass distance.

int CImplicitSurfaceViewerDoc::m_Division

Number of depth map layers.

int CImplicitSurfaceViewerDoc::m_Divisions

Number of morphing interpolation steps.

int CImplicitSurfaceViewerDoc::m_FileFormat

File format of the points.

bool CImplicitSurfaceViewerDoc::m_Fit

TRUE if least-squares fitting is to be carried out.

int CImplicitSurfaceViewerDoc::m_Iterations

Number of iterations for least-squares fitting of an implicit surface.

int CImplicitSurfaceViewerDoc::m_Neighbours

Minimum number of connected neighbours that need to be filled in order for a voxel to be considered surrounded.

BOOL CImplicitSurfaceViewerDoc::m_OptimiseStiffness

TRUE if the stiffness of the primitive is to be optimised.

BOOL CImplicitSurfaceViewerDoc::m_OptimiseThickness

TRUE if the thickness of the primitive is to be optimised.

BOOL CImplicitSurfaceViewerDoc::m_OptimiseX

TRUE if the x co-ordinate of the primitive's centre is to be optimised.

BOOL CImplicitSurfaceViewerDoc::m_OptimiseY

TRUE if the y co-ordinate of the primitive's centre is to be optimised.

BOOL CImplicitSurfaceViewerDoc::m_OptimiseZ

TRUE if the z co-ordinate of the primitive's centre is to be optimised.

string CImplicitSurfaceViewerDoc::m_ParentJoint

Name of the parent joint.

int CImplicitSurfaceViewerDoc::m_Percent

Density percentage of the reference density that is acceptable for voxelisation.

int CImplicitSurfaceViewerDoc::m_RadiusPercentage

Acceptable radius percentage of a primitive with respect to the maximal point to centre of mass distance.

float CImplicitSurfaceViewerDoc::m_Resolution

Marching Cubes resolution.

int CImplicitSurfaceViewerDoc::m_Series

Series of iterations for least-squares.

int CImplicitSurfaceViewerDoc::m_ShrinkFactor

Shrink factor for the primitives.

BOOL CImplicitSurfaceViewerDoc::m_Split

TRUE if the primitives are to be sub-divided.

double CImplicitSurfaceViewerDoc::m_StandardDeviation

Standard deviation.

int CImplicitSurfaceViewerDoc::m_Steps

Number of fitting and sub-division steps.

double CImplicitSurfaceViewerDoc::m_Threshold

Threshold for stereoradians.

int CImplicitSurfaceViewerDoc::m_ThresholdPoints

Minimum number of points in an implicit surface for it not to be eliminated.

double CImplicitSurfaceViewerDoc::m_Variance

Variance of inter-point distance.

int CImplicitSurfaceViewerDoc::m_display_surface

TRUE if the implicit surface is to be displayed.

int CImplicitSurfaceViewerDoc::m_grid_size

Grid size resolution for Marching Cubes.

bool CImplicitSurfaceViewerDoc::m_hidden

TRUE if the mesh is to be viewed in wireframe.

double CImplicitSurfaceViewerDoc::m_isovalue

Iso-value of the implicit surface.

double CImplicitSurfaceViewerDoc::m_k_fixed

Fixed value of implicit surface stiffness.

int CImplicitSurfaceViewerDoc::m_nb_voxels

Number of voxels in the voxelisation.

double CImplicitSurfaceViewerDoc::m_stiffness

Voxelisation stiffness.

int CImplicitSurfaceViewerDoc::m_undersampling

Decimation ratio.

SoQtExaminerViewer * CImplicitSurfaceViewerDoc::myViewer

SoQt viewer.

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

• ImplicitSurfaceViewerDoc.h
• ImplicitSurfaceViewerDoc.cpp

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