java.lang.Object
- WildMagic.LibGraphics.Rendering.Renderer

All Implemented Interfaces:

java.io.Serializable

Direct Known Subclasses:

OpenGLRenderer
```
public abstract class Renderer
extends java.lang.Object
implements java.io.Serializable
```
Abstract API for renderers. Each graphics API must implement this layer.

See Also:

Serialized Form

Nested Class Summary

Nested Classes
Modifier and Type Class Description

static class Renderer.ConstantType
ConstantType

static class Renderer.RendererType
Run-time type information.

Field Summary

Fields
Modifier and Type	Field	Description
`(package private) int[][]`	`aaiStack`
`(package private) int`	`iMaxTuples`
`protected GraphicsObject[]`	`m_aspkLight`	Light storage for lookup by the shader-constant-setting functions.
`protected GlobalState[]`	`m_aspkState`	Global render states.
`protected boolean`	`m_bAllowAlpha`	Color mask filter flags.
`protected boolean`	`m_bAllowBlue`	Color mask filter flags.
`protected boolean`	`m_bAllowGreen`	Color mask filter flags.
`protected boolean`	`m_bAllowRed`	Color mask filter flags.
`protected boolean`	`m_bFullscreen`	Toggle for fullscreen/window mode.
`protected boolean`	`m_bReverseCullFace`	Support for mirror effects (default 'false').
`protected boolean`	`m_bTextureLoadFail`
`protected FrameBuffer.BufferingType`	`m_eBuffering`	Frame buffer buffering type.
`protected FrameBuffer.DepthType`	`m_eDepth`	Frame buffer depth type.
`protected FrameBuffer.FormatType`	`m_eFormat`	Frame buffer format type.
`protected FrameBuffer.MultisamplingType`	`m_eMultisampling`	Frame buffer multisampling type.
`protected FrameBuffer.StencilType`	`m_eStencil`	Frame buffer stencil type.
`protected float`	`m_fLineWidth`
`protected float`	`m_fPointSize`	Data for point size, line width, and line stipple.
`protected int`	`m_iFontID`	Current font for text drawing.
`protected int`	`m_iHeight`	Window width, height.
`protected int`	`m_iLineStippleRepeat`
`protected int`	`m_iMax3DTexSize`	Maximum 3D texture size.
`protected int`	`m_iMaxColors`	Maximum number of color units.
`protected int`	`m_iMaxLights`	Maximum number of lights.
`protected int`	`m_iMaxPShaderImages`	Maximum number of pixel shader images.
`protected int`	`m_iMaxStencilIndices`	Maximum number of stencil indices.
`protected int`	`m_iMaxTCoords`	Maximum number of texture coordinates.
`protected int`	`m_iMaxUserClipPlanes`	Maximum number of user clip planes.
`protected int`	`m_iMaxVShaderImages`	Maximum number of vertex shader images.
`protected int`	`m_iWidth`	Window width, height.
`protected ColorRGBA`	`m_kBackgroundColor`	Background color.
`(package private) Matrix4f`	`m_kConstantMatrix`
`protected java.lang.String`	`m_kExternalDir`
`protected Matrix4f`	`m_kProjectionMatrix`
`ReleaseFunction`	`m_kReleaseFunction`	Function pointer types for binding and unbinding resources.
`protected Matrix4f`	`m_kSaveProjectionMatrix`
`protected Matrix4f`	`m_kSaveViewMatrix`
`protected Matrix4f`	`m_kSaveWorldMatrix`	Transformations used in the geometric pipeline.
`private Matrix4f`	`m_kTemp`
`protected Matrix4f`	`m_kViewMatrix`
`protected Matrix4f`	`m_kWorldMatrix`	Transformations used in the geometric pipeline.
`protected Camera`	`m_pkCamera`	The camera for establishing the view frustum.
`protected Geometry`	`m_pkGeometry`	Current Geometry object for drawing.
`protected Camera`	`m_pkProjector`	The projector for various effects such as projected textures and shadow maps.
`protected short`	`m_usLineStipplePattern`
`private static long`	`serialVersionUID`

Constructor Summary

Constructors
Modifier	Constructor	Description
`protected`	`Renderer(FrameBuffer.FormatType eFormat, FrameBuffer.DepthType eDepth, FrameBuffer.StencilType eStencil, FrameBuffer.BufferingType eBuffering, FrameBuffer.MultisamplingType eMultisampling, int iWidth, int iHeight)`	The Renderer is an abstract base class.

