/// <summary>
/// Processes the motion definitions and updates the motions to match
/// the definitions.
/// </summary>
public void InstanciateMotions()
{
int lMotionCount = Motions.Count;
int lMotionDefCount = MotionDefinitions.Count;
// First, remove any extra motions that may exist
for (int i = lMotionCount - 1; i >= lMotionDefCount; i--)
{
Motions.RemoveAt(i);
}
// Initialize the root object so we can serialize transforms and game objects
JSONSerializer.RootObject = mMotionController.gameObject;
// We need to match the motion definitions to the motions
for (int i = 0; i < lMotionDefCount; i++)
{
string lDefinition = MotionDefinitions[i];
JSONNode lDefinitionNode = JSONNode.Parse(lDefinition);
if (lDefinitionNode == null)
{
continue;
}
MotionControllerMotion lMotion = null;
string lTypeString = lDefinitionNode["Type"].Value;
Type lType = Type.GetType(lTypeString);
if (lType == null)
{
continue;
}
float lPriority = 0;
// If don't have a motion matching the type, we need to create one
if (Motions.Count <= i || lTypeString != Motions[i].GetType().AssemblyQualifiedName)
{
lMotion = Activator.CreateInstance(lType) as MotionControllerMotion;
lMotion.MotionController = mMotionController;
lMotion.MotionLayer = this;
if (Motions.Count <= i)
{
Motions.Add(lMotion);
}
else
{
Motions[i] = lMotion;
}
}
// Grab the matching motion
else
{
lMotion = Motions[i];
// Track the priority so we can reset it
lPriority = lMotion.Priority;
}
// Fill the motion with data from the definition
if (lMotion != null)
{
lMotion.DeserializeMotion(lDefinition);
// Reset the priority based on the default
if (lPriority > 0)
{
lMotion.Priority = lPriority;
}
// We re-serialize the motion incase there was a change. If the
// type changed or some other value, we want the updated definition
MotionDefinitions[i] = lMotion.SerializeMotion();
}
}
// Clear the root object
JSONSerializer.RootObject = null;
// Allow each motion to initialize now that his has been deserialized
for (int i = 0; i < Motions.Count; i++)
{
Motions[i].Awake();
Motions[i].Initialize();
}
}
/// <summary>
/// Processes the motion definitions and updates the motions to match
/// the definitions.
/// </summary>
public void InstanciateMotions()
{
if (mMotionController == null)
{
return;
}
int lMotionCount = Motions.Count;
int lMotionDefCount = MotionDefinitions.Count;
// First, remove any extra motions that may exist
for (int i = lMotionCount - 1; i >= lMotionDefCount; i--)
{
Motions.RemoveAt(i);
}
// CDL 07/27/2018 - keep track of any invalid motion definitions
List <int> lInvalidDefinitions = new List <int>();
// Initialize the root object so we can serialize transforms and game objects
JSONSerializer.RootObject = mMotionController.gameObject;
// We need to match the motion definitions to the motions
for (int i = 0; i < lMotionDefCount; i++)
{
string lDefinition = MotionDefinitions[i];
JSONNode lDefinitionNode = JSONNode.Parse(lDefinition);
if (lDefinitionNode == null)
{
continue;
}
MotionControllerMotion lMotion = null;
string lTypeString = lDefinitionNode["Type"].Value;
//Debug.Log("[MotionControllerLayer] Deserializing motion: " + lTypeString);
// CDL 07/27/2018 - Use AssemblyHelper.ResolveType() intead of Type.GetType() so that
// the Type can still be obtained if the Motion was serialized as belonging to a different assembly
bool lUpdateType;
Type lType = AssemblyHelper.ResolveType(lTypeString, out lUpdateType);
if (lType == null)
{
// CDL 07/27/2018 - save this definition for removal afterwards, as we can't resolve the Type from any assembly.
lInvalidDefinitions.Add(i);
Debug.Log(string.Format("[MotionControllerLayer] Could not get type for {0}. Definition will be removed.", lTypeString));
//Debug.Log(lDefinition);
continue;
}
float lPriority = 0;
// If don't have a motion matching the type, we need to create one
if (Motions.Count <= i || lTypeString != Motions[i].GetType().AssemblyQualifiedName)
{
lMotion = Activator.CreateInstance(lType) as MotionControllerMotion;
// CDL 07/27/2018 - added a null check
if (lMotion == null)
{
continue;
}
lMotion.MotionController = mMotionController;
lMotion.MotionLayer = this;
if (Motions.Count <= i)
{
Motions.Add(lMotion);
}
else
{
Motions[i] = lMotion;
}
}
// Grab the matching motion
else
{
lMotion = Motions[i];
// Track the priority so we can reset it
lPriority = lMotion.Priority;
}
// Fill the motion with data from the definition
if (lMotion != null)
{
lMotion.DeserializeMotion(lDefinition);
// Reset the priority based on the default
if (lPriority > 0)
{
lMotion.Priority = lPriority;
}
// CDL 07/27/2018
// If we need to update the Type (because the AssemblyQualfiedName needs to be updated), clear it
// so that SerializeMotion() gets the type name again
if (lUpdateType)
{
lMotion.Type = "";
}
// We re-serialize the motion incase there was a change. If the
// type changed or some other value, we want the updated definition
MotionDefinitions[i] = lMotion.SerializeMotion();
}
}
// CDL 07/27.2018 - Clean up any invalid Motion Definitions
if (lInvalidDefinitions.Count > 0)
{
for (int i = 0; i < lInvalidDefinitions.Count; i++)
{
int lIndex = lInvalidDefinitions[i];
Debug.Log("Removing invalid Motion Defintion: " + MotionDefinitions[lIndex]);
MotionDefinitions.RemoveAt(lIndex);
}
}
// Clear the root object
JSONSerializer.RootObject = null;
// Allow each motion to initialize now that this has been deserialized
for (int i = 0; i < Motions.Count; i++)
{
Motions[i].Awake();
Motions[i].Initialize();
}
}