public static void TryInstantiatingAnimatable(OvrAvatar.HandType hand, ShelfObject shelfObj)
{
if (RecognitionState != GestureRecognizerState.Default && RecognitionState != GestureRecognizerState.Recognizing)
{
return;
}
if (hand == OvrAvatar.HandType.Right &&
(rightAlmostPointOn || rightPointOn || rightGrabOn || rightPinchOn))
{
var anim = shelfObj.InstantiateAnimatable();
if (anim != null)
{
ObjectInstantiator = shelfObj;
ObjectBeingInstantiated = anim;
SetRecognitionState(GestureRecognizerState.Instantiating);
}
}
else if (hand == OvrAvatar.HandType.Left &&
(leftAlmostPointOn || leftPointOn || leftGrabOn || leftPinchOn))
{
var anim = shelfObj.InstantiateAnimatable();
if (anim != null)
{
ObjectInstantiator = shelfObj;
ObjectBeingInstantiated = anim;
SetRecognitionState(GestureRecognizerState.Instantiating);
}
}
}
private static void InstantiateFromSaved(SerializableAnimatable obj, Dictionary <string, ShelfObject> shelfObjMap)
{
bool isShelfObjectAvailable = false;
ShelfObject shelfObj = null;
isShelfObjectAvailable = shelfObjMap.TryGetValue(obj.ShelfParent, out shelfObj);
if (!isShelfObjectAvailable)
{
Debug.LogWarning("File load warning: Could not find a shelfobject named " + obj.ShelfParent);
return;
}
var sceneObject = shelfObj.InstantiateAnimatable();
SetPropertiesFromJsonObject(sceneObject, obj);
// Emitters are only supported on top-level objects
var emitter = obj.Emitter;
// Assuming that for no "Emitter" in the JSON, its default value
// is created, and so a list subfield should be empty
if (emitter.CurveControlPoints != null &&
emitter.CurveControlPoints.Count > 0)
{
var sceneEmitter = sceneObject.GetComponentInChildren <ParticleEmitter>();
if (sceneEmitter == null)
{
Debug.LogWarning(
"JSON indicated the presence of a particle emitter for " +
shelfObj.name +
" but no emitter was found on the object!");
}
var ctrlPoints = new List <Vector3>(emitter.CurveControlPoints.Count);
foreach (var pt in emitter.CurveControlPoints)
{
ctrlPoints.Add(pt);
}
sceneEmitter.SetEmissionConeFromFile(
ctrlPoints,
emitter.TimeCache,
emitter.EmissionDataKeys);
sceneEmitter.GravityInfluence = emitter.GravityInfluence;
sceneEmitter.WindInfluence = emitter.WindInfluence;
sceneEmitter.MaxPositionNoise = emitter.MaxPositionNoise;
sceneEmitter.MaxRotationNoise = emitter.MaxRotationNoise;
sceneEmitter.PositionNoiseFrequency = emitter.PositionNoiseFrequency;
sceneEmitter.RotationNoiseFrequency = emitter.RotationNoiseFrequency;
sceneEmitter.SpiralFrequency = emitter.SpiralFrequency;
sceneEmitter.InitialParticleRotation = emitter.InitialParticleRotation;
sceneEmitter.ParticleScale = emitter.ParticleScale;
if (emitter.ParticleShelfObject != null)
{
bool res = shelfObjMap.TryGetValue(emitter.ParticleShelfObject, out ShelfObject particleMeshParent);
if (res)
{
sceneEmitter.TryChangeParticleShapeFromDroppedObject(particleMeshParent);
}
}
sceneEmitter.TestMode = false;
}
sceneObject.Init(shelfObj);
}
