private void BuildPuzzle()
{
pieceCount = MainMenuManager.pieceCount;
paintingIndex = MainMenuManager.paintIndex;
complexityFactor = MainMenuManager.complexityFactor;
rotatePuzzle = new RotatePuzzle(complexityFactor, paintingIndex, pieceCount, cellsParent, glowShader);
rotatePuzzle.BuildRotatePuzzle();
}
public static void SaveRotatePuzzle(RotatePuzzle rotatePuzzle)
{
BinaryFormatter formatter = new BinaryFormatter();
FileStream stream = new FileStream(rotatePuzzleSavePath, FileMode.Create);
RotatePuzzleData data = new RotatePuzzleData(rotatePuzzle);
formatter.Serialize(stream, data);
stream.Close();
}
void LoadPuzzle()
{
RotatePuzzleData data = SaveSystem.LoadRotatePuzzle();
pieceCount = data.GetPieceCount();
paintingIndex = data.GetPaintIndex();
complexityFactor = data.GetComplexityFactor();
rotatePuzzle = new RotatePuzzle(complexityFactor, paintingIndex, pieceCount, cellsParent, glowShader);
rotatePuzzle.LoadRotatePuzzle(data);
}
public RotatePuzzleData(RotatePuzzle rotatePuzzle)
{
GameObject[] cells = rotatePuzzle.GetCells();
rotations = new float[cells.Length];
for (int i = 0; i < cells.Length; i++)
{
rotations.SetValue(cells[i].transform.eulerAngles.z, i);
}
this.invertedCount = RotatePuzzle.falseCellCount;
this.paintIndex = rotatePuzzle.GetPaintingIndex();
this.pieceCount = rotatePuzzle.GetPieceCount();
this.complexityFactor = rotatePuzzle.GetComplexityFactor();
}
