internal static void OnTick(TickEventArgs e)
{
if (Tick != null)
{
Tick(instance, e);
}
}
void Events_Tick(object sender, TickEventArgs e)
{
//There should be an easier way to get the video data to SDL
timeElapsed += (e.SecondsElapsed);
while (timeElapsed > 1.0 / file.Header.Fps && frameQueue.Count > 0)
{
timeElapsed -= (float)(1.0f / file.Header.Fps);
byte[] rgbData = frameQueue.Dequeue();
if (surf == null) {
surf = GuiUtil.CreateSurface (rgbData, (ushort)file.Header.Width, (ushort)file.Header.Height,
32, (int)file.Header.Width * 4,
(int)0x00ff0000,
(int)0x0000ff00,
(int)0x000000ff,
unchecked ((int)0xff000000));
}
else {
surf.Lock();
Marshal.Copy(rgbData, 0, surf.Pixels, rgbData.Length);
surf.Unlock();
surf.Update();
}
EmitFrameReady ();
if (frameQueue.Count < (buffered_frames / 2) + 1)
waitEvent.Set ();
}
}
void Events_Tick(object sender, TickEventArgs e)
{
s.Z = rand.Next(100);
s2.Z = rand.Next(100);
screen.Fill(Color.Black);
screen.Update(screen.Blit(manager));
}
// This procedure is called (invoked) for each window refresh
static void onTick(object sender, TickEventArgs args) {
if (ship.forward) {
ship.moveForward();
}
// STEP
// Update the automagic elements and enforce the rules of the game here.
if (ship.rotation!= 0) {
ship.direction += ship.rotation % 360;
}
// DRAW
// Draw the new view of the game based on the state of the elements here.
drawBackground();
drawSprite(ship.sprite,ship.x,ship.y,ship.direction);
// ANIMATE
// Step the animation frames ready for the next tick
// ...
// REFRESH
// Tranfer the new view to the screen for the user to see.
video.Update();
}
private void Events_Tick(object sender, TickEventArgs e)
{
// Update location of the ball
ball.X += ballSpeedX;
ball.Y += ballSpeedY;
// Bounce the ball
if (ball.Right > Video.Screen.Width)
{
ballSpeedX *= -1;
}
if (ball.Left < 0)
{
ballSpeedX *= -1;
}
if (ball.Top < 0)
{
ballSpeedY *= -1;
}
if (ball.Bottom > Video.Screen.Height)
{
ballSpeedY *= -1;
}
// Clear the screen
Video.Screen.Fill(Color.Black);
// Draw the ball
Video.Screen.Blit(ball);
// Update the screen
Video.Screen.Update();
}
private static void EventsOnTick(object sender, TickEventArgs tickEventArgs)
{
for (int i = 0; i < 1; i++)
{
p.Render(buff[i]);
screen.Blit(buff[i]);
screen.Update();
}
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
float change = delta * speed;
this.Y += (int)change;
this.X += (int)Math.Ceiling(change * wind);
if (this.Y > 480)
{
Reset();
}
}
void LoadingFlasher (object sender, TickEventArgs e)
{
totalElapsed += e.TicksElapsed;
if ((Elements[LOADING_ELEMENT_INDEX].Visible && (totalElapsed < FLASH_ON_DURATION)) ||
(!Elements[LOADING_ELEMENT_INDEX].Visible && (totalElapsed < FLASH_OFF_DURATION)) )
return;
Console.WriteLine ("Flashing");
Elements[LOADING_ELEMENT_INDEX].Visible = !Elements[LOADING_ELEMENT_INDEX].Visible;
totalElapsed = 0;
}
private void Events_Tick(object sender, TickEventArgs e)
{
// Clear Screen, Draw, Output
Video.Screen.Fill(Color.Black);
Player.Draw(Video.Screen, Color.Wheat, false, true);
Video.Screen.Update();
// Handle Movement
KeyboardState KeyState = new KeyboardState(true);
if (KeyState.IsKeyPressed(Key.A)) { Player.XPosition1 -= 2; Player.XPosition2 -= 2; }
else if (KeyState.IsKeyPressed(Key.D)) { Player.XPosition1 += 2; Player.XPosition2 += 2; }
if (KeyState.IsKeyPressed(Key.W)) { Player.YPosition1 -= 2; Player.YPosition2 -= 2; }
else if (KeyState.IsKeyPressed(Key.S)) { Player.YPosition1 += 2; Player.YPosition2 += 2; }
}
/// <summary>
/// If the bullet goes off the screen,
/// it is removed from the collection.
