OgreGlyphFigure Class Reference

#include <OgreRenderTypes.h>

Inheritance diagram for OgreGlyphFigure:

Collaboration diagram for OgreGlyphFigure:

Public Member Functions
	OgreGlyphFigure (const std::string &name, const std::string &matname, OgreRenderScene *scene) throw (RenderException)
virtual	~OgreGlyphFigure ()
virtual void	fillData (const VertexBuffer *vb, const IndexBuffer *ib, bool deferFill=false, bool doubleSided=false) throw (RenderException)
virtual void	setGlyphScale (vec3 v)
virtual vec3	getGlyphScale () const
virtual void	setGlyphName (const std::string &name)
virtual std::string	getGlyphName () const
virtual void	addGlyphMesh (const std::string &name, const Vec3Matrix *nodes, const Vec3Matrix *norms, const IndexMatrix *inds)
Public Member Functions inherited from OgreBaseFigure< OgreBaseRenderable, GlyphFigure >
	OgreBaseFigure (OgreBaseRenderable *obj, Ogre::SceneNode *node, OgreRenderScene *scene)
virtual	~OgreBaseFigure ()
OgreBaseRenderable *	getRenderable () const
virtual const char *	getName ()
virtual void	setPosition (const vec3 &v)
virtual void	setRotation (const rotator &r)
virtual void	setScale (const vec3 &v)
virtual void	setMaterial (const char *mat) throw (RenderException)
virtual const char *	getMaterial () const
virtual std::pair< vec3, vec3 >	getAABB () const
virtual void	setParent (Figure *fig)
void	setCameraVisibility (const Camera *cam, bool isVisible)
void	setVisible (bool isVisible)
virtual bool	isVisible () const
virtual bool	isTransparent () const
virtual bool	isOverlay () const
virtual void	setTransparent (bool isTrans)
virtual void	setOverlay (bool isOverlay)
virtual void	setRenderQueue (sval queue)
virtual sval	getRenderQueue () const
virtual vec3	getPosition (bool isDerived=false) const
virtual vec3	getScale (bool isDerived=false) const
virtual rotator	getRotation (bool isDerived=false) const
Public Member Functions inherited from GlyphFigure
virtual	~GlyphFigure ()
Public Member Functions inherited from Figure
virtual	~Figure ()
virtual void	setTransform (const transform &t)
	Set position, rotation, and scale for this figure simultaneously. More...
virtual void	setTransform (const vec3 &trans, const vec3 &scale, const rotator &rot)
	Set position, rotation, and scale for this figure simultaneously. More...
virtual transform	getTransform (bool isDerived=false) const
	Get the figure's position, scale, and rotation transform. More...
virtual void	setMaterial (const Material *mat) throw (RenderException)
	Set's the figure's material. More...

Private Types
typedef triple< const Vec3Matrix *, const Vec3Matrix *, const IndexMatrix * >	glyphmesh
typedef std::map< std::string, glyphmesh >	glyphmap

Static Private Member Functions
static void	fillDefaultGlyphs (glyphmap &map)

Private Attributes
std::string	glyphname
glyphmap	glyphs
vec3	glyphscale

Additional Inherited Members
Protected Attributes inherited from OgreBaseFigure< OgreBaseRenderable, GlyphFigure >
OgreBaseRenderable *	obj
Ogre::SceneNode *	node
	The OgreBaseRenderable object which implements the actual rendering operations. More...
OgreRenderScene *	scene

Member Typedef Documentation

glyphmap

typedef std::map<std::string,glyphmesh> glyphmap

private

glyphmesh

typedef triple<const Vec3Matrix*, const Vec3Matrix*, const IndexMatrix*> glyphmesh

private

Constructor & Destructor Documentation

OgreGlyphFigure()

OgreGlyphFigure	(	const std::string &	name,
		const std::string &	matname,
		OgreRenderScene *	scene
	)
throw	(	RenderException
	)

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~OgreGlyphFigure()

virtual ~OgreGlyphFigure ( )

inlinevirtual

Member Function Documentation

addGlyphMesh()

virtual void addGlyphMesh ( const std::string &  name, const Vec3Matrix *  nodes, const Vec3Matrix *  norms, const IndexMatrix *  inds  )

inlinevirtual

Reimplemented from GlyphFigure.

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fillData()

void fillData ( const VertexBuffer *  vb, const IndexBuffer *  ib, bool  deferFill = false, bool  doubleSided = false  ) throw ( RenderException )

virtual

Fill the vertex information using the given buffers, `ib' may be NULL for point figure types. If `deferFill' is true then the actual hardware buffers are filled during the next render cycle rather than immediately. In either case data is filled into local memory buffers first then copied to hardware buffers. This implies that calling this method is thread-safe if `deferFill' is true or if its implementation does nothing regardless of arguments. If `doubleSided' is true and the index buffer defined triangles, create backfaces for triangles with correct normals.

Reimplemented from Figure.

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fillDefaultGlyphs()

void fillDefaultGlyphs ( glyphmap &  map )

staticprivate

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getGlyphName()

virtual std::string getGlyphName ( ) const

inlinevirtual

Reimplemented from GlyphFigure.

getGlyphScale()

virtual vec3 getGlyphScale ( ) const

inlinevirtual

Reimplemented from GlyphFigure.

setGlyphName()

virtual void setGlyphName ( const std::string &  name )

inlinevirtual

Reimplemented from GlyphFigure.

setGlyphScale()

virtual void setGlyphScale ( vec3  v )

inlinevirtual

Reimplemented from GlyphFigure.

Member Data Documentation

glyphname

std::string glyphname

private

glyphs

glyphmap glyphs

private

glyphscale

vec3 glyphscale

private

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

• eidolon/renderer/OgreRenderTypes.h
• eidolon/renderer/OgreRenderTypes.cpp