The SoCallbackAction class invokes callbacks at specific nodes.This action has mechanisms for tracking traversal position and traversal state. In combination with the ability to pass geometry primitives to callback actions set by the user, this does for instance make it rather straightforward to extract the geometry of a scene graph. More...

#include <Inventor/actions/SoCallbackAction.h>

Inheritance diagram for SoCallbackAction:

Public Types
enum	Response { CONTINUE, ABORT, PRUNE }

typedef Response	SoCallbackActionCB(void userdata, SoCallbackAction action, const SoNode *node)

Public Types inherited from SoAction
enum	AppliedCode { NODE = 0, PATH = 1, PATH_LIST = 2 }

enum	PathCode { NO_PATH = 0, IN_PATH = 1, BELOW_PATH = 2, OFF_PATH = 3 }

Public Member Functions
virtual SoType	getTypeId (void) const

	SoCallbackAction (void)

	SoCallbackAction (const SbViewportRegion &vp)

virtual	~SoCallbackAction (void)

void	setViewportRegion (const SbViewportRegion &vp)

void	addPreCallback (const SoType type, SoCallbackActionCB cb, void userdata)

void	addPostCallback (const SoType type, SoCallbackActionCB cb, void userdata)

void	addPreTailCallback (SoCallbackActionCB cb, void userdata)

void	addPostTailCallback (SoCallbackActionCB cb, void userdata)

void	addTriangleCallback (const SoType type, SoTriangleCB cb, void userdata)

void	addLineSegmentCallback (const SoType type, SoLineSegmentCB cb, void userdata)

void	addPointCallback (const SoType type, SoPointCB cb, void userdata)

SoDecimationTypeElement::Type	getDecimationType (void) const

float	getDecimationPercentage (void) const

float	getComplexity (void) const

SoComplexity::Type	getComplexityType (void) const

int32_t	getNumCoordinates (void) const

const SbVec3f &	getCoordinate3 (const int index) const

const SbVec4f &	getCoordinate4 (const int index) const

SoDrawStyle::Style	getDrawStyle (void) const

unsigned short	getLinePattern (void) const

float	getLineWidth (void) const

float	getPointSize (void) const

const SbName &	getFontName (void) const

float	getFontSize (void) const

SoLightModel::Model	getLightModel (void) const

const SbVec3f &	getLightAttenuation (void) const

void	getMaterial (SbColor &ambient, SbColor &diffuse, SbColor &specular, SbColor &emission, float &shininess, float &transparency, const int index=0) const

SoMaterialBinding::Binding	getMaterialBinding (void) const

uint32_t	getNumNormals (void) const

const SbVec3f &	getNormal (const int index) const

SoNormalBinding::Binding	getNormalBinding (void) const

int32_t	getNumProfileCoordinates (void) const

const SbVec2f &	getProfileCoordinate2 (const int index) const

const SbVec3f &	getProfileCoordinate3 (const int index) const

const SoNodeList &	getProfile (void) const

SoShapeHints::VertexOrdering	getVertexOrdering (void) const

SoShapeHints::ShapeType	getShapeType (void) const

SoShapeHints::FaceType	getFaceType (void) const

float	getCreaseAngle (void) const

int32_t	getNumTextureCoordinates (void) const

const SbVec2f &	getTextureCoordinate2 (const int index) const

const SbVec3f &	getTextureCoordinate3 (const int index) const

const SbVec4f &	getTextureCoordinate4 (const int index) const

SoTextureCoordinateBinding::Binding	getTextureCoordinateBinding (void) const

const SbColor &	getTextureBlendColor (void) const

const unsigned char *	getTextureImage (SbVec2s &size, int &numcomps) const

const unsigned char *	getTextureImage (SbVec3s &size, int &numcomps) const

const SbMatrix &	getTextureMatrix (void) const

SoTexture2::Model	getTextureModel (void) const

SoTexture2::Wrap	getTextureWrapS (void) const

SoTexture2::Wrap	getTextureWrapT (void) const

SoTexture2::Wrap	getTextureWrapR (void) const

const SbMatrix &	getModelMatrix (void) const

SoUnits::Units	getUnits (void) const

float	getFocalDistance (void) const

const SbMatrix &	getProjectionMatrix (void) const

const SbMatrix &	getViewingMatrix (void) const

const SbViewVolume &	getViewVolume (void) const

const SbViewportRegion &	getViewportRegion (void) const

SoPickStyle::Style	getPickStyle (void) const

int32_t	getSwitch (void) const

Response	getCurrentResponse (void) const

void	invokePreCallbacks (const SoNode *const node)