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
this.X -= (int)(args.SecondsElapsed * this.speedX);
this.Y -= (int)(args.SecondsElapsed * this.speedY);
if (this.X + this.Surface.Size.Width < 0 ||
this.X > Video.Screen.Width ||
this.Y + this.Surface.Size.Height < 0 ||
this.Y > Video.Screen.Height)
{
this.Dispose();
}
}
public override void Update(TickEventArgs args)
{
if (Tick % 2 == 0)
{
if (SurfaceIndex == Surfaces.Count)
{
Visible = false;
Kill();
}
else
{
Surface = Surfaces[SurfaceIndex];
SurfaceIndex++;
}
}
Tick++;
}
public override void Update(TickEventArgs args)
{
//base.Update(args);
if (right)
{
xCoord+=4;
if (xShow >= 192)
xShow = 0;
xShow += 64;
}
if (left)
xCoord-=4;
// p.UpdateEnemy(xCoord);
Draw();
}
/// <summary>
/// Every tick will update the animation frame
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
//Call the base method
base.Update(args);
//Change the sprite coordinates if the sprite is not being dragged
if (!this.BeingDragged)
{
this.X += dx;
this.Y += dy;
// Bounce off the left
if (this.X < bounds.Left)
{
dx = (Math.Abs(this.dx));
this.X = bounds.Left;
}
// Bounce off the top
if (this.Y < bounds.Top)
{
dy = (Math.Abs(this.dy));
this.Y = bounds.Top;
}
// Bounce off the bottom
if ((this.Y + this.Height) > bounds.Bottom)
{
dy = -1 * (Math.Abs(this.dy));
this.Y = bounds.Bottom - this.Height;
}
// Bounce off the right
if (this.X + this.Width > bounds.Right)
{
dx = -1 * (Math.Abs(this.dx));
this.X = bounds.Right - this.Width;
}
}
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
this.Y += (int)(args.SecondsElapsed * speed);
//Console.WriteLine(args.SecondsElapsed);
if (this.Y > Video.Screen.Height)
{
Reset();
}
if (BombRun.BombSpeed > maxspeed)
{
BombRun.BombSpeed = maxspeed / 2;
maxspeed = maxspeed * 2;
}
}
private void Events_Tick(object sender, TickEventArgs e)
{
//Clear
mVideo.Fill(Color.Cyan);
//Update
hero.Update();
hero2.Update();
vijand.Update();
if (vijand.colRectangle.IntersectsWith(hero.colRectangle)) {
Console.WriteLine("RAAK!!!");
}
//Draw
hero.Draw();
hero2.Draw();
vijand.Draw();
activeLevel.DrawWorld();
mVideo.Update();
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
this.X += (int)(args.SecondsElapsed * 10 * dx);
this.Y += (int)(args.SecondsElapsed * 10 * dy);
// Adjust our entropy
dx += SpriteRandomizer.Next(-5, 6);
dy += SpriteRandomizer.Next(-5, 6);
// Call the base which also normalizes the bounds
base.Update(args);
// Normalize the directions
if (this.X == SpriteBounds.Left)
{
dx = SpriteRandomizer.Next(1, 11);
}
if (this.X == SpriteBounds.Right)
{
dx = ((-1) * SpriteRandomizer.Next(1, 11));
}
if (this.Y == SpriteBounds.Top)
{
dy = SpriteRandomizer.Next(1, 11);
}
if (this.Y == SpriteBounds.Bottom)
{
dy = ((-1) * SpriteRandomizer.Next(1, 11));
}
}
void Events_Tick(object sender, TickEventArgs e)
{
// randomly start "animations"
if (--next < 0)
{
var flash = new Flash { Surface = next_surface(), Point = next_point(), Tick = random.Next(100, 1000) };
flash.Surface.Alpha = (byte)random.Next(100, 255);
flash.Surface.AlphaBlending = true;
flash.Surface.Fill(next_color());
flashes.Add(flash);
next = next_gen();
}
screen.Blit(background);
var keep = new List<Flash>();
foreach (var flash in flashes)
{
if (--flash.Tick > 0)
{
keep.Add(flash);
}
else
{
var snd = new Sound("resources/cow4.wav");
snd.Volume = 40;
snd.Play();
}
screen.Blit(flash.Surface, flash.Point);
flash.Tick--;
}
flashes = keep;
screen.Update();
tick++;
}
/// <summary>
/// An update tick