Method Summary

All Methods Instance Methods Abstract Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`Activate()`	Make this renderer context the active one.
`boolean`	`ApplyEffect(Geometry pkGeometry, ShaderEffect pkEffect, boolean rbPrimaryEffect)`	Object drawing.
`boolean`	`BeginScene()`	Support for predraw and postdraw semantics.
`abstract void`	`ClearBackBuffer()`	Clear back buffer.
`abstract void`	`ClearBackBuffer(int iXPos, int iYPos, int iWidth, int iHeight)`	Clear the back buffer in the specified subwindow.
`abstract void`	`ClearBuffers()`	Clear all buffers.
`abstract void`	`ClearBuffers(int iXPos, int iYPos, int iWidth, int iHeight)`	Clear the all buffers in the specified subwindow.
`abstract void`	`ClearColorDepth()`	Clear Color and Depth buffers.
`abstract void`	`ClearScreenOverlay()`
`abstract void`	`ClearStencilBuffer()`	Clear stencil buffer.
`abstract void`	`ClearStencilBuffer(int iXPos, int iYPos, int iWidth, int iHeight)`	Clear the stencil buffer in the specified subwindow.
`abstract void`	`ClearZBuffer()`	Clear depth buffer.
`abstract void`	`ClearZBuffer(int iXPos, int iYPos, int iWidth, int iHeight)`	Clear the depth buffer in the specified subwindow.
`abstract Program`	`CompilePrograms(Geometry pkGeometry, Program pkVProgram, Program pkPProgram)`	Compiles two shaders into a program.
`void`	`DisableProgram(Program pkCProgram)`	Disable the compiled program parameter.
`void`	`DisableTexture(Texture pkTexture)`	Disable the texture parameter.
`abstract void`	`DisableUserClipPlane(int i)`	Disables additional clip planes.
`void`	`DisableVAO()`
`abstract void`	`DisplayBackBuffer()`	Display the back buffer.
`void`	`dispose()`	Release memory.
`abstract void`	`Draw(byte[] aucBuffer)`	2D drawing.
`abstract void`	`Draw(float iX, float iY, float iZ, byte[][] acText, int width, int height)`
`abstract void`	`Draw(float iX, float iY, float iZ, ColorRGBA rkColor, char[] acText)`	Draw text.
`abstract void`	`Draw(int iX, int iY, ColorRGBA rkColor, java.lang.String text)`
`void`	`Draw(Geometry pkGeometry)`	Draw the specified geometry.
`abstract void`	`DrawDefault()`
`abstract void`	`DrawElements()`	The main entry point to drawing in the derived-class renderers.
`abstract void`	`DrawLeft()`
`abstract void`	`DrawRight()`
`void`	`DrawScene(VisibleSet rkVisibleSet)`	Object drawing.
`abstract void`	`DrawScreenOverlay()`
`void`	`EnableProgram(Program pkCProgram)`	Enable the vertex program parameter.
`void`	`EnableTexture(Texture pkTexture, SamplerInformation pkSI)`	Enable the texture parameter.
`void`	`EnableUserClipPlane(int i, Plane3f rkPlane)`	Include additional clip planes.
`void`	`EnableVAO()`
`void`	`EndScene()`	Support for predraw and postdraw semantics.
`abstract void`	`Finish()`
`abstract void`	`FrameBufferToTexSubImage3D(Texture kTarget, int iZ)`
`abstract void`	`FrameBufferToTexSubImage3D(Texture kTarget, int iZ, boolean bCopyToCPU)`
`abstract void`	`FrameBufferToTexture(Texture kTarget)`
`AlphaState`	`GetAlphaState()`	Get AlphaState.
`ColorRGBA`	`GetBackgroundColor()`	Get the Background color.
`FrameBuffer.BufferingType`	`GetBufferingType()`	Get Frame buffer buffering type parameter.
`Camera`	`GetCamera()`	Get the camera.
`void`	`GetColorMask(boolean[] rbAllowColor)`	Get which color channels will be written to the color buffer.
`abstract char`	`GetCommentCharacter()`	Renderer-specific information for loading shader programs.
`CullState`	`GetCullState()`	Get CullState.
`FrameBuffer.DepthType`	`GetDepthType()`	Get Frame buffer depth type parameter.
`abstract double`	`getDPIScaleFactor()`
`abstract int`	`GetDrawBuffer()`
`abstract java.lang.String`	`GetExtension()`	Renderer-specific information for loading shader programs.
`FrameBuffer.FormatType`	`GetFormatType()`	Get Frame buffer format type parameter.
`Geometry`	`GetGeometry()`	Get the geometry object.
`int`	`GetHeight()`	Get Window height parameter.
`Light`	`GetLight(int i)`	Get light.
`short`	`GetLineStipplePattern()`	Get Line stippling pattern.
`int`	`GetLineStippleRepeat()`	Get Line stippling repeat.
`float`	`GetLineWidth()`	Get line width.
`MaterialState`	`GetMaterialState()`	Get MaterialState.
`int`	`GetMaxColors()`	Maximum colors resource limits.
`int`	`GetMaxLights()`	Maximum lights resource limits.
`int`	`GetMaxPShaderImages()`	Maximum pixel shader resource limits.
`int`	`GetMaxStencilIndices()`	Maximum stencil resource limits.
`int`	`GetMaxTCoords()`	Maximum texture coordinates resource limits.
`int`	`GetMaxUserClipPlanes()`	Maximum user clip planes resource limits.
`int`	`GetMaxVShaderImages()`	Maximum vertex shader images resource limits.
`FrameBuffer.MultisamplingType`	`GetMultisamplingType()`	Get Frame buffer multisampling type parameter.
`abstract ColorRGBA`	`GetPixelColor(int iX, int iY)`	Read the pixel color at the current mouse location.
`float`	`GetPointSize()`	Get point size
`PolygonOffsetState`	`GetPolygonOffsetState()`	Get PolygonOffsetState.
`Camera`	`GetProjector()`	For use by effects with projectors.
`boolean`	`GetReverseCullFace()`	Get reverse cull face.
`abstract java.nio.ByteBuffer`	`GetScreenImage(int iWidth, int iHeight)`
`abstract int[]`	`GetSizeOnScreen(char[] acText)`
`StencilState`	`GetStencilState()`	Get StencilState.
`FrameBuffer.StencilType`	`GetStencilType()`	Get Frame buffer stencil type parameter.
`abstract void`	`GetTexImage(Texture kTarget)`
`void`	`GetTransform(Matrix4f rkMat, int iOperation, float[] afData)`	Get from Matrix parameter and write into float[] parameter.
`int`	`GetWidth()`	Get Window width parameter.
`WireframeState`	`GetWireframeState()`	Get WireframeState.
`ZBufferState`	`GetZBufferState()`	Get ZBufferState.
`abstract void`	`InitializeState()`	Initialize the rendering state.
`void`	`LoadAllResources(Spatial pkScene)`	Resource loading and releasing.
`ResourceIdentifier`	`LoadProgram(Program pkCProgram)`	Resource loading and releasing.
`void`	`LoadResources(Geometry pkGeometry)`	Resource loading and releasing.
`boolean`	`LoadTexture(Texture pkTexture)`	Resource loading and releasing.
`ResourceIdentifier`	`LoadVAO(Geometry pkGeometry)`
`abstract void`	`OnDepthRangeChange()`	Called when the depth range changes.
`abstract void`	`OnDisableProgram(ResourceIdentifier pkID)`	Disable the PixelProgram spefified by the ResourceIdentifer parameter pkID.
`abstract void`	`OnDisableTexture(ResourceIdentifier pkID)`	Disable the Texture spefified by the ResourceIdentifer parameter pkID.
`abstract void`	`OnDisableVAO()`
`abstract void`	`OnEnableProgram(ResourceIdentifier pkID)`	Enable the VertexProgram specified by the ResourceIdentifer parameter pkID.
`abstract void`	`OnEnableTexture(ResourceIdentifier pkID, SamplerInformation pkSI)`	Enable the Texture spefified by the ResourceIdentifer parameter pkID.
`abstract void`	`OnEnableVAO(Geometry pkGeometry, ResourceIdentifier pkID)`
`void`	`OnFrameChange()`	Support for camera access and transformation setting.
`void`	`OnFrustumChange()`	Support for camera access and transformation setting.
`abstract ResourceIdentifier`	`OnLoadProgram(Program pkCProgram)`	Resource loading and releasing (to/from video memory).
`abstract ResourceIdentifier`	`OnLoadTexture(Texture pkTexture)`	Resource loading and releasing (to/from video memory).
`abstract ResourceIdentifier`	`OnLoadVAO(Geometry pkGeometry)`
`abstract void`	`OnReleaseProgram(ResourceIdentifier pkID)`	Release the VertexProgram described in the ResourceIdentifier parameter.
`abstract void`	`OnReleaseTexture(ResourceIdentifier pkID)`	Release the Texture described in the ResourceIdentifier parameter.
`abstract void`	`OnReleaseVAOBuffer(ResourceIdentifier pkID)`	Release the Vertex Array Object described in the ResourceIdentifier parameter.
`abstract void`	`OnReloadTexture(ResourceIdentifier pkID)`	Resource loading and releasing (to/from video memory).
`abstract void`	`OnReloadVAO(Geometry pkGeometry, ResourceIdentifier pkID)`	Resource loading and releasing (to/from video memory).
`abstract void`	`OnViewportChange()`	Called when the viewport changes.
`abstract void`	`ParseProgram(Program pkProgram, int iType)`	Parse the input program for the parameters.
`abstract Program`	`ReadProgram(java.lang.String rkProgramName, int iType)`	Read a Shader Program from a file.
`void`	`ReleaseAllResources(Spatial pkScene)`	Resource loading and releasing.
`void`	`ReleaseProgram(Bindable pkProgram)`	Resource loading and releasing.
`void`	`ReleaseResources(Effect pkEffect)`	Resource loading and releasing.
`void`	`ReleaseResources(Geometry pkGeometry)`	Resource loading and releasing.
`void`	`ReleaseTexture(Bindable pkTexture)`	Resource loading and releasing.
`void`	`ReleaseVAO(Bindable pkGeometry)`	Resource loading and releasing.
`void`	`Resize(int iWidth, int iHeight)`	Set Window parameters.
`void`	`RestoreGlobalState(GlobalState[] aspkState)`	Global render state management.
`void`	`RestorePostWorldTransformation()`	Restores view matrix.
`void`	`RestoreWorldTransformation()`	Support for model-to-world transformation management.
`private void`	`SCFunction(int iFunction, int iParam, float[] afData)`	Choose which Set RendererConstant function to call.
`abstract java.awt.image.BufferedImage`	`Screenshot()`
`abstract boolean`	`SelectFont(int iFontID)`	Select a font based on ID.
`void`	`SetAlphaState(AlphaState pkState)`	Alpha state management.
`void`	`SetBackgroundColor(ColorRGBA rkColor)`	Set the Background color.
`void`	`SetCamera(Camera pkCamera)`	Set the camera.
`void`	`SetColorMask(boolean bAllowRed, boolean bAllowGreen, boolean bAllowBlue, boolean bAllowAlpha)`	Enable which color channels will be written to the color buffer.
`void`	`SetConstantCameraModelDirection(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera Model Direction, store in float[] parameter.
`void`	`SetConstantCameraModelPosition(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera Model Position, store in float[] parameter.
`void`	`SetConstantCameraModelRight(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera Model Right Vector, store in float[] parameter.
`void`	`SetConstantCameraModelUp(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera Model Up Vector, store in float[] parameter.
`void`	`SetConstantCameraWorldDirection(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera World Direction Vector, store in float[] parameter.
`void`	`SetConstantCameraWorldPosition(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera World Position, store in float[] parameter.
`void`	`SetConstantCameraWorldRight(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera World Right Vector, store in float[] parameter.
`void`	`SetConstantCameraWorldUp(int iPlaceHolder, float[] afData)`	Set RendererConstant Camera World Up Vector, store in float[] parameter.
`void`	`SetConstantLightAmbient(int iLight, float[] afData)`	Set RendererConstant Light Ambient color, store in float[] parameter.
`void`	`SetConstantLightAttenuation(int iLight, float[] afData)`	Set RendererConstant Light Attenuation, store in float[] parameter.
`void`	`SetConstantLightDiffuse(int iLight, float[] afData)`	Set RendererConstant Light Diffuse color, store in float[] parameter.
`void`	`SetConstantLightModelDirection(int iLight, float[] afData)`	Set RendererConstant Light Model Direction, store in float[] parameter.
`void`	`SetConstantLightModelPosition(int iLight, float[] afData)`	Set RendererConstant Light Model Position, store in float[] parameter.
`void`	`SetConstantLightSpecular(int iLight, float[] afData)`	Set RendererConstant Light Specular color, store in float[] parameter.
`void`	`SetConstantLightSpotCutoff(int iLight, float[] afData)`	Set RendererConstant Light Spot Cutoff, store in float[] parameter.
`void`	`SetConstantLightWorldDirection(int iLight, float[] afData)`	Set RendererConstant Light World Direction, store in float[] parameter.
`void`	`SetConstantLightWorldPosition(int iLight, float[] afData)`	Set RendererConstant Light World Position, store in float[] parameter.
`void`	`SetConstantMaterialAmbient(int iPlaceHolder, float[] afData)`	Set RendererConstant Material Ambient color, store in float[] parameter.
`void`	`SetConstantMaterialDiffuse(int iPlaceHolder, float[] afData)`	Set RendererConstant Material Diffuse color, store in float[] parameter.
`void`	`SetConstantMaterialEmissive(int iPlaceHolder, float[] afData)`	Set RendererConstant Material Emissive color, store in float[] parameter.
`void`	`SetConstantMaterialSpecular(int iPlaceHolder, float[] afData)`	Set RendererConstant Material Specular color, store in float[] parameter.
`void`	`SetConstantPMatrix(int iOperation, float[] afData)`	Set RendererConstant Projection matrix, store in float[] parameter.
`void`	`SetConstantProjectorMatrix(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector Matrix, store in float[] parameter.
`void`	`SetConstantProjectorModelDirection(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector Model Direction Vector, store in float[] parameter.
`void`	`SetConstantProjectorModelPosition(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector Model Position, store in float[] parameter.
`void`	`SetConstantProjectorModelRight(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector Model Right Vector, store in float[] parameter.
`void`	`SetConstantProjectorModelUp(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector Model Up Vector, store in float[] parameter.
`void`	`SetConstantProjectorWorldDirection(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector World Direction Vector, store in float[] parameter.
`void`	`SetConstantProjectorWorldPosition(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector World Position, store in float[] parameter.
`void`	`SetConstantProjectorWorldRight(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector World Right Vector, store in float[] parameter.
`void`	`SetConstantProjectorWorldUp(int iPlaceHolder, float[] afData)`	Set RendererConstant Projector World Up Vector, store in float[] parameter.
`void`	`SetConstantVMatrix(int iOperation, float[] afData)`	Set RendererConstant View matrix, store in float[] parameter.
`void`	`SetConstantVPMatrix(int iOperation, float[] afData)`	Set RendererConstant View*Projection matrix, store in float[] parameter.
`void`	`SetConstantWMatrix(int iOperation, float[] afData)`	Set RendererConstant World matrix, store in float[] parameter.
`void`	`SetConstantWVMatrix(int iOperation, float[] afData)`	Set RendererConstant World*View matrix, store in float[] parameter.
`void`	`SetConstantWVPMatrix(int iOperation, float[] afData)`	Set RendererConstant WorldViewProjection matrix, store in float[] parameter.
`void`	`SetCullState(CullState pkState)`	Cull state management.
`void`	`SetExternalDir(java.lang.String dir)`
`void`	`SetGeometry(Geometry pkGeometry)`	Set the geometry object that is to be drawn.
`void`	`SetGlobalState(GlobalState[] aspkState)`	Global render state management.
`void`	`SetLight(int i, Light pkLight)`	Set light.
`void`	`SetLineStipple(int iRepeat, short usPattern)`	Line stippling is disabled when either of "repeat" or "pattern" is zero.
`void`	`SetLineWidth(float fWidth)`	Set line width.
`void`	`SetMaterialState(MaterialState pkState)`	Material state management.
`void`	`SetPointSize(float fSize)`	Set point size.
`void`	`SetPolygonOffsetState(PolygonOffsetState pkState)`	PolygonOffset state management.
`void`	`SetPostWorldTransformation(Matrix4f rkMatrix)`	The input transformation is applied to world-space vertices before the view matrix is applied.
`abstract void`	`SetProgramConstant(Renderer.ConstantType eCType, RendererConstant.Type paramType, int iBaseRegister, int iRegisterQuantity, int iNumFloats, float[] afData)`	Resource enabling and disabling.
`void`	`SetProjector(Camera pkProjector)`	For use by effects with projectors.
`void`	`SetRendererConstant(RendererConstant.Type eRCType, float[] afData)`	Set RendererConstant based on eRCType parameter, store in float[] parameter.
`void`	`SetReverseCullFace(boolean bReverseCullFace)`	Set reverse cull face.
`void`	`SetStencilState(StencilState pkState)`	Stencil state management.
`void`	`SetWireframeState(WireframeState pkState)`	Wireframe state management.
`void`	`SetWorldTransformation()`	Support for model-to-world transformation management.
`void`	`SetWorldTransformation(Matrix4f kMat)`	Support for model-to-world transformation management.
`void`	`SetZBufferState(ZBufferState pkState)`	ZBuffer state management.
`void`	`ToggleFullscreen()`	Toggle full screen mode.
`abstract void`	`UnloadFont(int iFontID)`	Clear a font based on ID.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - serialVersionUID
```
private static final long serialVersionUID
```
    See Also:
    
