private void LateUpdate()
{
for (int i = 0; i < waiting.Count; i++)
{
FluidInputSustainer waitee = waiting[i];
if (!waitee.IsActive())
{
if (repeats.ContainsKey(waitee))
{
// Inactive Sustainers that have repeat data get added to Attack queue when their delay is finished.
if (repeats[waitee].delay <= 0)
{
attacking.Add(waitee);
repeats[waitee].waitRemaining = repeats[waitee].delay;
waiting.RemoveAt(i);
}
else
{
repeats[waitee].delay -= Time.deltaTime;
}
}
}
else
{
// Active Sustainers that are waiting have already attacked, so prepare them to sustain.
sustaining.Add(waitee);
waiting.RemoveAt(i);
}
}
}
void Update()
{
while (releasing.Count > 0)
{
FluidInputSustainer releasee = releasing[0];
releasee.Release();
if (repeats.ContainsKey(releasee))
{
RepeatData repeat = repeats[releasee];
releasee.dampening += repeat.dampening;
if (releasee.dampening >= 1)
{
repeats.Remove(releasee);
}
else if (repeat.waitRemaining > 0)
{
repeat.waitRemaining = repeat.delay;
waiting.Add(releasee);
}
}
releasing.RemoveAt(0);
}
for (int i = 0; i < decaying.Count; i++)
{
bool continueDecay = decaying[i].Decay();
if (!continueDecay)
{
releasing.Add(decaying[i]);
decaying.RemoveAt(i);
}
}
for (int i = 0; i < sustaining.Count; i++)
{
bool continueSustain = sustaining[i].Sustain();
if (!continueSustain)
{
decaying.Add(sustaining[i]);
sustaining.RemoveAt(i);
}
}
while (attacking.Count > 0)
{
attacking[0].Attack();
attacking.RemoveAt(0);
}
}
public FluidInputSustainer Create(FluidCollider fluidCollider, Vector3 center,
float attackDensityChangeRate, float attackDensityChangeRadius, Vector3 attackForceRate, float attackForceRadius,
float sustainDensityChangeRate, float sustainDensityChangeRadius, Vector3 sustainForceRate, float sustainForceRadius,
float releaseDensityChangeRate, float releaseDensityChangeRadius, Vector3 releaseForceRate, float releaseForceRadius,
float sustainDuration, float decayDuration,
float repeatDelay = -1, float repeatDampening = 0)
{
FluidInputSustainer sustainer = new FluidInputSustainer(fluidCollider, center,
attackDensityChangeRate, attackDensityChangeRadius, attackForceRate, attackForceRadius,
sustainDensityChangeRate, sustainDensityChangeRadius, sustainForceRate, sustainForceRadius,
releaseDensityChangeRate, releaseDensityChangeRadius, releaseForceRate, releaseForceRadius,
sustainDuration, decayDuration);
if (repeatDelay >= 0 && repeatDampening > 0)
{
repeats.Add(sustainer, new RepeatData(repeatDelay, Mathf.Clamp01(repeatDampening)));
}
sustainer.Attack();
waiting.Add(sustainer);
return(sustainer);
}
