Classes
struct	PathPointSlicePosition

struct	ImageStatisticsForCSO

struct	PathPointsSegment
	Structure for handling path points segments. More...

struct	vectorXSort
	For sorting Vector3s according to their x-component. More...

struct	LineRenderSettings

Enumerations
enum	RelativeSlicePosition { SLICE_BELOW = 0 , SLICE_IN = 1 , SLICE_ABOVE = 2 }

Functions
ImageStatisticsForCSO	performImageStatistics (ml::CSO cso, SoSFMLImage image)
	Reads out the given image and performs image voxel value statistics for the given CSO. More...

void	setStatisticsToUserData (ml::CSO *cso, const ImageStatisticsForCSO &statistics, const std::string &viewerIdentifier="")
	Sets the given statistics to the CSO as user data. More...

void	setUserDataWithViewerId (ml::CSO *cso, const std::string &userDataName, const std::string &viewerIdentifier, const ml::Variant &value)

void	fillCrossingsVector (std::vector< std::vector< ml::Vector2 > > &crossingsVector, const std::vector< ml::Vector3 > &pathPoints, const ml::Vector3 &minBB, const ml::Vector3 &maxBB)
	Fills the given crossingsVector with crossings of rays in x-direction with the path points segments. More...

void	retrieveDicomTagData (SoSFMLImage *image, std::string &modality, float &rescaleIntercept, float &rescaleSlope)
	Fills the given variables with values obtained from DICOM tags. More...

ml::CSOBoundingBox	computeSlabBoundingBox (float deviceX, float deviceY, View2DSliceList *slicelist)
	Computes and returns the bounding box in voxel space of a slice at the given device position. More...

ml::CSOBoundingBox	computeSlabBoundingBox (int voxelZ, View2DSliceList *slicelist, int voxelAugmentInZ=0)
	Computes and returns the bounding box in voxel space of the given slice. More...

bool	isOnCurrentSlice (SoView2DCSOExtensibleEditor *editor, const CSODrawCSOInfos &csoDrawInfos, const CSODrawView2DInfos &view2DInfos)
	Returns whether the given CSO is visible on the current slice. More...

bool	isOnCurrentSlice (ml::CSO *cso, const CSODrawView2DInfos &view2DInfos)
	Returns whether the given CSO is visible on the current slice. More...

bool	isOnCurrentSlice (ml::CSO cso, View2DSliceList slicelist, const ml::Vector3 &sliceNormalWorld, SoCSOTransform *csoTransform)
	Returns whether the given CSO is visible on the current slice. More...

float	getParallelThicknessAbsoluteValue (View2DSliceList slicelist, ml::CSOVisualizationSettings vSettings)
	Returns the absolute value for the parallel thickness. More...

bool	isApproximatelyParallel (ml::CSO cso, View2DSliceList slicelist, float epsilon=-1)
	Returns whether the given CSO is parallel to the current 2D image considering the allowed thickness. More...

void	fillWorldSliceCrossings (const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, std::vector< CSOSliceCrossing > &belowSlicePositions, std::vector< CSOSliceCrossing > &inSlicePositions, std::vector< CSOSliceCrossing > &aboveSlicePositions)
	Fills the given vectors with positions below, in, and above the current slice. More...

void	getWorldSlicePlanes (const CSODrawView2DInfos &view2DInfos, ml::Plane &topPlane, ml::Plane &bottomPlane)
	Fills the given top/bottom planes with planes in world space that lies on top and on bottom of the current slice. More...

void	fillCrossingsOnePlaneCrossed (const ml::Plane &plane, const ml::Vector3 &lastPosition, const ml::Vector3 &currentPosition, CSOSliceCrossing &sliceCrossings, std::vector< CSOSliceCrossing > *crossings[3], int lastSlicePosition)
	Fills the crossings vector. More...

void	fillCrossingsBothPlanesCrossed (const ml::Plane &topPlane, const ml::Plane &bottomPlane, const ml::Vector3 &lastPosition, const ml::Vector3 &currentPosition, int relativePosition, CSOSliceCrossing &sliceCrossings, std::vector< CSOSliceCrossing > *crossings[3])
	Fills the crossings vector. More...