    Constant Field Values
  - m_kReleaseFunction
```
public ReleaseFunction m_kReleaseFunction
```
    Function pointer types for binding and unbinding resources.
  - m_iMaxLights
```
protected int m_iMaxLights
```
    Maximum number of lights.
  - m_iMaxColors
```
protected int m_iMaxColors
```
    Maximum number of color units.
  - m_iMaxTCoords
```
protected int m_iMaxTCoords
```
    Maximum number of texture coordinates.
  - m_iMax3DTexSize
```
protected int m_iMax3DTexSize
```
    Maximum 3D texture size.
  - m_iMaxVShaderImages
```
protected int m_iMaxVShaderImages
```
    Maximum number of vertex shader images.
  - m_iMaxPShaderImages
```
protected int m_iMaxPShaderImages
```
    Maximum number of pixel shader images.
  - m_iMaxStencilIndices
```
protected int m_iMaxStencilIndices
```
    Maximum number of stencil indices.
  - m_iMaxUserClipPlanes
```
protected int m_iMaxUserClipPlanes
```
    Maximum number of user clip planes.
  - m_eFormat
```
protected FrameBuffer.FormatType m_eFormat
```
    Frame buffer format type.
  - m_eDepth
```
protected FrameBuffer.DepthType m_eDepth
```
    Frame buffer depth type.
  - m_eStencil
```
protected FrameBuffer.StencilType m_eStencil
```
    Frame buffer stencil type.
  - m_eBuffering
```
protected FrameBuffer.BufferingType m_eBuffering
```
    Frame buffer buffering type.
  - m_eMultisampling
```
protected FrameBuffer.MultisamplingType m_eMultisampling
```
    Frame buffer multisampling type.
  - m_iWidth
```
protected int m_iWidth
```
    Window width, height.
  - m_iHeight
```
protected int m_iHeight
```
    Window width, height.
  - m_kBackgroundColor
```
protected ColorRGBA m_kBackgroundColor
```
    Background color.
  - m_bAllowRed
```
protected boolean m_bAllowRed
```
    Color mask filter flags.
  - m_bAllowGreen
```
protected boolean m_bAllowGreen
```
    Color mask filter flags.
  - m_bAllowBlue
```
protected boolean m_bAllowBlue
```
    Color mask filter flags.
  - m_bAllowAlpha
```
protected boolean m_bAllowAlpha
```
    Color mask filter flags.
  - m_pkCamera
```
protected Camera m_pkCamera
```
    The camera for establishing the view frustum.
  - m_aspkState
```
protected GlobalState[] m_aspkState
```
    Global render states.
  - m_aspkLight
```
protected GraphicsObject[] m_aspkLight
```
    Light storage for lookup by the shader-constant-setting functions. The Renderer-derived classes must allocate this array during construction, creating m_iMaxLights elements. The Renderer class deallocates the array during destruction.
  - m_pkProjector
```
protected Camera m_pkProjector
```
    The projector for various effects such as projected textures and shadow maps.
  - m_pkGeometry
```
protected Geometry m_pkGeometry
```
    Current Geometry object for drawing.
  - m_kWorldMatrix
```
protected Matrix4f m_kWorldMatrix
```
    Transformations used in the geometric pipeline. These matrices are stored to support 1x4 row vectors times 4x4 matrices.
  - m_kSaveWorldMatrix
```
protected Matrix4f m_kSaveWorldMatrix
```
    Transformations used in the geometric pipeline. These matrices are stored to support 1x4 row vectors times 4x4 matrices.
  - m_kViewMatrix
```
protected Matrix4f m_kViewMatrix
```
  - m_kSaveViewMatrix
```
protected Matrix4f m_kSaveViewMatrix
```
  - m_kProjectionMatrix
```
protected Matrix4f m_kProjectionMatrix
```
  - m_kSaveProjectionMatrix
```
protected Matrix4f m_kSaveProjectionMatrix
```
  - m_kTemp
```
private Matrix4f m_kTemp
```
  - m_iFontID
```
protected int m_iFontID
```
    Current font for text drawing.
  - m_bReverseCullFace
```
protected boolean m_bReverseCullFace
```
    Support for mirror effects (default 'false').
  - m_bFullscreen
```
protected boolean m_bFullscreen
```
    Toggle for fullscreen/window mode.
  - m_fPointSize
```
protected float m_fPointSize
```
    Data for point size, line width, and line stipple.
  - m_fLineWidth
```
protected float m_fLineWidth
```
  - m_iLineStippleRepeat
```
protected int m_iLineStippleRepeat
```
  - m_usLineStipplePattern
```
protected short m_usLineStipplePattern
```
  - iMaxTuples
```
final int iMaxTuples
```
    See Also:
    
