VRS::RayRequest Class Reference

#include <vrs/rayrequest.h>

Inheritance diagram for VRS::RayRequest:

List of all members.

Public Member Functions
	VRS_TYPEINFO (RayRequest, TechniqueProcessor)
	RayRequest (RayRequestTechnique::RQMode mode=RayRequestTechnique::All, Filter *filter=NULL, const Ray &=Ray(), RayRequestTechnique::RQType rayType=RayRequestTechnique::Clip)
void	setRay (const Ray &ray, RayRequestTechnique::RQType rayType=RayRequestTechnique::Clip)
Ray	getRay () const
void	setMode (RayRequestTechnique::RQMode m)
RayRequestTechnique::RQMode	getMode () const
int	results () const
IntersectionInfo *	result (int i=0) const
void	clear ()
virtual const Handler *	getNativeHandler (Engine *, const ID &) const
virtual bool	handleNatively (Engine *, const Shape *, const Handler *)
Static Public Member Functions
static SO< FilterTag >	disableRayIntersectionTag ()
static void	pushHint (int hint)
static void	popHint ()
static bool	hasHint ()
static int	getHint ()
Protected Member Functions
virtual void	pushStandardTechniques (Engine *)
virtual void	popStandardTechniques (Engine *)
virtual SO< Filter >	getTechniqueFilter () const

---

Constructor & Destructor Documentation

VRS::RayRequest::RayRequest	(	RayRequestTechnique::RQMode	mode = RayRequestTechnique::All,
		Filter *	filter = NULL,
		const Ray &	= Ray(),
		RayRequestTechnique::RQType	rayType = RayRequestTechnique::Clip
	)

---

Member Function Documentation

VRS::RayRequest::VRS_TYPEINFO	(	RayRequest	,
		TechniqueProcessor
	)

void VRS::RayRequest::setRay	(	const Ray &	ray,
		RayRequestTechnique::RQType	rayType = RayRequestTechnique::Clip
	)			[inline]

Ray VRS::RayRequest::getRay

(

)

const [inline]

The ray to be intersected can be specified in clip, object or world coordinates. The ray is transformed to object coordinates when applied to a shape, so the fastest way is to specify the ray in object coordinates.

void VRS::RayRequest::setMode

(

RayRequestTechnique::RQMode

m

)

[inline]

RayRequestTechnique::RQMode VRS::RayRequest::getMode

(

)

const [inline]

Specifies the request mode, one of All, Nearest, Furthest or DoNothing.

int VRS::RayRequest::results

(

)

const [inline]

IntersectionInfo * VRS::RayRequest::result

(

int

i = 0

)

const [inline]

void VRS::RayRequest::clear

(

void

)

[inline]

'results' returns the number of results achieved, i.e. the number of intersections with specified shapes in the specified mode. The result list is cleared when the engine starts.

static SO<FilterTag> VRS::RayRequest::disableRayIntersectionTag

(

)

[static]

virtual const Handler* VRS::RayRequest::getNativeHandler	(	Engine *	,
		const ID &
	)			const [virtual]

determines whether there is a rayintersector for the shape of type ID, in case it returns the ray intersector.

Implements VRS::TechniqueProcessor.

virtual bool VRS::RayRequest::handleNatively	(	Engine *	,
		const Shape *	,
		const Handler *
	)			[virtual]

evaluate the shape using the rayintersector returned by haveNativeHandler.

Implements VRS::TechniqueProcessor.

static void VRS::RayRequest::pushHint

(

int

hint

)

[static]

static void VRS::RayRequest::popHint

(

)

[static]

static bool VRS::RayRequest::hasHint

(

)

[static]

static int VRS::RayRequest::getHint

(

)

[static]

virtual void VRS::RayRequest::pushStandardTechniques

(

Engine *

)

[protected, virtual]

Meant to be overwriten by subclasses. The TechniqueProcessor itself pushes a MainTechnique and a PosttraversalTechnique.

Reimplemented from VRS::TechniqueProcessor.

virtual void VRS::RayRequest::popStandardTechniques

(

Engine *

)

[protected, virtual]

Meant to be overwriten by subclasses. Techniques pushed in "pushStandardTechniques" should be popped here.

Reimplemented from VRS::TechniqueProcessor.

virtual SO<Filter> VRS::RayRequest::getTechniqueFilter

(

)

const [protected, virtual]

Reimplemented from VRS::TechniqueProcessor.

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

• rayrequest.h