void	fillWorldToVoxelMatrix (const CSODrawView2DInfos &view2DInfos, ml::Matrix4 &worldToVoxelMatrix)
	Fills the given matrix with the slice's worldToVoxel matrix. More...

void	fillWorldToVoxelMatrix (const SoPointerPosition &pos, ml::Matrix4 &worldToVoxelMatrix)
	Fills the given matrix with the slice's worldToVoxel matrix. More...

void	fillWorldToVoxelMatrix (View2DSliceList *sliceList, ml::Matrix4 &worldToVoxelMatrix)
	Fills the given matrix with the sliceList's worldToVoxel matrix. More...

void	fillWorldToVoxelMatrix (const SbMatrix &inventorMatrix, ml::Matrix4 &worldToVoxelMatrix)
	Fills the given ML matrix with the given worldToVoxel Inventor matrix. More...

void	fillVoxelToWorldMatrix (const CSODrawView2DInfos &view2DInfos, ml::Matrix4 &voxelToWorldMatrix)
	Fills the given matrix with the slice's voxelToWorld matrix. More...

void	fillVoxelToWorldMatrix (const SoPointerPosition &pos, ml::Matrix4 &voxelToWorldMatrix)
	Fills the given matrix with the slice's voxelToWorld matrix. More...

void	fillVoxelToWorldMatrix (View2DSliceList *sliceList, ml::Matrix4 &voxelToWorldMatrix)
	Fills the given matrix with the sliceList's voxelToWorld matrix. More...

void	fillVoxelToWorldMatrix (const SbMatrix &inventorMatrix, ml::Matrix4 &voxelToWorldMatrix)
	Fills the given ML matrix with the given worldToVoxel Inventor matrix. More...

bool	isAbovePlane (const ml::Vector3 &worldPosition, const ml::Plane &plane)
	Returns whether the given point is above the given plane. More...

bool	evaluateHitPoint (const ml::Vector3 &worldPosition, View2DSliceList slicelist, ml::CSOList csoList, const ml::CSOBoundingBox &slabBB, const std::string &subType, SoView2DCSOExtensibleEditor editor, bool testSeedPoints, ml::CSO &localHitCSO, ml::CSOSeedPoint &localHitSeedPoint, ml::CSOPathPoints &localHitPathPoints, float &distanceToCSO)
	Returns whether a CSO was hit and fills the according structures. If subType is an empty string, it is not evaluated. More...

bool	isEligibleForPicking (ml::CSO cso, ml::CSOList csoList, const std::string &subType, View2DSliceList slicelist, SoView2DCSOExtensibleEditor editor)
	Returns whether the given CSO is eligible for picking. More...

bool	hasTransformation (ml::CSO cso, SoView2D viewer, SoView2DCSOExtensibleEditor *editor)
	Returns whether there exists a transformation between the CSO and the viewer. More...

bool	isInteractionAllowedBecauseOfRegistration (ml::CSO cso, SoView2D viewer, SoView2DCSOExtensibleEditor *editor)
	Returns whether any interaction is allowed because of registration information. More...

bool	shouldRenderCSODependingOnImageCreation (ml::CSO cso, SoView2DCSOExtensibleEditor editor, View2DSliceList *slicelist)
	Returns whether the given CSO should be rendered on the image depending whether it was created on it. More...

float	getSquaredDeviceDistance (const ml::Vector3 &worldPosition, View2DSliceList *slicelist, float dMouseX, float dMouseY)
	Returns the squared distance in device coordinates from the given world position to the given device position. More...

void	mapWorldToDevice (View2DSliceList *slicelist, const ml::Vector3 &worldPosition, float &devX, float &devY)
	Maps the given world position to device position. More...

float	getSquaredDeviceLineDistance (const ml::Vector3 &lineWorldStart, const ml::Vector3 &lineWorldEnd, View2DSliceList *slicelist, float dMouseX, float dMouseY)
	Returns the squared distance in device coordinates from the given line in world positions to the given device position. More...

bool	isOnSameSlab (const ml::CSOBoundingBox &slabBB, const ml::CSOBoundingBox &csoBB)
	Returns whether the two given voxel bounding boxes lie on the same slab. More...

bool	intersectsSlice (const ml::CSOBoundingBox &slabBB, const CSOVoxelSlab &csoBB)
	Returns whether the two given voxel bounding boxes lie on the same slab. More...