    Constant Field Values
  - aaiStack
```
int[][] aaiStack
```
  - m_kConstantMatrix
```
Matrix4f m_kConstantMatrix
```
  - m_bTextureLoadFail
```
protected boolean m_bTextureLoadFail
```
  - m_kExternalDir
```
protected java.lang.String m_kExternalDir
```
- Constructor Detail
  - Renderer
```
protected Renderer(FrameBuffer.FormatType eFormat,
                   FrameBuffer.DepthType eDepth,
                   FrameBuffer.StencilType eStencil,
                   FrameBuffer.BufferingType eBuffering,
                   FrameBuffer.MultisamplingType eMultisampling,
                   int iWidth,
                   int iHeight)
```
    The Renderer is an abstract base class.
    
    Parameters:
    
    eFormat - FormatType (NONE, RGB, RGBA, DEPTH)
    
    eDepth - DepthType (NONE, DEPTH_16, DEPTH_24, DEPTH_32)
    
    eStencil - StencilType (NONE, STENCIL_8)
    
    eBuffering - BufferingType (SINGLE, DOUBLE)
    
    iWidth - the window width
    
    iHeight - the window height
- Method Detail
  - Activate
```
public void Activate()
```
    Make this renderer context the active one.
  - ApplyEffect
```
public boolean ApplyEffect(Geometry pkGeometry,
                           ShaderEffect pkEffect,
                           boolean rbPrimaryEffect)
```
    Object drawing.
    
    Parameters:
    
    pkEffect - ShaderEffect to apply to geometry.
    
    rbPrimaryEffect - true if this is the primary effect.
    
    Returns:
    
    true on success.
  - BeginScene
```
public boolean BeginScene()
```
    Support for predraw and postdraw semantics.
    
    Returns:
    
    true
  - ClearBackBuffer
```
public abstract void ClearBackBuffer()
```
    Clear back buffer.
  - ClearBackBuffer
```
public abstract void ClearBackBuffer(int iXPos,
                                     int iYPos,
                                     int iWidth,
                                     int iHeight)
```
    Clear the back buffer in the specified subwindow.
    
    Parameters:
    
    iXPos - the x-position for the subwindow
    
    iYPos - the y-position for the subwindow
    
    iWidth - the subwindow width
    
    iHeight - the subwindow height
  - ClearBuffers
```
public abstract void ClearBuffers()
```
    Clear all buffers.
  - ClearBuffers
```
public abstract void ClearBuffers(int iXPos,
                                  int iYPos,
                                  int iWidth,
                                  int iHeight)
```
    Clear the all buffers in the specified subwindow.
    
    Parameters:
    
    iXPos - the x-position for the subwindow
    
    iYPos - the y-position for the subwindow
    
    iWidth - the subwindow width
    
    iHeight - the subwindow height
  - ClearColorDepth
```
public abstract void ClearColorDepth()
```
    Clear Color and Depth buffers.
  - ClearStencilBuffer
```
public abstract void ClearStencilBuffer()
```
    Clear stencil buffer.
  - ClearStencilBuffer
```
public abstract void ClearStencilBuffer(int iXPos,
                                        int iYPos,
                                        int iWidth,
                                        int iHeight)
```
    Clear the stencil buffer in the specified subwindow.
    
    Parameters:
    
    iXPos - the x-position for the subwindow
    
    iYPos - the y-position for the subwindow
    
    iWidth - the subwindow width
    
    iHeight - the subwindow height
  - ClearZBuffer
```
public abstract void ClearZBuffer()
```
    Clear depth buffer.
  - ClearZBuffer
```
public abstract void ClearZBuffer(int iXPos,
                                  int iYPos,
                                  int iWidth,
                                  int iHeight)
```
    Clear the depth buffer in the specified subwindow.
    
    Parameters:
    
    iXPos - the x-position for the subwindow
    
    iYPos - the y-position for the subwindow
    
    iWidth - the subwindow width
    
    iHeight - the subwindow height
  - CompilePrograms
```
public abstract Program CompilePrograms(Geometry pkGeometry,
                                        Program pkVProgram,
                                        Program pkPProgram)
```
    Compiles two shaders into a program.
    
