void OnEnable()
{
if (isSnapshot || isLoading) return;
thisInstance = this;
thisLayer = particleSystemGameObject.layer;
initialized = false;
isYieldRefreshing = false;
isSettingParticleCount = false;
isSettingLifetime = false;
hasActiveParticles = true;
threadHadNoActiveParticles = false;
isDoneThread = true;
calculate = true;
lastTimeUpdated = PlaygroundC.globalTime;
localTime = lastTimeUpdated;
emissionStopped = 0;
queueEmissionHalt = false;
// Set new randoms
RefreshSystemRandom();
// Set 0 size to avoid one-frame flash
shurikenParticleSystem.startSize = 0f;
if (shurikenParticleSystem.isPaused || shurikenParticleSystem.isStopped)
shurikenParticleSystem.Play();
// Set initial values
previousLifetimeValueMethod = lifetimeValueMethod;
previousLifetime = lifetime;
previousLifetimeMin = lifetimeMin;
previousEmission = emit;
previousLoop = loop;
previousNearestNeighborOrigin = nearestNeighborOrigin;
previousNearestNeighborOriginMethod = nearestNeighborOriginMethod;
previousNearestNeighborOriginVector3 = nearestNeighborOriginVector3;
previousNearestNeighborOriginTransform = nearestNeighborOriginTransform;
previousSorting = sorting;
previousParticleCount = particleCount;
previousLifetimeEmission = lifetimeEmission;
prevSource = source;
loopExceeded = false;
loopExceededOnParticle = -1;
stRot = Quaternion.identity;
stDir = new Vector3();
// Initiate all arrays by setting particle count
if (particleCache==null) {
SetParticleCount(thisInstance, particleCount);
} else {
// Clean up particle positions
SetInitialTargetPosition(thisInstance, PlaygroundC.initialTargetPosition, true);
// Refresh
StartCoroutine(YieldedRefresh());
}
}
IEnumerator LoadRoutine(int loadPointer, int mask)
{
if (loadTransition && loadTransitionTime>0 && snapshots[loadPointer].transitionMultiplier>0 && transitionAvailable && !isYieldRefreshing) {
if (snapshots[loadPointer].loadMaterial && !snapshots[loadPointer].setMaterialAfterTransition && snapshots[loadPointer].settings.particleSystemRenderer.sharedMaterial!=null)
particleSystemRenderer.sharedMaterial = snapshots[loadPointer].settings.particleSystemRenderer.sharedMaterial;
if (mask>0) {
mask = Mathf.Clamp (mask, 0, snapshots[loadPointer].settings.particleCount);
if (snapshots[loadPointer].settings.snapshotData.isMasked==null || snapshots[loadPointer].settings.snapshotData.isMasked.Length!=snapshots[loadPointer].settings.particleCount) {
snapshots[loadPointer].settings.snapshotData.isMasked = new bool[snapshots[loadPointer].settings.particleCount];
snapshots[loadPointer].settings.snapshotData.maskAlpha = new float[snapshots[loadPointer].settings.particleCount];
}
snapshots[loadPointer].settings.applyParticleMask = true;
snapshots[loadPointer].settings.particleMask = mask;
snapshots[loadPointer].settings.RefreshMaskSorting();
snapshots[loadPointer].settings.snapshotData.maskSorting = (int[])snapshots[loadPointer].settings.playgroundCache.maskSorting.Clone();
for (int i = 0; i<snapshots[loadPointer].settings.particleCount; i++) {
int maskedP = snapshots[loadPointer].settings.snapshotData.maskSorting[i];
snapshots[loadPointer].settings.snapshotData.isMasked[maskedP] = i<mask;
snapshots[loadPointer].settings.snapshotData.maskAlpha[maskedP] = i<mask?0:1f;
}
}
StartCoroutine(LoadTransition(loadPointer));
while (inTransition) yield return null;
}
if (isLoading || inTransition || abortTransition)
yield break;
isLoading = true;
int prevParticleCount = particleCount;
if (prevParticleCount!=snapshots[loadPointer].settings.particleCount) {
SetParticleCount(thisInstance, snapshots[loadPointer].settings.particleCount);
while (isSettingParticleCount)
yield return null;
}
snapshots[loadPointer].Load(thisInstance);
while (snapshots[loadPointer].IsLoading())
yield return null;
lastTimeUpdated = PlaygroundC.globalTime;
localTime = PlaygroundC.globalTime;
cameFromNonCalculatedFrame = false;
cameFromNonEmissionFrame = false;
if (snapshots[loadPointer].loadMode!=1) {
if (loadFromStart && isYieldRefreshing)
yield return null;
float tos = snapshots[loadPointer].settings.timeOfSnapshot<=0?snapshots[loadPointer].time:snapshots[loadPointer].settings.timeOfSnapshot;
localTime = tos;
for (int p = 0; p<particleCount; p++) {
playgroundCache.birth[p] = tos+(playgroundCache.birth[p]-tos);
playgroundCache.death[p] = tos+(playgroundCache.death[p]-tos);
playgroundCache.size[p] = snapshots[loadPointer].settings.snapshotData.size[p];
particleCache[p].size = playgroundCache.size[p];
}
lifetime = snapshots[loadPointer].settings.lifetime;
previousLifetimeValueMethod = lifetimeValueMethod;
previousLifetime = lifetime;
previousLifetimeMin = lifetimeMin;
previousLifetimeEmission = lifetimeEmission;
previousNearestNeighborOrigin = nearestNeighborOrigin;
previousNearestNeighborOriginMethod = nearestNeighborOriginMethod;
previousNearestNeighborOriginVector3 = nearestNeighborOriginVector3;
previousNearestNeighborOriginTransform = nearestNeighborOriginTransform;
previousSorting = sorting;
localDeltaTime = .001f;
t = localDeltaTime;
} else if (prevParticleCount!=particleCount) {
SetLifetime(thisInstance, sorting, lifetime);
yield return null;
while (isSettingLifetime) {
yield return null;
}
}
hasActiveParticles = true;
threadHadNoActiveParticles = false;
lastTimeUpdated = PlaygroundC.globalTime;
cameFromNonCalculatedFrame = false;
cameFromNonEmissionFrame = false;
loopExceeded = false;
loopExceededOnParticle = -1;
isLoading = false;
isDoneThread = true;
transitionAvailable = true;
}