void	invokePostCallbacks (const SoNode *const node)

void	invokeTriangleCallbacks (const SoShape const shape, const SoPrimitiveVertex const v1, const SoPrimitiveVertex const v2, const SoPrimitiveVertex const v3)

void	invokeLineSegmentCallbacks (const SoShape const shape, const SoPrimitiveVertex const v1, const SoPrimitiveVertex *const v2)

void	invokePointCallbacks (const SoShape const shape, const SoPrimitiveVertex const v)

SbBool	shouldGeneratePrimitives (const SoShape *shape) const

virtual SoNode *	getCurPathTail (void)

void	setCurrentNode (SoNode *const node)

void	setCallbackAll (SbBool callbackall)

SbBool	isCallbackAll (void) const

Public Member Functions inherited from SoAction
virtual	~SoAction (void)

virtual SbBool	isOfType (SoType type) const

virtual void	apply (SoNode *root)

virtual void	apply (SoPath *path)

virtual void	apply (const SoPathList &pathlist, SbBool obeysrules=FALSE)

void	apply (SoAction *beingApplied)

virtual void	invalidateState (void)

AppliedCode	getWhatAppliedTo (void) const

SoNode *	getNodeAppliedTo (void) const

SoPath *	getPathAppliedTo (void) const

const SoPathList *	getPathListAppliedTo (void) const

const SoPathList *	getOriginalPathListAppliedTo (void) const

SbBool	isLastPathListAppliedTo (void) const

PathCode	getPathCode (int &numindices, const int *&indices)

void	traverse (SoNode *const node)

SbBool	hasTerminated (void) const

const SoPath *	getCurPath (void)

SoState *	getState (void) const

PathCode	getCurPathCode (void) const

void	usePathCode (int &numindices, const int *&indices)

void	pushCurPath (const int childindex, SoNode *node=NULL)

void	popCurPath (const PathCode prevpathcode)

void	pushCurPath (void)

void	popPushCurPath (const int childindex, SoNode *node=NULL)

void	popCurPath (void)

void	switchToPathTraversal (SoPath *path)

void	switchToNodeTraversal (SoNode *node)

Static Public Member Functions
static SoType	getClassTypeId (void)

static void	addMethod (const SoType type, SoActionMethod method)

static void	enableElement (const SoType type, const int stackindex)

static void	initClass (void)

Static Public Member Functions inherited from SoAction
static void	initClass (void)

static void	initClasses (void)

static SoType	getClassTypeId (void)

static void	nullAction (SoAction action, SoNode node)

Protected Member Functions
virtual const SoEnabledElementsList &	getEnabledElements (void) const

virtual void	beginTraversal (SoNode *node)

Protected Member Functions inherited from SoAction
	SoAction (void)

virtual void	endTraversal (SoNode *node)

void	setTerminated (const SbBool flag)

virtual SbBool	shouldCompactPathList (void) const

Static Protected Member Functions
static SoEnabledElementsList *	getClassEnabledElements (void)

static SoActionMethodList *	getClassActionMethods (void)

Static Protected Member Functions inherited from SoAction
static SoEnabledElementsList *	getClassEnabledElements (void)

static SoActionMethodList *	getClassActionMethods (void)

Additional Inherited Members
Protected Attributes inherited from SoAction
SoState *	state

SoActionMethodList *	traversalMethods

Detailed Description

The SoCallbackAction class invokes callbacks at specific nodes.

This action has mechanisms for tracking traversal position and traversal state. In combination with the ability to pass geometry primitives to callback actions set by the user, this does for instance make it rather straightforward to extract the geometry of a scene graph.

You should be able to use this action for most of your "simple" traversal needs, instead of cooking up your own code, as the SoCallbackAction is rather flexible.