    Parameters:
    
    pkVProgram - the vertex program to compile
    
    pkPProgram - the pixel program to compile
    
    Returns:
    
    compiled Program containing combined information.
  - DisableVAO
```
public void DisableVAO()
```
  - DisableTexture
```
public void DisableTexture(Texture pkTexture)
```
    Disable the texture parameter.
    
    Parameters:
    
    pkTexture - texture to disable.
  - DisableUserClipPlane
```
public abstract void DisableUserClipPlane(int i)
```
    Disables additional clip planes.
    
    Parameters:
    
    i - the clip plane to disable (GL_CLIP_PLANE0 + i).
  - DisableProgram
```
public void DisableProgram(Program pkCProgram)
```
    Disable the compiled program parameter.
    
    Parameters:
    
    pkCProgram - compiled program to disable.
  - DisplayBackBuffer
```
public abstract void DisplayBackBuffer()
```
    Display the back buffer.
  - dispose
```
public void dispose()
```
    Release memory.
  - Draw
```
public abstract void Draw(byte[] aucBuffer)
```
    2D drawing. Draw a byte bitmap.
    
    Parameters:
    
    aucBuffer - the bitmap to draw.
  - Draw
```
public abstract void Draw(int iX,
                          int iY,
                          ColorRGBA rkColor,
                          java.lang.String text)
```
  - Draw
```
public void Draw(Geometry pkGeometry)
```
    Draw the specified geometry.
    
    Parameters:
    
    pkGeometry - geometry to draw.
  - Draw
```
public abstract void Draw(float iX,
                          float iY,
                          float iZ,
                          ColorRGBA rkColor,
                          char[] acText)
```
    Draw text.
    
    Parameters:
    
    iX - the x-position for the start of the text being drawn.
    
    iY - the y-position for the start of the text being drawn.
    
    iZ - the z-position for the start of the text being drawn.
    
    rkColor - text color
    
    acText - text to draw
  - Draw
```
public abstract void Draw(float iX,
                          float iY,
                          float iZ,
                          byte[][] acText,
                          int width,
                          int height)
```
  - DrawElements
```
public abstract void DrawElements()
```
    The main entry point to drawing in the derived-class renderers.
  - DrawLeft
```
public abstract void DrawLeft()
```
  - DrawRight
```
public abstract void DrawRight()
```
  - DrawDefault
```
public abstract void DrawDefault()
```
  - DrawScene
```
public void DrawScene(VisibleSet rkVisibleSet)
```
    Object drawing.
    
    Parameters:
    
    rkVisibleSet - set of objects to draw.
  - EnableVAO
```
public void EnableVAO()
```
  - EnableTexture
```
public void EnableTexture(Texture pkTexture,
                          SamplerInformation pkSI)
```
    Enable the texture parameter.
    
    Parameters:
    
    pkTexture - texture to enable.
  - EnableUserClipPlane
```
public void EnableUserClipPlane(int i,
                                Plane3f rkPlane)
```
    Include additional clip planes. The input plane must be in model coordinates. It is transformed internally to camera coordinates to support clipping in clip space.
    
    Parameters:
    
    i - the GL_CLIP_PLANE0 (+i) clip plane to include.
    
    rkPlane - the clip plane definition. public abstract void EnableUserClipPlane (int i, Plane3f rkPlane);
  - EnableProgram
```
public void EnableProgram(Program pkCProgram)
```
    Enable the vertex program parameter.
    
    Parameters:
    
    pkVProgram - vertex program to enable.
  - EndScene
```
public void EndScene()
```
    Support for predraw and postdraw semantics.
  - Finish
```
public abstract void Finish()
```
  - FrameBufferToTexSubImage3D
```
public abstract void FrameBufferToTexSubImage3D(Texture kTarget,
                                                int iZ,
                                                boolean bCopyToCPU)
```
  - FrameBufferToTexSubImage3D
```
public abstract void FrameBufferToTexSubImage3D(Texture kTarget,
                                                int iZ)
```
  - FrameBufferToTexture
```
public abstract void FrameBufferToTexture(Texture kTarget)
```
  - GetAlphaState
```
public final AlphaState GetAlphaState()
```
    Get AlphaState.
    
    Returns:
    
    AlphaState
  - GetBackgroundColor
```
public final ColorRGBA GetBackgroundColor()
```
    Get the Background color.
    
    Returns:
    
    the background color.
  - GetBufferingType
```
public final FrameBuffer.BufferingType GetBufferingType()
```
    Get Frame buffer buffering type parameter.
    
    Returns:
    
    Frame buffer buffering type parameter.
  - GetCamera
```
public final Camera GetCamera()
```
    Get the camera.
    
    Returns:
    
    the camera object.
  - GetColorMask
```
public void GetColorMask(boolean[] rbAllowColor)
```
    Get which color channels will be written to the color buffer.
    
    Parameters:
    
    rbAllowColor - boolean[] to write with allow values.
  - GetCommentCharacter
```
public abstract char GetCommentCharacter()
```
    Renderer-specific information for loading shader programs.
    
    Returns:
    
    comment characeter
  - GetCullState
```
public final CullState GetCullState()
```
    Get CullState.
    
    Returns:
    
    CullState
  - GetDepthType
```
public final FrameBuffer.DepthType GetDepthType()
```
    Get Frame buffer depth type parameter.
    
    Returns:
    
    Frame buffer depth type parameter.
  - GetDrawBuffer
```
public abstract int GetDrawBuffer()
```
  - getDPIScaleFactor
```
public abstract double getDPIScaleFactor()
```
  - GetExtension
```
public abstract java.lang.String GetExtension()
```
    Renderer-specific information for loading shader programs.
    
    Returns:
    
    extension
  - GetFormatType
```
public final FrameBuffer.FormatType GetFormatType()
```
    Get Frame buffer format type parameter.
    
    Returns:
    
    Frame buffer format type parameter.
  - GetGeometry
```
public final Geometry GetGeometry()
```
    Get the geometry object.
    
    Returns:
    
    the geometry.
  - GetHeight
```
public final int GetHeight()
```
    Get Window height parameter.
    
    Returns:
    
    Window height parameter.
  - GetLight
```
public Light GetLight(int i)
```
    Get light. For use by effects with lights.
    
    Parameters:
    
    i - light index to get.
    
    Returns:
    
    light at index i.
  - GetLineStipplePattern
```
public final short GetLineStipplePattern()
```
    Get Line stippling pattern.
    
    Returns:
    
    line stiple pattern.
  - GetLineStippleRepeat
```
public final int GetLineStippleRepeat()
```
    Get Line stippling repeat.
    
    Returns:
    
    line stiple repeat.
  - GetLineWidth
```
public final float GetLineWidth()
```
    Get line width.
    
    Returns:
    
    line width.
  - GetMaterialState
```
public final MaterialState GetMaterialState()
```
    Get MaterialState.
    
    Returns:
    
    MaterialState
  - GetMaxColors
```
public final int GetMaxColors()
```
    Maximum colors resource limits.
    
    Returns:
    
    the maximum number of color units.
  - GetMaxLights
```
public final int GetMaxLights()
```
    Maximum lights resource limits.
    
    Returns:
    
    the maximum number of lights.
  - GetMaxPShaderImages
```
public final int GetMaxPShaderImages()
```
    Maximum pixel shader resource limits.
    
    Returns:
    
    the maximum number of pixel shader images.
  - GetMaxStencilIndices
```
public final int GetMaxStencilIndices()
```
    Maximum stencil resource limits.
    
    Returns:
    
    the maximum number of stencil indices.
  - GetMaxTCoords
```
public final int GetMaxTCoords()
```
    Maximum texture coordinates resource limits.
    
    Returns:
    
    the maximum number of texture coordinates.
  - GetMaxUserClipPlanes
```
public final int GetMaxUserClipPlanes()
```
    Maximum user clip planes resource limits.
    
