VRRenderer

abstract class VRRenderer : Renderer, StereoRenderer

Author
dennis.ippel

Constructors

VRRenderer(context: Context!)

Properties

mCameraPosition	`var mCameraPosition: Vector3!`
mCurrentEyeMatrix	`var mCurrentEyeMatrix: Matrix4!`
mCurrentEyeOrientation	`var mCurrentEyeOrientation: Quaternion!`
mHeadViewMatrix	`var mHeadViewMatrix: Matrix4!`
mHeadViewQuaternion	`var mHeadViewQuaternion: Quaternion!`

Inherited Properties

AVAILABLE_CORES	`static val AVAILABLE_CORES: Int`
mContext	`var mContext: Context!`
mCurrentViewportHeight	`var mCurrentViewportHeight: Int`
mCurrentViewportWidth	`var mCurrentViewportWidth: Int`
mDefaultViewportHeight	`var mDefaultViewportHeight: Int`
mDefaultViewportWidth	`var mDefaultViewportWidth: Int`
mEnableDepthBuffer	`var mEnableDepthBuffer: Boolean`
mFogEnabled	`static var mFogEnabled: Boolean`
mFPSUpdateListener	`var mFPSUpdateListener: OnFPSUpdateListener!`
mFrameCount	`var mFrameCount: Int`
mFrameRate	`var mFrameRate: Double`
mGLES_Major_Version	`var mGLES_Major_Version: Int`
mGLES_Minor_Version	`var mGLES_Minor_Version: Int`
mLastMeasuredFPS	`var mLastMeasuredFPS: Double`
mLoaderExecutor	`val mLoaderExecutor: Executor!`
mMaterialManager	`var mMaterialManager: MaterialManager!`
mOverrideViewportHeight	`var mOverrideViewportHeight: Int`
mOverrideViewportWidth	`var mOverrideViewportWidth: Int`
mRenderTargets	`val mRenderTargets: MutableList<RenderTarget!>!`
mSceneInitialized	`var mSceneInitialized: Boolean`
mScenes	`val mScenes: MutableList<Scene!>!`
mSurface	`var mSurface: ISurface!`
mTextureManager	`var mTextureManager: TextureManager!`
mTimer	`var mTimer: ScheduledExecutorService!`
sMaxLights	`static var sMaxLights: Int`

Functions

isLookingAtObject	`open fun isLookingAtObject(target: Object3D!): Boolean` `open fun isLookingAtObject(target: Object3D!, maxAngle: Float): Boolean`
onDrawEye	`open fun onDrawEye(eye: Eye!): Unit`
onFinishFrame	`open fun onFinishFrame(viewport: Viewport!): Unit`
onNewFrame	`open fun onNewFrame(headTransform: HeadTransform!): Unit`
onRendererShutdown	`open fun onRendererShutdown(): Unit`
onSurfaceChanged	`open fun onSurfaceChanged(width: Int, height: Int): Unit`
onSurfaceCreated	`open fun onSurfaceCreated(eglConfig: EGLConfig!): Unit`

