static void Main(string [] args)
{
Scene scene = new Scene();
Sphere sphere = new Sphere(2, new double3(0, 0, 10));
scene.Objects.Add(sphere);
EyeBasedRayTracer tracer = new EyeBasedRayTracer();
tracer.Scene = scene;
tracer.ViewportSize = new IntSize(100, 100);
tracer.Camera = new Camera();
tracer.Render();
}
private void Window_Loaded(object sender, RoutedEventArgs e)
{
scene = new Scene();
scene.AmbientColor = double3.Zero;
sphere1Center = new double3(-3, 0, 10);
sphere1 = new Sphere(2, sphere1Center);
//sphere1.Material = refractiveDispersiveMaterial;
//sphere1.Material = new DebugMaterial ();
//sphere1.Material = new MappedMaterial ( Texture2d.Load ( @"C:\media\images\Wallpaper\Текстуры\Minerals\AZURITE2.JPG" ), FilteringType.Nearest );
//sphere1.Material = new MappedMaterial ( Texture2d.Load ( @"C:\media\images\earth2.png" ), TextureWrap.Clamp );
sphere1.Material = RefractiveDispersiveMaterial.Diamond();
//sphere1.Material = new RefractiveDispersiveMaterial ( RefractionIndex.Water ( Light.RedWavelength ),
// RefractionIndex.Water ( Light.GreenWavelength ), RefractionIndex.Water ( Light.BlueWavelength ), 0.9 );
//sphere1.Material = new RefractiveDispersiveMaterial ( new RefractionIndex ( 1.1 ),
// new RefractionIndex ( 1.5 ), new RefractionIndex ( 2 ) );
//sphere2 = new Sphere ( 2, new double3 ( 2, 2, 12 ) );
//sphere2.Material = reflectiveMaterial;
scene.Objects.Add(sphere1);
//scene.Objects.Add ( sphere2 );
//scene.Objects.Add ( sphere3 );
// Lens test
Sphere backSphere = new Sphere(2, new double3(-3, 0, 15));
backSphere.Material = reflectiveMaterial;
CsgObject convexConcaveLens = new CsgObject(CsgOp.Subtract,
new Sphere(2, new double3(0, 0, 7)),
new Sphere(6.5, new double3(0, 0, 12))
);
convexConcaveLens.Material = new RefractiveMaterial(1, 1.7);
CsgObject concaveConvexLens = new CsgObject(CsgOp.Subtract,
new Sphere(2, new double3(0, 0, 7)),
new Sphere(6.5, new double3(0, 0, 2))
);
concaveConvexLens.Material = new RefractiveMaterial(1, 1.7);
//scene.Objects.Add ( backSphere );
//scene.Objects.Add ( convexConcaveLens );
//scene.Objects.Add ( concaveConvexLens );
// Csg Subtraction test
//sphere1 = new Sphere ( 2, sphere1Center );
//sphere2 = new Sphere ( 2, sphere1Center + double3.UnitX * 2 );
//Sphere sphere3 = new Sphere ( 2, sphere1Center - double3.UnitZ * 3 );
//CsgObject csgObj = new CsgObject ( CsgOp.Subtract, sphere1, sphere2, sphere3 );
//csgObj.Material = new PhongEnvironmentMaterial ( Colors.Orange.ToDouble3 () );
//scene.Objects.Add ( csgObj );
// Csg Intersection test
//sphere1 = new Sphere ( 2, sphere1Center );
//sphere2 = new Sphere ( 2, sphere1Center + double3.UnitX * 1 );
//Sphere sphere3 = new Sphere ( 2, sphere1Center + double3.UnitY * 2 );
//CsgObject csgObj = new CsgObject ( CsgOp.Intersect, sphere1, sphere2, sphere3 );
//csgObj.Material = new PhongEnvironmentMaterial ( Colors.Orange.ToDouble3 () );
//scene.Objects.Add ( csgObj );
// Csg Subtraction and Intersection test
//sphere1 = new Sphere ( 1.5, sphere1Center - double3.UnitX * 0.75 );
//sphere2 = new Sphere ( 1.5, sphere1Center + double3.UnitX * 0.75 );
//CsgObject csgObjIsec = new CsgObject ( CsgOp.Intersect, sphere1, sphere2 );
////csgObjIsec.Material = new PhongEnvironmentMaterial ( Colors.Orange.ToDouble3 () );
////scene.Objects.Add ( csgObjIsec );
//Sphere sphere3 = new Sphere ( 2, sphere1Center + double3.UnitZ );
//CsgObject csgObjSub = new CsgObject ( CsgOp.Subtract, sphere3, csgObjIsec );
//csgObjSub.Material = new PhongEnvironmentMaterial ( Colors.Orange.ToDouble3 () );
//scene.Objects.Add ( csgObjSub );
// Csg Union test
//sphere1 = new Sphere ( 2, sphere1Center );
//sphere2 = new Sphere ( 2, sphere1Center + double3.UnitX * 2 );
//CsgObject csgObjUnion = new CsgObject ( CsgOp.Union, sphere1, sphere2 );
//csgObjUnion.Material = new PhongEnvironmentMaterial ( Colors.Violet.ToDouble3 () );
//scene.Objects.Add ( csgObjUnion );
// Csg Subtract Unions test
//sphere1 = new Sphere ( 2, sphere1Center );
//sphere2 = new Sphere ( 2, sphere1Center + double3.UnitX * 2 );
