public SceneTitle()
{
sceneType = SceneType.Title;
_menuItems = new MenuItem[]
{
new MenuItem(Key.S, "Start"),
new MenuItem(Key.O, "Option"),
new MenuItem(Key.Q, "Quit")
};
_keys = new Key[]
{
Key.UpArrow, Key.DownArrow, Key.Return, Key.M, Key.O, Key.Q
};
_cursor = ResourceManager.GetColoredCursorGraphic(Constants.Color_Foreground);
if (_menuSurfaces == null)
{
_menuSurfaces = new SurfaceCollection();
_menuRects = new Rectangle[_menuItems.Length];
ImageUtil.CreateStrMenu(_menuItems, Constants.Color_Foreground, ResourceManager.MiddlePFont,
ref _menuSurfaces, ref _menuRects, Constants.ScreenWidth);
}
}
public SpriteSheet(string spriteSheetFilename, Color transparentColor, Size frameSize, int rotationPerFrameDeg, int firstFrameShipDirectionDeg, int rotationAnimationDelay, int cannonBarrelLength, int forwardThrusterEngineLength, int reverseThrusterEngineLength)
{
this.bitmap = new Bitmap(spriteSheetFilename);
this.transparentColor = transparentColor;
this.frameSize = frameSize;
this.rotationPerFrameDeg = rotationPerFrameDeg;
this.firstFrameShipDirectionDeg = firstFrameShipDirectionDeg;
this.cannonBarrelLength = cannonBarrelLength;
this.reverseThrusterEngineLength = reverseThrusterEngineLength;
this.forwardThrusterEngineLength = forwardThrusterEngineLength;
SurfaceCollection spriteSheet_SurfaceCollection = new SurfaceCollection();
Surface spriteSheet_Surface = new Surface(this.bitmap).Convert(Video.Screen, true, false);
spriteSheet_SurfaceCollection.Add(spriteSheet_Surface, this.frameSize);
AnimationCollection animationCollection = new AnimationCollection();
animationCollection.Add(spriteSheet_SurfaceCollection);
animationCollection.Delay = rotationAnimationDelay;
AnimatedSprite animatedSprite = new AnimatedSprite(animationCollection);
animatedSprite.TransparentColor = this.transparentColor;
animatedSprite.Transparent = true;
this.animatedSprite = animatedSprite;
}
public SceneGameOver()
{
sceneType = SceneType.GameOver;
_menuItems = new MenuItem[]
{
new MenuItem(Key.R, Properties.Resources.MenuItem_RetryStage),
new MenuItem(Key.M, Properties.Resources.MenuItem_MapSelect),
new MenuItem(Key.T, Properties.Resources.MenuItem_ReturnTitle)
};
_keys = new Key[]
{
Key.UpArrow, Key.DownArrow, Key.Return, Key.Escape,
Key.M, Key.R, Key.T
};
_cursor = ResourceManager.GetColoredCursorGraphic(_foreColor);
_overImgSurface = ResourceManager.LoadSurface(Constants.Filename_GameoverImage);
ImageUtil.SetColor(_overImgSurface, _foreColor);
_menuSurfaces = new SurfaceCollection();
_menuRects = new Rectangle[_menuItems.Length];
ImageUtil.CreateStrMenu(_menuItems, _foreColor, ref _menuSurfaces, ref _menuRects, Constants.ScreenWidth);
}
public base_player()
: base()
{
mTexFrames = new AnimationCollection();
mTexFrames.Add("tex3.bmp", new System.Drawing.Size(64, 64));
//mTexFrames.Add("tex2.bmp", new System.Drawing.Size(64, 64));
mTexture = new AnimatedSprite("player", mTexFrames);
}
public e_pillar(Vector2 pos, string tex)
: base()
{
mPosition = pos;
mTexFrames = new AnimationCollection();
mTexFrames.Add(tex, new Size(64, 64));
mTexture = new AnimatedSprite("pillar", mTexFrames);
}
/// <summary>
/// Run the application
/// </summary>
public void Go()
{
// Make the particle emitter.
emit = new ParticleRectangleEmitter(particles);
emit.Frequency = 50000; // 100000 every 1000 updates.
emit.LifeFullMin = 20;
emit.LifeFullMax = 50;
emit.LifeMin = 10;
emit.LifeMax = 30;
emit.DirectionMin = -2; // shoot up in radians.