bool	areOnSamePlane (ml::CSO cso1, ml::CSO cso2, float epsilon=0.00001f)
	Returns whether the two given CSOs are lying on the same plane. More...

bool	areOnSamePlane (ml::CSO *cso, const ml::Vector3 &position, const ml::Vector3 &normal, float epsilon=0.00001f)
	Returns whether the given CSO and the point/normal are on the same plane. More...

void	drawLines (GLint lineMode, const std::vector< ml::Vector3 > &positions, const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, const SbVec2f &deviceOffset)
	Draws the given points as a line strip or loop, depending on the lineMode. More...

void	getRightmostSeedPointPosition (const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, float &deviceX, float &deviceY)
	Fills the device coordinates with the right most seed point position of the CSO in the viewer. More...

void	getRightMostPathPointPositionOnCurrentSlice (const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, float &deviceX, float &deviceY)
	Fills the device coordinates with the right most path point position projected on the current slice of the CSO in the viewer. More...

void	getRightmostSeedPointPositionAndVector (const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, float &deviceX, float &deviceY, float &deviceVX, float &deviceVY)
	Fills the device coordinates with the right most seed point position of the CSO (assumed to be a DistanceLine CSO with two seed points) in the viewer and the normalized direction of the distance line pointing to the right most point. More...

SbVec2f	convertDevicePositionToRelativeViewerPosition (View2DSlice *slice, const SbVec2f &deviceVector)
	Converts the given device position to a position relative to the viewer's size. More...

SbVec2f	convertRelativeViewerPositionToDevicePosition (View2DSlice *slice, const SbVec2f &relativeVector)
	Converts the given position relative to the viewer's size to a device position. More...

bool	mapWorldToDeviceViaVoxel (const CSODrawCSOInfos &csoInfos, const CSODrawView2DInfos &view2DInfos, const ml::Vector3 &position, float &deviceX, float &deviceY)
	Maps the given world position to device coordinates via voxel coordinate; z in voxel space is set to current slice. More...

void	setupGLAntiAlias (bool shouldUseAntiAliasing)
	Sets OpenGL antialiasing parameters. More...

void	restoreGLAntiAlias ()
	Undoes changes to OpenGL state applied by setupGLAntiAlias. More...

bool	enableGLStipplingIfNeeded (unsigned short pattern)
	Enables/disables GL stippling if pattern requires stippling (if pattern == 0xffff, stippling is disabled). More...

bool	isNearDeviceBoundingBox (View2DSliceList *slicelist, const ml::CSOBoundingBox &box, float selectionDistance, float dMouseX, float dMouseY)
	Returns if the mouse device position is near the given voxel bounding box in device coords. More...

Variables
static std::vector< float >	_lineBuffer
	Used to avoid reallocation on line rendering. More...

Enumeration Type Documentation

◆ RelativeSlicePosition

enum SoCSOEditorTools::RelativeSlicePosition

Enumerator
SLICE_BELOW
SLICE_IN
SLICE_ABOVE

Definition at line 35 of file SoCSOEditorTools.h.

Function Documentation

◆ areOnSamePlane() [1/2]

bool SoCSOEditorTools::areOnSamePlane	(	ml::CSO *	cso,
		const ml::Vector3 &	position,
		const ml::Vector3 &	normal,
		float	epsilon = `0.00001f`
	)

Returns whether the given CSO and the point/normal are on the same plane.

◆ areOnSamePlane() [2/2]

bool SoCSOEditorTools::areOnSamePlane	(	ml::CSO *	cso1,
		ml::CSO *	cso2,
		float	epsilon = `0.00001f`
	)

Returns whether the two given CSOs are lying on the same plane.

◆ computeSlabBoundingBox() [1/2]

ml::CSOBoundingBox SoCSOEditorTools::computeSlabBoundingBox	(	float	deviceX,
		float	deviceY,
		View2DSliceList *	slicelist
	)

Computes and returns the bounding box in voxel space of a slice at the given device position.

◆ computeSlabBoundingBox() [2/2]

ml::CSOBoundingBox SoCSOEditorTools::computeSlabBoundingBox	(	int	voxelZ,
		View2DSliceList *	slicelist,
		int	voxelAugmentInZ = `0`
	)

Computes and returns the bounding box in voxel space of the given slice.

