public BigNukeCharge(
BigNukeLauncher parent,
Color color,
double x,
double y,
double dx,
double dy,
double angle,
int explosionAge) {
super(
color,
x,
y,
dx + Util.getGameplayRandomGenerator().nextDouble() * 14 * Math.cos(angle),
dy - Util.getGameplayRandomGenerator().nextDouble() * 14 * Math.sin(angle));
this.parent = parent;
ax = Util.getGameplayRandomGenerator().nextDouble() * 0.1 - 0.05;
ay = Util.getGameplayRandomGenerator().nextDouble() * 0.1 - 0.05;
this.explosionAge = explosionAge;
contractionAge =
(int) (explosionAge * (1.2 + Util.getGameplayRandomGenerator().nextDouble() * 0.3));
numChainReactionCharges =
(int)
(0.114
* (parent.getBonusValue(parent.BONUS_CHAINREACTIONCHANCE).getValue()
+ Util.getGameplayRandomGenerator().nextInt(10)));
}
@Override
public void act() {
super.act();
/* // Emit a few particles.
if ( Util.getGameplayRandomGenerator().nextInt( 3 ) == 0 )
ParticleManager.addParticle( new Particle(
getX() + Util.getGameplayRandomGenerator().nextInt( 8 ) - 4,
getY() + Util.getGameplayRandomGenerator().nextInt( 8 ) - 4,
Util.getGameplayRandomGenerator().nextInt( 4 ),
color,
Util.getGameplayRandomGenerator().nextDouble(),
Util.getGameplayRandomGenerator().nextAngle(),
20, 1 ) );*/
// Waning.
if (isReducing) {
explosionSize -= 8;
// Chain reaction.
if (numChainReactionCharges > 0) {
numChainReactionCharges--;
parent.addUnit(
new BigNukeCharge(
parent,
color,
getX(),
getY(),
getDx(),
getDy(),
Util.getGameplayRandomGenerator().nextAngle(),
(int) (explosionAge * 0.7)));
}
}
// Waxing.
else if (age > explosionAge) {
if (age > contractionAge) isReducing = true;
explosionSize += 5;
}
// Gone.
if (explosionSize < 0) explode();
}
@Override
public void explode() {
if (explosionSize < 0) parent.remove(this);
}
@Override
public void remove() {
parent.remove(this);
}
