// RESET EMITTER DATA //
//
public void ResetEmitterData()
{
emitterTime = 0;
nonZeroParticleCountTime = 0;
emitterLoopTime = 0;
smoothDeltaTime = 0;
emitterAcceleration = Vector3.zero;
emitterVelocity = Vector3.zero;
emitterPosition = transform.position;
emitterRotation = transform.rotation.eulerAngles;
emitterScale = transform.lossyScale;
exampleInputParticleIndex = -1;
System.Random theRandom = new System.Random();
randomSeed = theRandom.Next(65535);
spawnRateAccumulator = 0;
newParticleIndices = new List <int>();
emitterModule = blueprint.emitterStack.modules[0] as BaseEmitterModule;
isPlaying = emitterModule.playOnAwake.GetValue();
wasPlaying = false;
isStopped = isPlaying == false;
isPaused = false;
wasPaused = false;
isLooping = emitterModule.isLooping.GetValue();
UpdateCurrentTime();
prevTime = currentTime;
lastRenderTime = currentTime;
int maxParticleNumber = (int)emitterModule.maxParticles.GetValue();
particleMarkers = new Pool <ParticleMarker>(maxParticleNumber);
particleIds = new int[maxParticleNumber];
particleTimes = new float[maxParticleNumber];
particleDyingTimes = new float[maxParticleNumber];
accelerationAccumulators = new Vector3[maxParticleNumber];
velocityAccumulators = new Vector3[maxParticleNumber];
rotationRateAccumulators = new Vector3[maxParticleNumber];
travelDistances = new float[maxParticleNumber];
collisionTimes = new float[maxParticleNumber];
isEmitterDataReset = true;
}
// HANDLE BLUEPRINT CHANGE //
//
public void HandleBlueprintChange()
{
if (blueprint != null)
{
blueprint.ownerEmitter = this;
selectedStack = blueprint.emitterStack;
emitterModule = blueprint.emitterStack.modules[0] as BaseEmitterModule;
#if UNITY_EDITOR
UpdateSharedPropertyList();
#endif
}
else
{
selectedStack = null;
emitterModule = null;
}
#if UNITY_EDITOR
previousBlueprint = blueprint;
#endif
SoftReset();
}
public AmpsEmitter ownerEmitter; // The AmpsEmitter component using this instance of the asset.
#if UNITY_EDITOR
// INITIALIZE //
//
public void Initialize()
{
if (stacks == null)
{
stacks = new List <BaseStack>();
}
else
{
stacks.Clear();
}
// First of all we fully set up the emitter's core parts.
emitterStack = new VoidStack();
emitterStack.Initialize(this, AmpsHelpers.eStackFunction.Emitter, typeof(BaseEmitterModule).ToString());
stacks.Add(emitterStack);
if (emitterStack.modules.Count == 0)
{
BaseEmitterModule em = ScriptableObject.CreateInstance <BaseEmitterModule>();
em.Initialize(emitterStack, this);
em.playOnAwake.value = true;
em.isLooping.value = true;
em.maxParticles.constant = 10;
em.moduleName.value = "Basic emitter properties";
emitterStack.modules.Add(em);
emitterStack.selectedModule = em;
}
renderStack = new VoidStack();
renderStack.Initialize(this, AmpsHelpers.eStackFunction.Render, typeof(BaseRenderModule).ToString());
stacks.Add(renderStack);
sharedStack = new VoidStack();
sharedStack.Initialize(this, AmpsHelpers.eStackFunction.Shared, typeof(BaseGenericModule).ToString());
stacks.Add(sharedStack);
spawnRateStack = new FloatStack();
spawnRateStack.Initialize(this, AmpsHelpers.eStackFunction.SpawnRate, typeof(BaseGenericModule).ToString());
stacks.Add(spawnRateStack);
deathConditionStack = new FloatArrayStack();
deathConditionStack.Initialize(this, AmpsHelpers.eStackFunction.DeathCondition, typeof(BaseGenericModule).ToString());
stacks.Add(deathConditionStack);
deathDurationStack = new FloatArrayStack();
deathDurationStack.Initialize(this, AmpsHelpers.eStackFunction.DeathDuration, typeof(BaseGenericModule).ToString());
stacks.Add(deathDurationStack);
customScalarStack = new FloatArrayStack();
customScalarStack.Initialize(this, AmpsHelpers.eStackFunction.CustomScalar, typeof(BaseGenericModule).ToString());
stacks.Add(customScalarStack);
customVectorStack = new VectorArrayStack();
customVectorStack.Initialize(this, AmpsHelpers.eStackFunction.CustomVector, typeof(BaseGenericModule).ToString());
stacks.Add(customVectorStack);
accelerationStack = new VectorArrayStack();
accelerationStack.Initialize(this, AmpsHelpers.eStackFunction.Acceleration, typeof(BaseGenericModule).ToString());
accelerationStack.EnableOldValues();
stacks.Add(accelerationStack);
velocityStack = new VectorArrayStack();
velocityStack.Initialize(this, AmpsHelpers.eStackFunction.Velocity, typeof(BaseGenericModule).ToString());
velocityStack.EnableOldValues();
stacks.Add(velocityStack);
positionStack = new VectorArrayStack();
positionStack.Initialize(this, AmpsHelpers.eStackFunction.Position, typeof(BaseGenericModule).ToString());
positionStack.EnableOldValues();
stacks.Add(positionStack);
rotationRateStack = new VectorArrayStack();
rotationRateStack.Initialize(this, AmpsHelpers.eStackFunction.RotationRate, typeof(BaseGenericModule).ToString());
rotationRateStack.EnableOldValues();
stacks.Add(rotationRateStack);
rotationStack = new VectorArrayStack();
rotationStack.Initialize(this, AmpsHelpers.eStackFunction.Rotation, typeof(BaseGenericModule).ToString());
rotationStack.EnableOldValues();
stacks.Add(rotationStack);
scaleStack = new VectorArrayStack();
scaleStack.Initialize(this, AmpsHelpers.eStackFunction.Scale, typeof(BaseGenericModule).ToString());
stacks.Add(scaleStack);
colorStack = new VectorArrayStack();
colorStack.Initialize(this, AmpsHelpers.eStackFunction.Color, typeof(BaseGenericModule).ToString());
stacks.Add(colorStack);
pivotOffsetStack = new VectorArrayStack();
pivotOffsetStack.Initialize(this, AmpsHelpers.eStackFunction.PivotOffset, typeof(BaseGenericModule).ToString());
stacks.Add(pivotOffsetStack);
multiFunctionStack = new MultiFunctionStack();
multiFunctionStack.Initialize(this, AmpsHelpers.eStackFunction.MultiFunction, typeof(BaseMultiFunctionModule).ToString());
stacks.Add(multiFunctionStack);
}