◆ convertDevicePositionToRelativeViewerPosition()

SbVec2f SoCSOEditorTools::convertDevicePositionToRelativeViewerPosition	(	View2DSlice *	slice,
		const SbVec2f &	deviceVector
	)

Converts the given device position to a position relative to the viewer's size.

◆ convertRelativeViewerPositionToDevicePosition()

SbVec2f SoCSOEditorTools::convertRelativeViewerPositionToDevicePosition	(	View2DSlice *	slice,
		const SbVec2f &	relativeVector
	)

Converts the given position relative to the viewer's size to a device position.

◆ drawLines()

void SoCSOEditorTools::drawLines	(	GLint	lineMode,
		const std::vector< ml::Vector3 > &	positions,
		const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		const SbVec2f &	deviceOffset
	)

Draws the given points as a line strip or loop, depending on the lineMode.

Calls glVertex2f in device space for a given position. Adds an (optional) x/y offset to device position.

◆ enableGLStipplingIfNeeded()

bool SoCSOEditorTools::enableGLStipplingIfNeeded ( unsigned short pattern )

Enables/disables GL stippling if pattern requires stippling (if pattern == 0xffff, stippling is disabled).

◆ evaluateHitPoint()

bool SoCSOEditorTools::evaluateHitPoint	(	const ml::Vector3 &	worldPosition,
		View2DSliceList *	slicelist,
		ml::CSOList *	csoList,
		const ml::CSOBoundingBox &	slabBB,
		const std::string &	subType,
		SoView2DCSOExtensibleEditor *	editor,
		bool	testSeedPoints,
		ml::CSO *&	localHitCSO,
		ml::CSOSeedPoint *&	localHitSeedPoint,
		ml::CSOPathPoints *&	localHitPathPoints,
		float &	distanceToCSO
	)

Returns whether a CSO was hit and fills the according structures. If subType is an empty string, it is not evaluated.

◆ fillCrossingsBothPlanesCrossed()

void SoCSOEditorTools::fillCrossingsBothPlanesCrossed	(	const ml::Plane &	topPlane,
		const ml::Plane &	bottomPlane,
		const ml::Vector3 &	lastPosition,
		const ml::Vector3 &	currentPosition,
		int	relativePosition,
		CSOSliceCrossing &	sliceCrossings,
		std::vector< CSOSliceCrossing > *	crossings[3]
	)

Fills the crossings vector.

◆ fillCrossingsOnePlaneCrossed()

void SoCSOEditorTools::fillCrossingsOnePlaneCrossed	(	const ml::Plane &	plane,
		const ml::Vector3 &	lastPosition,
		const ml::Vector3 &	currentPosition,
		CSOSliceCrossing &	sliceCrossings,
		std::vector< CSOSliceCrossing > *	crossings[3],
		int	lastSlicePosition
	)

Fills the crossings vector.

◆ fillCrossingsVector()

void SoCSOEditorTools::fillCrossingsVector	(	std::vector< std::vector< ml::Vector2 > > &	crossingsVector,
		const std::vector< ml::Vector3 > &	pathPoints,
		const ml::Vector3 &	minBB,
		const ml::Vector3 &	maxBB
	)

Fills the given crossingsVector with crossings of rays in x-direction with the path points segments.

◆ fillVoxelToWorldMatrix() [1/4]

void SoCSOEditorTools::fillVoxelToWorldMatrix	(	const CSODrawView2DInfos &	view2DInfos,
		ml::Matrix4 &	voxelToWorldMatrix
	)

Fills the given matrix with the slice's voxelToWorld matrix.

◆ fillVoxelToWorldMatrix() [2/4]

void SoCSOEditorTools::fillVoxelToWorldMatrix	(	const SbMatrix &	inventorMatrix,
		ml::Matrix4 &	voxelToWorldMatrix
	)

Fills the given ML matrix with the given worldToVoxel Inventor matrix.

◆ fillVoxelToWorldMatrix() [3/4]

void SoCSOEditorTools::fillVoxelToWorldMatrix	(	const SoPointerPosition &	pos,
		ml::Matrix4 &	voxelToWorldMatrix
	)

Fills the given matrix with the slice's voxelToWorld matrix.

