public void recycleBullet(Bullet b)
{
activeBullets.Remove(b);
b.setFired(false);
b.position = new Vector2(0, 0);
bullets.Enqueue(b);
}
//Collision check
public bool isHitBy(Bullet b)
{
return getHitBox().Intersects(b.getHitBox());
}
public void addBullet(Bullet b)
{
bullets.Enqueue(b);
}
//Should be better way of detecting which Pattern to do instead of nesting a bunch of conditionals :|
//Alan, you should clean this up lol.
public void applyPattern(Bullet b, Pattern p, float rotAngle, bool targetted = false)
{
if (targetted) //Do targetted BackAndForth
{
if (p == TightBackAndForth)
{
p.rotationAngle = rotAngle;
if (p.tick >= 0 && p.tick < p.maxTick) //Shoot 10 bullets while rotating right
{
b.rotationAngle = p.rotationAngle + (p.rotationIncrement * p.tick);
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
p.tick++;
if (p.tick >= p.maxTick)
p.tick *= -1;
}
else //Shoot 10 bullets while rotating left (and repeat)
{
b.rotationAngle = p.rotationAngle - (p.rotationIncrement * p.tick);
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
p.tick++;
}
}
else if (p == Straight)
{
b.rotationAngle = rotAngle;
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
}
}
else //Non targetted patterns below
{
if (p.once == true)
{
//Increments the rotation increment once to mess with bullet pattern
p.rotationIncrement += (float)0.05;
p.once = false;
}
if (p.swerve == true)
{
//Increments the rotation increment to mess with bullet pattern
p.rotationIncrement += (float)0.001;
// Console.WriteLine(p.rotationIncrement);
//b.rotationAngle = p.rotationAngle + (p.rotationIncrement * p.tick);
}
if (p.spaz == true)
{
//Increments the rotation increment to mess with bullet pattern
p.rotationIncrement += (float)1.5;
//b.rotationAngle = p.rotationAngle + (p.rotationIncrement * p.tick);
}
if (p.maxTick == -1) //Do this for Spiral/Cross pattern
{
b.rotationAngle = p.rotationAngle + (p.rotationIncrement * p.tick);
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
p.tick++;
}
else //Do back and forth pattern
{
if (p.tick >= 0 && p.tick < p.maxTick) //Shoot 10 bullets while rotating right
{
b.rotationAngle = p.rotationAngle + (p.rotationIncrement * p.tick);
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
p.tick++;
if (p.tick >= p.maxTick)
p.tick *= -1;
}
else //Shoot 10 bullets while rotating left (and repeat)
{
b.rotationAngle = p.rotationAngle - (p.rotationIncrement * p.tick);
b.direction.X = (float)Math.Cos(b.rotationAngle);
b.direction.Y = (float)Math.Sin(b.rotationAngle);
p.tick++;
}
}
}
}