public MapNode CreateMapNode(MapNodeStruct mapData)
{
//Debug.Log("Vector3Int (gridLoc): x: " + vect.x + " y: " + vect.y + " z: " + vect.z);
GameObject nodeObject = Instantiate(GetNodePrefab(NodeTypes.MapNode), mapData.parentNode, false);
Transform parentTransform = mapData.parentNode.transform;
if (mapData.spinny == 1) // for the spinny map experimental thing
{
parentTransform = mapData.parentNode.transform.Find("RotationalNode").transform;
}
nodeObject.transform.SetParent(parentTransform);
nodeObject.transform.localPosition = mapData.location; // Dontbe fooled! this is different to worldNode method above
nodeObject.transform.localEulerAngles = mapData.rotation; // this might need to be looked at later
MapNode nodeScript = nodeObject.GetComponent <MapNode>();
if (mapData.spinny == 1) // for the spinny map experimental thing
{
nodeScript.Spinney = true;
}
nodeScript.NodeMapPiece = mapData.mapPiece;
nodeScript.NodeLayerCount = 0;
nodeScript.NodeID = mapData.NodeID;
return(nodeScript);
}
public MapNode CreateMapNode(MapNodeStruct mapData)
{
//Debug.Log("Vector3Int (gridLoc): x: " + vect.x + " y: " + vect.y + " z: " + vect.z);
GameObject nodeObject = Instantiate(GetNodePrefab(NodeTypes.MapNode), mapData.parentNode, false);
nodeObject.transform.SetParent(mapData.parentNode);
nodeObject.transform.localPosition = mapData.location; // Dontbe fooled! this is different to worldNode method above
nodeObject.transform.localEulerAngles = mapData.rotation; // this might need to be looked at later
MapNode nodeScript = nodeObject.GetComponent <MapNode>();
nodeScript.NodeMapPiece = mapData.mapPiece;
nodeScript.NodeLayerCount = 0;
nodeScript.NodeID = mapData.NodeID;
return(nodeScript);
}
////////////////////////////////////////////////
////////////////////////////////////////////////
public static void CreateMapNodesForWorldNode(WorldNode worldNode)
{
int maxNodeSizeX = 9;
int maxNodeSizeY = 9;
int maxNodeSizeZ = 9;
int nodeDistanceX = MapSettings.MapNodeCountDistanceXZ + 4;
int nodeDistanceY = MapSettings.MapNodeCountDistanceY + 4;
int nodeDistanceZ = MapSettings.MapNodeCountDistanceXZ + 4;
int vectStartLocX = -(nodeDistanceX * 4);
int vectStartLocY = -(nodeDistanceY * 4);
int vectStartLocZ = -(nodeDistanceZ * 4);
int vectLocX = vectStartLocX;
int vectLocY = vectStartLocY;
int vectLocZ = vectStartLocZ;
Dictionary <int, int[]> mapPieces = worldNode.NodeData.worldNodeMapPieces;
List <MapNode> mapNodes = new List <MapNode>();
int locCounter = 1; // coz locations start at 1
for (int y = 0; y < maxNodeSizeY; y++)
{
for (int z = 0; z < maxNodeSizeZ; z++)
{
for (int x = 0; x < maxNodeSizeX; x++)
{
if (mapPieces.ContainsKey(locCounter))
{
MapNodeStruct mapData = new MapNodeStruct()
{
NodeID = new Vector3Int(vectLocX, vectLocY, vectLocZ),
mapPiece = (MapPieceTypes)mapPieces[locCounter][0],
location = new Vector3Int(vectLocX, vectLocY, vectLocZ),
rotation = new Vector3Int(0, mapPieces[locCounter][1], 0),
parentNode = worldNode.gameObject.transform
};
MapNode mapNode = WorldBuilder._nodeBuilder.CreateMapNode(mapData);
mapNode.worldNodeParent = worldNode;
mapNodes.Add(mapNode);
if (!worldNode.entrance) // this could be better
{
CoverTypes coverType = CoverTypes.NormalCover;
if (mapNode.NodeMapPiece == MapPieceTypes.ConnectorPiece_Hor_Empty)
{
coverType = CoverTypes.ConnectorCover;
}
else if (mapNode.NodeMapPiece == MapPieceTypes.ConnectorPiece_Ver_Empty)
{
coverType = CoverTypes.ConnectorUPCover;
}
WorldBuilder._nodeBuilder.AttachCoverToNode(mapNode, mapNode.gameObject, coverType);
}
}
locCounter++;
vectLocX += nodeDistanceX;
}
vectLocX = vectStartLocX;
vectLocZ += nodeDistanceZ;
}
vectLocX = vectStartLocX;
vectLocZ = vectStartLocZ;
vectLocY += nodeDistanceY;
}
worldNode.mapNodes = mapNodes;
}