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void Tick(object sender, TickEventArgs e)
{
// Update all particles
particles.Update();
//emit.Target.Update();
// Draw scene
Video.Screen.Fill(Color.Black);
particles.Render(Video.Screen);
//emit.Target.Render(Video.Screen);
Video.Screen.Update();
Video.WindowCaption = "SDL.NET - ParticlesExample - Particles: " + particles.Particles.Count;
}
private void Tick(object sender, TickEventArgs e)
{
screen.Fill(Color.Black);
screen.Blit(cursor, new Rectangle(position, screen.Size));
screen.Update();
}
public override void Tick(object sender, TickEventArgs args)
{
CleanGarbage();
foreach (GuiItem item in Container)
{
Surface Buff = RenderItem(item);
Screen.Blit(Buff, item.GetRect());
}
Screen.Blit(TitleLabelLine1, pLine1);
Screen.Blit(TitleLabelLine2, pLine2);
Screen.Update();
}
static void Events_Tick(object sender, TickEventArgs e) {
Rectangle enemy_rect, item_rect;
if (GameStarted) {
if (LastFishCreation + 1000 < Timer.TicksElapsed && !isTimeStopped) {
CreateFish();
CreatePowerUp();
}
if (Keyboard.IsKeyPressed(Key.UpArrow)) {
playerFish.Pos.Y -= 10;
} else if (Keyboard.IsKeyPressed(Key.DownArrow)) {
playerFish.Pos.Y += 10;
}
if (Keyboard.IsKeyPressed(Key.LeftArrow)) {
playerFish.Pos.X -= 10;
playerFish.RightFaced = false;
} else if (Keyboard.IsKeyPressed(Key.RightArrow)) {
playerFish.Pos.X += 10;
playerFish.RightFaced = true;
}
sfcMain.Blit(sfcBackground);
sfcMain.Blit(sfcScoreHeader, new Point(0,708));
DoScore(); // calculates score
DoHeaderBar(); // show power ups on top.
// check if player's fish is alive?
if (playerFish.IsAlive) {
if (playerFish.RightFaced) { // draw based if player is right
// or left faced
if (playerFish.GrowthSize > 1) sfcMain.Blit(sfcFishR[4], playerFish.Pos);
else sfcMain.Blit(sfcFishR[playerFish.Type], playerFish.Pos);
} else {
if (playerFish.GrowthSize > 1) sfcMain.Blit(sfcFishL[5], playerFish.Pos);
else sfcMain.Blit(sfcFishL[playerFish.Type], playerFish.Pos);
}
}
else
{
sfcMain.Blit(sfcFishL[4], DeathFloat(playerFish.Pos));
}
Rectangle player_rect = new Rectangle(playerFish.Pos.X, playerFish.Pos.Y,
sfcFishR[playerFish.Type].Width,
sfcFishR[playerFish.Type].Height);
// add power ups to main surface.
for(int i = 0; i < PowerUps.Count; i++) {
sfcMain.Blit(sfcPowerUps[(int)PowerUps[i].Type], PowerUps[i].Pos);
item_rect = new Rectangle(PowerUps[i].Pos.X, PowerUps[i].Pos.Y,
sfcPowerUps[(int)PowerUps[i].Type].Width,
sfcPowerUps[(int)PowerUps[i].Type].Height);
if (item_rect.IntersectsWith(player_rect)) {
// add power up to player
Console.WriteLine(PowerUps[i].Type + " : power up added!");
playerFish.powerUps[PowerUps[i].Type] += 1;
PowerUps.RemoveAt(i);
} else {
if (!isTimeStopped) {
PowerUps[i].Pos.Y += 2;
if (PowerUps[i].Pos.Y > 800) {
PowerUps.RemoveAt(i);
}
}
}
}
for (int i = AIFish.Count - 1; i >= 0; --i) {
Fish computerfish = AIFish[i];
if (computerfish.RightFaced == true)
{
if (!isTimeStopped) computerfish.Pos.X += computerfish.Speed;
enemy_rect = new Rectangle(computerfish.Pos.X, computerfish.Pos.Y,
sfcFishR[computerfish.Type].Width,
sfcFishR[computerfish.Type].Height);
} else
{
if (!isTimeStopped) computerfish.Pos.X -= computerfish.Speed;
enemy_rect = new Rectangle(computerfish.Pos.X, computerfish.Pos.Y,
sfcFishL[computerfish.Type].Width,
sfcFishL[computerfish.Type].Height);
}
if (enemy_rect.IntersectsWith(player_rect)) {
if (computerfish.Size < (int)playerFish.GrowthSize) {
AIFish.RemoveAt(i);
playerFish.addScore((int)computerfish.Size + 1);
} else if (computerfish.Size > (int)playerFish.GrowthSize) {
