Uses of Class
org.xith3d.render.preprocessing.RenderAtom

Packages that use RenderAtom

org.xith3d.render
org.xith3d.render.jsr231
org.xith3d.render.lwjgl
org.xith3d.render.preprocessing
org.xith3d.render.preprocessing.sorting
org.xith3d.render.states.units

Uses of RenderAtom in org.xith3d.render

Methods in org.xith3d.render that return RenderAtom

protected RenderAtom<?>

RenderPeer.getAtomByGlobalIndex(int index, java.util.List<RenderPass> renderPasses)

Methods in org.xith3d.render with parameters of type RenderAtom

int	RenderPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, CanvasPeer canvasPeer, OpenGLCapabilities glCaps, OpenGLStatesCache statesCache, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders an Atom.
abstract int	RenderAtomPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders the geometry of the atom.

Uses of RenderAtom in org.xith3d.render.jsr231

Methods in org.xith3d.render.jsr231 with parameters of type RenderAtom

void	ColoringStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	FogStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	LightingStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	LineAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	MaterialStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	PointAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	PolygonAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	RenderingAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	ShaderProgramStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	TextureUnitStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
int	BoundsAtomPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders the geometry of the atom.
int	ShapeAtomPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders the geometry of the atom.

Uses of RenderAtom in org.xith3d.render.lwjgl

Methods in org.xith3d.render.lwjgl with parameters of type RenderAtom

void	ColoringStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	FogStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	LightingStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	LineAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	MaterialStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	PointAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	PolygonAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	RenderingAttribsStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	ShaderProgramStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
void	TextureUnitStateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId)
int	BoundsAtomPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders the geometry of the atom.
int	ShapeAtomPeer.renderAtom(RenderAtom<?> atom, java.lang.Object glObj, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Renders the geometry of the atom.

Uses of RenderAtom in org.xith3d.render.preprocessing

Subclasses of RenderAtom in org.xith3d.render.preprocessing

class	BoundsAtom Bounds atom
class	ShadowAtom This is the RenderAtom responsible for occluder nodes.
class	ShapeAtom Atom for rendering a single Shape3D along with its geometry arrays.

Methods in org.xith3d.render.preprocessing that return RenderAtom

RenderAtom<?>	RenderBin.DynamicAtomArray.append(RenderAtom<?> atom) Appends the specified element to the array and increases the size indicator.
RenderAtom<?>	RenderBin.DynamicAtomArray.get(int index)
RenderAtom<? extends Node>	RenderBin.getAtom(int index)
RenderAtom<? extends Node>	RenderBin.getNextAtom()
RenderAtom<?>[]	RenderBin.DynamicAtomArray.getRawArray()

Methods in org.xith3d.render.preprocessing with parameters of type RenderAtom

void	RenderBin.addAtom(RenderAtom<? extends Node> atom, org.openmali.spatial.bodies.Classifier.Classification classify, long frameId) Adds a RenderAtom to the chain of RenderAtoms.
void	RenderBinProvider.addMainAtom(RenderAtom<? extends Node> atom, org.openmali.spatial.bodies.Classifier.Classification classify, long frameId) Adds an atom to be rendered.
void	RenderBinProvider.addShadowAtom(RenderAtom<? extends Node> atom, org.openmali.spatial.bodies.Classifier.Classification classify, long frameId)
RenderAtom<?>	RenderBin.DynamicAtomArray.append(RenderAtom<?> atom) Appends the specified element to the array and increases the size indicator.

Uses of RenderAtom in org.xith3d.render.preprocessing.sorting

Methods in org.xith3d.render.preprocessing.sorting with parameters of type RenderAtom

int	BackToFrontRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	BackToFrontRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	CustomRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	CustomRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	FrontToBackRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	FrontToBackRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	FrontToBackRenderBinSorter2.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	FrontToBackRenderBinSorter2.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	OrderedBackToFrontRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	OrderedBackToFrontRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	OrderedStateRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	OrderedStateRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	StateRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	StateRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	ZValueRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)
int	ZValueRenderBinSorter.compare(RenderAtom<?> atom1, RenderAtom<?> atom2)

Uses of RenderAtom in org.xith3d.render.states.units

Methods in org.xith3d.render.states.units with parameters of type RenderAtom

void

StateUnitPeer.apply(RenderAtom<?> atom, StateUnit stateUnit, java.lang.Object glObj, CanvasPeer canvasPeer, RenderPeer renderPeer, OpenGLCapabilities glCaps, View view, OpenGLStatesCache statesCache, RenderOptions options, long nanoTime, long nanoStep, RenderPeer.RenderMode renderMode, long frameId) Takes the StateUnit assigned to the specified atom and sets up the graphics environment, so that it is correct.