A common use of this action is to extract geometry of non-primitive shapes as triangles. A full-fledged example that demonstrates this on a scenegraph with two spheres follows:

#include <Inventor/SoDB.h>
#include <Inventor/SoPrimitiveVertex.h>
#include <Inventor/actions/SoCallbackAction.h>
#include <Inventor/nodes/SoCoordinate3.h>
#include <Inventor/nodes/SoIndexedFaceSet.h>
#include <Inventor/nodes/SoSeparator.h>
#include <Inventor/nodes/SoShape.h>
#include <Inventor/nodes/SoSphere.h>
#include <Inventor/nodes/SoTranslation.h>
static SoCoordinate3 * coord3 = NULL;
static SoIndexedFaceSet * ifs = NULL;
static int coord3idx = 0;
static void
triangle_cb(void * userdata, SoCallbackAction * action,
            const SoPrimitiveVertex * v1,
            const SoPrimitiveVertex * v2,
            const SoPrimitiveVertex * v3)
{
  const SbVec3f vtx[] = { v1->getPoint(), v2->getPoint(), v3->getPoint() };
  const SbMatrix mm = action->getModelMatrix();
  SbVec3f vx[3];
  for (int j=0; j < 3; j++) { mm.multVecMatrix(vtx[j], vx[j]); }
  // (This is sub-optimal -- should scan for the same vertex
  // coordinates already being present in the SoCoordinate3
  // node. We'll get lots of duplicate coordinates from this.)
  coord3->point.setNum(coord3->point.getNum() + 3);
  coord3->point.setValues(coord3idx, 3, vx);
  int32_t indices[] = { coord3idx, coord3idx + 1, coord3idx + 2, -1 };
  coord3idx += 3;
  int oldsize = ifs->coordIndex.getNum();
  ifs->coordIndex.setNum(oldsize + 4);
  ifs->coordIndex.setValues(oldsize, 4, indices);
  // (Note that it would likely be desirable to grab normal vectors,
  // materials and / or texture coordinates in a real-world
  // application. How to do this is not shown by the above code,
  // but it is not much different from the extraction of vertex
  // coordinates.)
}
int
main(void)
{
  SoDB::init();
  SoSeparator * root = new SoSeparator;
  root->addChild(new SoSphere);
  SoTranslation * trans = new SoTranslation;
  trans->translation.setValue(10, 0, 0);
  root->addChild(trans);
  SoSphere * ss = new SoSphere;
  ss->radius = 3;
  root->addChild(ss);
  root->ref();
  coord3 = new SoCoordinate3;
  coord3->point.setNum(0);
  ifs = new SoIndexedFaceSet;
  ifs->coordIndex.setNum(0);
  SoCallbackAction ca;
  ca.addTriangleCallback(SoShape::getClassTypeId(), triangle_cb, NULL);
  ca.apply(root);
  root->unref();
  // [the generated SoCoordinate3 and SoIndexedFaceSet nodes would now
  // typically be used in a scenegraph in a viewer, or written to disk
  // or something]
  return 0;
}

Member Typedef Documentation

Response SoCallbackAction::SoCallbackActionCB

Callback functions need to be of this type. node is at the current traversal point in the scene graph.

Member Enumeration Documentation

enum SoCallbackAction::Response

Response values for callback function.

Enumerator

CONTINUE

Continue traversal as usual.

ABORT

Abort traversal immediately. No other callbacks are called after this has been returned.

PRUNE

Don't do traversal of neither the current node (if returning from a pre-traversal callback) nor its children.

If returned from a pre-callback, the post-callbacks will still be called. If returned from a post-callback, the behaviour will be the same as for returning CONTINUE.

Constructor & Destructor Documentation

SoCallbackAction::SoCallbackAction ( void )

Default constructor. Will set the viewport to a standard viewport with size 640x512.

SoCallbackAction::SoCallbackAction ( const SbViewportRegion & vp )

Constructor which lets you specify the viewport.

This constructor is an extension versus the Open Inventor API.

SoCallbackAction::~SoCallbackAction ( void )

virtual

Destructor.

Member Function Documentation

SoType SoCallbackAction::getTypeId ( void ) const

virtual

Returns the type identification of an action derived from a class inheriting SoAction. This is used for run-time type checking and "downward" casting.

