void Update()
{
if (lastSpawnTime + SPAWN_INTERVAL < Time.time && numberOfParticles > 0)
{ // Is it time already for spawning a new particle?
GameObject newLiquidParticle = (GameObject)Instantiate(Resources.Load(ResourceDirectories.DynamicParticle2)); //Spawn a particle
newLiquidParticle.GetComponent <Rigidbody2D>().AddForce(particleForce); //Add our custom force
DynamicParticle particleScript = newLiquidParticle.GetComponent <DynamicParticle>(); // Get the particle script
particleScript.SetState(particlesState); //Set the particle State
newLiquidParticle.transform.position = transform.position; // Relocate to the spawner position
newLiquidParticle.transform.parent = particlesParent; // Add the particle to the parent container
lastSpawnTime = Time.time; // Register the last spawnTime
--numberOfParticles;
}
else if (numberOfParticles <= 0)
{
gameObject.SetActive(false);
}
}
void Update()
{
if (emit)
{
if (lastSpawnTime + SPAWN_INTERVAL < Time.time)
{ // Is it time already for spawning a new particle?
GameObject newLiquidParticle = (GameObject)Instantiate(Resources.Load("LiquidPhysics/DynamicParticle")); //Spawn a particle
newLiquidParticle.GetComponent <Rigidbody2D>().AddForce(particleForce); //Add our custom force
DynamicParticle particleScript = newLiquidParticle.GetComponent <DynamicParticle>(); // Get the particle script
particleScript.SetLifeTime(PARTICLE_LIFETIME); //Set each particle lifetime
particleScript.SetState(particlesState); //Set the particle State
particleScript.SetColor(color); //Set the particle Color
newLiquidParticle.transform.position = transform.position; // Relocate to the spawner position
newLiquidParticle.transform.parent = particlesParent; // Add the particle to the parent container
lastSpawnTime = Time.time; // Register the last spawnTime
}
}
}
private DynamicParticle StworzCzasteczke(int i) //i pomocnicza
{
DynamicParticle czasteczka;
Random rand = new Random();
float kat = MathHelper.Lerp(MinObrot, MaxObrot, (float)(i + 1) / (float)Ilosc);
float Sin = (float)Math.Sin(kat);
float Cos = (float)Math.Cos(kat);
float DoR = MathHelper.Lerp(MinDoR, MaxDoR, (float)(rand.Next(0, 100) / 100f));
float OdR = MathHelper.Lerp(MinOdR, MaxOdR, (float)(rand.Next(0, 100) / 100f));
czasteczka = new DynamicParticle((int)(Sin * OdR + (float)X), (int)(-Cos * OdR + (float)Y), rand.Next(MinSzer, MaxSzer), rand.Next(MinWys, MaxWys),
Color.Lerp(MinSKolor, MaxSKolor, ((float)rand.Next(0, 1000)) / 1000f),
Color.Lerp(MinKKolor, MaxKKolor, ((float)rand.Next(0, 1000)) / 1000f), rand.Next(MinT, MaxT));
czasteczka.Vmax = 10f; //moze poruszac sie z ogromna predkoscia
//wpierw oblcize dokad ma doleciec nastepna czasteczka
Vector2 dokad = new Vector2(Sin * DoR + (float)X, -Cos * DoR + (float)Y);
switch (Ruch)
{
case Rodzaj_Ruchu.RuchJednostajny:
czasteczka.RuchJednostajny(dokad);
break;
case Rodzaj_Ruchu.RuchPrzyspieszony:
czasteczka.RuchJednostajny(dokad);
break;
}
if (Przyczepiaj)
{
czasteczka.Przyczep(PrzyczepienieKto);
}
return(czasteczka);
}
private DynamicParticle StworzCzasteczke(int i) //i pomocnicza
{
DynamicParticle czasteczka;
Random rand = new Random();
czasteczka = new DynamicParticle(X, Y, rand.Next(MinSzer, MaxSzer), rand.Next(MinWys, MaxWys),
Color.Lerp(MinSKolor, MaxSKolor, ((float)rand.Next(0, 100)) / 100f),
Color.Lerp(MinKKolor, MaxKKolor, ((float)rand.Next(0, 100)) / 100f), rand.Next(MinT, MaxT));
czasteczka.Vmax = 100f;
float helpX = 0f, helpY = 0f;
float helpobrot = Obrot - (float)Math.PI;
switch (Ulozenie)
{
case Rodzaj_Dziala.Cosinusowe:
{
float ile = (float)(i + 1) / (float)Ilosc * (float)Math.PI;
float obrot = (float)Math.Sin(ile) * MathHelper.Lerp(MinObrot, MaxObrot, (float)(rand.Next(0, 100) / 100f)) + helpobrot;
helpX = (float)Math.Sin(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
helpY -= (float)Math.Cos(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
}
break;
case Rodzaj_Dziala.Losowo:
{
float ile = (float)rand.Next(0, 100) / 100f * (float)Math.PI;
float obrot = (float)Math.Sin(ile) * MathHelper.Lerp(MinObrot, MaxObrot, (float)(rand.Next(0, 100) / 100f)) + helpobrot;
helpX = (float)Math.Sin(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
helpY -= (float)Math.Cos(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
}
break;
case Rodzaj_Dziala.Rownomierne:
{
float ile = (float)(i + 1) / (float)Ilosc;
float obrot = ile * MathHelper.Lerp(MinObrot, MaxObrot, (float)(rand.Next(0, 100) / 100f)) + helpobrot;
helpX = (float)Math.Sin(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
helpY -= (float)Math.Cos(obrot) * MathHelper.Lerp(MinR, MaxR, (float)rand.Next(0, 100) / 100f);
}
break;
}
Vector2 dokad = new Vector2(
helpX + (float)X,
helpY + (float)Y);
switch (Ruch)
{
case Rodzaj_Ruchu.RuchJednostajny:
czasteczka.RuchJednostajny(dokad);
break;
case Rodzaj_Ruchu.RuchPrzyspieszony:
czasteczka.RuchJednostajny(dokad);
break;
}
return(czasteczka);
}
public static void RemoveParticleFromList(DynamicParticle particle)
{
particles.Remove(particle);
}
public void AddParticleToList(DynamicParticle particle)
{
particles.Add(particle);
}
