private void GenerateNode(bool isBranchingPath, bool isRouterNode = false, TargetNode.PacketData inPktData = null)
{
Vector3 currentPos = transform.position;
Vector3 nextPos = currentPos;
TargetNode prevNode = null;
// Is there a previous node?
if (spawnedTargetNodeList.Count > 0)
{
prevNode = spawnedTargetNodeList[spawnedTargetNodeList.Count - 1];
// Generate a position in a random direction, distance set by packet ms.
if (prevNode != null)
{
currentPos = prevNode.transform.position;
float randRangeX = Random.Range(-SpawnDeltaRange.x, SpawnDeltaRange.x);
float randRangeY = Random.Range(-SpawnDeltaRange.y, SpawnDeltaRange.y);
float randRangeZ = Random.Range(-SpawnDeltaRange.z, SpawnDeltaRange.z);
randRangeZ = Mathf.Clamp(randRangeZ, MinZDistance, SpawnDeltaRange.z);
Vector3 randomDir = new Vector3(randRangeX, randRangeY, Mathf.Abs(randRangeZ));
randomDir.Normalize();
nextPos = currentPos + randomDir * FixedDistance;
//if (prevNode.IsRouterNode)
//{
// if (lastRouterNode != null)
// {
// nextPos = new Vector3(lastRouterNode.transform.position.x + 100.0f,
// nextPos.y, spawnedTargetNodeList[0].transform.position.z);
// //print("Nextpos: " + nextPos);
// }
// lastRouterNode = prevNode;
//}
// Was the last node a branching point? If so, make another node at the inverse X position (relative to the branching point).
//if (prevNode.IsBranchingPath && !isRouterNode)
//{
// prevNode.GetComponent<Renderer>().material.color = Color.red; // TEMPORARY
// Vector3 relativePos = prevNode.transform.InverseTransformPoint(nextPos);
// nextPos.x = prevNode.transform.TransformPoint(relativePos).x;
// relativePos.x *= -1;
// Vector3 altNodePos = prevNode.transform.TransformPoint(relativePos);
// TargetNode spawnedAltNode = Instantiate(NodePrefab, altNodePos, Quaternion.identity).GetComponent<TargetNode>();
// prevNode.AlternativeNode = spawnedAltNode;
// spawnedAltNode.IsTheAlternativeNode = true;
//}
//if (prevNode.IsBranchingPath || isRouterNode || prevNode.IsRouterNode)
//{
// isBranchingPath = false;
//}
}
}
//isBranchingPath = false;
// Spawn a new node, and set it to be the 'next node' for the previous one, then add it to the list.
TargetNode spawnedNode = Instantiate(NodePrefab, nextPos, Quaternion.identity).GetComponent <TargetNode>();
if (spawnedNode != null)
{
spawnedNode.Init(isBranchingPath, isRouterNode, inPktData);
if (prevNode != null)
{
//print("LevelGenerator: Set the previous node's next node to the spawned one");
prevNode.NextNode = spawnedNode;
// If there are two previous nodes, make sure there's a NextNode on the potential alternative path.
TargetNode prevPrevNode = null;
if (spawnedTargetNodeList.Count > 1)
{
prevPrevNode = spawnedTargetNodeList[spawnedTargetNodeList.Count - 2];
if (prevPrevNode != null && prevPrevNode.IsBranchingPath && prevPrevNode.AlternativeNode != null)
{
prevPrevNode.AlternativeNode.NextNode = spawnedNode;
float dist1 = Vector3.Distance(prevNode.transform.position, nextPos);
float dist2 = Vector3.Distance(prevPrevNode.AlternativeNode.transform.position, nextPos);
if (dist1 < dist2)
{
prevNode.IsShortestPath = true;
prevNode.GetComponent <Renderer>().material.color = Color.green;
}
else
{
prevPrevNode.AlternativeNode.IsShortestPath = true;
prevPrevNode.GetComponent <Renderer>().material.color = Color.green;
}
}
}
}
spawnedTargetNodeList.Add(spawnedNode);
// Broadcast the spawn.
if (OnSpawnedNode != null)
{
OnSpawnedNode(spawnedNode);
//if (GeneratedSpline == null)
//{
// print("Making new spline");
// GeneratedSpline = new Spline();
//}
GeneratedSpline.AddNode(spawnedNode);
}
}
}