public override void Render(Emitter emisor)
{
base.Render(emisor);
//Se disminuye el alpha para simular efecto de dispersion
if (this.Alpha > 5)
this.Alpha -= 5;
else if (this.Alpha > 0)
this.Alpha--;
}
public override void Update_Modifiers(Emitter emisor)
{
ExplosionEmitter e = (ExplosionEmitter)emisor;
if (e.SizeSpeed != this.SizeSpeed)
{
this.SizeSpeed = e.SizeSpeed;
}
base.Update_Modifiers(emisor);
}
public override void Render(Emitter emisor)
{
base.Render(emisor);
if (this.Spawn > 0.0005f)
{
if (Alpha > 0)
this.Alpha--;
this.Spawn = 0f;
}
this.Agrandar(emisor);
}
public override void Update_Modifiers(Emitter emisor)
{
if (this.InitialPos != emisor.InitCoords)
{
this.CurrentPos += (emisor.InitCoords - this.InitialPos);
this.InitialPos = emisor.InitCoords;
}
if (this.TimeToLive != (emisor.InitCoords.Y - emisor.TimeToLive_Particle))
{
this.TimeToLive = (emisor.InitCoords.Y - emisor.TimeToLive_Particle);
}
}
public override void Update_Modifiers(Emitter emisor)
{
if (this.InitialPos != emisor.InitCoords)
{
this.CurrentPos += (emisor.InitCoords - this.InitialPos);
this.InitialPos = emisor.InitCoords;
}
if (emisor.Speed != this.Speed)
{
this.Speed = emisor.Speed;
}
}
public override void Render(Emitter emisor)
{
this.Update_Modifiers(emisor);
this.Agrandar(emisor);
base.Render(emisor);
ExplosionEmitter e = (ExplosionEmitter) emisor;
if (this.Spawn > 0.01f)
{
if (this.Alpha > e.AlphaDecr)
{
this.Alpha -= e.AlphaDecr;
}
else
{
if (Alpha > 0)
this.Alpha--;
}
this.Spawn = 0f;
}
}
//Actualizo velocidad, divergencia, posicion y tiempo de vida
public virtual void Update_Modifiers(Emitter emisor)
{
if (emisor.Speed != this.Speed)
{
this.Speed = emisor.Speed;
}
if (emisor.TimeToLive_Particle != this.TimeToLive)
{
this.TimeToLive = emisor.TimeToLive_Particle;
}
if (this.InitialPos != emisor.InitCoords)
{
this.CurrentPos += (emisor.InitCoords - this.InitialPos);
this.InitialPos = emisor.InitCoords;
}
}
public virtual void Render(Emitter emisor)
{
this.Active = true;
this.Update_Modifiers(emisor);
float x = this.Mover(this.CurrentPos.X,this.Direction.X,this.Speed.X,this.Acceleration.X);
float y = this.Mover(this.CurrentPos.Y, this.Direction.Y, this.Speed.Y, this.Acceleration.Y);
float z = this.Mover(this.CurrentPos.Z, this.Direction.Z, this.Speed.Z, this.Acceleration.Z);
this.CurrentPos = new Vector3(x,y,z);
}
public virtual void Matar(Emitter emisor)
{
this.CurrentPos = emisor.DameCoordenadasEmision();
this.Alpha = emisor.InitialAlpha;
this.LifeTime = 0f;
this.Spawn = 0f;
this.Active = false;
}
//Se agranda la particula de acuerdo a la velocidad de tamaño
private void Agrandar(Emitter emisor)
{
GotaEmitter e = (GotaEmitter)emisor;
if ((this.Size + e.SizeSpeed * this.LifeTime) <= emisor.PointSizeMax)
this.Size += e.SizeSpeed * this.LifeTime;
}
public override void Render(Emitter emisor)
{
this.Agrandar(emisor);
base.Render(emisor);
}
public override void Matar(Emitter emisor)
{
base.Matar(emisor);
this.Size = emisor.PointSizeMin;
}
//Se agranda la particula de acuerdo al SizeSpeed
private void Agrandar(Emitter emisor)
{
if ((this.Size + this.SizeSpeed * this.LifeTime) <= emisor.PointSizeMax)
this.Size += this.SizeSpeed * this.LifeTime;
}
public override void Matar(Emitter emisor)
{
base.Matar(emisor);
//Vuelve al tamaño inicial
this.Size = emisor.PointSizeMin;
}
public override void Matar(Emitter emisor)
{
base.Matar(emisor);
//Vuelve al tamaño inicial
this.Size = emisor.PointSizeMin;
}