Usage example:

void bar(SoAction * action)
{
  if (action->getTypeId() == SoGLRenderAction::getClassTypeId()) {
    // safe downward cast, know the type
    SoGLRenderAction * glrender = (SoGLRenderAction *)action;
  }
  return; // ignore if not renderaction
}

For application programmers wanting to extend the library with new actions: this method needs to be overridden in all subclasses. This is typically done as part of setting up the full type system for extension classes, which is usually accomplished by using the pre-defined macros available through Inventor/nodes/SoSubAction.h: SO_ACTION_SOURCE, SO_ACTION_INIT_CLASS and SO_ACTION_CONSTRUCTOR.

For more information on writing Coin extensions, see the SoAction class documentation.

Returns the actual type id of an object derived from a class inheriting SoAction. Needs to be overridden in all subclasses.

Implements SoAction.

void SoCallbackAction::addMethod	(	const SoType	type,
		SoActionMethod	method
	)

static

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

void SoCallbackAction::enableElement	(	const SoType	type,
		const int	stackindex
	)

static

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

const SoEnabledElementsList & SoCallbackAction::getEnabledElements ( void ) const

protectedvirtual

Returns a list of the elements used by action instances of this class upon traversal operations.

Reimplemented from SoAction.

void SoCallbackAction::setViewportRegion ( const SbViewportRegion & vp )

Sets the viewport region for this action. When set, the viewport element is initialized right before a traversal starts, making it the current viewport.

This method is an extension versus the Open Inventor API.

void SoCallbackAction::addPreCallback	(	const SoType	type,
		SoCallbackActionCB *	cb,
		void *	userdata
	)

Set a function cb to call before every node of type is traversed. cb will be called with userdata.

void SoCallbackAction::addPostCallback	(	const SoType	type,
		SoCallbackActionCB *	cb,
		void *	userdata
	)

Set a function cb to call after every node of type has been traversed. cb will be called with userdata.

void SoCallbackAction::addPreTailCallback	(	SoCallbackActionCB *	cb,
		void *	userdata
	)

Set a function cb to call before the tail of a path is traversed. cb will be called with userdata.

void SoCallbackAction::addPostTailCallback	(	SoCallbackActionCB *	cb,
		void *	userdata
	)

Set a function cb to call after the tail of a path has been traversed. cb will be called with userdata.

void SoCallbackAction::addTriangleCallback	(	const SoType	type,
		SoTriangleCB *	cb,
		void *	userdata
	)

Set a function cb to call when traversing a node of type which generates triangle primitives for rendering. cb will be called with userdata.

void SoCallbackAction::addLineSegmentCallback	(	const SoType	type,
		SoLineSegmentCB *	cb,
		void *	userdata
	)

Set a function cb to call when traversing a node of type which generates line primitives for rendering. cb will be called with userdata.

void SoCallbackAction::addPointCallback	(	const SoType	type,
		SoPointCB *	cb,
		void *	userdata
	)

Set a function cb to call when traversing a node of type which generates single point primitives for rendering. cb will be called with userdata.

SoDecimationTypeElement::Type SoCallbackAction::getDecimationType ( void ) const

Returns current decimation type setting.

float SoCallbackAction::getDecimationPercentage ( void ) const

Returns current decimation percentage setting.

float SoCallbackAction::getComplexity ( void ) const

Returns current complexity setting.

SoComplexity::Type SoCallbackAction::getComplexityType ( void ) const

Returns current complexity type setting.

int32_t SoCallbackAction::getNumCoordinates ( void ) const

Returns current number of coordinates in the state.

const SbVec3f & SoCallbackAction::getCoordinate3 ( const int index ) const

Returns a coordinate triplet from the current state pool of coordinates.

const SbVec4f & SoCallbackAction::getCoordinate4 ( const int index ) const

Returns a coordinate quartuplet from the current state pool of coordinates.

SoDrawStyle::Style SoCallbackAction::getDrawStyle ( void ) const

Returns current draw style setting.

unsigned short SoCallbackAction::getLinePattern ( void ) const

Returns current line pattern setting.

float SoCallbackAction::getLineWidth ( void ) const

Returns current line width setting.

float SoCallbackAction::getPointSize ( void ) const

Returns current point size setting.

const SbName & SoCallbackAction::getFontName ( void ) const

Returns current fontname setting.

float SoCallbackAction::getFontSize ( void ) const

Returns current fontsize setting.

