public static void applay(int amount, Shot shot, World world, Monster monster)
{
Position p = monster.position;
if (p == null || monster.state != Monster.State.alive)
{
return;
}
double probability = getProbability(amount);
if (MyRandom.NextDouble() > probability)
{
return;
}
Monster closest_monster = world.getClosestMonster(monster.position, monster);
if (closest_monster != null && closest_monster.position.distanceTo(monster.position) < radius_constant)
{
//create new shot
Shot s = new Shot();
s.start_position = (Position)monster.position.Clone();
s.position = (Position)s.start_position.Clone();
s.curve_position = (Position)shot.start_position.Clone();
s.target = closest_monster;
s.aspects = new List <Aspect>();
foreach (Aspect a in shot.aspects)
{
s.aspects.Add((Aspect)a.Clone());
if (a.aspectType == Type.GetType("AspectType_chain"))
{
s.aspects[s.aspects.Count - 1].amount /= 10;
}
}
s.damage = shot.damage;
s.max_ticks = 10;
Game.world.shots.Add(s);
}
}
public Shot(Monster monster, Gem gem)
{
target = monster;
start_position = new Position(gem.coord);
double rotation = MyRandom.NextDouble() * Math.PI * 2;
curve_position = new Position(start_position.x + Math.Sin(rotation) * 4, start_position.y + Math.Cos(rotation) * 4);
aspects = new List <Aspect>();
foreach (Aspect a in gem.aspects)
{
aspects.Add((Aspect)a.Clone());
}
damage = gem.getDamage();
max_ticks = (int)((double)1 / gem.getAttackSpeed() - 2);
position = (Position)start_position.Clone();
updatePosition();
}