private void PopAnimation(CCLayer layer)
{
//play pop sound here
this.StopAllActions();
var pop = new CCParticleExplosion(this.Position);
pop.EndColor = new CCColor4F(CCColor3B.Yellow);
pop.AutoRemoveOnFinish = true;
pop.BlendAdditive = true;
pop.Life = 1.5F;
pop.EmissionRate = 80;
pop.StartColor = new CCColor4F(color);
layer.AddChild(pop);
CCSimpleAudioEngine.SharedEngine.PlayEffect("sounds/pop");
}
public void Explode()
{
// create explosion particle system
var explosion = new CCParticleExplosion(PositionWorldspace);
explosion.Speed = 500.0f;
explosion.StartSize = 30.0f;
explosion.EndSize = 150.0f;
explosion.TotalParticles = 200;
explosion.AutoRemoveOnFinish = true;
Parent.AddChild(explosion);
// play explose sound effect
CCAudioEngine.SharedEngine.PlayEffect("Explosion");
}
bool HandleFunc()
{
explosion.ResetSystem();
var explodo = new CCParticleExplosion(CCPoint.Zero);
explodo.StartColor = new CCColor4F(CCColor3B.Red);
explodo.EndColor = new CCColor4F(CCColor3B.Black);
//startLocation = new CCPoint(XLoc, YLoc);
// XLoc += 10;
/// YLoc += 10;
explodo.Position = startLocation;
layer.AddChild(explodo);
return(true);
}
private void PopAnimation(CCLayer layer)
{
StopAllActions();
var pop = new CCParticleExplosion(Position)
{
EndColor = new CCColor4F(CCColor3B.Yellow),
AutoRemoveOnFinish = true,
BlendAdditive = true,
Life = 1.5F,
EmissionRate = 80,
StartColor = new CCColor4F(BubbleColor)
};
layer.AddChild(pop);
//CCAudioEngine.SharedEngine.PlayEffect ("sounds/pop");
}
private void ReachedTargetZone()
{
_burst = new CCParticleExplosion(_targetZone.Position, CCEmitterMode.Gravity);
_burst.Speed = 75;
AddChild(_burst);
Random rnd = new Random();
int x = rnd.Next(100, (int)_bounds.MaxX - 100);
int y = rnd.Next(100, (int)_bounds.MaxY - 100);
_targetZone.Position = new CCPoint(x, y);
RemoveChild(_line);
_line = new CCDrawNode();
AddChild(_line);
}
public static new CCParticleExplosion Create()
{
var ret = new CCParticleExplosion();
ret.InitWithTotalParticles(700);
return ret;
}
void RunGameLogic(float frameTimeInSeconds)
{
// This is a linear approximation, so not 100% accurate.
ballYVelocity += frameTimeInSeconds * -gravity;
ballSprite.PositionX += ballXVelocity * frameTimeInSeconds;
ballSprite.PositionY += ballYVelocity * frameTimeInSeconds;
// Check if the two CCSprites overlap...
bool doesBallOverlapPaddle = ballSprite.BoundingBoxTransformedToParent.IntersectsRect(
paddleSprite.BoundingBoxTransformedToParent);
// ... and if the ball is moving downward.
bool isMovingDownward = ballYVelocity < 0;
if (doesBallOverlapPaddle && isMovingDownward)
{
// First let's invert the velocity:
ballYVelocity *= -1;
// Then let's assign a random value to the ball's x velocity:
const float minXVelocity = -600;
const float maxXVelocity = 600;
ballXVelocity = CCRandom.GetRandomFloat(minXVelocity, maxXVelocity);
score++;
scoreLabel.Text = "Score: " + score;
var effect = new CCParticleExplosion(ballSprite.Position)
{
AutoRemoveOnFinish = true,
EmissionRate = 100
};
AddChild(effect);
CCSimpleAudioEngine.SharedEngine.PlayEffect("tennis_ball");
}
// First let’s get the ball position:
float ballRight = ballSprite.BoundingBoxTransformedToParent.MaxX;
float ballLeft = ballSprite.BoundingBoxTransformedToParent.MinX;
// Then let’s get the screen edges.
float screenRight = VisibleBoundsWorldspace.MaxX;
float screenLeft = VisibleBoundsWorldspace.MinX;
// Check if the ball is either too far to the right or left:
bool shouldReflectXVelocity =
(ballRight > screenRight && ballXVelocity > 0) ||
(ballLeft < screenLeft && ballXVelocity < 0);
if (shouldReflectXVelocity)
{
ballXVelocity *= -1;
}
if (ballSprite.PositionY < VisibleBoundsWorldspace.MinY)
{
ballSprite.PositionY = VisibleBoundsWorldspace.MaxY;
if (highestScore < score)
{
highestScore = score;
highestScoreLabel.Text = "Highest Score: " + highestScore;
}
score = 0;
scoreLabel.Text = "Score: 0";
ballXVelocity = 0;
ballYVelocity = 0;
}
}