emit.DirectionMax = -1;
emit.ColorMin = Color.DarkBlue;
emit.ColorMax = Color.LightBlue;
emit.SpeedMin = 5;
emit.SpeedMax = 20;
emit.MaxSize = new SizeF(5, 5);
emit.MinSize = new SizeF(1, 1);
// Make the first particle (a pixel)
ParticlePixel first = new ParticlePixel(Color.White, 100, 200, new Vector(0, 0, 0), -1);
particles.Add(first); // Add it to the system
if (File.Exists(Path.Combine(dataDirectory, "marble1.png")))
{
filePath = "";
}
// Make the second particle (an animated sprite)
AnimationCollection anim = new AnimationCollection();
SurfaceCollection surfaces = new SurfaceCollection();
surfaces.Add(Path.Combine(filePath, Path.Combine(dataDirectory, "marble1.png")), new Size(50, 50));
anim.Add(surfaces, 1);
AnimatedSprite marble = new AnimatedSprite(anim);
marble.Animate = true;
ParticleSprite second = new ParticleSprite(marble, 200, 200, new Vector(-7, -9, 0), 500);
second.Life = -1;
particles.Add(second); // Add it to the system
// Add some manipulators to the particle system.
ParticleGravity grav = new ParticleGravity(0.5f);
particles.Manipulators.Add(grav); // Gravity of 0.5f
particles.Manipulators.Add(new ParticleFriction(0.1f)); // Slow down particles
particles.Manipulators.Add(vort); // A particle vortex fixed on the mouse
particles.Manipulators.Add(new ParticleBoundary(SdlDotNet.Graphics.Video.Screen.Size)); // fix particles on screen.
Events.Run();
}
/// <summary>
/// Constructs the internal sprites needed for our demo.
/// </summary>
public ViewportMode()
{
// Create the fragment marbles
SurfaceCollection td = LoadMarble("marble1");
SurfaceCollection td2 = LoadMarble("marble2");
// Load the floor
SurfaceCollection floorTiles = LoadFloor();
// Place the floors
int rows = 8;
int cols = 15;
size = new Size(floorTiles[0].Size.Width * cols,
floorTiles[0].Size.Height * rows);
rect = new Rectangle(new Point(0, 0), size);
for (int i = 0; i < cols; i++)
{
for (int j = 0; j < rows; j++)
{
// Create the floor tile sprites
AnimatedSprite dw =
new AnimatedSprite(floorTiles,
new Point(i * floorTiles[0].Size.Width,
j * floorTiles[0].Size.Height));
Sprites.Add(dw);
}
}
// Load the trigger sprite
sprite = new BounceSprite(td2, rect, new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td2.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td2.Size.Height), 1));
Sprites.Add(sprite);
CenterSprite.Add(sprite);
// Load the bouncing sprites
for (int i = 0; i < 10; i++)
{
Thread.Sleep(10);
BounceSprite bounceSprite =
new BounceSprite(td,
rect,
new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td.Size.Height), 1));
Sprites.Add(bounceSprite);
}
}
/// <summary>
///
/// </summary>
/// <param name="disposing"></param>
protected virtual void Dispose(bool disposing)
{
if (!this.disposed)
{
if (disposing)
{
if (this.hero != null)
{
this.hero.Dispose();
this.hero = null;
}
}
this.disposed = true;
}
}
public static void DrawSelections(Surface canvas, SurfaceCollection surfaces, Rectangle[] rects, AnimatedSprite cursor, int selectedIndex = -1, MenuItemAlign align = MenuItemAlign.MiddleCenter)
{
DrawSelections(canvas, surfaces, rects, cursor, Point.Empty, selectedIndex, align);
}
public static void DrawSelections(Surface canvas, SurfaceCollection surfaces, Rectangle[] rects, AnimatedSprite cursor, Point offset, int selectedIndex = -1, MenuItemAlign align = MenuItemAlign.MiddleCenter)
{
DrawSurfaces(canvas, surfaces, rects, offset, align);
if (selectedIndex >= 0 && selectedIndex < rects.Length)
{
Rectangle rect = rects[selectedIndex];
Surface s = surfaces[selectedIndex];
Point p = Point.Empty;
switch (align)
{
case MenuItemAlign.TopLeft:
p.X = rect.Left;
p.Y = (int)(rect.Top + s.Size.Height / 2.0);
break;
case MenuItemAlign.TopCenter:
p.X = (int)(rect.Left + rect.Width / 2.0 - s.Size.Width / 2.0);
p.Y = (int)(rect.Top + s.Size.Height / 2.0);
break;
case MenuItemAlign.TopRight:
p.X = rect.Right - s.Size.Width;
p.Y = (int)(rect.Top + s.Size.Height / 2.0);
break;
case MenuItemAlign.MiddleLeft:
p.X = rect.Left;
p.Y = (int)(rect.Top + rect.Height / 2.0);
break;
case MenuItemAlign.MiddleCenter:
p.X = (int)(rect.Left + rect.Width / 2.0 - s.Size.Width / 2.0);
