public override IEnumerable <Wait> RoutineUse(Creature user, object target)
{
Consume();
ShowSkill(user);
user.VisualPose = user.FlickPose(CreaturePose.Cast, CreaturePose.Stand, 70);
//TODO: roar?
//TODO: jump visual, screenshake, screen distort
yield return(user.WaitSome(50));
user.VisualPosition = user.SlideJump(user.VisualPosition(), new Vector2(user.X, user.Y) * 16, 16, LerpHelper.Linear, 20);
yield return(user.WaitSome(20));
new ScreenShakeRandom(user.World, 6, 30, LerpHelper.Linear);
new SeismArea(user.World, user.Tiles, 10);
var tileSet = user.Tile.GetNearby(user.Mask.GetRectangle(user.X, user.Y), 6).Shuffle(Random);
List <Wait> quakes = new List <Wait>();
HashSet <Tile> tiles = new HashSet <Tile>();
PopupHelper popupHelper = new PopupHelper();
foreach (Tile tile in tileSet.Take(8))
{
quakes.Add(Scheduler.Instance.RunAndWait(RoutineQuake(user, tile, 3, tiles, popupHelper)));
}
new ScreenFlashLocal(user.World, () => ColorMatrix.Ender(), user.VisualTarget, 60, 150, 100, 50);
yield return(new WaitAll(quakes));
popupHelper.Finish();
yield return(user.WaitSome(20));
}
public override IEnumerable <Wait> RoutineUse(Creature user, object target)
{
if (target is Creature targetCreature)
{
Consume();
ShowSkill(user);
user.VisualPose = user.FlickPose(CreaturePose.Cast, CreaturePose.Stand, 70);
yield return(user.WaitSome(50));
var effect = new FlareCharge(user.World, SpriteLoader.Instance.AddSprite("content/cinder_ender"), user, () => targetCreature.VisualTarget, 200);
yield return(user.WaitSome(50));
new ScreenShakeRandom(user.World, 2, 150, LerpHelper.Invert(LerpHelper.Linear));
yield return(new WaitEffect(effect));
new ScreenFlashLocal(user.World, () => ColorMatrix.Ender(), targetCreature.VisualTarget, 60, 150, 80, 50);
new EnderNuke(user.World, SpriteLoader.Instance.AddSprite("content/nuke_ender"), targetCreature.VisualTarget, 0.6f, 80);
new ScreenShakeRandom(user.World, 8, 80, LerpHelper.QuarticIn);
//new BigExplosion(user.World, () => target.VisualTarget, (pos, time) => new EnderExplosion(user.World, pos, Vector2.Zero, time));
yield return(user.WaitSome(10));
var wait = user.Attack(targetCreature, SkillUtil.SafeNormalize(targetCreature.VisualTarget - user.VisualTarget), FlareAttack);
yield return(wait);
yield return(user.WaitSome(20));
}
}
public override IEnumerable <Wait> RoutineUse(Creature user, object target)
{
Consume();
user.VisualPose = user.FlickPose(CreaturePose.Cast, CreaturePose.Stand, 70);
yield return(user.WaitSome(50));
SpriteReference cinder = SpriteLoader.Instance.AddSprite("content/cinder_ender");
new FlarePower(user.World, cinder, user, 50);
new ScreenFlashPowerUp(user, () => ColorMatrix.Ender(), 100, 100, 50, 50);
user.AddStatusEffect(new PoweredUp());
yield return(user.WaitSome(20));
}
public override IEnumerable <Wait> RoutineUse(Creature user, object target)
{
Consume();
yield return(user.WaitSome(50));
var tileSet = user.Tile.GetNearby(user.Mask.GetRectangle(user.X, user.Y), 1).Shuffle(Random);
List <Wait> quakes = new List <Wait>();
HashSet <Tile> tiles = new HashSet <Tile>();
foreach (Tile tile in tileSet.Take(5))
{
quakes.Add(Scheduler.Instance.RunAndWait(RoutineQuake(user, tile, 2, tiles)));
}
new ScreenFlashLocal(user.World, () => ColorMatrix.Ender(), user.VisualTarget, 60, 150, 100, 50);
yield return(new WaitAll(quakes));
yield return(user.WaitSome(20));
}