/// <summary>
///
/// </summary>
public void initializeGraph()
{
if (awake == false)
{
UpdateSize();
currentPositions = new List <Vector3>(countX * countZ * countY);
savedPositions = new List <Vector3>(countX * countZ * countY);
_edgeGraph = new SharedEdgeGraph();
_edgeGraph.Initialize(EdgeGraph.Factory.CreateTriangleGrid3D(countX, countY, countZ));
savedPositions.AddRange(SetVertexPosition());
currentPositions.AddRange(savedPositions);
_edgeGraph.TensileIcosahedron.AddRange(CreatVertexObjects());
Depths = new int[_edgeGraph.edgeGraph.VertexCount];
transform.position = new Vector3(-countX * Scale * 0.5f, -countY * Scale * 0.5f, -countZ * Scale * 0.5f);
awake = true;
GetComponent <IcosaUnitGrowthManager>().initializeGrowther();
}
else
{
ResetGraph();
initializeGraph();
}
}
private void Awake()
{
CG = new SharedEdgeGraph <Cells, CellEdge>();
CG.Initialize(EdgeGraph.Factory.CreateTetrahedronGrid(CountX, CountY, CountZ));
SavedPositions = SetPosition(CountX, CountY, CountZ, GridScale).ToList();
CG.VertexObjects.AddRange(CreateVertex());
CG.EdgeObjects.AddRange(CreateEdge());
//foreach (var p in SavedPositions)
//{
// var c = Instantiate(CellPrefab,transform);
// c.transform.localPosition = p;
// c.transform.localScale *= GridScale;
//}
}
public void initializeGrowther()
{
GraphManager = transform.GetComponent <HexigonIcosaGraphManager>();
GraphDone = GraphManager.GraphDone();
displayed = false;
HexigonGrid = GraphManager._hexGrid();
_graph = HexigonGrid.edgeGraph;
Depth = new int[_graph.VertexCount];
TenVertex = HexigonGrid.TensileIcosahedron;
_queue = new Queue <int>();
_sourceQueue = new Queue <int>();
countX = GraphManager.GetCountX();
countY = GraphManager.GetCountY();
countZ = GraphManager.GetCountZ();
}
public void initializeGrowther()
{
GraphManager = transform.GetComponent <TriangleBoundryGraphManager>();
Scale = GraphManager.getScale();
GraphDone = GraphManager.GraphReady();
displayed = false;
HexigonGrid = GraphManager.Grid();
_graph = HexigonGrid.edgeGraph;
TenVertex = HexigonGrid.TensileVertexObjects;
TenEdge = HexigonGrid.TensileEdgeObjects;
SegCount = GraphManager.GetSegmentCount();
LayerCount = GraphManager.GetLayerCount();
CheckEdges();
}
public void initializeGraph()
{
if (awake == false)
{
UpdateSize();
_edgeGraph = new SharedEdgeGraph();
_edgeGraph.Initialize(EdgeGraph.Factory.CreateDecreasingTriangleGrid(SegmentCount, LayerCount));
currentPositions = new List <Vector3>(_edgeGraph.edgeGraph.VertexCount);
savedPositions = new List <Vector3>(_edgeGraph.edgeGraph.VertexCount);
savedPositions.AddRange(SetVertexPosition());
currentPositions.AddRange(savedPositions);
_edgeGraph.TensileVertexObjects.AddRange(CreatVertexObjects());
_edgeGraph.TensileEdgeObjects.AddRange(CreatEdgeObjects());
_edgeGraph.TensileTriangle.AddRange(CreateTriangle());
ConnectEdgeToVert();
ConnectVertexs();
Triangle = _edgeGraph.TensileTriangle.ToArray();
enableVertexes();
getNoise();
transform.position = new Vector3(-SegmentCount * 0.5f, -LayerCount * 0.5f, -SegmentCount * 0.5f);
awake = true;
GetComponent <TriangleBoundryGrowthManager>().initializeGrowther();
btn.interactable = true;
btn2.interactable = true;
}
else
{
ResetGraph();
initializeGraph();
}
}
public void initializeGraph()
{
if (awake == false)
{
UpdateSize();
currentPositions = new List <Vector3>(countX * countZ * countY);
savedPositions = new List <Vector3>(countX * countZ * countY);
_edgeGraph = new SharedEdgeGraph();
_edgeGraph.Initialize(EdgeGraph.Factory.CreateTriangleGrid3D(countX, countZ, countY));
savedPositions.AddRange(SetVertexPosition());
currentPositions.AddRange(savedPositions);
_edgeGraph.TensileVertexObjects.AddRange(CreatVertexObjects());
_edgeGraph.TensileEdgeObjects.AddRange(CreatEdgeObjects());
_edgeGraph.TensileTriangle.AddRange(CreateTriangle());
ConnectEdgeToVert();
ConnectVertexs();
Triangle = _edgeGraph.TensileTriangle.ToArray();
enableVertexes();
getNoise();
transform.position = new Vector3(-countX * 0.5f, -countY * 0.5f, -countZ * 0.5f);
awake = true;
GetComponent <HexigonGrowthManager>().initializeGrowther();
btn.interactable = true;
btn2.interactable = true;
}
else
{
ResetGraph();
initializeGraph();
}
}
