#include <BALL/VIEW/RENDERING/RENDERERS/rtfactRenderer.h>

Inheritance diagram for BALL::VIEW::RTfactRenderer:

Classes
class	RTfactData

Public Member Functions
	RTfactRenderer ()
	Default Constructor.
virtual	~RTfactRenderer ()
	Destructor.
virtual bool	hasFPScounter ()
virtual double	getFPS ()
virtual bool	init (Scene &scene)
virtual String	getRenderer ()
virtual void	formatUpdated ()
virtual GeometricObject *	pickObject (Position x, Position y)
virtual void	pickObjects (Position x1, Position y1, Position x2, Position y2, std::list< GeometricObject * > &objects)
virtual void	setSize (float width, float height)
	Set the size of the display.
virtual void	setupStereo (float eye_separation, float focal_length)
virtual void	getFrustum (float &near_f, float &far_f, float &left_f, float &right_f, float &top_f, float &bottom_f)
virtual void	setFrustum (float near_f, float far_f, float left_f, float right_f, float top_f, float bottom_f)
virtual void	prepareBufferedRendering (const Stage &stage)
virtual void	renderToBufferImpl (FrameBufferPtr buffer)
virtual void	useContinuousLoop (bool use_loop)
void	bufferRepresentation (const Representation &rep)
void	bufferRepresentationDynamic (const Representation &rep)
void	removeRepresentation (const Representation &rep)
void	setLights (bool reset_all=false)
	Set the light sources according to the stage.
void	updateCamera (const Camera *camera=0)
void	updateBackgroundColor ()
	Update the background color from the stage.
void	setupEnvironmentMap (const QImage &image)
	Setup an environment map.
void	updateMaterialForRepresentation (Representation const *rep)
void	transformTube (const TwoColoredTube &tube, float *trafo)
void	transformLine (const TwoColoredLine &line, float *trafo)
void	updateMaterialFromStage (RTpieCpp::AppearanceHandle &material)
void	convertMaterial (Stage::Material const &rt_material, RTpieCpp::AppearanceHandle &material)
virtual std::vector< float >	intersectRaysWithGeometry (const std::vector< Vector3 > &origins, const std::vector< Vector3 > &directions)
Public Member Functions inherited from BALL::VIEW::RaytracingRenderer
virtual bool	supports (const PixelFormat &format) const
virtual Resolution	getSupportedResolution (const Resolution &min, const Resolution &max, const PixelFormat &format) const
Public Member Functions inherited from BALL::VIEW::BufferedRenderer
	BufferedRenderer ()
bool	setFrameBufferFormat (const FrameBufferFormat &format)
void	renderToBuffer (RenderTarget *renderTarget, const Stage &stage)
virtual void	setOffset (Size offset)
virtual void	setStride (Size stride)
Public Member Functions inherited from BALL::VIEW::Renderer
	Renderer ()
	Renderer (const Renderer &renderer)
virtual	~Renderer ()
virtual void	clear ()
virtual bool	init (const Stage &stage, float height, float width)
bool	isContinuous ()
virtual bool	finish ()
virtual Vector3	mapViewportTo3D (Position x, Position y)
virtual Vector2	map3DToViewport (const Vector3 &vec)
virtual bool	renderOneRepresentation (const Representation &representation)
virtual const Stage &	getStage () const
virtual void	setStage (const Stage &stage)
bool	hasStage () const
	Test if a Stage was assigned to the Renderer.
virtual float	getWidth () const
virtual float	getHeight () const
virtual void	setPreviewMode (bool show_preview)
virtual void	showLightSources (bool show_light_sources)
virtual void	renderRuler ()
virtual void	setStereoMode (StereoMode state)
virtual StereoMode	getStereoMode () const
virtual void	setStereoFrustumConversion (int width_factor, int height_factor)
bool	operator== (const Renderer &) const
virtual void	render_ (const GeometricObject *object)
	Wrapper for the renderering of special GeometricObjects.