    Returns:
    
    the maximum number of user clip planes.
  - GetMaxVShaderImages
```
public final int GetMaxVShaderImages()
```
    Maximum vertex shader images resource limits.
    
    Returns:
    
    the maximum number of vertex shader images.
  - GetMultisamplingType
```
public final FrameBuffer.MultisamplingType GetMultisamplingType()
```
    Get Frame buffer multisampling type parameter.
    
    Returns:
    
    Frame buffer multisampling type parameter.
  - GetPixelColor
```
public abstract ColorRGBA GetPixelColor(int iX,
                                        int iY)
```
    Read the pixel color at the current mouse location.
    
    Parameters:
    
    iX - mouse x position
    
    iY - mouse y position
    
    Returns:
    
    pixel color.
  - GetPointSize
```
public final float GetPointSize()
```
    Get point size
    
    Returns:
    
    point size.
  - GetPolygonOffsetState
```
public final PolygonOffsetState GetPolygonOffsetState()
```
    Get PolygonOffsetState.
    
    Returns:
    
    PolygonOffsetState
  - GetProjector
```
public Camera GetProjector()
```
    For use by effects with projectors.
    
    Returns:
    
    Camera object projector.
  - GetReverseCullFace
```
public final boolean GetReverseCullFace()
```
    Get reverse cull face.
    
    Returns:
    
    reverse culling.
  - GetScreenImage
```
public abstract java.nio.ByteBuffer GetScreenImage(int iWidth,
                                                   int iHeight)
```
  - GetSizeOnScreen
```
public abstract int[] GetSizeOnScreen(char[] acText)
```
  - GetStencilState
```
public final StencilState GetStencilState()
```
    Get StencilState.
    
    Returns:
    
    StencilState
  - GetStencilType
```
public final FrameBuffer.StencilType GetStencilType()
```
    Get Frame buffer stencil type parameter.
    
    Returns:
    
    Frame buffer stencil type parameter.
  - GetTexImage
```
public abstract void GetTexImage(Texture kTarget)
```
  - GetTransform
```
public void GetTransform(Matrix4f rkMat,
                         int iOperation,
                         float[] afData)
```
    Get from Matrix parameter and write into float[] parameter.
    
    Parameters:
    
    rkMat - matrix to read.
    
    iOperation - 0 = matrix; 1 = transpose of matrix; 2 = inverse of matrix; 3 = inverse-transpose of matrix
    
    afData - float[] to write.
  - GetWidth
```
public final int GetWidth()
```
    Get Window width parameter.
    
    Returns:
    
    Window width parameter.
  - GetWireframeState
```
public final WireframeState GetWireframeState()
```
    Get WireframeState.
    
    Returns:
    
    WireframeState
  - GetZBufferState
```
public final ZBufferState GetZBufferState()
```
    Get ZBufferState.
    
    Returns:
    
    ZBufferState
  - InitializeState
```
public abstract void InitializeState()
```
    Initialize the rendering state.
  - LoadAllResources
```
public void LoadAllResources(Spatial pkScene)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkScene - load all resources for this scene.
  - LoadVAO
```
public ResourceIdentifier LoadVAO(Geometry pkGeometry)
```
  - LoadResources
```
public void LoadResources(Geometry pkGeometry)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkGeometry - load all resources for this geometry object.
  - LoadTexture
```
public boolean LoadTexture(Texture pkTexture)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkTexture - load all resources for the Texture.
  - LoadProgram
```
public ResourceIdentifier LoadProgram(Program pkCProgram)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkCProgram - load all resources for the Compiled GLSL Program.
  - OnDepthRangeChange
```
public abstract void OnDepthRangeChange()
```
    Called when the depth range changes. Updates the camera.
  - OnDisableVAO
```
public abstract void OnDisableVAO()
```
  - OnDisableProgram
```
public abstract void OnDisableProgram(ResourceIdentifier pkID)
```
    Disable the PixelProgram spefified by the ResourceIdentifer parameter pkID.
    
    Parameters:
    
    pkID - the ResourceIdentifier describing the PixelProgram to disable.
  - OnDisableTexture
```
public abstract void OnDisableTexture(ResourceIdentifier pkID)
```
    Disable the Texture spefified by the ResourceIdentifer parameter pkID.
    
    Parameters:
    
    pkID - the ResourceIdentifier describing the Texture to disable.
  - OnEnableVAO
```
public abstract void OnEnableVAO(Geometry pkGeometry,
                                 ResourceIdentifier pkID)
```
  - OnEnableTexture
```
public abstract void OnEnableTexture(ResourceIdentifier pkID,
                                     SamplerInformation pkSI)
```
    Enable the Texture spefified by the ResourceIdentifer parameter pkID.
    
    Parameters:
    
    pkID - the ResourceIdentifier describing the Texture to enable.
  - OnEnableProgram
```
public abstract void OnEnableProgram(ResourceIdentifier pkID)
```
    Enable the VertexProgram specified by the ResourceIdentifer parameter pkID.
    
    Parameters:
    
    pkID - the ResourceIdentifier describing the VertexProgram to enable.
  - OnFrameChange
```
public void OnFrameChange()
```
    Support for camera access and transformation setting.
  - OnFrustumChange
```
public void OnFrustumChange()
```
    Support for camera access and transformation setting.
  - OnLoadVAO
```
public abstract ResourceIdentifier OnLoadVAO(Geometry pkGeometry)
```
  - OnLoadProgram
```
public abstract ResourceIdentifier OnLoadProgram(Program pkCProgram)
```
    Resource loading and releasing (to/from video memory).
    
    Parameters:
    
    pkCProgram - the compiled program to generate/bind
    
    Returns:
    
    the new ResourceIdentifier for the compiled program
  - OnLoadTexture
```
public abstract ResourceIdentifier OnLoadTexture(Texture pkTexture)
```
    Resource loading and releasing (to/from video memory).
    
    Parameters:
    
    pkTexture - the Texture to generate/bind
    
    Returns:
    
    the new ResourceIdentifier for the Texture
  - OnReleaseVAOBuffer
```
public abstract void OnReleaseVAOBuffer(ResourceIdentifier pkID)
```
    Release the Vertex Array Object described in the ResourceIdentifier parameter.
    
    Parameters:
    
    pkID - the ResourceIdentifier with the Vertex Array Object to release.
  - OnReleaseTexture
```
public abstract void OnReleaseTexture(ResourceIdentifier pkID)
```
    Release the Texture described in the ResourceIdentifier parameter.
    
    Parameters:
    
    pkID - the ResourceIdentifier with the Texture to release.
  - OnReleaseProgram
```
public abstract void OnReleaseProgram(ResourceIdentifier pkID)
```
    Release the VertexProgram described in the ResourceIdentifier parameter.
    
    Parameters:
    
    pkID - the ResourceIdentifier with the VertexProgram to release.
  - OnReloadTexture
```
public abstract void OnReloadTexture(ResourceIdentifier pkID)
```
    Resource loading and releasing (to/from video memory).
    
    Parameters:
    
    pkID - the Texture to generate/bind with the new ResourceIdentifier for the Texture
  - OnReloadVAO
```
public abstract void OnReloadVAO(Geometry pkGeometry,
                                 ResourceIdentifier pkID)
```
    Resource loading and releasing (to/from video memory).
    
    Parameters:
    
    pkID - the vertex array object to generate/bind with the new ResourceIdentifier for the VAO
  - OnViewportChange
```
public abstract void OnViewportChange()
```
    Called when the viewport changes. Updates the camera.
  - ParseProgram
```
public abstract void ParseProgram(Program pkProgram,
                                  int iType)
```
    Parse the input program for the parameters.
    
    Parameters:
    
    pkProgram - Program to parse.
    
    iType - the type of program to parse, Program.VERTEX or Program.PIXEL.
  - ReadProgram
```
public abstract Program ReadProgram(java.lang.String rkProgramName,
                                    int iType)
```
    Read a Shader Program from a file.
    