p.Y = (int)(rect.Top + rect.Height / 2.0);
break;
case MenuItemAlign.MiddleRight:
p.X = rect.Right - s.Size.Width;
p.Y = (int)(rect.Top + rect.Height / 2.0);
break;
case MenuItemAlign.BottomLeft:
p.X = rect.Left;
p.Y = (int)(rect.Bottom - s.Size.Height / 2.0);
break;
case MenuItemAlign.BottomCenter:
p.X = (int)(rect.Left + rect.Width / 2.0 - s.Size.Width / 2.0);
p.Y = (int)(rect.Bottom - s.Size.Height / 2.0);
break;
case MenuItemAlign.BottomRight:
p.X = rect.Right - s.Size.Width;
p.Y = (int)(rect.Bottom - s.Size.Height / 2.0);
break;
}
p.X -= cursor.Size.Width;
p.Y -= (int)(cursor.Size.Height / 2.0);
p.Offset(offset);
canvas.Blit(cursor, p);
}
}
public static AnimatedSprite CreateColored(AnimatedSprite os, Color c)
{
if (os == null) return null;
AnimatedSprite nsprite = new AnimatedSprite();
foreach (KeyValuePair<string, AnimationCollection> kv in os.Animations)
{
string key = kv.Key; AnimationCollection anim = kv.Value;
AnimationCollection nAnim = new AnimationCollection();
foreach (Surface s in anim)
{
Surface ns = CreateColored(s, c);
nAnim.Add(ns);
}
nAnim.Loop = anim.Loop;
nAnim.Delay = anim.Delay;
nAnim.FrameIncrement = anim.FrameIncrement;
nAnim.Alpha = anim.Alpha;
nAnim.AlphaBlending = anim.AlphaBlending;
nAnim.AnimateForward = anim.AnimateForward;
//nAnim.AnimationTime = anim.AnimationTime;
nAnim.Transparent = anim.Transparent;
nAnim.TransparentColor = anim.TransparentColor;
nsprite.Animations.Add(key, nAnim);
}
nsprite.AllowDrag = os.AllowDrag;
nsprite.Alpha = os.Alpha;
nsprite.AlphaBlending = os.AlphaBlending;
nsprite.Animate = os.Animate;
nsprite.AnimateForward = os.AnimateForward;
nsprite.CurrentAnimation = os.CurrentAnimation;
nsprite.Frame = os.Frame;
nsprite.Transparent = os.Transparent;
nsprite.TransparentColor = os.TransparentColor;
nsprite.Visible = os.Visible;
return nsprite;
}
/// <summary>
/// Constructs the internal sprites needed for our demo.
/// </summary>
public MultipleMode()
{
// Create the fragment marbles
SurfaceCollection td = LoadMarble("marble1");
SurfaceCollection td2 = LoadMarble("marble2");
SurfaceCollection td3 = LoadMarble("marble3");
SurfaceCollection td4 = LoadMarble("marble4");
SurfaceCollection td5 = LoadMarble("marble5");
// Load the floor
SurfaceCollection floorTiles = LoadFloor();
// Place the floors
int rows = 8;
int cols = 10;
size = new Size(floorTiles[0].Size.Width * cols,
floorTiles[0].Size.Height * rows);
rect = new Rectangle(new Point(0, 0), size);
for (int i = 0; i < cols; i++)
{
for (int j = 0; j < rows; j++)
{
// Create the sprite
AnimatedSprite dw =
new AnimatedSprite(floorTiles,
new Point(i * floorTiles[0].Size.Width,
j * floorTiles[0].Size.Height));
this.Sprites.Add(dw);
}
}
// Load the bouncing sprites
for (int i = 0; i < 10; i++)
{
BounceSprite d =
new BounceSprite(td,
rect,
new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td.Size.Height), 1));
this.Sprites.Add(d);
}
// Only one container may be tickable when they all talk to the
// same inner tick manager.
// Set up container #1
sprite1 = new BounceSprite(td2, rect, new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td2.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td2.Size.Height), 1));
this.Sprites.Add(sprite1);
// Set up container #2
sprite2 = new BounceSprite(td3, rect, new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td3.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td3.Size.Height), 1));
this.Sprites.Add(sprite2);
// Set up container #3
sprite3 = new BounceSprite(td4, rect, new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td4.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td4.Size.Height), 1));
this.Sprites.Add(sprite3);
// Set up container #4
sprite4 = new BounceSprite(td5, rect, new Vector(Randomizer.Next(rect.Left, rect.Right -
(int)td5.Size.Width),
Randomizer.Next(rect.Top, rect.Bottom -
(int)td5.Size.Height), 1));
this.Sprites.Add(sprite4);
surf1 = this.Surface.CreateCompatibleSurface(380, 250);
surf2 = this.Surface.CreateCompatibleSurface(380, 250);
surf3 = this.Surface.CreateCompatibleSurface(380, 250);
surf4 = this.Surface.CreateCompatibleSurface(380, 250);
}
