public EntityLivingBase(Rectangle[] bounds) : base(bounds)
{
//TileMaps für die BegweungsAnimationen
Bitmap[][] images = new Bitmap[][] { ResourceManager.GetImages(this, "Right"), ResourceManager.GetImages(this, "Left") };
//Einfärben für die Hurttime
Bitmap[][] hurtTimeImages = new Bitmap[images.Length][];
for (int i = 0; i < images.Length; i++)
{
hurtTimeImages[i] = new Bitmap[images[i].Length];
for (int j = 0; j < images[i].Length; j++)
{
hurtTimeImages[i][j] = RenderUtils.PaintBitmap(images[i][j], Color.Red, true);
}
}
//Erstellen der Bewegungs-Animation und
this.animations = new FrameAnimation[] { new FrameAnimation(FPS, false, images[0]), new FrameAnimation(FPS, false, images[1]) };
this.hurtTimeAnimation = new FrameAnimation[] { new FrameAnimation(FPS, false, hurtTimeImages[0]), new FrameAnimation(FPS, false, hurtTimeImages[1]) };
Facing = EnumFacing.RIGHT;
animation = animations[0];
//Erstellen der BoundingBox für Kollisionen
Box = new BoundingBox(this, animation.Image.Width, animation.Image.Height);
//Erstellen der Schlag- und TodesAnimation
swing = CustomAnimation <float> .CreateDefaultAnimation(1.0f);
swing.Toleranz = 1E-2f;
swing.OnFinish += (object sender, EventArgs args) =>
{
if (swing.Increments)
{
swing.Reverse();
}
};
swing.Reverse();
death = CustomAnimation <float> .CreateDefaultAnimation(1.0f);
death.Toleranz = 1e-5f;
Health = 20;
}