    Parameters:
    
    rkProgramName - the name of the program to load.
    
    iType - the type of program to read VERTEX, PIXEL.
    
    Returns:
    
    a new Program, or null if it cannot be loaded.
  - ReleaseAllResources
```
public void ReleaseAllResources(Spatial pkScene)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkScene - release all resources for this scene.
  - ReleaseVAO
```
public void ReleaseVAO(Bindable pkGeometry)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkVAOBuffer - release all resources for the vertex array object.
  - ReleaseResources
```
public void ReleaseResources(Effect pkEffect)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkEffect - release all resources for this effect.
  - ReleaseResources
```
public void ReleaseResources(Geometry pkGeometry)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkGeometry - release all resources for this geometry object.
  - ReleaseTexture
```
public void ReleaseTexture(Bindable pkTexture)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkTexture - release all resources for the Texture.
  - ReleaseProgram
```
public void ReleaseProgram(Bindable pkProgram)
```
    Resource loading and releasing.
    
    Parameters:
    
    pkVProgram - release all resources for the Vertex Program.
  - Resize
```
public void Resize(int iWidth,
                   int iHeight)
```
    Set Window parameters.
    
    Parameters:
    
    iWidth - Window width parameter.
    
    iHeight - Window height parameter.
  - RestoreGlobalState
```
public void RestoreGlobalState(GlobalState[] aspkState)
```
    Global render state management.
    
    Parameters:
    
    aspkState - restore GlobalStates
  - RestorePostWorldTransformation
```
public void RestorePostWorldTransformation()
```
    Restores view matrix.
  - RestoreWorldTransformation
```
public void RestoreWorldTransformation()
```
    Support for model-to-world transformation management.
  - Screenshot
```
public abstract java.awt.image.BufferedImage Screenshot()
```
  - SelectFont
```
public abstract boolean SelectFont(int iFontID)
```
    Select a font based on ID.
    
    Parameters:
    
    iFontID - the font to use.
    
    Returns:
    
    true if the font exists, false otherwise.
  - SetAlphaState
```
public void SetAlphaState(AlphaState pkState)
```
    Alpha state management.
    
    Parameters:
    
    pkState - new AlphaState
  - SetBackgroundColor
```
public void SetBackgroundColor(ColorRGBA rkColor)
```
    Set the Background color.
    
    Parameters:
    
    rkColor - new background color.
  - SetCamera
```
public void SetCamera(Camera pkCamera)
```
    Set the camera.
    
    Parameters:
    
    pkCamera - new camera object.
  - SetColorMask
```
public void SetColorMask(boolean bAllowRed,
                         boolean bAllowGreen,
                         boolean bAllowBlue,
                         boolean bAllowAlpha)
```
    Enable which color channels will be written to the color buffer.
    
    Parameters:
    
    bAllowRed - when true allow the red channel to be written.
    
    bAllowGreen - when true allow the green channel to be written.
    
    bAllowBlue - when true allow the blue channel to be written.
    
    bAllowAlpha - when true allow the alpha channel to be written.
  - SetConstantCameraModelDirection
```
public void SetConstantCameraModelDirection(int iPlaceHolder,
                                            float[] afData)
```
    Set RendererConstant Camera Model Direction, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraModelPosition
```
public void SetConstantCameraModelPosition(int iPlaceHolder,
                                           float[] afData)
```
    Set RendererConstant Camera Model Position, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraModelRight
```
public void SetConstantCameraModelRight(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Camera Model Right Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraModelUp
```
public void SetConstantCameraModelUp(int iPlaceHolder,
                                     float[] afData)
```
    Set RendererConstant Camera Model Up Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraWorldDirection
```
public void SetConstantCameraWorldDirection(int iPlaceHolder,
                                            float[] afData)
```
    Set RendererConstant Camera World Direction Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraWorldPosition
```
public void SetConstantCameraWorldPosition(int iPlaceHolder,
                                           float[] afData)
```
    Set RendererConstant Camera World Position, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraWorldRight
```
public void SetConstantCameraWorldRight(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Camera World Right Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantCameraWorldUp
```
public void SetConstantCameraWorldUp(int iPlaceHolder,
                                     float[] afData)
```
    Set RendererConstant Camera World Up Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantLightAmbient
```
public void SetConstantLightAmbient(int iLight,
                                    float[] afData)
```
    Set RendererConstant Light Ambient color, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightAttenuation
```
public void SetConstantLightAttenuation(int iLight,
                                        float[] afData)
```
    Set RendererConstant Light Attenuation, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightDiffuse
```
public void SetConstantLightDiffuse(int iLight,
                                    float[] afData)
```
    Set RendererConstant Light Diffuse color, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightModelDirection
```
public void SetConstantLightModelDirection(int iLight,
                                           float[] afData)
```
    Set RendererConstant Light Model Direction, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightModelPosition
```
public void SetConstantLightModelPosition(int iLight,
                                          float[] afData)
```
    Set RendererConstant Light Model Position, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightSpecular
```
public void SetConstantLightSpecular(int iLight,
                                     float[] afData)
```
    Set RendererConstant Light Specular color, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightSpotCutoff
```
public void SetConstantLightSpotCutoff(int iLight,
                                       float[] afData)
```
    Set RendererConstant Light Spot Cutoff, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightWorldDirection
```
public void SetConstantLightWorldDirection(int iLight,
                                           float[] afData)
```
    Set RendererConstant Light World Direction, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantLightWorldPosition
```
public void SetConstantLightWorldPosition(int iLight,
                                          float[] afData)
```
    Set RendererConstant Light World Position, store in float[] parameter.
    
    Parameters:
    
    iLight - index between 0 and 7 (eight lights are currently supported).
    
    afData - stores result.
  - SetConstantMaterialAmbient
```
public void SetConstantMaterialAmbient(int iPlaceHolder,
                                       float[] afData)
```
    Set RendererConstant Material Ambient color, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantMaterialDiffuse
```
public void SetConstantMaterialDiffuse(int iPlaceHolder,
                                       float[] afData)
```
    Set RendererConstant Material Diffuse color, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantMaterialEmissive
```
public void SetConstantMaterialEmissive(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Material Emissive color, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantMaterialSpecular
```
public void SetConstantMaterialSpecular(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Material Specular color, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantPMatrix
```
public void SetConstantPMatrix(int iOperation,
                               float[] afData)
```
    Set RendererConstant Projection matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetConstantProjectorMatrix
```
public void SetConstantProjectorMatrix(int iPlaceHolder,
                                       float[] afData)
```
    Set RendererConstant Projector Matrix, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorModelDirection
```
public void SetConstantProjectorModelDirection(int iPlaceHolder,
                                               float[] afData)
```
    Set RendererConstant Projector Model Direction Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorModelPosition
```
public void SetConstantProjectorModelPosition(int iPlaceHolder,
                                              float[] afData)
```
    Set RendererConstant Projector Model Position, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorModelRight
```
public void SetConstantProjectorModelRight(int iPlaceHolder,
                                           float[] afData)
```
    Set RendererConstant Projector Model Right Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorModelUp
```
public void SetConstantProjectorModelUp(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Projector Model Up Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorWorldDirection
```
public void SetConstantProjectorWorldDirection(int iPlaceHolder,
                                               float[] afData)
```
    Set RendererConstant Projector World Direction Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorWorldPosition
```
public void SetConstantProjectorWorldPosition(int iPlaceHolder,
                                              float[] afData)
```
    Set RendererConstant Projector World Position, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorWorldRight
```
public void SetConstantProjectorWorldRight(int iPlaceHolder,
                                           float[] afData)
```
    Set RendererConstant Projector World Right Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantProjectorWorldUp
```
public void SetConstantProjectorWorldUp(int iPlaceHolder,
                                        float[] afData)
```
    Set RendererConstant Projector World Up Vector, store in float[] parameter. These functions do not use the option parameter, but the parameter is included to allow for a class-static array of function pointers to handle all shader constants.
    
