public void TakeDamage(float damage)
{
Health = Utilities.Clamp(Health - damage, 0f, MaxHealth);
if (Health == 0)
{
int deathAnimID = RandomGen.NextInt(1, 2);
ChangeAnimationTo(Animations.BasicEnemy["death0" + deathAnimID], false);
Animation.StopOnLastFrame = true;
Animation.Played += new Action(StopAttacking);
//Create a shower of blood
//int bloodAnimID = RandomGen.NextInt(1, 2);
GameObject bloodSplash = new GameObject(128.0, 128.0);
bloodSplash.Position = Position;
//bloodSplash.Animation = Animations.Blood["Blood0" + bloodAnimID];
bloodSplash.Animation = Animations.Blood["Blood01"];
CurrentPlayer.CurrentGame.Add(bloodSplash);
bloodSplash.Animation.Start(1);
bloodSplash.Animation.StopOnLastFrame = true;
//Create an expanding pool of blood
int bloodPoolID = RandomGen.NextInt(1, 2);
BloodPool blood = new BloodPool(1.0, 1.0);
blood.Position = Position + MoveTarget * 48.0;
blood.Angle = RandomGen.NextAngle();
blood.Image = Game.LoadImage("Textures/Blood/blood0" + bloodPoolID);
CurrentPlayer.CurrentGame.BloodPools.Add(blood);
CurrentPlayer.CurrentGame.Add(blood, 0);
Died(damage, MaxHealth);
}
}
/// <summary>
/// Kutsutaan, kun tapahtuu törmäys.
/// </summary>
/// <param name="target">Olio, johon törmätään.</param>
public override void OnCollision(IGameObject target)
{
Vector d = target.Position - Owner.Position;
Angle n1 = d.Angle - Angle.RightAngle;
Angle n2 = d.Angle + Angle.RightAngle;
currentDirection = RandomGen.NextAngle(n1, n2);
base.OnCollision(target);
}
void Sparkle()
{
PhysicsObject sparkle = new PhysicsObject(3, 1);
sparkle.Position = Mouse.PositionOnWorld;
//sparkle.IgnoresCollisionResponse = true;
sparkle.IgnoresGravity = true;
sparkle.Angle = RandomGen.NextAngle();
sparkle.Color = RandomGen.NextColor(Color.LightYellow, Color.Yellow);
sparkle.MaximumLifetime = RandomGen.NextTimeSpan(0.1, 2);
Add(sparkle);
double force = RandomGen.NextDouble(100, 200);
sparkle.Hit(Vector.FromLengthAndAngle(force, sparkle.Angle));
}
int generoi5()
{
tahtilista = new List <PhysicsObject>();
Vector alkupiste = pallo1.Position;
Angle suunta1 = RandomGen.NextAngle();
Vector tp = alkupiste;
for (int i = 0; i < 80; i++)
{
if (i % KAANTOVALI < 6)
{
Angle känsä = RandomGen.NextAngle(
Angle.FromDegrees(-KAANTOKULMA - 45),
Angle.FromDegrees(KAANTOKULMA + 45));
suunta1 = känsä;
}
Vector vp = Vector.FromLengthAndAngle(94, suunta1);
tp = tp + vp;
Vector newtp = new Vector(tp.X, tp.Y);
Timer.SingleShot(1.7 + PALLONTEKONOPEUS * i * 4, () => luotahti(newtp, Color.Red));
}
return(80);
}
int generoi1()
{
tahtilista = new List <PhysicsObject>();
Vector alkupiste = pallo1.Position;
Angle suunta1 = RandomGen.NextAngle();
Vector tp = alkupiste;
for (int i = 0; i < 50; i++)
{
if (i % KAANTOVALI == 0)
{
Angle känsä = RandomGen.NextAngle(
Angle.FromDegrees(-KAANTOKULMA),
Angle.FromDegrees(KAANTOKULMA));
suunta1 = känsä;
}
Vector vp = Vector.FromLengthAndAngle(70, suunta1);
tp = tp + vp;
Vector newtp = new Vector(tp.X, tp.Y);
Timer.SingleShot(2.0 + PALLONTEKONOPEUS * i, () => luotahti(newtp, RandomGen.NextColor()));
}
return(50);
}
void ChangeDirection()
{
currentDirection = RandomGen.NextAngle();
}
/// <summary>
/// Luodaan peikkoja kentälle satunnaisiin paikkoihin
/// </summary>
private void LuoPeikko()
{
for (int i = 0; i < PEIKKOJENMAARA; i++)
{
double x = RandomGen.NextDouble(Level.Left, Level.Right);
double y = RandomGen.NextDouble(Level.Bottom, Level.Top);
PhysicsObject peikko = Olio(this, PEIKONLEVEYS, PEIKONKORKEUS, x, y,
"peikko", true, true, false, 0, "peikko", Color.Transparent, Shape.Rectangle, true);
Add(peikko);
//Tehdään ´peikolle polkuaivot
PathFollowerBrain peikonAivot = new PathFollowerBrain(200);
peikko.Brain = peikonAivot;
List <Vector> polku = new List <Vector>();
polku.Add(Vector.FromLengthAndAngle(RandomGen.NextDouble(Screen.Top * 2, Screen.Top * 3), RandomGen.NextAngle()));
peikonAivot.Path = polku;
peikonAivot.Loop = true;
peikonAivot.Speed = 250;
}
}