◆ fillVoxelToWorldMatrix() [4/4]

void SoCSOEditorTools::fillVoxelToWorldMatrix	(	View2DSliceList *	sliceList,
		ml::Matrix4 &	voxelToWorldMatrix
	)

Fills the given matrix with the sliceList's voxelToWorld matrix.

◆ fillWorldSliceCrossings()

void SoCSOEditorTools::fillWorldSliceCrossings	(	const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		std::vector< CSOSliceCrossing > &	belowSlicePositions,
		std::vector< CSOSliceCrossing > &	inSlicePositions,
		std::vector< CSOSliceCrossing > &	aboveSlicePositions
	)

Fills the given vectors with positions below, in, and above the current slice.

Crossing points are also added to the vectors.

◆ fillWorldToVoxelMatrix() [1/4]

void SoCSOEditorTools::fillWorldToVoxelMatrix	(	const CSODrawView2DInfos &	view2DInfos,
		ml::Matrix4 &	worldToVoxelMatrix
	)

Fills the given matrix with the slice's worldToVoxel matrix.

◆ fillWorldToVoxelMatrix() [2/4]

void SoCSOEditorTools::fillWorldToVoxelMatrix	(	const SbMatrix &	inventorMatrix,
		ml::Matrix4 &	worldToVoxelMatrix
	)

Fills the given ML matrix with the given worldToVoxel Inventor matrix.

◆ fillWorldToVoxelMatrix() [3/4]

void SoCSOEditorTools::fillWorldToVoxelMatrix	(	const SoPointerPosition &	pos,
		ml::Matrix4 &	worldToVoxelMatrix
	)

Fills the given matrix with the slice's worldToVoxel matrix.

◆ fillWorldToVoxelMatrix() [4/4]

void SoCSOEditorTools::fillWorldToVoxelMatrix	(	View2DSliceList *	sliceList,
		ml::Matrix4 &	worldToVoxelMatrix
	)

Fills the given matrix with the sliceList's worldToVoxel matrix.

◆ getParallelThicknessAbsoluteValue()

float SoCSOEditorTools::getParallelThicknessAbsoluteValue	(	View2DSliceList *	slicelist,
		ml::CSOVisualizationSettings *	vSettings
	)

Returns the absolute value for the parallel thickness.

◆ getRightMostPathPointPositionOnCurrentSlice()

void SoCSOEditorTools::getRightMostPathPointPositionOnCurrentSlice	(	const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		float &	deviceX,
		float &	deviceY
	)

Fills the device coordinates with the right most path point position projected on the current slice of the CSO in the viewer.

◆ getRightmostSeedPointPosition()

void SoCSOEditorTools::getRightmostSeedPointPosition	(	const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		float &	deviceX,
		float &	deviceY
	)

Fills the device coordinates with the right most seed point position of the CSO in the viewer.

◆ getRightmostSeedPointPositionAndVector()

void SoCSOEditorTools::getRightmostSeedPointPositionAndVector	(	const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		float &	deviceX,
		float &	deviceY,
		float &	deviceVX,
		float &	deviceVY
	)

Fills the device coordinates with the right most seed point position of the CSO (assumed to be a DistanceLine CSO with two seed points) in the viewer and the normalized direction of the distance line pointing to the right most point.

◆ getSquaredDeviceDistance()

float SoCSOEditorTools::getSquaredDeviceDistance	(	const ml::Vector3 &	worldPosition,
		View2DSliceList *	slicelist,
		float	dMouseX,
		float	dMouseY
	)

Returns the squared distance in device coordinates from the given world position to the given device position.

◆ getSquaredDeviceLineDistance()

float SoCSOEditorTools::getSquaredDeviceLineDistance	(	const ml::Vector3 &	lineWorldStart,
		const ml::Vector3 &	lineWorldEnd,
		View2DSliceList *	slicelist,
		float	dMouseX,
		float	dMouseY
	)

Returns the squared distance in device coordinates from the given line in world positions to the given device position.

◆ getWorldSlicePlanes()

void SoCSOEditorTools::getWorldSlicePlanes	(	const CSODrawView2DInfos &	view2DInfos,
		ml::Plane &	topPlane,
		ml::Plane &	bottomPlane
	)

Fills the given top/bottom planes with planes in world space that lies on top and on bottom of the current slice.

