public void Add(INodeAvatar nodeAvatar, Vector3 avatarPos)
{
// if this is internal
if (children != null)
{
this.update(nodeAvatar, avatarPos);
this.moveToChild(nodeAvatar, avatarPos);
}
// if this is empty external
else if (containedAvatar == null)
{
this.containedAvatar = nodeAvatar;
this.containedAvatarPos = avatarPos;
this.update(nodeAvatar, avatarPos);
}
// if this is non empty external
else
{
this.initChildren();
this.update(nodeAvatar, avatarPos);
this.moveToChild(nodeAvatar, avatarPos);
this.moveToChild(this.containedAvatar, this.containedAvatarPos);
containedAvatar = null;
}
}
public NodeAvatarLabeled(INodeAvatar nodeAvatar, GameObject labelPrefab, string labelText) : base(nodeAvatar)
{
GameObject nodeAvatarGO = this.nodeAvatar.GetGameObject();
GameObject labelPivot = MonoBehaviour.Instantiate(labelPrefab, nodeAvatarGO.transform);
GameObject labelGO = labelPivot.transform.GetChild(0).gameObject;
labelGO.GetComponent <TextMesh>().text = labelText;
}
void moveToChild(INodeAvatar nodeAvatar, Vector3 nodeAvatarPos)
{
foreach (OctNode child in children)
{
if (child.Contains(nodeAvatarPos))
{
child.Add(nodeAvatar, nodeAvatarPos);
break;
}
}
}
public void interact(INodeAvatar nodeAvatar, Vector3 nodeAvatarPos)
{
// if emtpy external or external with self
if (this.chargeSum == 0 || this.containedAvatar == nodeAvatar)
{
return;
}
// if internal not fulfilling theta criterium
if (containedAvatar == null && this.chargeSum / Vector3.Distance(nodeAvatarPos, centerOfCharge) > theta)
{
for (int i = 0; i < 8; i++)
{
this.children[i].interact(nodeAvatar, nodeAvatarPos);
}
}
// if non empty external or internal fulfilling theta criterium
else
{
Vector3 force = interNodeForce(nodeAvatarPos, this.centerOfCharge, this.chargeSum);
nodeAvatar.AddForce(force);
}
}
public EdgeAvatar(GameObject nodeAvatarPrefab, IEdge edge)
{
this.gameObject = MonoBehaviour.Instantiate(nodeAvatarPrefab, Vector3.zero, Quaternion.identity);
MBEdgeAvatar mbEdegAvatar = this.gameObject.GetComponent <MBEdgeAvatar>();
INode source = edge.GetSourceNode();
INode target = edge.GetTargetNode();
IAvatar sourceAvatar;
IAvatar targetAvatar;
if (source.TryGetAvatar(out sourceAvatar) && target.TryGetAvatar(out targetAvatar) && mbEdegAvatar != null)
{
this.sourceNodeAvatar = (INodeAvatar)sourceAvatar;
this.targetNodeAvatar = (INodeAvatar)targetAvatar;
mbEdegAvatar.SetSourceNodeAvatar(this.sourceNodeAvatar);
mbEdegAvatar.SetTargetNodeAvatar(this.targetNodeAvatar);
}
else
{
G3DLogger.Log("Missing component in edge {0}, avatar constructor failed.", edge.GetId());
this.SelfDestruct();
}
}
public ANodeAvatarDecorator(INodeAvatar nodeAvatar)
{
this.nodeAvatar = nodeAvatar;
}
public NodeAvatarHighlightable(INodeAvatar nodeAvatar, IHighlightableBinary highlightableB) : base(nodeAvatar)
{
GameObject gameObject = this.nodeAvatar.GetGameObject();
this.highlighter = new HighlighterBinary(highlightableB, gameObject);
}
public void SetTargetNodeAvatar(INodeAvatar avatar)
{
this.targetNodeAvatar = avatar;
}
public void SetSourceNodeAvatar(INodeAvatar avatar)
{
this.sourceNodeAvatar = avatar;
}
void update(INodeAvatar nodeAvatar, Vector3 nodeAvatarPos)
{
this.centerOfCharge = (this.centerOfCharge * this.chargeSum + nodeAvatarPos) / (chargeSum + 1);
this.chargeSum++;
}
