public ChaosDisplay(int pDisplayWidth, int pDisplayHeight)
{
//Create a gradient of Dark Grey to White for our colors to start out.
SuperColor tmpInfiniteColor, tmpGradientStartColor, tmpGradientEndColor;
tmpInfiniteColor = new SuperColor(0, 0, 0);
tmpGradientStartColor = new SuperColor(75, 0, 40);
tmpGradientEndColor = new SuperColor(0, 202, 243);
//Instantiate the display box and the event handler for it.
this._ChaosDisplayBox = new EventBox();
this._ChaosDisplayBox.ButtonPressEvent += new ButtonPressEventHandler(this.ChaosDisplayClickEvent);
this._ChaosDisplayBox.ButtonReleaseEvent += new ButtonReleaseEventHandler(this.ChaosDisplayClickReleaseEvent);
this._ChaosDisplayBox.MotionNotifyEvent += new MotionNotifyEventHandler(this.ChaosDisplayMouseMotionEvent);
this._ChaosDisplayBox.ScrollEvent += new ScrollEventHandler(this.ChaosDisplayMouseScrolledEvent);
//The ubiquitous main view.
this._OutputChaosRenderingMachine = new ChaosRenderingMachine("MainView", pDisplayWidth, pDisplayHeight, tmpInfiniteColor, tmpGradientStartColor, tmpGradientEndColor, 500);
this._OutputChaosRenderingMachine.WriteLog += new WriteLogEventHandler(this.ChainedMachineWriteLog);
//Create a chaos engine list
this._ChaosEngineList = new ChaosEngineList();
this.InstantiateEngines();
//The rendering method
//Hook up the output machine and the engine with the renderer
this._ChaosRenderer = new ChaosRenderer(this._OutputChaosRenderingMachine, this._ChaosEngineList.Engine);
this._ChaosRenderer.RefreshDisplay += new EventHandler(RenderUpdateDisplayEvent);
this._ChaosRenderer.WriteLog += new WriteLogEventHandler(ChainedRendererWriteLog);
this.ResetRenderingMachines();
}
public ChaosRenderer(ChaosRenderingMachine pOutputPort, ChaosEngine pRenderingEngine)
{
//Assign the object references for this renderer.
this._RenderingEngine = pRenderingEngine;
this._OutputPort = pOutputPort;
this._RenderProgressAmount = 0;
//Default to visual interactive renders
this._VisualRender = true;
}