playerFish.IsAlive = false;
}
}
if (computerfish.RightFaced == true) sfcMain.Blit(sfcFishR[computerfish.Type],
computerfish.Pos);
else sfcMain.Blit(sfcFishL[computerfish.Type], computerfish.Pos);
}
if (timeStopCounter + 4500 < Timer.TicksElapsed) {
isTimeStopped = false;
}
if (powerUpTimer + 4500 < Timer.TicksElapsed) {
playerFish.GrowthSize = 1;
}
if (!playerFish.IsAlive) {
sfcMain.Blit(sfcOpps, new Point(280, 200));
sfcMain.Blit(sfcInfo, new Point(254, 400));
}
} else {
sfcMain.Blit(sfcBackground);
sfcMain.Blit(sfcLogo, new Point(254, 236));
sfcMain.Blit(sfcInfo, new Point(254, 400));
}
sfcMain.Update();
}
/// <summary>
///
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
float change = 5f;
float jumpspeed = 10f;
if (jump || falling)
{
change = change / 2;
}
if (left)
{
this.X -= (int)change;
}
if (right)
{
this.X += (int)change;
}
if (jump)
{
if (this.Y < jumpstart - Video.Screen.Height / 3)
{
jump = false;
falling = true;
}
else
{
this.Y -= (int)(jumpspeed * 1.5f);
}
}
else if (falling)
{
this.Y += (int)jumpspeed;
if (this.Y > jumpstart)
{
this.Y = jumpstart;
falling = false;
}
}
if (this.X < 0)
{
this.X = 0;
}
if (this.X + this.Surface.Size.Width > Video.Screen.Width)
{
this.X = Video.Screen.Width - this.Surface.Width;
}
// fire if needed. the 250 stands for the delay between two shots
if (fire && lastfire + 250 < Timer.TicksElapsed)
{
if (WeaponFired != null)
{
WeaponFired(this, new FireEventArgs(this.Position));
}
// dont forget this
lastfire = Timer.TicksElapsed;
}
}
// Tick !
private void OnTick(object sender, SdlDotNet.Core.TickEventArgs e)
{
if (!canRender)
{
return;
}
if (!initialized)
{
return;
}
if (isRendering)
{
return;
}
if (!NesEmu.EmulationON)
{
isRendering = true;
// Make a snow buffer !!
for (int i = 0; i < screenBufferSize; i++)
{
c = (byte)r.Next(0, 255);
screen_pointer[i] = c | (c << 8) | (c << 16) | (255 << 24);
}
screen.Lock();
screen.Fill(Color.Black);
screen.Blit(screen_back.CreateStretchedSurface(destinationRect.Size), destinationRect.Location);
screen.Unlock();
// Draw texts ...
fpsTextSprite.Color = Color.Lime;
fpsTextSprite.Text = "NO SIGNAL";
screen.Blit(fpsTextSprite);
if (showNotifications)
{
if (textAppearanceFrames > 0)
{
textAppearanceFrames--;
screen.Blit(notTextSprite);
}
}
// Menu page !
if (Program.PausedShowMenu)
{
Program.Rooms[Program.RoomIndex].Draw(screen);
}
//screen.Update();
Video.Update();
isRendering = false;
}
else if (NesEmu.EmulationPaused)
{
isRendering = true;
screen.Lock();
screen.Fill(Color.Black);
screen.Blit(screen_back.CreateStretchedSurface(destinationRect.Size), destinationRect.Location);
screen.Unlock();
//fpsTextSprite.Text = "PAUSED";
//
switch (NesEmu.EmuStatus)
{
case NesEmu.EmulationStatus.HARDRESET:
{
fpsTextSprite.Text = "HARD RESETING ...";
break;
}
case NesEmu.EmulationStatus.LOADINGSTATE:
{
fpsTextSprite.Text = "LOADING STATE ...";
break;
}
case NesEmu.EmulationStatus.PAUSED:
{
fpsTextSprite.Text = "PAUSED";
break;
}
case NesEmu.EmulationStatus.SAVINGSNAP:
{
fpsTextSprite.Text = "SAVING SNAPSHOT ...";
break;
}
case NesEmu.EmulationStatus.SAVINGSRAM:
{
fpsTextSprite.Text = "SAVING SRAM ...";
break;
}
case NesEmu.EmulationStatus.SAVINGSTATE:
{
fpsTextSprite.Text = "SAVING STATE ...";
break;
}
case NesEmu.EmulationStatus.SOFTRESET:
{
fpsTextSprite.Text = "SOFT RESETTING ...";
break;
}
}
screen.Blit(fpsTextSprite);
if (showNotifications)
{
if (textAppearanceFrames > 0)
{
textAppearanceFrames--;
screen.Blit(notTextSprite);
}
}
// Menu page !