//CsgObject csgObjUnion1 = new CsgObject ( CsgOp.Union, sphere1, sphere2 );
//Sphere sphere3 = new Sphere ( 2, sphere1Center + double3.UnitY * 1 - double3.UnitZ );
//Sphere sphere4 = new Sphere ( 2, sphere1Center + double3.UnitX * 2 + double3.UnitY * 1 - double3.UnitZ );
//CsgObject csgObjUnion2 = new CsgObject ( CsgOp.Union, sphere3, sphere4 );
//CsgObject csgObjSub = new CsgObject ( CsgOp.Subtract, csgObjUnion1, csgObjUnion2 );
//csgObjSub.Material = new PhongEnvironmentMaterial ( Colors.Violet.ToDouble3 () );
//scene.Objects.Add ( csgObjSub );
floor = new PlanarSurface(new double3(0, -2, 0), double3.UnitY);
//floor = new PlanarSurface ( new double3 ( 0, -2, 0 ), new double3 ( 0.2, 1, -0.3 ).Normalized );
floor.Material = new DebugMaterial();
//floor.Material = new MappedMaterial ( Texture2d.Load ( @"C:\media\images\Wallpaper\Текстуры\Architectual\DIRTCHEK.JPG" ), TextureWrap.Repeat );
floor.Material = new PhongEnvironmentMaterial();
leftWall = new PlanarSurface(new double3(-10, 0, 0), double3.UnitX);
//leftWall.Material = new CheckerMaterial ();
//leftWall.Material = new PhongEnvironmentMaterial ( new double3 ( 1, 0, 0 ) );
leftWall.Material = new PhongMaterial(new double3(1, 0, 0));
rightWall = new PlanarSurface(new double3(10, 0, 0), -double3.UnitX);
//rightWall.Material = new PhongEnvironmentMaterial ( new double3 ( 0, 0.27, 1 ) );
rightWall.Material = new PhongMaterial(new double3(0, 0.27, 1));
frontWall = new PlanarSurface(new double3(0, 0, 30), -double3.UnitZ);
//frontWall.Material = new PhongEnvironmentMaterial ( new double3 ( 0.6, 0.27, 1 ) );
frontWall.Material = new PhongMaterial(new double3(0.6, 0.27, 1));
backWall = new PlanarSurface(new double3(0, 0, -60), double3.UnitZ);
//backWall.Material = new PhongEnvironmentMaterial ( new double3 ( 0.6, 0.6, 0.27 ) );
backWall.Material = new PhongMaterial(new double3(0.6, 0.6, 0.27));
ceiling = new PlanarSurface(new double3(0, 10, 0), -double3.UnitY);
//ceiling = new PlanarSurface ( new double3 ( 0, 10, 0 ), new double3 ( 0, -1, 0.02 ).Normalized );
//ceiling.Material = new CheckerMaterial ();
//ceiling.Material = new PhongEnvironmentMaterial ( new double3 ( 0.27, 1, 0.27 ) );
ceiling.Material = new PhongMaterial(new double3(0.27, 1, 0.27));
scene.Objects.Add(floor);
scene.Objects.Add(leftWall);
scene.Objects.Add(rightWall);
scene.Objects.Add(frontWall);
scene.Objects.Add(backWall);
scene.Objects.Add(ceiling);
spotLight1 = new SpotLight(new double3(-2, 4, 0), new double3(1, 0.7, 0.3), new double3(1, 0.7, 0.3), 5);
spotLight2 = new SpotLight(new double3(5, 3, 8), new double3(0.3, 0.7, 1), new double3(0.3, 0.7, 1), 5);
scene.Lights.Add(spotLight1);
scene.Lights.Add(spotLight2);
camera = new Camera(new double3(0, 0, 3));
camera.Pos += double4.UnitZ * 9;
//camera.Pos += double4.UnitZ * 5 - double4.UnitX * 8 - double4.UnitY * 1.5;
//camera.View = new double3 ( -2, 0, 10 ) - camera.Pos;
camera.View = sphere1Center - camera.Pos;
//camera.FovY = 140;
eyeBasedTracer = new EyeBasedRayTracer();
eyeBasedTracer.InitTraceData = new TraceData(10, 10);
//eyeBasedTracer.ClearColor = double3.UnitY;
eyeBasedTracer.Scene = scene;
eyeBasedTracer.ViewportSize = new IntSize(400, 300);
//eyeBasedTracer.ViewportSize = new IntSize ( 1024, 768 );
//eyeBasedTracer.ViewportSize = new IntSize ( 1920, 1080 );
eyeBasedTracer.Camera = camera;
sectionTracer = new SectionRayTracer();
sectionTracer.Scene = scene;
sectionTracer.ViewportSize = new IntSize(400, 300);
//sectionTracer.ViewportSize = new IntSize ( 1024, 768 );
//sectionTracer.ViewportSize = new IntSize ( 1920, 1080 );
double side = 10;
sectionTracer.SectionSize = new DoubleSize(side * sectionTracer.ViewportSize.width / sectionTracer.ViewportSize.height, side);
sectionTracer.Camera = camera;
//camera.FovY = 50;
sectionTracer.NumRaysToDraw = 300;
//sectionTracer.Orientation = SectionOrientation.Vertical;
tracer = eyeBasedTracer;
//tracer = sectionTracer;
//tracer.MaxDegreeOfParallelism = 1;
tracer.InitTraceData = new TraceData(30, 30);
Render();
timer.Interval = TimeSpan.FromSeconds(2.5);
timer.Tick += new EventHandler(timer_Tick);
}
