public void LoadNet(STSerializedNet net)
{
NetworkNodesDistance = net.NetworkNodesDistance;
if (net.NetworkType == 0)
{
NetworkType = NET_T.SIMPLE;
}
else if (net.NetworkType == 1)
{
NetworkType = NET_T.RADIAL;
}
else if (net.NetworkType == 2)
{
NetworkType = NET_T.CIRCLE;
}
List <Vector3> activePointsList = new List <Vector3> ();
if (net.activeNodePos != null)
{
foreach (STSerializableVector3 point in net.activeNodePos)
{
activePointsList.Add(new Vector3(point.X, point.Y, point.Z));
}
}
this.Reset();
this.Start();
iNet.SetActiveNodes(activePointsList);
}
public STSerializedNet GetSerializedObject()
{
STSerializedNet sNet = new STSerializedNet();
sNet.NetworkNodesDistance = NetworkNodesDistance;
if (NetworkType == NET_T.SIMPLE)
{
sNet.NetworkType = 0;
}
else if (NetworkType == NET_T.RADIAL)
{
sNet.NetworkType = 1;
}
else if (NetworkType == NET_T.CIRCLE)
{
sNet.NetworkType = 2;
}
List <Vector3> activePointsList = iNet.GetActiveNodesPositions();
int listLen = activePointsList.Count;
sNet.activeNodePos = new STSerializableVector3 [listLen];
//sObject.children = new STSerializedNode[mRotor.mChilds.Count];
int i = 0;
Debug.Log("NET POINTS" + activePointsList);
Debug.Log("OUT SLEVEL NET POS - " + sNet.activeNodePos);
foreach (Vector3 point in activePointsList)
{
//sNet.activeNodePos.Add (new STSerializableVector3 (point));
Debug.Log("ADDNODE");
sNet.activeNodePos [i] = new STSerializableVector3();
sNet.activeNodePos [i].X = point.x;
sNet.activeNodePos [i].Y = point.y;
sNet.activeNodePos [i].Z = point.z;
i++;
}
return(sNet);
}