MLVesselEdgeWrapper Class Reference

#include <mlVesselEdgeWrapper.h>

Inherits MLBaseGraphItemWrapper.

Public Slots
virtual void	copyProperties (MLVesselEdgeWrapper *edge)
size_t	numSkeletons () const
QVariantList	getSkeletons ()
MLSkeletonWrapper *	createSkeleton (QList< double > pos)
void	clearSkeletons ()
void	orderSkeletonsAscending ()
QVariantList	getDistanceAndNearestSkeletonIndex (QVariantList pos)
QVariantList	getSiblings ()
MLVesselNodeWrapper *	getStartNode ()
MLVesselNodeWrapper *	getEndNode ()
bool	isCycle ()
void	smooth (unsigned int numSmoothingPasses, float smoothingLimit=0.0f)
void	createLineSkeletons ()
void	switchDirection ()
Public Slots inherited from MLBaseGraphItemWrapper
qint64	getId () const
qint64	getRootId () const
void	setRootId (qint64 id)
Public Slots inherited from MLPropertyContainerWrapper
virtual void	copyProperties (QObject *wrapper)
QVariantMap	getProperties ()
QVariant	getProperty (const QString &name)
void	setProperty (const QString &name, QVariant value)
size_t	getPropertyIndex (const QString &name)
QVariant	getProperty (size_t index)
void	setProperty (size_t index, QVariant value)
size_t	createPropertyDouble (const QString &name, double defaultValue)
size_t	createPropertyUInt8 (const QString &name, long defaultValue)
size_t	createPropertyInt32 (const QString &name, long defaultValue)
size_t	createPropertyVector3 (const QString &name, QVariantList pos)
void	removeProperty (const QString &name)

Additional Inherited Members
Properties inherited from MLBaseGraphItemWrapper
qint64	id
qint64	rootId
Properties inherited from MLPropertyContainerWrapper
QVariantMap	properties

Detailed Description

A class that wraps VesselEdge objects for use in Scripting.

Member Function Documentation

clearSkeletons

void MLVesselEdgeWrapper::clearSkeletons ( )

slot

Clears all skeletons for this edge.

copyProperties

virtual void MLVesselEdgeWrapper::copyProperties ( MLVesselEdgeWrapper * edge )

virtualslot

Copy all properties (topology information is left unchanged).

createLineSkeletons

void MLVesselEdgeWrapper::createLineSkeletons ( )

slot

Creates new skeleton between the two nodes on the edge using Bresenham 3D on the voxel grid.

The minDistance of the two nodes is interpolated and set on the skeletons. This clears any existing skeletons.

createSkeleton

MLSkeletonWrapper * MLVesselEdgeWrapper::createSkeleton ( QList< double > pos )

slot

Add another skeleton object at the given position.

getDistanceAndNearestSkeletonIndex

QVariantList MLVesselEdgeWrapper::getDistanceAndNearestSkeletonIndex ( QVariantList pos )

slot

Get the distance to and the index of the nearest skeleton voxel at the given position.

getEndNode

MLVesselNodeWrapper * MLVesselEdgeWrapper::getEndNode ( )

slot

Get the end node of this edge.

getSiblings

QVariantList MLVesselEdgeWrapper::getSiblings ( )

slot

Returns all the edges that originate at the same node as this edge (not including this edge) as MLVesselEdgeWrapper.

getSkeletons

QVariantList MLVesselEdgeWrapper::getSkeletons ( )

slot

Get list of skeleton objects (as MLSkeletonWrapper objects) for this edge.

getStartNode

MLVesselNodeWrapper * MLVesselEdgeWrapper::getStartNode ( )

slot

Get the starting node of this edge.

isCycle

bool MLVesselEdgeWrapper::isCycle ( )

slot

Does this edge belong to a cycle in the graph?

numSkeletons

size_t MLVesselEdgeWrapper::numSkeletons ( ) const

slot

Get number of skeleton objects for this edge.

orderSkeletonsAscending

void MLVesselEdgeWrapper::orderSkeletonsAscending ( )

slot

Order skeleton objects in ascending order (from start node to end node)

smooth

void MLVesselEdgeWrapper::smooth ( unsigned int numSmoothingPasses, float smoothingLimit = 0.0f )

slot

Smooths the skeletons' positions and radii.

No smoothing is done if a smoothing factor is 0 (or the number of smoothing passes = 0), smoothingLimit defines the maximal allowed displacement of skeletons (relative to minimal voxel extension), smoothingLimit = 0.0 means no limit.

switchDirection

void MLVesselEdgeWrapper::switchDirection ( )

slot

Change direction of the edge by exchanging starting and end node.