Inherited Functions

addAndSwitchScene	`open fun addAndSwitchScene(scene: Scene!): Boolean` Adds a `Scene`, switching to it immediately
addMaterial	`open fun addMaterial(material: Material!): Boolean`
addRenderTarget	`open fun addRenderTarget(renderTarget: RenderTarget!): Boolean` Add a render target in a thread safe manner.
addScene	`open fun addScene(scene: Scene!): Boolean` Adds a `Scene` to the renderer.
addScenes	`open fun addScenes(scenes: MutableCollection<Scene!>!): Boolean` Adds a `Collection` of scenes to the renderer.
addTexture	`open fun addTexture(texture: ATexture!): Boolean`
clearOverrideViewportDimensions	`open fun clearOverrideViewportDimensions(): Unit`
clearScenes	`open fun clearScenes(): Unit` Clears all scenes from the renderer. This should be used with extreme care as it will also clear the current scene. If this is done while still rendering, bad things will happen.
getContext	`open fun getContext(): Context!`
getCurrentCamera	`open fun getCurrentCamera(): Camera!` Retrieve the current `Camera` in use. This is the camera being used by the current scene.
getCurrentScene	`open fun getCurrentScene(): Scene!` Fetches the `Scene` currently being being displayed. Note that the scene is not thread safe so this should be used with extreme caution.
getDefaultViewportHeight	`open fun getDefaultViewportHeight(): Int`
getDefaultViewportWidth	`open fun getDefaultViewportWidth(): Int`
getFrameRate	`open fun getFrameRate(): Double`
getGLMajorVersion	`open fun getGLMajorVersion(): Int` Fetches the Open GL ES major version of the EGL surface.
getGLMinorVersion	`open fun getGLMinorVersion(): Int` Fetches the Open GL ES minor version of the EGL surface.
getMaxLights	`open static fun getMaxLights(): Int`
getNewDefaultScene	`open fun getNewDefaultScene(): Scene!` Return a new instance of the default initial scene for the `Renderer` instance. This method is only intended to be called one time by the renderer itself and should not be used elsewhere.
getNumScenes	`open fun getNumScenes(): Int` Retrieve the number of `Scene` associated with the Renderer.
getOverrideViewportHeight	`open fun getOverrideViewportHeight(): Int`
getOverrideViewportWidth	`open fun getOverrideViewportWidth(): Int`
getRefreshRate	`open fun getRefreshRate(): Double`
getRenderTarget	`open fun getRenderTarget(): RenderTarget!`
getScene	`open fun getScene(scene: Int): Scene!` Fetches the specified scene.
getSceneCachingEnabled	`open fun getSceneCachingEnabled(): Boolean`
getSceneInitialized	`open fun getSceneInitialized(): Boolean`
getTextureManager	`open fun getTextureManager(): TextureManager!`
getViewportHeight	`open fun getViewportHeight(): Int`
getViewportWidth	`open fun getViewportWidth(): Int`
hasGLContext	`open static fun hasGLContext(): Boolean` Indicates whether the OpenGL context is still alive or not.
initializeColorPicker	`open fun initializeColorPicker(picker: ObjectColorPicker!): Boolean`
initScene	`abstract fun initScene(): Unit` Scene construction should happen here, not in onSurfaceCreated()
internalOfferTask	`open fun internalOfferTask(task: AFrameTask!): Boolean`
loadModel	`open fun loadModel(loader: ALoader!, callback: IAsyncLoaderCallback!, tag: Int): ALoader!` Add an `ALoader` instance to queue parsing for the given resource ID. Use `IAsyncLoaderCallback#onModelLoadComplete(ALoader)`, `IAsyncLoaderCallback#onModelLoadFailed(ALoader)`, and `open fun loadModel(loaderClass: Class<out ALoader!>!, callback: IAsyncLoaderCallback!, resID: Int): ALoader!` Create and add an `ALoader` instance using reflection to queue parsing of the given resource ID. Use `IAsyncLoaderCallback#onModelLoadComplete(ALoader)`, `IAsyncLoaderCallback#onModelLoadFailed(ALoader)` to monitor the status of loading. Returns null if the loader fails to instantiate, `IAsyncLoaderCallback#onModelLoadFailed(ALoader)` will still be called. A tag will be set automatically for the model equal to the resource ID passed. `open fun loadModel(loaderClass: Class<out ALoader!>!, callback: IAsyncLoaderCallback!, resID: Int, tag: Int): ALoader!` Create and add an `ALoader` instance using reflection to queue parsing of the given resource ID. Use `IAsyncLoaderCallback#onModelLoadComplete(ALoader)`, `IAsyncLoaderCallback#onModelLoadFailed(ALoader)` to monitor the status of loading. Returns null if the loader fails to instantiate, `IAsyncLoaderCallback#onModelLoadFailed(ALoader)` will still be called. Use the tag identified to determine which model completed loading when multiple models are loaded.
onPause	`open fun onPause(): Unit`
onRender	`open fun onRender(elapsedRealtime: Long, deltaTime: Double): Unit` Called by `#onRenderFrame(GL10)` to render the next frame. This is called prior to the current scene's `Scene#render(long, double, RenderTarget)` method.