if (Program.PausedShowMenu)
{
Program.Rooms[Program.RoomIndex].Draw(screen);
}
//screen.Update();
Video.Update();
isRendering = false;
}
}
/// <summary>
/// Renders the OpenGL context to the screen
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void Tick(object sender, TickEventArgs e)
{
DrawGLScene();
Video.GLSwapBuffers();
}
private void Tick(object sender, TickEventArgs e)
{
if (screen.Width != width || screen.Height != height)
{
Init();
OnReshape();
}
OnDraw();
}
/// <summary>
/// Main Engine Loop
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void OnTick(object sender, TickEventArgs e)
{
((CGameState)states.Peek()).Update(this);
((CGameState)states.Peek()).Draw(this);
Video.WindowCaption = Events.Fps.ToString() + " fps";
Video.Screen.Update();
}
/// <summary>
/// Every tick will update the animation frame
/// </summary>
/// <param name="args"></param>
public override void Update(TickEventArgs args)
{
if (args == null)
{
throw new ArgumentNullException("args");
}
//Call the base method
base.Update(args);
//Change the sprite coordinates if the sprite is not being dragged
if (!this.BeingDragged)
{
this.X += dx;
this.Y += dy;
//this.Z += dz;
// Bounce off the left
if (this.X < bounds.Left)
{
this.X = bounds.Left;
this.Z = rand.Next(0, 41);
}
// Bounce off the top
if (this.Y < bounds.Top)
{
this.Y = bounds.Top;
this.Z = rand.Next(0, 41);
}
// Bounce off the bottom
if (this.Y > bounds.Bottom)
{
this.Y = bounds.Bottom;
this.Z = rand.Next(0, 41);
}
// Bounce off the right
if (this.X > bounds.Right)
{
this.X = bounds.Right;
this.Z = rand.Next(0, 41);
}
// Bounce off the left
if (this.Z < 0)
{
this.Z = 0;
}
// Bounce off the bottom
if (this.Z > 40)
{
this.Z = 40;
}
if (this.Z == 0)
{
dz = (Math.Abs(this.dz));
}
if (this.Z == 40)
{
dz = -1 * (Math.Abs(this.dz));
}
// Reverse the directions when the sprite hits an edge
if (this.X == bounds.Left)
{
dx = (Math.Abs(this.dx));
}
if (this.X == bounds.Right)
{
dx = -1 * (Math.Abs(this.dx));
}
if (this.Y == bounds.Top)
{
dy = (Math.Abs(this.dy));
}
if (this.Y == bounds.Bottom)
{
dy = -1 * (Math.Abs(this.dy));
}
//Console.WriteLine("Z: " + this.Z);
}
}
private void Events_Tick(object sender, TickEventArgs e)
{
//Indien de held niet dood, er op s geduwt is en de held de finish niet bereikt heeft zal het spel gestart worden.
if (_level.Held.IamDead == false)
{
_pressedR = false;
if (_pressedS)
{
if (_level.Held.Finish)
{
//Indien de held de finish bereikt heeft, wordt de eindafbeelding en de score op het scherm geblit + nog wat extra informatie.
_endscore = _font.Render("Je totale score is : " + (_level1Score + _level.Held.Score), Color.Red);
_endfont = _font.Render("Press r to restart. Press q to become invincible. Press esc to close.",Color.Red);
_mVideo.Blit(_endscreen);
_mVideo.Blit(_endscore, new Point(500, 10));
_mVideo.Blit(_endfont, new Point(20, 540));
}
else
{
//Indien dit niet het geval is wordt het spel gestart.
//Er worden verschillende functie aangeroepen :
/* - CheckCollisionsWithEnemy : om te checken of de held niet geraakt wort door de vijand
- Die : om te checken of de held niet dood is.