◆ hasTransformation()

bool SoCSOEditorTools::hasTransformation	(	ml::CSO *	cso,
		SoView2D *	viewer,
		SoView2DCSOExtensibleEditor *	editor
	)

Returns whether there exists a transformation between the CSO and the viewer.

◆ intersectsSlice()

bool SoCSOEditorTools::intersectsSlice	(	const ml::CSOBoundingBox &	slabBB,
		const CSOVoxelSlab &	csoBB
	)

Returns whether the two given voxel bounding boxes lie on the same slab.

◆ isAbovePlane()

bool SoCSOEditorTools::isAbovePlane	(	const ml::Vector3 &	worldPosition,
		const ml::Plane &	plane
	)

Returns whether the given point is above the given plane.

◆ isApproximatelyParallel()

bool SoCSOEditorTools::isApproximatelyParallel	(	ml::CSO *	cso,
		View2DSliceList *	slicelist,
		float	epsilon = `-1`
	)

Returns whether the given CSO is parallel to the current 2D image considering the allowed thickness.

◆ isEligibleForPicking()

bool SoCSOEditorTools::isEligibleForPicking	(	ml::CSO *	cso,
		ml::CSOList *	csoList,
		const std::string &	subType,
		View2DSliceList *	slicelist,
		SoView2DCSOExtensibleEditor *	editor
	)

Returns whether the given CSO is eligible for picking.

◆ isInteractionAllowedBecauseOfRegistration()

bool SoCSOEditorTools::isInteractionAllowedBecauseOfRegistration	(	ml::CSO *	cso,
		SoView2D *	viewer,
		SoView2DCSOExtensibleEditor *	editor
	)

Returns whether any interaction is allowed because of registration information.

◆ isNearDeviceBoundingBox()

bool SoCSOEditorTools::isNearDeviceBoundingBox	(	View2DSliceList *	slicelist,
		const ml::CSOBoundingBox &	box,
		float	selectionDistance,
		float	dMouseX,
		float	dMouseY
	)

Returns if the mouse device position is near the given voxel bounding box in device coords.

◆ isOnCurrentSlice() [1/3]

bool SoCSOEditorTools::isOnCurrentSlice	(	ml::CSO *	cso,
		const CSODrawView2DInfos &	view2DInfos
	)

Returns whether the given CSO is visible on the current slice.

◆ isOnCurrentSlice() [2/3]

bool SoCSOEditorTools::isOnCurrentSlice	(	ml::CSO *	cso,
		View2DSliceList *	slicelist,
		const ml::Vector3 &	sliceNormalWorld,
		SoCSOTransform *	csoTransform
	)

Returns whether the given CSO is visible on the current slice.

◆ isOnCurrentSlice() [3/3]

bool SoCSOEditorTools::isOnCurrentSlice	(	SoView2DCSOExtensibleEditor *	editor,
		const CSODrawCSOInfos &	csoDrawInfos,
		const CSODrawView2DInfos &	view2DInfos
	)

Returns whether the given CSO is visible on the current slice.

◆ isOnSameSlab()

bool SoCSOEditorTools::isOnSameSlab	(	const ml::CSOBoundingBox &	slabBB,
		const ml::CSOBoundingBox &	csoBB
	)

Returns whether the two given voxel bounding boxes lie on the same slab.

◆ mapWorldToDevice()

void SoCSOEditorTools::mapWorldToDevice	(	View2DSliceList *	slicelist,
		const ml::Vector3 &	worldPosition,
		float &	devX,
		float &	devY
	)

Maps the given world position to device position.

◆ mapWorldToDeviceViaVoxel()

bool SoCSOEditorTools::mapWorldToDeviceViaVoxel	(	const CSODrawCSOInfos &	csoInfos,
		const CSODrawView2DInfos &	view2DInfos,
		const ml::Vector3 &	position,
		float &	deviceX,
		float &	deviceY
	)

Maps the given world position to device coordinates via voxel coordinate; z in voxel space is set to current slice.

This method transforms the given position if view2DInfos contains a SoCSOTransform.

◆ performImageStatistics()

ImageStatisticsForCSO SoCSOEditorTools::performImageStatistics	(	ml::CSO *	cso,
		SoSFMLImage *	image
	)

Reads out the given image and performs image voxel value statistics for the given CSO.

