Cell[] cellPool; //shortcut to cell pool
public GraphDeserializer(SerializedGraph serializedGraph, NavmeshLayerDeserializer deserializer)
{
this.serializedGraph = serializedGraph;
this.deserializer = deserializer;
targetGraph = new Graph();
//nodes = new Node[this.serializedGraph.serializedNodes.Count];
//edges = new EdgeGraph[this.serializedGraph.serializedEdges.Count];
cellPool = deserializer.cellPool;
}
Cell[] cellPool; //shortcut to cell pool
public GraphDeserializer(SerializedGraph serializedGraph, NavmeshLayerDeserializer deserializer, AgentProperties properties)
{
this.serializedGraph = serializedGraph;
this.deserializer = deserializer;
targetGraph = new Graph(serializedGraph.chunkData, properties);
//nodes = new Node[this.serializedGraph.serializedNodes.Count];
//edges = new EdgeGraph[this.serializedGraph.serializedEdges.Count];
cellPool = deserializer.cellPool;
}
public SerializedGraph Serialize()
{
SerializedGraph serializedGraph = new SerializedGraph();
serializedGraph.posX = graph.chunk.x;
serializedGraph.posZ = graph.chunk.z;
serializedGraph.minY = graph.chunk.min;
serializedGraph.maxY = graph.chunk.max;
List <SerializedCell> serializedCells = new List <SerializedCell>();
List <SerializedCover> serializedCovers = new List <SerializedCover>();
foreach (var cell in graph.cells)
{
serializedCells.Add(new SerializedCell(ns, this, cell));
}
foreach (var cover in graph.covers)
{
serializedCovers.Add(new SerializedCover(ns, cover));
}
serializedGraph.serializedCells = serializedCells;
serializedGraph.serializedCovers = serializedCovers;
//battlegrid
if (graph.battleGrid != null)
{
serializedGraph.battleGrid = new SerializedBattleGrid(ns, graph.battleGrid);
}
else
{
serializedGraph.battleGrid = null;
}
//cell map
var cellMap = graph.getCellMap;
if (cellMap != null)
{
List <SerializableVector3Int> serializedCellMap = new List <SerializableVector3Int>();
for (int x = 0; x < cellMap.Length; x++)
{
for (int z = 0; z < cellMap[x].Length; z++)
{
for (int id = 0; id < cellMap[x][z].Count; id++)
{
serializedCellMap.Add(new SerializableVector3Int(x, z, ns.GetCellID(cellMap[x][z][id])));
}
}
}
//Debug.Log("write cell map");
serializedGraph.cellMapData = serializedCellMap;
//Debug.Log(serializedGraph.cellMapData == null);
}
else
{
Debug.Log("cell map null");
serializedGraph.cellMapData = null;
}
//contour dictionary
if (graph.getContour != null)
{
List <SerializedContourData> contour = new List <SerializedContourData>();
foreach (var pair in graph.getContour)
{
contour.Add(new SerializedContourData(pair.Key.a, pair.Key.b, ns.GetCellID(pair.Value)));
}
serializedGraph.contour = contour;
}
else
{
serializedGraph.contour = null;
}
//border
List <SerializedBorderData> serializedBorder = new List <SerializedBorderData>();
for (int i = 0; i < 4; i++)
{
var curSide = graph.GetBorderEdges((Directions)i);
foreach (var pair in curSide)
{
serializedBorder.Add(new SerializedBorderData(pair.Key.a, pair.Key.b, ns.GetCellID(pair.Value), i));
}
}
serializedGraph.borderData = serializedBorder;
//foreach (var cell in serializedCells) {
// Debug.Log(cell.ToString());
//}
return(serializedGraph);
}