public override void Init()
{
base.Init();
Timer.Add(() => {
Self.GetComponent <AudioEmitterComponent>().EmitRandomized("mob_fire_static");
var a = Self.AngleTo(Self.Target);
var p = new ProjectilePattern(KeepShapePattern.Make(0))
{
Position = Self.Center
};
Self.Area.Add(p);
ProjectileTemplate.MakeFast(Self, "small", Self.Center, a, (pr) => {
pr.CanBeReflected = false;
pr.CanBeBroken = false;
p.Add(pr);
pr.Color = ProjectileColor.Red;
pr.AddLight(32, pr.Color);
}, swordData, () => {
Timer.Add(() => {
p.Launch(a, 30);
Self.GetComponent <AudioEmitterComponent>().EmitRandomized("mob_fire_static");
Become <FightState>();
}, 0.2f);
});
}, 1f);
}
public override void Init()
{
base.Init();
for (var i = 0; i < 4; i++)
{
ProjectileTemplate.Make(Self, "green_small", Self.Center,
i * (float)Math.PI * 0.5f, 5, 2, 0,
p => p.AddLight(16f, Projectile.GreenLight),
" x ",
"xxxx",
" x ");
}
}
public override void Update(float dt)
{
base.Update(dt);
if (T >= 0.2f && !fired)
{
fired = true;
if (Self.Target != null)
{
var h = Self.Target.GetComponent <HealthComponent>();
var c = h.Health <= 1 ? 'f' : Chars[Rnd.Int(Chars.Length)];
var a = Self.AngleTo(Self.Target);
var color = ProjectileColor.Rainbow[Rnd.Int(ProjectileColor.Rainbow.Length)];
var sprite = Rnd.Chance(60) ? "circle" : "square";
if (LetterTemplateData.Data.TryGetValue(c, out var data))
{
var p = new ProjectilePattern(KeepShapePattern.Make(0))
{
Position = Self.Center
};
Self.Area.Add(p);
ProjectileTemplate.MakeFast(Self, sprite, Self.Center, a, (pr) => {
p.Add(pr);
pr.Color = color;
pr.AddLight(32, color);
pr.CanBeReflected = false;
pr.BodyComponent.Angle = a;
}, data, () => {
Timer.Add(() => {
p.Launch(a, Rnd.Float(30, 80));
Self.GetComponent <AudioEmitterComponent>().EmitRandomized("mob_fire_static");
}, 0.2f);
});
}
}
}
if (T >= delay || Self.Target == null)
{
Become <ToIdleState>();
}
}
public static ProjectileTemplate fromXML(XElement xmlProjectile)
{
//TODO: Remove the defaults from hard coding.
string name = "UNNAMED PROJECTILE";
string spriteName = "NO_SPRITE";
FloatStat damageRatio = new FloatStatExplicit(1.0f);
IntStat bounces = new IntStatExplicit(5);
FloatStat lifespan = new FloatStatExplicit(10.0f);
FloatStat speed = new FloatStatExplicit(1.0f);
//Load in data from XML.
if (xmlProjectile.Attribute("name") != null)
{
name = (string)xmlProjectile.Attribute("name");
}
if (xmlProjectile.Element("Sprite") != null)
{
spriteName = (string)xmlProjectile.Element("Sprite");
}
if (xmlProjectile.Element("DamageRatio") != null)
{
damageRatio = FloatStat.fromXML(xmlProjectile.Element("DamageRatio"));
}
if (xmlProjectile.Element("Bounces") != null)
{
bounces = IntStat.fromXML(xmlProjectile.Element("Bounces"));
}
if (xmlProjectile.Element("Lifespan") != null)
{
lifespan = FloatStat.fromXML(xmlProjectile.Element("Lifespan"));
}
if (xmlProjectile.Element("Speed") != null)
{
speed = FloatStat.fromXML(xmlProjectile.Element("Speed"));
}
ProjectileTemplate projectileTemplate = new ProjectileTemplate(name, spriteName, damageRatio, bounces, lifespan, speed);
//Load in Behaviors from XML.
//TODO: Load in behavior from XML.
return projectileTemplate;
}
public override void Update(float dt)
{
base.Update(dt);
if (T >= (count + 1) * Delay)
{
count++;
if (count == 4)
{
Self.SelectAttack();
return;
}
ProjectileTemplate.Make(Self, "green_small", Self.Center, Self.AngleTo(Self.Target), 5, 2, 0,
p => p.AddLight(16f, Projectile.GreenLight),
" x ",
"xxxx",
" x ");
}
}
private Entity GetProjectile(ProjectileTemplate data)
{
if (_poolDict.TryGetValue(data.ID, out var stack))
{
if (stack.UsedCount > 0)
{
var pooled = stack.Pop();
if (pooled != null)
{
pooled.Pooled = false;
return(pooled);
}
}
}
else
{
stack = new ManagedArray <Entity>(data.PoolSize);
_poolDict.Add(data.ID, stack);
}
var entity = GetDefaultEntity(data.ID);
//var prefab = data.GetValue<string>(DatabaseFields.Model);
entity.Add(new TypeId(data.ID));
switch (data.Type)
{
default:
case "Simple":
break;
case "SpriteAnimation":
entity.Add(new CollisionCheckForward(data.CollisionDistance));
break;
case "VolumeLaser":
entity.Add(new CollisionCheckForward(data.CollisionDistance));
break;
}
switch (data.Movement)
{
case "Forward":
entity.Add(new ForwardMover());
break;
case "Arc":
entity.Add(new ArcMover());
break;
}
entity.Get <DespawnTimer>().Length = data.Timeout;
entity.Get <MoveSpeed>().Speed = data.Speed;
entity.Get <RotationSpeed>().Speed = data.Rotation;
if (data.ActionFx != null)
{
entity.Add(new ActionFxComponent(data.ActionFx));
if (data.ActionFx.TryGetColor(out var actionColor))
{
entity.Add(new HitParticlesComponent(actionColor));
}
}
if (data.TrailAmount > 0)
{
entity.Add(new ParticleTrailComponent(data.TrailAmount, data.TrailFrequency, data.TrailColor, ParticleGravityStatus.Default));
}
if (data.Components != null)
{
World.Get <DataFactory>().AddComponentList(entity, data.Data, data.Components);
}
return(entity);
}