Returns a struct with the computed information. Make sure that the CSO is either an area (closed, in-plane) or a point.

◆ restoreGLAntiAlias()

void SoCSOEditorTools::restoreGLAntiAlias ( )

Undoes changes to OpenGL state applied by setupGLAntiAlias.

◆ retrieveDicomTagData()

void SoCSOEditorTools::retrieveDicomTagData	(	SoSFMLImage *	image,
		std::string &	modality,
		float &	rescaleIntercept,
		float &	rescaleSlope
	)

Fills the given variables with values obtained from DICOM tags.

◆ setStatisticsToUserData()

void SoCSOEditorTools::setStatisticsToUserData	(	ml::CSO *	cso,
		const ImageStatisticsForCSO &	statistics,
		const std::string &	viewerIdentifier = `""`
	)

Sets the given statistics to the CSO as user data.

◆ setupGLAntiAlias()

void SoCSOEditorTools::setupGLAntiAlias ( bool shouldUseAntiAliasing )

Sets OpenGL antialiasing parameters.

◆ setUserDataWithViewerId()

void SoCSOEditorTools::setUserDataWithViewerId	(	ml::CSO *	cso,
		const std::string &	userDataName,
		const std::string &	viewerIdentifier,
		const ml::Variant &	value
	)

◆ shouldRenderCSODependingOnImageCreation()

bool SoCSOEditorTools::shouldRenderCSODependingOnImageCreation	(	ml::CSO *	cso,
		SoView2DCSOExtensibleEditor *	editor,
		View2DSliceList *	slicelist
	)

Returns whether the given CSO should be rendered on the image depending whether it was created on it.

Variable Documentation

◆ _lineBuffer

std::vector<float> SoCSOEditorTools::_lineBuffer

static

Used to avoid reallocation on line rendering.

Definition at line 237 of file SoCSOEditorTools.h.

Classes

Enumerations

Functions

Variables

Enumeration Type Documentation

◆ RelativeSlicePosition

Function Documentation

◆ areOnSamePlane() [1/2]

◆ areOnSamePlane() [2/2]

◆ computeSlabBoundingBox() [1/2]

◆ computeSlabBoundingBox() [2/2]

◆ convertDevicePositionToRelativeViewerPosition()

◆ convertRelativeViewerPositionToDevicePosition()

◆ drawLines()

◆ enableGLStipplingIfNeeded()

◆ evaluateHitPoint()

◆ fillCrossingsBothPlanesCrossed()

◆ fillCrossingsOnePlaneCrossed()

◆ fillCrossingsVector()

◆ fillVoxelToWorldMatrix() [1/4]

◆ fillVoxelToWorldMatrix() [2/4]

◆ fillVoxelToWorldMatrix() [3/4]

◆ fillVoxelToWorldMatrix() [4/4]

◆ fillWorldSliceCrossings()

◆ fillWorldToVoxelMatrix() [1/4]

◆ fillWorldToVoxelMatrix() [2/4]

◆ fillWorldToVoxelMatrix() [3/4]

◆ fillWorldToVoxelMatrix() [4/4]

◆ getParallelThicknessAbsoluteValue()

◆ getRightMostPathPointPositionOnCurrentSlice()

◆ getRightmostSeedPointPosition()

◆ getRightmostSeedPointPositionAndVector()

◆ getSquaredDeviceDistance()

◆ getSquaredDeviceLineDistance()

◆ getWorldSlicePlanes()

◆ hasTransformation()

◆ intersectsSlice()

◆ isAbovePlane()

◆ isApproximatelyParallel()

◆ isEligibleForPicking()

◆ isInteractionAllowedBecauseOfRegistration()

◆ isNearDeviceBoundingBox()

◆ isOnCurrentSlice() [1/3]

◆ isOnCurrentSlice() [2/3]

◆ isOnCurrentSlice() [3/3]

◆ isOnSameSlab()

◆ mapWorldToDevice()

◆ mapWorldToDeviceViaVoxel()

◆ performImageStatistics()

◆ restoreGLAntiAlias()

◆ retrieveDicomTagData()

◆ setStatisticsToUserData()

◆ setupGLAntiAlias()

◆ setUserDataWithViewerId()

◆ shouldRenderCSODependingOnImageCreation()

Variable Documentation

◆ _lineBuffer