public ThrowsParticle(ActorInitializer init, ThrowsParticleInfo info)
{
var self = init.Self;
var rs = self.Trait <RenderSprites>();
var body = self.Trait <BodyOrientation>();
// TODO: Carry orientation over from the parent instead of just facing
var dynamicFacingInit = init.GetOrDefault <DynamicFacingInit>();
var bodyFacing = dynamicFacingInit != null?dynamicFacingInit.Value() : init.GetValue <FacingInit, WAngle>(WAngle.Zero);
facing = TurretedInfo.WorldFacingFromInit(init, info, WAngle.Zero)();
// Calculate final position
var throwRotation = WRot.FromYaw(new WAngle(Game.CosmeticRandom.Next(1024)));
var throwDistance = Game.CosmeticRandom.Next(info.MinThrowRange.Length, info.MaxThrowRange.Length);
initialPos = pos = info.Offset.Rotate(body.QuantizeOrientation(self, WRot.FromYaw(bodyFacing)));
finalPos = initialPos + new WVec(throwDistance, 0, 0).Rotate(throwRotation);
angle = new WAngle(Game.CosmeticRandom.Next(info.MinThrowAngle.Angle, info.MaxThrowAngle.Angle));
length = (finalPos - initialPos).Length / info.Velocity;
// WAngle requires positive inputs, so track the speed and direction separately
var rotationSpeed = WDist.FromPDF(Game.CosmeticRandom, 2).Length *info.TurnSpeed.Angle / 1024;
direction = rotationSpeed < 0 ? -1 : 1;
rotation = new WAngle(Math.Abs(rotationSpeed));
var anim = new Animation(init.World, rs.GetImage(self), () => facing);
anim.PlayRepeating(info.Anim);
rs.Add(new AnimationWithOffset(anim, () => pos, null));
}
public Turreted(ActorInitializer init, TurretedInfo info)
{
this.info = info;
TurretFacing = GetInitialTurretFacing(init, info.InitialFacing);
}
public Turreted(ActorInitializer init, TurretedInfo info)
{
this.info = info;
TurretFacing = TurretFacingFromInit(init, info.InitialFacing, info.Turret)();
}