onRenderFrame	`open fun onRenderFrame(gl: GL10!): Unit`
onRenderSurfaceCreated	`open fun onRenderSurfaceCreated(config: EGLConfig!, gl: GL10!, width: Int, height: Int): Unit`
onRenderSurfaceDestroyed	`open fun onRenderSurfaceDestroyed(surface: SurfaceTexture!): Unit`
onRenderSurfaceSizeChanged	`open fun onRenderSurfaceSizeChanged(gl: GL10!, width: Int, height: Int): Unit`
onResume	`open fun onResume(): Unit`
performFrameTasks	`open fun performFrameTasks(): Unit`
reloadMaterials	`open fun reloadMaterials(): Boolean`
reloadRenderTargets	`open fun reloadRenderTargets(): Unit`
reloadScenes	`open fun reloadScenes(): Unit` Called to reload the scenes.
reloadTextures	`open fun reloadTextures(): Boolean`
removeMaterial	`open fun removeMaterial(material: Material!): Boolean`
removeRenderTarget	`open fun removeRenderTarget(renderTarget: RenderTarget!): Boolean` Remove a render target in a thread safe manner.
removeScene	`open fun removeScene(scene: Scene!): Boolean` Removes a `Scene` from the renderer. If the `Scene` being removed is the one in current use, the 0 index `Scene` will be selected on the next frame.
removeTexture	`open fun removeTexture(texture: ATexture!): Boolean`
render	`open fun render(elapsedRealtime: Long, deltaTime: Double): Unit` Called by `#onRender(long, double)` to render the next frame.
replaceAndSwitchScene	`open fun replaceAndSwitchScene(scene: Scene!, location: Int): Boolean` Replaces a `Scene` at the specified index, switching to the replacement immediately on the next frame. This does not validate the index. `open fun replaceAndSwitchScene(oldScene: Scene!, newScene: Scene!): Boolean` Replaces the specified `Scene` in the renderer with the new one, switching to it immediately on the next frame. If the scene to replace does not exist, nothing will happen.
replaceScene	`open fun replaceScene(scene: Scene!, location: Int): Boolean` Replaces a `Scene` in the renderer at the specified location in the list. This does not validate the index, so if it is not contained in the list already, an exception will be thrown. `open fun replaceScene(oldScene: Scene!, newScene: Scene!): Boolean` Replaces the specified `Scene` in the renderer with the new one. If the `Scene` being replaced is the one in current use, the replacement will be selected on the next frame.
replaceTexture	`open fun replaceTexture(texture: ATexture!): Boolean`
resetMaterials	`open fun resetMaterials(): Boolean`
resetTextures	`open fun resetTextures(): Boolean`
resizeRenderTarget	`open fun resizeRenderTarget(renderTargetTexture: RenderTargetTexture): Boolean`
screenToCartesian	`open fun screenToCartesian(screenX: Float, screenY: Float): PointF!` converts screen coordinates (y increases downwards) to cartesian (y increases upwards) coordinates
setAntiAliasingMode	`open fun setAntiAliasingMode(config: ISurface.ANTI_ALIASING_CONFIG!): Unit`
setFPSUpdateListener	`open fun setFPSUpdateListener(listener: OnFPSUpdateListener!): Unit`
setFrameRate	`open fun setFrameRate(frameRate: Int): Unit` `open fun setFrameRate(frameRate: Double): Unit`
setMaxLights	`open static fun setMaxLights(maxLights: Int): Unit`
setOverrideViewportDimensions	`open fun setOverrideViewportDimensions(width: Int, height: Int): Unit`
setRenderSurface	`open fun setRenderSurface(surface: ISurface!): Unit`
setRenderTarget	`open fun setRenderTarget(renderTarget: RenderTarget!): Unit` Sets the current render target. Please mind that this CAN ONLY BE called on the main OpenGL render thread. A subsequent call to `Renderer#render(long, double)` will render the current scene into this render target. Setting the render target to null will switch back to normal rendering.
setSceneCachingEnabled	`open fun setSceneCachingEnabled(enabled: Boolean): Unit`
setViewPort	`open fun setViewPort(width: Int, height: Int): Unit` Sets the GL Viewport used. User code is free to override this method, so long as the viewport is set somewhere (and the projection matrix updated).
startRendering	`open fun startRendering(): Unit`
stopRendering	`open fun stopRendering(): Boolean` Stop rendering the scene.
switchScene	`open fun switchScene(scene: Scene!): Unit` `open fun switchScene(scene: Int): Unit` Switches the `Scene` currently being displayed.
switchSceneDirect	`open fun switchSceneDirect(nextScene: Scene!): Unit` Switches the `Scene` currently being displayed. It resets the OpenGL state and sets the projection matrix for the new scene.
unProject	`open fun unProject(p: PointF!, distance: Float): Vector3!open fun unProject(x: Double, y: Double, z: Double): Vector3!` Unprojects screen position into world space; 0,0,0 is center of screen