public void AttachBind(AttachToParent atpObj, GameObject parent, GameObject child)
{
atpObj.Parent.exposedName = UnityEditor.GUID.Generate().ToString();
atpObj.Child.exposedName = UnityEditor.GUID.Generate().ToString();
playableDirector.SetReferenceValue(atpObj.Parent.exposedName, parent);
playableDirector.SetReferenceValue(atpObj.Child.exposedName, child);
}
public ClipInfo ProcessInstruction(GameObject goWithAction, string instruction, List <GameObject> terms, double startTime, double duration)
{
var instructionParts = instruction.Split(' ');
var instructionType = instructionParts[0];
var CI = new ClipInfo(this.playableDirector, startTime, duration, instruction);
if (instructionType.Equals("play"))
{
// implies only 1 argument, unless refactored later
var agent = terms[Int32.Parse(instructionParts[1])];
// Clones action and sets binding
var goClone = SetAgentToGenericAction(goWithAction, agent);
var controlTrackClip = ctrack.CreateDefaultClip();
CI.display = string.Format("playing timeline {0}", goWithAction.name);
AnimateClip(controlTrackClip, goClone, CI);
}
if (instructionType.Equals("attach"))
{
var parent = terms[Int32.Parse(instructionParts[1])];
var child = terms[Int32.Parse(instructionParts[2])];
var attachClip = attachTrack.CreateClip <AttachToParent>();
attachClip.start = CI.start;
attachClip.duration = CI.duration;
attachClip.displayName = string.Format("attach parent={0} child={1}", parent.name, child.name);
AttachToParent aClip = attachClip.asset as AttachToParent;
AttachBind(aClip, parent, child);
}
if (instructionType.Equals("dettach"))
{
var child = terms[Int32.Parse(instructionParts[1])];
var dettachClip = attachTrack.CreateClip <DettachToParent>();
dettachClip.start = CI.start;
dettachClip.duration = CI.duration;
dettachClip.displayName = string.Format("dettach child={0}", child.name);
DettachToParent aClip = dettachClip.asset as DettachToParent;
DettachBind(aClip, child);
}
if (instructionType.Equals("transform"))
{
// parse 5 argument instructions
var agent = terms[Int32.Parse(instructionParts[1])];
var origin = terms[Int32.Parse(instructionParts[2])];
var originHeight = float.Parse(instructionParts[3]);
var destination = terms[Int32.Parse(instructionParts[4])];
var destinationHeight = float.Parse(instructionParts[5]);
// Creating new transforms with custom heights
var originTransform = new GameObject();
originTransform.transform.position = new Vector3(origin.transform.position.x, originHeight, origin.transform.position.z);
var destinationTransform = new GameObject();
destinationTransform.transform.position = new Vector3(destination.transform.position.x, destinationHeight, destination.transform.position.z);
SimpleLerpClip(agent, originTransform.transform, destinationTransform.transform, CI);
}
if (instructionType.Equals("steer"))
{
var agent = terms[Int32.Parse(instructionParts[1])];
var source = terms[Int32.Parse(instructionParts[2])];
var sink = terms[Int32.Parse(instructionParts[3])];
var displayName = string.Format("{0} {1} {2} {3}", instructionType, agent.name, source.name, sink.name);
CI.display = displayName;
// Initiate the Steering capability of the agent
var DS_TC = agent.GetComponent <DynoBehavior_TimelineControl>();
DS_TC.InitiateExternally();
var steerStart = new Vector3(source.transform.position.x, agent.transform.position.y, source.transform.position.z);
var steerFinish = new Vector3(sink.transform.position.x, agent.transform.position.y, sink.transform.position.z);
// arg 1 is agent, arg 2 is source, arg 3 is destination
SteerClip(agent, steerStart, steerFinish, true, true, true, CI);
}
if (instructionType.Equals("orient"))
{
var agent = terms[Int32.Parse(instructionParts[1])];
var destination = terms[Int32.Parse(instructionParts[2])];
// Initiate the Steering capability of the agent (if not already set; fine if redundant)
var DS_TC = agent.GetComponent <DynoBehavior_TimelineControl>();
DS_TC.InitiateExternally();
// var test = destination.transform.position + destination.transform.localPosition;
OrientClip(agent, destination.transform.position, CI);
}
//if (instructionType.Equals("scale"))
//{
// var rescale = new Vector3(float.Parse(instructionParts[2]), float.Parse(instructionParts[3]), float.Parse(instructionParts[4]));
// var agent = terms[Int32.Parse(instructionParts[1])];
// var destination = new Trans(agent.transform);
// destination.localScale = rescale;
// SimpleLerpClip(agent, destination, CI);
//}
//else if (instructionType.Equals("takePosition"))
//{
// // argument 1 is to take position of second
// var destination = terms[Int32.Parse(instructionParts[2])].transform;
// SimpleLerpClip(terms[1], new Trans(destination), CI);
//}
//else if (instructionType.Equals("addPosition"))
//{
// var agent = terms[Int32.Parse(instructionParts[1])];
// // adds vector3
// var addition = new Vector3(float.Parse(instructionParts[2]), float.Parse(instructionParts[3]), float.Parse(instructionParts[4]));
// var destination = new Trans(agent.transform);
// destination.position += addition;
// SimpleLerpClip(agent, destination, CI);
//}
//else if (instructionType.Equals("parent"))
//{
//}
//else if (instructionType.Equals("deparent"))
//{
//}
//else if (instructionType.Equals("steer"))
//{
// // noninstantaneous...
//}
//else
//{
// Debug.Log(string.Format("instruction type {0} not yet written.", instructionType));
// throw new System.Exception();
//}
return(CI);
}
