ParticleSystemInfo DetermineType(ParticleSystemInfo psInfo, ChildParticleSystem childParticleSystem)
{
if (childParticleSystem.ourPSObjectType == ParticleSystemObjectTypes.aura)
{
}
return(psInfo);
}
private void ScaleParticleSystems(float scale)
{
_allOrbSystems.ForEach(p => {
ParticleSystemInfo starting = _startInfo[p];
p.startSize = starting.Size * scale;
p.startSpeed = starting.Speed * scale;
});
}
private void InitParticles()
{
// Orb particles are made up of multiple nested particle systems. We need
// to scale and color all of them every time, so we'll track them in a way
// that allows us to work on them as a batch.
// This dictionary records the initial state of each particle system
_startInfo = new Dictionary <ParticleSystem, ParticleSystemInfo>();
_allOrbSystems = new List <ParticleSystem> {
OrbParticles
};
_allOrbSystems.AddRange(OrbParticles.GetComponentsInChildren <ParticleSystem>());
_allOrbSystems.ForEach(p => {
_startInfo[p] = new ParticleSystemInfo(p);
p.startColor = DefaultColor;
});
}
private void InitParticles() {
// Orb particles are made up of multiple nested particle systems. We need
// to scale and color all of them every time, so we'll track them in a way
// that allows us to work on them as a batch.
// This dictionary records the initial state of each particle system
_startInfo = new Dictionary<ParticleSystem, ParticleSystemInfo>();
_allOrbSystems = new List<ParticleSystem> { OrbParticles };
_allOrbSystems.AddRange(OrbParticles.GetComponentsInChildren<ParticleSystem>());
_allOrbSystems.ForEach(p => {
_startInfo[p] = new ParticleSystemInfo(p);
p.startColor = DefaultColor;
});
}