SoLightModel::Model SoCallbackAction::getLightModel ( void ) const

Returns current lightmodel setting.

const SbVec3f & SoCallbackAction::getLightAttenuation ( void ) const

Returns current light attenuation setting.

void SoCallbackAction::getMaterial	(	SbColor &	ambient,
		SbColor &	diffuse,
		SbColor &	specular,
		SbColor &	emission,
		float &	shininess,
		float &	transparency,
		const int	index = `0`
	)		const

Returns current material settings.

SoMaterialBinding::Binding SoCallbackAction::getMaterialBinding ( void ) const

Returns current materialbinding setting.

uint32_t SoCallbackAction::getNumNormals ( void ) const

Returns current number of normals in the state.

const SbVec3f & SoCallbackAction::getNormal ( const int index ) const

Returns the normal vectors at index from the current state.

SoNormalBinding::Binding SoCallbackAction::getNormalBinding ( void ) const

Returns current normalbinding setting.

int32_t SoCallbackAction::getNumProfileCoordinates ( void ) const

Returns current number of profile coordinates in the state.

const SbVec2f & SoCallbackAction::getProfileCoordinate2 ( const int index ) const

Returns current number of SbVec2f profile coordinates in the state.

const SbVec3f & SoCallbackAction::getProfileCoordinate3 ( const int index ) const

Returns current number of SbVec3f profile coordinates in the state.

const SoNodeList & SoCallbackAction::getProfile ( void ) const

Returns current list of profile nodes.

SoShapeHints::VertexOrdering SoCallbackAction::getVertexOrdering ( void ) const

Returns current vertexordering shapehint setting.

Please note that this is the vertex ordering set by the SoShapeHints node. If you want to find the vertex ordering for VRML nodes you'll need to read this directly from the ccw field in those nodes.

SoShapeHints::ShapeType SoCallbackAction::getShapeType ( void ) const

Returns current shapetype hint setting.

Please note that this is the shape type set by the SoShapeHints node. If you want to find the shape type for VRML nodes you'll need to read this directly from the solid field in those nodes.

SoShapeHints::FaceType SoCallbackAction::getFaceType ( void ) const

Returns current facetype hint setting.

Please note that this is the face type set by the SoShapeHints node. If you want to find the face type for VRML nodes you'll need to read this directly from the convex field in those nodes.

float SoCallbackAction::getCreaseAngle ( void ) const

Returns current creaseangle setting. Please note that this is the crease angle value set by the SoShapeHints node. If you want to find the crease angle for VRML nodes you'll need to read this directly from the creaseAngle field in those nodes.

int32_t SoCallbackAction::getNumTextureCoordinates ( void ) const

Returns current number of texture coordinates in the traversal state.

const SbVec2f & SoCallbackAction::getTextureCoordinate2 ( const int index ) const

Returns SbVec2f texture coordinate at index from the texture coordinate pool of the traversal state.

const SbVec3f & SoCallbackAction::getTextureCoordinate3 ( const int index ) const

Returns SbVec3f texture coordinate at index from the texture coordinate pool of the traversal state.

This function is an extension for Coin, and it is not available in the original SGI Open Inventor v2.1 API.

Since: Coin 2.0

const SbVec4f & SoCallbackAction::getTextureCoordinate4 ( const int index ) const

Returns SbVec4f texture coordinate at index from the texture coordinate pool of the traversal state.

SoTextureCoordinateBinding::Binding SoCallbackAction::getTextureCoordinateBinding ( void ) const

Returns current texturecoordinate binding setting.

const SbColor & SoCallbackAction::getTextureBlendColor ( void ) const

Returns current texture blend color setting.

const unsigned char * SoCallbackAction::getTextureImage	(	SbVec2s &	size,
		int &	numcomps
	)		const

Returns current texture image settings.

const unsigned char * SoCallbackAction::getTextureImage	(	SbVec3s &	size,
		int &	numcomps
	)		const

Returns current 3D texture image settings.