- MoveLevel : om het level indien nodig te bewegen
- CheckCollisionsHeldWithBackground : om te checken of er zich geen "botsingen" voor doen tussen held en achtergrond
- UpdateBackGroundTiles : om de collision rechthoeken van de verschillende figuren te updaten
- TimeCheck : om te checken of de _tijd variabele niet op 0 staat*/
CheckCollisionsWithEnemy();
_level.Held.Die(_level.GameObjects);
_level.MoveLevel(_level.Held);
_level.CheckCollisionsHeldWithBackground();
UpdateBackGroundTiles();
TimeCheck();
if (_level.Held.Level2 == false)
{
//Verder wordt de juiste achtergrond getekend en wordt de variabele _level1Score gebruikt om de score van level1 in te bewaren
_mVideo.Blit(_achtergrond);
_level1Score = _level.Held.Score;
}
else if (_level.Held.Level2)
{
//Alle lijsten die uit level 1 komen worden gecleard
_level.Vijanden.Clear();
_level.LifeObjects.Clear();
_level.NextLevelObjects.Clear();
_level.MetalObjects.Clear();
_level.EmptyBlocks.Clear();
_mVideo.Blit(_achtergrond2); //achtergrond van level 2
//De tijd wordt terug naar 60 gezet
_tijd = 60;
//Optimalisatie van de code. Anders zou er elke tick een nieuw level gecreeërd worden.
if (_teller == 1)
{
//Hier wordt weer polymorfisme toe gepast. Hierdoor krijgt het _level object nu alle specifities van de level2 klasse.
//Hierdoor kunnen we veel dubbele code vermijden.
_level = new Level2();
_teller++;
}
}
//Het level, aantal levens, score en de nog resterende tijd worden op het scherm geblit
_level.Draw(_mVideo);
_aantalLevens.Draw(_mVideo, _level.Held);
_fontScore = _font.Render("Score : " + _level.Held.Score, Color.Red);
_fonttimer = _font.Render("Time left :" + _tijd, Color.Red);
_mVideo.Blit(_fonttimer, new Point(600, 0));
_mVideo.Blit(_scoreimage, new Point(1050, 0));
_mVideo.Blit(_fontScore, new Point(1100, 0));
}
}
else
{
//Indien er niet op s geduwt is, wordt het startscherm getoon.
_mVideo.Blit(_start);
_mVideo.Blit(_fontStart, new Point(900, 0));
}
}
else if (_level.Held.IamDead)
{
//Als de held dood is, wordt het gameover scherm getoond.
_mVideo.Blit(_gameOver);
_mVideo.Blit(_fontGameOver, new Point(500, 500));
if (_pressedR)
{
//Indien er op r geduwt is, wordt de functie ReInitialize aan geroepen.
ReInitialize();
}
}
//De hele sdl app wordt ge-updatet. Indien dit niet gebruikt wordt, zal de applicatie niet werken.
_mVideo.Update();
}
private void Tick(object sender, TickEventArgs e)
{
Display();
Video.GLSwapBuffers();
}
private void Events_Tick(object sender, TickEventArgs e)
{
algorithm.Epoch();
this.worldObjects.RemoveRange(1, this.worldObjects.Count - 1);
var ground = (Box)this.worldObjects[0];
var decode = this.algorithm.Best.Decode();
for (int i = 0; i < this.algorithm.Cargo.Count; i++)
{
var pos = decode[i];
var box = this.algorithm.Cargo[i];
var newBox = new Box(box.Width, box.Height);
newBox.X = pos.X - (ground.Width / 2) + (newBox.Width / 2);
newBox.Y = -1 * pos.Y + (ground.Height / 2) - (newBox.Height / 2);
newBox.Color = box.Color;
this.worldObjects.Add(newBox);
}
this.DrawScene();
Video.GLSwapBuffers();
}
/// <summary>
/// All sprites are tickable, regardless if they actual do
/// anything. This ensures that the functionality is there, to be
/// overridden as needed.
/// </summary>
/// <param name="args">Event args</param>
public virtual void Update(TickEventArgs args)
{
}
void Events_Tick(object sender, TickEventArgs e)
{
muziek = new Music("Commander Keen 4.mp3");
mVideo.Blit(achtergrond); //achtergrond
//CheckCollisionsWithBackground();
//CheckCollisionsWithEnemy();
//EnemyMovement();
//MoveLevel();
CheckCollisions();
//AantalLevens.Draw(mVideo, held);
foreach (GameObject g in Gameobjecten)
{
g.Update();
g.Draw(mVideo);
}
level1.Draw(mVideo);
mVideo.Update();
}
