private void SetClass <T>(T cls, Type type)
{
if (type == BoundType)
{
boundCalculator = cls as BoundCalculator;
}
else if (type == CoroutineType)
{
coroutine = cls as Coroutine;
}
else if (type == MeshOperationType)
{
meshOperation = cls as MeshOperation;
}
else if (type == ObjectPoolType)
{
objectPool = cls as ObjectPool;
}
else if (type == VectorOperationType)
{
vectorOperation = cls as VectorOperation;
}
}
public static void UndoAdd(HexCell centerCell, TerrainBrush brush)
{
List <HexCell> cellList = new List <HexCell>();
int centerX = centerCell.coordinates.X;
int centerZ = centerCell.coordinates.Z;
for (int l = 0, z = centerZ; z >= centerZ - brush.brushRange + 1; l++, z--)
{
for (int x = centerX - brush.brushRange + 1 + l; x <= centerX + brush.brushRange - 1; x++)
{
if (HexGrid.instance.GetCell(new HexCoordinates(x, z)) != null)
{
cellList.Add(HexGrid.instance.GetCell(new HexCoordinates(x, z)));
}
}
}
for (int l = 1, z = centerZ + 1; z <= centerZ + brush.brushRange - 1; l++, z++)
{
for (int x = centerX - brush.brushRange + 1; x <= centerX + brush.brushRange - 1 - l; x++)
{
if (HexGrid.instance.GetCell(new HexCoordinates(x, z)) != null)
{
cellList.Add(HexGrid.instance.GetCell(new HexCoordinates(x, z)));
}
}
}
List <UndoRedoOperation.UndoRedoInfo> undoRedoInfoList = new List <UndoRedoOperation.UndoRedoInfo>();
for (int i = 0; i < cellList.Count; i++)
{
UndoRedoOperation.UndoRedoInfo undoRedoInfo = new UndoRedoOperation.UndoRedoInfo();
undoRedoInfo.hexCell = cellList[i];
switch (brush.m_editorType)
{
case EditorType.HeightEditor:
undoRedoInfo.parma = new object[] { cellList[i].Elevation };
break;
case EditorType.WaterEditor:
undoRedoInfo.parma = new object[] { cellList[i].WaterLevel };
break;
case EditorType.EdgeEditor:
undoRedoInfo.parma = new object[] { cellList[i].isStepDirection[0], cellList[i].isStepDirection[1], cellList[i].isStepDirection[2],
cellList[i].isStepDirection[3], cellList[i].isStepDirection[4], cellList[i].isStepDirection[5] };
break;
case EditorType.MaterialEditor:
if (HexMetrics.instance.isEditorTexture)
{
undoRedoInfo.parma = new object[] { cellList[i].TerrainTypeIndex };
}
else
{
undoRedoInfo.parma = new object[] { cellList[i].color };
}
break;
}
undoRedoInfoList.Add(undoRedoInfo);
}
string name = "";
if (brush.m_editorType == EditorType.HeightEditor ||
brush.m_editorType == EditorType.WaterEditor ||
brush.m_editorType == EditorType.EdgeEditor)
{
MeshOperation.OperationType operationType = MeshOperation.OperationType.HeightEdit;
switch (brush.m_editorType)
{
case EditorType.HeightEditor:
name = "高度编辑";
operationType = MeshOperation.OperationType.HeightEdit;
break;
case EditorType.WaterEditor:
name = "水平线编辑";
operationType = MeshOperation.OperationType.WaterLevelEdit;
break;
case EditorType.EdgeEditor:
name = "边界编辑";
operationType = MeshOperation.OperationType.EdgeEdit;
break;
}
MeshOperation meshOperation = new MeshOperation(operationType, name, undoRedoInfoList);
undoStack.Push(meshOperation);
}
else if (brush.m_editorType == EditorType.MaterialEditor)
{
MaterialOperation.OperationType operationType = MaterialOperation.OperationType.WholeCellEdit;
name = "材质编辑";
MaterialOperation materialOperation = new MaterialOperation(operationType, name, undoRedoInfoList);
undoStack.Push(materialOperation);
}
LimitStackCount();
}