    Parameters:
    
    iPlaceHolder - transform operation placeholder
    
    afData - stores result.
  - SetConstantVMatrix
```
public void SetConstantVMatrix(int iOperation,
                               float[] afData)
```
    Set RendererConstant View matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetConstantVPMatrix
```
public void SetConstantVPMatrix(int iOperation,
                                float[] afData)
```
    Set RendererConstant View*Projection matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetConstantWMatrix
```
public void SetConstantWMatrix(int iOperation,
                               float[] afData)
```
    Set RendererConstant World matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetConstantWVMatrix
```
public void SetConstantWVMatrix(int iOperation,
                                float[] afData)
```
    Set RendererConstant World*View matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetConstantWVPMatrix
```
public void SetConstantWVPMatrix(int iOperation,
                                 float[] afData)
```
    Set RendererConstant World*View*Projection matrix, store in float[] parameter.
    
    Parameters:
    
    iOperation - transform operation
    
    afData - stores result.
  - SetCullState
```
public void SetCullState(CullState pkState)
```
    Cull state management.
    
    Parameters:
    
    pkState - new CullState
  - SetExternalDir
```
public void SetExternalDir(java.lang.String dir)
```
  - SetGeometry
```
public final void SetGeometry(Geometry pkGeometry)
```
    Set the geometry object that is to be drawn.
    
    Parameters:
    
    pkGeometry - new geometry.
  - SetGlobalState
```
public void SetGlobalState(GlobalState[] aspkState)
```
    Global render state management.
    
    Parameters:
    
    aspkState - set new GlobalStates
  - SetLight
```
public void SetLight(int i,
                     Light pkLight)
```
    Set light. For use by effects with lights.
    
    Parameters:
    
    i - light index to set.
    
    pkLight - new light.
  - SetLineStipple
```
public void SetLineStipple(int iRepeat,
                           short usPattern)
```
    Line stippling is disabled when either of "repeat" or "pattern" is zero.
    
    Parameters:
    
    iRepeat - stiple repeat.
    
    usPattern - stiple pattern.
  - SetLineWidth
```
public void SetLineWidth(float fWidth)
```
    Set line width.
    
    Parameters:
    
    fWidth - line width.
  - SetMaterialState
```
public void SetMaterialState(MaterialState pkState)
```
    Material state management.
    
    Parameters:
    
    pkState - new MaterialState
  - SetPointSize
```
public void SetPointSize(float fSize)
```
    Set point size.
    
    Parameters:
    
    fSize - point size.
  - SetPolygonOffsetState
```
public void SetPolygonOffsetState(PolygonOffsetState pkState)
```
    PolygonOffset state management.
    
    Parameters:
    
    pkState - new PolygonOffsetState
  - SetPostWorldTransformation
```
public void SetPostWorldTransformation(Matrix4f rkMatrix)
```
    The input transformation is applied to world-space vertices before the view matrix is applied.
    
    Parameters:
    
    rkMatrix - input transformation is applied to world-space vertices before the view matrix is applied.
  - SetProjector
```
public void SetProjector(Camera pkProjector)
```
    For use by effects with projectors.
    
    Parameters:
    
    pkProjector - Camera object projector.
  - SetRendererConstant
```
public void SetRendererConstant(RendererConstant.Type eRCType,
                                float[] afData)
```
    Set RendererConstant based on eRCType parameter, store in float[] parameter.
    
    Parameters:
    
    eRCType - type of RendererConstant to set.
    
    afData - stores result.
  - SetReverseCullFace
```
public void SetReverseCullFace(boolean bReverseCullFace)
```
    Set reverse cull face.
    
    Parameters:
    
    bReverseCullFace - when true do reverse culling.
  - SetStencilState
```
public void SetStencilState(StencilState pkState)
```
    Stencil state management.
    
    Parameters:
    
    pkState - new StencilState
  - SetProgramConstant
```
public abstract void SetProgramConstant(Renderer.ConstantType eCType,
                                        RendererConstant.Type paramType,
                                        int iBaseRegister,
                                        int iRegisterQuantity,
                                        int iNumFloats,
                                        float[] afData)
```
    Resource enabling and disabling. Sets the values for the Vertex Program constant parameters.
    
    Parameters:
    
    eCType - the ConstantType parameter (RENDERER, NUMERICAL, USER)
    
    paramType - the RendererConstant.Type parameter
    
    iBaseRegister - the register to load the parameter values into
    
    iRegisterQuantity - the number of registers
    
    iNumFloats - the number of floats in the program constant
    
    afData - the parameter values.
  - SetWireframeState
```
public void SetWireframeState(WireframeState pkState)
```
    Wireframe state management.
    
    Parameters:
    
    pkState - new WireframeState
  - SetWorldTransformation
```
public void SetWorldTransformation()
```
    Support for model-to-world transformation management.
  - SetWorldTransformation
```
public void SetWorldTransformation(Matrix4f kMat)
```
    Support for model-to-world transformation management.
  - SetZBufferState
```
public void SetZBufferState(ZBufferState pkState)
```
    ZBuffer state management.
    
    Parameters:
    
    pkState - new ZBufferState
  - ToggleFullscreen
```
public void ToggleFullscreen()
```
    Toggle full screen mode.
  - UnloadFont
```
public abstract void UnloadFont(int iFontID)
```
    Clear a font based on ID.
    
    Parameters:
    
    iFontID - the font to remove.
  - ClearScreenOverlay
```
public abstract void ClearScreenOverlay()
```
  - DrawScreenOverlay
```
public abstract void DrawScreenOverlay()
```
  - SCFunction
```
private void SCFunction(int iFunction,
                        int iParam,
                        float[] afData)
```
    Choose which Set RendererConstant function to call.
    
    Parameters:
    
    iFunction - RendererConstant set function to use.
    
    iParam - parameter to set function.
    
    afData - stores result.

Modifier and Type	Class	Description
`static class`	`Renderer.ConstantType`	ConstantType
`static class`	`Renderer.RendererType`	Run-time type information.

Class Renderer

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

serialVersionUID

m_kReleaseFunction

m_iMaxLights

m_iMaxColors

m_iMaxTCoords

m_iMax3DTexSize

m_iMaxVShaderImages

m_iMaxPShaderImages

m_iMaxStencilIndices

m_iMaxUserClipPlanes

m_eFormat

m_eDepth

m_eStencil

m_eBuffering

m_eMultisampling

m_iWidth

m_iHeight

m_kBackgroundColor

m_bAllowRed

m_bAllowGreen

m_bAllowBlue

m_bAllowAlpha

m_pkCamera

m_aspkState

m_aspkLight

m_pkProjector

m_pkGeometry

m_kWorldMatrix

m_kSaveWorldMatrix

m_kViewMatrix

m_kSaveViewMatrix

m_kProjectionMatrix

m_kSaveProjectionMatrix

m_kTemp

m_iFontID

m_bReverseCullFace

m_bFullscreen

m_fPointSize

m_fLineWidth

m_iLineStippleRepeat

m_usLineStipplePattern

iMaxTuples

aaiStack

m_kConstantMatrix

m_bTextureLoadFail

m_kExternalDir

Constructor Detail

Renderer

Method Detail

Activate

ApplyEffect

BeginScene

ClearBackBuffer

ClearBackBuffer

ClearBuffers

ClearBuffers

ClearColorDepth

ClearStencilBuffer

ClearStencilBuffer

ClearZBuffer

ClearZBuffer

CompilePrograms

DisableVAO

DisableTexture

DisableUserClipPlane

DisableProgram

DisplayBackBuffer

dispose

Draw

Draw

Draw

Draw

Draw