This function is an extension for Coin, and it is not available in the original SGI Open Inventor v2.1 API.

Since: Coin 2.0

const SbMatrix & SoCallbackAction::getTextureMatrix ( void ) const

Returns current texture transformation matrix setting.

SoTexture2::Model SoCallbackAction::getTextureModel ( void ) const

Returns current texturemapping model setting.

SoTexture2::Wrap SoCallbackAction::getTextureWrapS ( void ) const

Returns current texture wrapping setting for the S coordinate.

SoTexture2::Wrap SoCallbackAction::getTextureWrapT ( void ) const

Returns current texture wrapping setting for the T coordinate.

SoTexture2::Wrap SoCallbackAction::getTextureWrapR ( void ) const

Returns current texture wrapping setting for the R coordinate.

This function is an extension for Coin, and it is not available in the original SGI Open Inventor v2.1 API.

Since: Coin 2.0

const SbMatrix & SoCallbackAction::getModelMatrix ( void ) const

Returns current model matrix.

SoUnits::Units SoCallbackAction::getUnits ( void ) const

Returns current units setting.

float SoCallbackAction::getFocalDistance ( void ) const

Returns current camera focal distance setting.

const SbMatrix & SoCallbackAction::getProjectionMatrix ( void ) const

Returns current projection matrix.

const SbMatrix & SoCallbackAction::getViewingMatrix ( void ) const

Returns current viewing matrix.

const SbViewVolume & SoCallbackAction::getViewVolume ( void ) const

Returns current view volume setting.

const SbViewportRegion & SoCallbackAction::getViewportRegion ( void ) const

Returns current viewport region setting.

This method is an extension versus the Open Inventor API.

SoPickStyle::Style SoCallbackAction::getPickStyle ( void ) const

Returns current pickstyle setting.

int32_t SoCallbackAction::getSwitch ( void ) const

Returns last SoSwitch::whichChild setting during the traversal.

SoCallbackAction::Response SoCallbackAction::getCurrentResponse ( void ) const

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

void SoCallbackAction::invokePreCallbacks ( const SoNode *const node )

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Invoke all "pre traversal" callbacks.

void SoCallbackAction::invokePostCallbacks ( const SoNode *const node )

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Invoke all "post traversal" callbacks.

void SoCallbackAction::invokeTriangleCallbacks	(	const SoShape *const	shape,
		const SoPrimitiveVertex *const	v1,
		const SoPrimitiveVertex *const	v2,
		const SoPrimitiveVertex *const	v3
	)

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Invoke all "triangle generation" callbacks.

void SoCallbackAction::invokeLineSegmentCallbacks	(	const SoShape *const	shape,
		const SoPrimitiveVertex *const	v1,
		const SoPrimitiveVertex *const	v2
	)

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Invoke all "line segment generation" callbacks.

void SoCallbackAction::invokePointCallbacks	(	const SoShape *const	shape,
		const SoPrimitiveVertex *const	v
	)

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Invoke all "point" callbacks.

SbBool SoCallbackAction::shouldGeneratePrimitives ( const SoShape * shape ) const

This API member is considered internal to the library, as it is not likely to be of interest to the application programmer.

Check from the shape nodes whether or not to generate primitives from the complex shapes. If there are no callbacks attached to the node types, making the primitives would only be a waste of CPU.

SoNode * SoCallbackAction::getCurPathTail ( void )

virtual

Returns the current tail of the traversal path for the callback action.

Reimplemented from SoAction.

void SoCallbackAction::setCurrentNode ( SoNode *const node )

Used from nodes during traversal to keep a current node pointer in the action.

void SoCallbackAction::beginTraversal ( SoNode * node )

protectedvirtual

This virtual method is called from SoAction::apply(), and is the entry point for the actual scenegraph traversal.

It can be overridden to initialize the action at traversal start, for specific initializations in the action subclasses inheriting SoAction.

Default method just calls traverse(), which any overridden implementation of the method must do too (or call SoAction::beginTraversal()) to trigger the scenegraph traversal.

Reimplemented from SoAction.

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

SoCallbackAction.h
SoCallbackAction.cpp

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Static Protected Member Functions

Additional Inherited Members

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation