public override void Update()
{
while (Shapes2Remove.Count > 0)
{
Shapes3D.Remove(Shapes2Remove.Pop().Name);
}
CheckKeyBoard();
CheckMouse();
Camera.LevelU2XZ(0.9998470f);
Camera.Update();
switch (CurrentState)
{
case State.Loading:
return;
case State.Starting:
Start();
return;
case State.Running:
Run();
return;
case State.Finishing:
Finish();
return;
case State.Unloading:
Unload();
return;
default:
break;
}
}
public override void CheckKeyBoard()
{
base.CheckKeyBoard();
if (GameWindow.Keyboard[Key.F10] && coolDown == 0)
{
Bitmap bitmapScreenShot = Tools.GrabScreenshot(GameWindow);
bitmapScreenShot.Save("ScreenShots\\screenshot.bmp");
coolDown = 20;
}
if (GameWindow.Keyboard[Key.Space] && coolDown == 0)
{
Shapes3D["pointSprites"].Position =
new Vector3(0, 50, 0);
coolDown = 20;
}
if (GameWindow.Keyboard[Key.F] && coolDown == 0)
{
Shapes3D["sphereEnvCubeMap"].Position =
new Vector3(TargetPosition.X,
0.05f,
TargetPosition.Y);
coolDown = 20;
}
if (GameWindow.Keyboard[Key.C] && coolDown == 0)
{
File.WriteAllText("cmera.txt",
"position: " + Camera.Position +
"quaternion: " + Camera.Quaternion);
coolDown = 20;
}
if (GameWindow.Keyboard[Key.F11] && coolDown == 0)
{
Audio.Play(2, Vector3.Zero, true);
coolDown = 20;
}
if (GameWindow.Keyboard[Key.F12] && coolDown == 0)
{
MyGame.Debug = String.Empty;
MyGame.Debug1 = String.Empty;
coolDown = 5;
}
if (GameWindow.Keyboard[Key.F3] && coolDown == 0)
{
TextRender.Visible = !TextRender.Visible;
coolDown = 10;
}
if (GameWindow.Keyboard[Key.F1] && coolDown == 0)
{
Vector3 v1 = new Vector3(Camera.CameraUVW.Row0);
Vector3 v2 = new Vector3(Camera.CameraUVW.Row0.X,
0f, Camera.CameraUVW.Row0.Z);
v2.Normalize();
float CameraUangle = Vector3.Dot(v2, v1);
Vector3 axis = new Vector3(Camera.CameraUVW.Row2.X,
Camera.CameraUVW.Row2.Y,
Camera.CameraUVW.Row2.Z);
float angle = (float)Math.Acos(Convert.ToDouble(CameraUangle));
if (Camera.CameraUVW.Row0.Y > 0)
{
Camera.Rotate(axis, angle);
}
else
{
Camera.Rotate(axis, -angle);
}
coolDown = 20;
}
if (GameWindow.Keyboard[Key.I] &&
(MyGame.TableXAngle < MathHelper.
DegreesToRadians(MyGame.MaxTableAngle)))
{
MyGame.TableXAngle += MyGame.DeltaTableAngle;
}
if (GameWindow.Keyboard[Key.K] &&
(MyGame.TableXAngle > -MathHelper.
DegreesToRadians(MyGame.MaxTableAngle)))
{
MyGame.TableXAngle -= MyGame.DeltaTableAngle;
}
if (GameWindow.Keyboard[Key.J] &&
(MyGame.TableZAngle < MathHelper.
DegreesToRadians(MyGame.MaxTableAngle)))
{
MyGame.TableZAngle += MyGame.DeltaTableAngle;
}
if (GameWindow.Keyboard[Key.L] &&
(MyGame.TableZAngle > -MathHelper.
DegreesToRadians(MyGame.MaxTableAngle)))
{
MyGame.TableZAngle -= MyGame.DeltaTableAngle;
}
if (GameWindow.Keyboard[Key.Q])
{
Camera.TranslateLC(0, 0, 5f);
}
if (GameWindow.Keyboard[Key.A])
{
Camera.TranslateLC(0, 0, -5f);
}
if (GameWindow.Keyboard[Key.X])
{
Camera.Position = new Vector3(Camera.Position.X,
-5f + Camera.Position.Y,
Camera.Position.Z);
}
if (GameWindow.Keyboard[Key.LShift])
{
Camera.Position = new Vector3(Camera.Position.X,
5f + Camera.Position.Y,
Camera.Position.Z);
}
float speed = 2f;
if (GameWindow.Keyboard[Key.Keypad8] && coolDown == 0)
{
Shapes3D["sphereEnvCubeMap"].Physic.Vuvw
= new Vector3(Shapes3D["sphereEnvCubeMap"].Physic.Vuvw.X,
Shapes3D["sphereEnvCubeMap"].Physic.Vuvw.Y,
-speed);
coolDown = 5;
}
if (GameWindow.Keyboard[Key.Keypad2] && coolDown == 0)
{
Shapes3D["sphereEnvCubeMap"].Physic.Vuvw =
new Vector3(0, 0, speed);
coolDown = 5;
}
if (GameWindow.Keyboard[Key.Keypad4] && coolDown == 0)
{
Shapes3D["sphereEnvCubeMap"].Physic.Vxyz =
new Vector3(-speed, 0, 0);
coolDown = 5;
}
if (GameWindow.Keyboard[Key.Keypad6] && coolDown == 0)
{
Shapes3D["sphereEnvCubeMap"].Physic.Vxyz =
new Vector3(speed, 0, 0);
coolDown = 5;
}
if (GameWindow.Keyboard[Key.Number6] && coolDown == 0)
{
ShadowMap.LightView.TranslateWC(-10, 0, 0);
ShadowMap.UpdateView();
Shapes3D["sphereEnvCubeMap"].ShadowMatrix =
ShadowMap.ShadowMatrix;
coolDown = 30;
}
if (GameWindow.Keyboard[Key.Number7] && coolDown == 0)
{
ShadowMap.LightView.TranslateWC(10, 0, 0);
ShadowMap.UpdateView();
Shapes3D["sphereEnvCubeMap"].ShadowMatrix =
ShadowMap.ShadowMatrix;
coolDown = 30;
}
if (GameWindow.Keyboard[Key.KeypadPlus] && coolDown == 0)
{
Vector4 tempV4 = new Vector4(SunLightPosition.X,
SunLightPosition.Y,
SunLightPosition.Z,
0);
tempV4 = Vector4.Transform(tempV4, Matrix4.CreateRotationY(0.05f));
SunLightPosition = tempV4.Xyz;
}
if (GameWindow.Keyboard[Key.KeypadMinus] && coolDown == 0)
{
Vector4 tempV4 = new Vector4(SunLightPosition.X,
SunLightPosition.Y,
SunLightPosition.Z,
0);
tempV4 = Vector4.Transform(tempV4, Matrix4.CreateRotationY(-0.05f));
SunLightPosition = tempV4.Xyz;
}
if (GameWindow.Keyboard[Key.KeypadMultiply] && coolDown == 0)
{
CubesHaveNormalMap = !CubesHaveNormalMap;
coolDown = 10;
}
if (GameWindow.Keyboard[Key.KeypadDecimal] && coolDown == 0)
{
Shapes3D.Remove("sphereEnvCubeMap");
ToggleSmooth = !ToggleSmooth;
Shape3D sphere1 = new Sphere3D(new Vector3(-45f, 1.5f, -45f), 1.5f,
Color4.Gold, Textures["sphere_texture"], ToggleSmooth);
sphere1.Physic.Mass = 10f;
sphere1.Physic.Vxyz = Vector3.Zero;
sphere1.ShadowMatrix = ShadowMap.ShadowMatrix;
sphere1.TextureShadowMap = ShadowMap.DepthTexture;
sphere1.Bounding.R = 1.5f;
sphere1.Load();
Shapes3D.Add("sphereEnvCubeMap", sphere1);
coolDown = 10;
}
if (GameWindow.Keyboard[Key.M] && coolDown == 0)
{
MyGame.MultiView = !MyGame.MultiView;
if (MyGame.MultiView)
{
MyGame.Width = 800;
MyGame.Height = (int)(MyGame.Width / aspectRatio);
}
else
{
MyGame.Width = GameWindow.Width;
MyGame.Height = GameWindow.Height;
}
MyGame.ProjectionMatrix =
Matrix4.CreatePerspectiveFieldOfView(
MathHelper.PiOver4,
MyGame.Width / (float)MyGame.Height,
0.5f,
1000f);
//ShadowMap.ProjectionMatrixLightView = MyGame.ProjectionMatrix;
ShadowMap.UpdateView();
foreach (var item in Shapes3D)
{
item.Value.ShadowMatrix = ShadowMap.ShadowMatrix;
}
coolDown = 30;
}
//if (Keyboard[Key.S]) Shapes3D["sphere"].
// VertexBuffer.SerializeBufer(@"Models\sphere.xml");
if (GameWindow.Keyboard[Key.T])
{
Tools.
GenerateModelFrom3DS(@"Models\sphere3D.x3d");
}
}
