private void LoadPuzzle()
{
//Only allow a new puzzle to be loaded if there isnt already a puzzle.
if (!puzzleActive && waveActive)
{
isPerfect = true;
waveFinished = false;
//Get the data for a random puzzle from the correct data we initilized earlier
Puzzle puzzle = puzzleManager.GetRandomPuzzle();
//Get the amount of blocks needed for the current puzzle
int blocksNeededForPuzzle = puzzleLength * width;
//Take the blocks from the active wave blocks and put them in active puzzle
List <GameObject> tempBlockList = activeWaveBlocks.GetRange(activeWaveBlocks.Count - blocksNeededForPuzzle, blocksNeededForPuzzle);
activePuzzleBlocks.AddRange(tempBlockList);
activeWaveBlocks.RemoveRange(activeWaveBlocks.Count - blocksNeededForPuzzle, blocksNeededForPuzzle);
//Put all the Puzzle cubes into the cube holder for clean hierarchy
foreach (GameObject cube in activePuzzleBlocks)
{
cube.transform.parent = activeCubeHolder;
}
string[] puzzleInfo = puzzle.puzzleData;
//Activate each of the active blocks and turn them into the correct type based on the puzzle data
for (int i = 0; i < puzzleInfo.Length; i++)
{
for (int j = 0; j < puzzleInfo[i].Length; j++)
{
CubeInfo cubeInfo = activePuzzleBlocks[(i * puzzleInfo[i].Length) + j].GetComponentInChildren <CubeInfo>();
if (cubeInfo != null)
{
cubeInfo.isActive = true;
char tmpChar = puzzleInfo[i][j];
cubeInfo.SetType(int.Parse(tmpChar.ToString()));
}
else
{
Debug.Log("Error: No CubeInfo on GameObject");
}
}
}
puzzleActive = true;
}
}