Additional Inherited Members
Public Types inherited from BALL::VIEW::Renderer
enum	StereoMode { NO_STEREO = 0 , ACTIVE_STEREO , DUAL_VIEW_STEREO , DUAL_VIEW_DIFFERENT_DISPLAY_STEREO , TOP_BOTTOM_STEREO , INTERLACED_STEREO }
Protected Member Functions inherited from BALL::VIEW::RaytracingRenderer
virtual bool	supports (const FrameBufferFormat &format) const
Protected Member Functions inherited from BALL::VIEW::BufferedRenderer
const FrameBufferFormat &	getFrameBufferFormat () const
virtual void	renderClippingPlane_ (const ClippingPlane &)
virtual void	renderLabel_ (const Label &)
virtual void	renderLine_ (const Line &)
	Render a line.
virtual void	renderMultiLine_ (const MultiLine &)
	Render an illuminated line.
virtual void	renderMesh_ (const Mesh &)
	Render a surface mesh.
virtual void	renderPoint_ (const Point &)
	Render a single point.
virtual void	renderBox_ (const Box &)
	Render a box.
virtual void	renderSimpleBox_ (const SimpleBox &)
	Render a simple box (parallel to the axes).
virtual void	renderSphere_ (const Sphere &)
	Render a sphere.
virtual void	renderDisc_ (const Disc &)
	Render a disc.
virtual void	renderTube_ (const Tube &)
	Render a tube.
virtual void	renderTwoColoredLine_ (const TwoColoredLine &)
	Render a line with two colors.
virtual void	renderTwoColoredTube_ (const TwoColoredTube &)
	Render a tube with two colors.
virtual void	renderGridVisualisation_ (const GridVisualisation &)
	Render a grid.
virtual void	renderQuadMesh_ (const QuadMesh &)
	Render a quad mesh.
Protected Attributes inherited from BALL::VIEW::BufferedRenderer
Size	offset_
Size	stride_
Scene *	scene_
const Stage *	stage_
float	width_
float	height_
bool	show_preview_
float	volume_width_
bool	show_light_sources_
Camera	camera_
Vector3	camera_offset_
bool	use_continuous_loop_
Size	stereo_frustum_conversion_width_
Size	stereo_frustum_conversion_height_
StereoMode	stereo_

Detailed Description

RTfactRenderer Provides ray tracing through RTfact-RTRemote

Definition at line 70 of file rtfactRenderer.h.

Constructor & Destructor Documentation

◆ RTfactRenderer()

BALL::VIEW::RTfactRenderer::RTfactRenderer ( )

inline

Default Constructor.

Definition at line 110 of file rtfactRenderer.h.

◆ ~RTfactRenderer()

virtual BALL::VIEW::RTfactRenderer::~RTfactRenderer ( )

inlinevirtual

Destructor.

Definition at line 117 of file rtfactRenderer.h.

Member Function Documentation

◆ bufferRepresentation()

void BALL::VIEW::RTfactRenderer::bufferRepresentation ( const Representation & )

virtual

Buffer a Representation for later rendering.

Reimplemented from BALL::VIEW::Renderer.

◆ bufferRepresentationDynamic()

void BALL::VIEW::RTfactRenderer::bufferRepresentationDynamic ( const Representation & rep )

◆ convertMaterial()

void BALL::VIEW::RTfactRenderer::convertMaterial	(	Stage::Material const &	rt_material,
		RTpieCpp::AppearanceHandle &	material )

◆ formatUpdated()

virtual void BALL::VIEW::RTfactRenderer::formatUpdated ( )

inlinevirtual

This is called once the FrameBufferFormat has been set so the renderer can perform any initialization steps that are needed.

Implements BALL::VIEW::BufferedRenderer.

Definition at line 135 of file rtfactRenderer.h.

◆ getFPS()

virtual double BALL::VIEW::RTfactRenderer::getFPS ( )

virtual

Internal renderer FPS if available, otherwise returns 0.

Reimplemented from BALL::VIEW::Renderer.

◆ getFrustum()

virtual void BALL::VIEW::RTfactRenderer::getFrustum	(	float &	near_f,
		float &	far_f,
		float &	left_f,
		float &	right_f,
		float &	top_f,
		float &	bottom_f )

virtual

Return the frustum used by this renderer.

Reimplemented from BALL::VIEW::Renderer.

◆ getRenderer()

virtual String BALL::VIEW::RTfactRenderer::getRenderer ( )

inlinevirtual

Implements BALL::VIEW::RaytracingRenderer.

Definition at line 130 of file rtfactRenderer.h.

◆ hasFPScounter()

virtual bool BALL::VIEW::RTfactRenderer::hasFPScounter ( )

virtual

Whether renderer has its own FPS counter.

Reimplemented from BALL::VIEW::Renderer.

◆ init()

virtual bool BALL::VIEW::RTfactRenderer::init ( Scene & scene )

virtual

Initialization routines. This method is called by Scene::initializeGL.

Reimplemented from BALL::VIEW::Renderer.

◆ intersectRaysWithGeometry()

virtual std::vector< float > BALL::VIEW::RTfactRenderer::intersectRaysWithGeometry	(	const std::vector< Vector3 > &	origins,
		const std::vector< Vector3 > &	directions )

virtual

Raytracing-related functionality Intersect a set of rays with the geometry buffered by this renderer.

This function will intersect the rays

origins[i] + l * directions[i]

with the geometry that has been buffered by this renderer previously.

Reimplemented from BALL::VIEW::RaytracingRenderer.

