private void AddFinishPoints()
{
//The maze engine provides a method called getFinishPositionList, which returns a list of finish points
//Get the list of finish points from the mazeEngine and store them in the variable finishPoints
List <QVector2IntDir> finishPoints = mazeEngine.getFinishPositionList();
//Loop through the finish points and instantiate them
foreach (QVector2IntDir finishPoint in finishPoints)
{
//Instantiate a new game object
GameObject goFinish = Instantiate(finishPrefab) as GameObject;
//Set the object's parent to the maze so it is correctly positioned within the maze
goFinish.transform.parent = mazeEngine.transform;
//Position the finish object relative to its parent (local position)
//Scale the x and z position according to the maze's width and height
//The y-position is fixed at 0.01f;
float x = finishPoint.x * mazeEngine.getMazePieceWidth();
float z = -finishPoint.y * mazeEngine.getMazePieceHeight();
goFinish.transform.localPosition = new Vector3(x, 0.01f, z);
}
}
private void generateNextPart()
{
QMazeEngine mazeEngine = (QMazeEngine)GameObject.Instantiate(mazeEnginePrefab);
mazeEngine.getMazePiecePack().getPiece(QMazePieceType.Intersection).use = false;
mazeEngine.transform.position = new Vector3(currentPartId * mazeEngine.getMazeWidth() * mazeEngine.getMazePieceWidth(), 0, 0);
parts.Enqueue(mazeEngine);
if (currentPartId == 0)
{
List <QVector2IntDir> startPositionList = new List <QVector2IntDir>();
startPositionList.Add(new QVector2IntDir(0, 0, QMazeOutputDirection.NotSpecified));
mazeEngine.setStartPositionList(startPositionList);
lastExitY = QMath.getRandom(0, mazeEngine.getMazeHeight() - 1);
List <QVector2IntDir> exitPositionList = new List <QVector2IntDir>();
exitPositionList.Add(new QVector2IntDir(mazeEngine.getMazeWidth() - 1, lastExitY, QMazeOutputDirection.E));
mazeEngine.setExitPositionList(exitPositionList);
}
else
{
List <QVector2IntDir> exitPositionList = new List <QVector2IntDir>();
exitPositionList.Add(new QVector2IntDir(0, lastExitY, QMazeOutputDirection.W));
lastExitY = QMath.getRandom(0, mazeEngine.getMazeHeight() - 1);
exitPositionList.Add(new QVector2IntDir(mazeEngine.getMazeWidth() - 1, lastExitY, QMazeOutputDirection.E));
mazeEngine.setExitPositionList(exitPositionList);
}
GameObject block = (GameObject)GameObject.Instantiate(blockPrefab);
block.transform.parent = mazeEngine.gameObject.transform;
block.transform.position = new Vector3(((currentPartId + 1) * mazeEngine.getMazeWidth() - 0.5f) * mazeEngine.getMazePieceWidth(), 0, -lastExitY * mazeEngine.getMazePieceHeight());
block.GetComponent <QBlock>().triggerHandlerEvent += blockHandler;
mazeEngine.generateMazeAsync(this, 0.016f);
levelText.text = "LEVEL: " + currentPartId;
currentPartId++;
}
void generateNewMaze()
{
mazeEngine.destroyImmediateMazeGeometry();
mazeEngine.generateMaze();
List <QVector2IntDir> finishPointList = mazeEngine.getFinishPositionList();
for (int i = 0; i < finishPointList.Count; i++)
{
QVector2IntDir finishPosition = finishPointList[i];
GameObject finishTriggerInstance = (GameObject)GameObject.Instantiate(finishTriggerPrefab);
finishTriggerInstance.transform.parent = mazeEngine.transform;
finishTriggerInstance.transform.localPosition = new Vector3(finishPosition.x * mazeEngine.getMazePieceWidth(), 0.01f, -finishPosition.y * mazeEngine.getMazePieceHeight());
}
QFinishTrigger[] finishTriggerArray = FindObjectsOfType <QFinishTrigger>();
if (finishTriggerArray != null)
{
for (int i = 0; i < finishTriggerArray.Length; i++)
{
finishTriggerArray[i].triggerHandlerEvent += finishHandler;
}
}
List <QVector2IntDir> startPointList = mazeEngine.getStartPositionList();
QFPSController fpsController = FindObjectOfType <QFPSController>();
if (fpsController != null)
{
if (startPointList.Count == 0)
{
fpsController.gameObject.transform.position = new Vector3(0, 1, 0);
}
else
{
QVector2IntDir startPoint = startPointList[0];
fpsController.gameObject.transform.position = new Vector3(startPoint.x * mazeEngine.getMazePieceWidth(), 0.9f, -startPoint.y * mazeEngine.getMazePieceHeight());
fpsController.setRotation(Quaternion.AngleAxis((int)startPoint.direction * 90, Vector3.up));
}
}
currentLevel++;
levelText.text = "LEVEL: " + currentLevel;
}