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using System;
using DarkGDK;

namespace DarkGDKPostProcessing
{
	class Program
	{
		[STAThread]
		private static void Main(string[] args)
		{
			DarkGDK.Engine.InitializeGDK();
			
			DarkGDK.Camera.CameraEffect.StartShaderSystem();	// Start the shader system
			
			// Create the camera (we use an additional camera, the default camera must remain as is)
			DarkGDK.Camera.AdditionalCamera camera = new DarkGDK.Camera.AdditionalCamera();
			camera.Position(0f, 0f, -5f);
			camera.ColorMyBackdrop(System.Drawing.Color.Black);
			
			// Create an image so camera can render to it
			DarkGDK.Basic2D.Image cameraImage = new DarkGDK.Basic2D.Image(8, 8);
			
			// Load the effect and link it to camera and image.
			DarkGDK.Camera.CameraEffect cameraEffect = new DarkGDK.Camera.CameraEffect("../../Bloom.dbs");
			cameraEffect.Set(camera, cameraImage);
			
			// Create a plane, this plane will use the image generated by camera
			DarkGDK.Basic3D.Plane plane = new DarkGDK.Basic3D.Plane(2f, 2f);
			// The general idea is that this plane must be positioned in front of the default camera
			// This is very easy to happen if we use the Quad shader to the plane
			DarkGDK.Basic3D.Effect planeEffect = new DarkGDK.Basic3D.Effect("../../Quad.fx", false);
			planeEffect.SetToObject(plane);
			// Finally, we can link the plane with the image
			plane.TextureStage(0, cameraImage);
			
			
			// Setup an example scene, just for the demo
			DarkGDK.Basic3D.Cube cube = new DarkGDK.Basic3D.Cube(1f);
			cube.Color = System.Drawing.Color.Yellow;
			
			
			while (DarkGDK.Engine.LoopGDK)
			{
				cube.RotateRelative(1f, 0.4f, 0.2f);
				
				// It's very important to switch the visible state of the plane
				// while syncing the camera effect.
				plane.Visible = false;
				DarkGDK.Camera.CameraEffect.Sync(camera);
				plane.Visible = true;
				
				DarkGDK.Core.Sync();
			}
		}		
	}
}