◆ pickObject()

virtual GeometricObject * BALL::VIEW::RTfactRenderer::pickObject	(	Position	x,
		Position	y )

virtual

◆ pickObjects()

virtual void BALL::VIEW::RTfactRenderer::pickObjects	(	Position	x1,
		Position	y1,
		Position	x2,
		Position	y2,
		std::list< GeometricObject * > &	objects )

virtual

Pick all objects in the given screen rectangle.

Reimplemented from BALL::VIEW::Renderer.

◆ prepareBufferedRendering()

virtual void BALL::VIEW::RTfactRenderer::prepareBufferedRendering ( const Stage & stage )

virtual

Prepare for the rendering, taking into account settings in Stage, eg. Camera, Lights, Background colors, etc.

Implements BALL::VIEW::BufferedRenderer.

◆ removeRepresentation()

void BALL::VIEW::RTfactRenderer::removeRepresentation ( const Representation & )

virtual

Remove a representation from the buffer.

Reimplemented from BALL::VIEW::Renderer.

◆ renderToBufferImpl()

virtual void BALL::VIEW::RTfactRenderer::renderToBufferImpl ( FrameBufferPtr buffer )

virtual

Render to the frame buffer.

Precondition: The frame buffer's format is the one stored in bufferFormat and prepareBufferedRendering() has been called.

Implements BALL::VIEW::BufferedRenderer.

◆ setFrustum()

virtual void BALL::VIEW::RTfactRenderer::setFrustum	(	float	near_f,
		float	far_f,
		float	left_f,
		float	right_f,
		float	top_f,
		float	bottom_f )

virtual

◆ setLights()

void BALL::VIEW::RTfactRenderer::setLights ( bool reset_all = false )

virtual

Set the light sources according to the stage.

Reimplemented from BALL::VIEW::Renderer.

◆ setSize()

virtual void BALL::VIEW::RTfactRenderer::setSize	(	float	width,
		float	height )

virtual

Set the size of the display.

Reimplemented from BALL::VIEW::Renderer.

◆ setupEnvironmentMap()

void BALL::VIEW::RTfactRenderer::setupEnvironmentMap ( const QImage & image )

virtual

Setup an environment map.

Reimplemented from BALL::VIEW::Renderer.

◆ setupStereo()

virtual void BALL::VIEW::RTfactRenderer::setupStereo	(	float	eye_separation,
		float	focal_length )

virtual

Sets this renderer as a part of a stereo setup.

eye_separation denotes the distance along the right vector used by this "eye".

Reimplemented from BALL::VIEW::Renderer.

◆ transformLine()

void BALL::VIEW::RTfactRenderer::transformLine	(	const TwoColoredLine &	line,
		float *	trafo )

◆ transformTube()

void BALL::VIEW::RTfactRenderer::transformTube	(	const TwoColoredTube &	tube,
		float *	trafo )

◆ updateBackgroundColor()

void BALL::VIEW::RTfactRenderer::updateBackgroundColor ( )

virtual

Update the background color from the stage.

Reimplemented from BALL::VIEW::Renderer.

◆ updateCamera()

void BALL::VIEW::RTfactRenderer::updateCamera ( const Camera * camera = 0 )

virtual

Update the camera position either from a given Camera, or from the default Stage.

Reimplemented from BALL::VIEW::Renderer.

◆ updateMaterialForRepresentation()

void BALL::VIEW::RTfactRenderer::updateMaterialForRepresentation ( Representation const * )

virtual

Updates the material for the current representation

Implements BALL::VIEW::RaytracingRenderer.

◆ updateMaterialFromStage()

void BALL::VIEW::RTfactRenderer::updateMaterialFromStage ( RTpieCpp::AppearanceHandle & material )

◆ useContinuousLoop()

virtual void BALL::VIEW::RTfactRenderer::useContinuousLoop ( bool use_loop )

virtual

Decide between event based and (threaded) continuous loop rendering.

Reimplemented from BALL::VIEW::Renderer.

Classes

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ RTfactRenderer()

◆ ~RTfactRenderer()

Member Function Documentation

◆ bufferRepresentation()

◆ bufferRepresentationDynamic()

◆ convertMaterial()

◆ formatUpdated()

◆ getFPS()

◆ getFrustum()

◆ getRenderer()

◆ hasFPScounter()

◆ init()

◆ intersectRaysWithGeometry()

◆ pickObject()

◆ pickObjects()

◆ prepareBufferedRendering()

◆ removeRepresentation()

◆ renderToBufferImpl()

◆ setFrustum()

◆ setLights()

◆ setSize()

◆ setupEnvironmentMap()

◆ setupStereo()

◆ transformLine()

◆ transformTube()

◆ updateBackgroundColor()

◆ updateCamera()

◆ updateMaterialForRepresentation()

◆ updateMaterialFromStage()

◆ useContinuousLoop()