public void Initialize()
{
//renderer.material.color = color;
_idx = 0;
//Player prefab = bricReality?ScreenManager.instance.playerRealityPrefab:ScreenManager.instance.playerFantasyPrefab;
Player prefab = ((int)realityLevel>=(int)RealityLevel.Player)?ScreenManager.instance.playerRealityPrefab:ScreenManager.instance.playerFantasyPrefab;
_player = GameObject.Instantiate(prefab) as Player;
_player.Initialize(this);
GameObject prefab2 = ((int)realityLevel>=(int)RealityLevel.Princess)?ScreenManager.instance.princessRealityPrefab:ScreenManager.instance.princessFantasyPrefab;
//GameObject prefab2 = bricReality?ScreenManager.instance.princessRealityPrefab:ScreenManager.instance.princessFantasyPrefab;
_princess = GameObject.Instantiate(prefab2) as GameObject;
_princess.transform.localScale = new Vector3(
_princess.transform.localScale.x/(float)level,
_princess.transform.localScale.y/(float)level,
_princess.transform.localScale.z
);
_princess.transform.position = new Vector3(
transform.position.x,
transform.position.y + Camera.main.orthographicSize - _princess.transform.localScale.y*3,
_princess.transform.position.z
);
_nextBlocPosition = new Vector3(
transform.position.x,
transform.position.y - transform.localScale.y/2f,
0
);
//CreateNextBloc();
float cumulatedWidth = 0;
while (cumulatedWidth<Camera.main.orthographicSize*2 && Mathf.Approximately(cumulatedWidth,Camera.main.orthographicSize*2)==false) {
CreateNextBloc();
cumulatedWidth += _lastBlockBounds.size.y;
}
_firstBloc = _blocs[0];
_destroyBlocPosition = new Vector3(
transform.position.x,
transform.position.y - transform.localScale.y/2f,
0
);
_generateBlocPosition = new Vector3(
transform.position.x,
transform.position.y + transform.localScale.y/2f,
0
);
}
private void CreateNextBloc()
{
BricGenerator blocPrefab = ScreenManager.instance.NextBloc(ref _idx);
BricGenerator bloc = GameObject.Instantiate(blocPrefab,_nextBlocPosition,Quaternion.identity) as BricGenerator;
bloc.reality = bricReality;
bloc.realityPercent = screenReality;
bloc.realityLevel = realityLevel;
bloc.transform.position = _nextBlocPosition;
bloc.transform.localScale /= level;
_lastBlockBounds = new Bounds(_nextBlocPosition,Vector3.zero);
if (bloc.transform.childCount>0) {
foreach(Transform t in bloc.transform) {
if (t.gameObject.tag!="Obstacle" && t.renderer!=null) {
_lastBlockBounds.Encapsulate(t.renderer.bounds);
}
}
} else {
_lastBlockBounds = bloc.renderer.bounds;
}
bloc.transform.Translate(bloc.transform.up * _lastBlockBounds.size.y/2f);
_nextBlocPosition = new Vector3(
bloc.transform.position.x,
bloc.transform.position.y + _lastBlockBounds.size.y/2f,
bloc.transform.position.z
);
_blocs.Add (bloc);
_lastBloc = bloc;
}
void Update()
{
foreach(BricGenerator bloc in _blocs) {
bloc.transform.Translate(-bloc.transform.up * ScreenManager.instance.speed * Time.deltaTime);
}
//if ((Camera.main.transform.position.x+_cameraWidth)>=_nextBlocPosition.x) {
if (_lastBloc.transform.position.y+_lastBlockBounds.size.y/2f<=_generateBlocPosition.y) {
/*
* Quand la moitié du bloc est sortie du générateur.
*/
_nextBlocPosition = new Vector3(
_generateBlocPosition.x,
_lastBloc.transform.position.y+_lastBlockBounds.size.y/2f,
_generateBlocPosition.z
);
CreateNextBloc();
}
if (_blocs.Count>0 && _firstBloc.transform.position.y<(_destroyBlocPosition.y-_lastBlockBounds.size.y/2f)) {
_blocs.RemoveAt(0);
GameObject.Destroy(_firstBloc.gameObject);
if (_blocs.Count>0) {
_firstBloc = _blocs[0];
}
_nextBlocPosition = _generateBlocPosition;
}
}
public BricGenerator NextBloc(ref int idx)
{
if (_currentBric!=null) {
_currentScreenGeneration++;
BricGenerator ogo = _currentBric;
if(_currentScreenGeneration>=_screens.Count) {
_currentScreenGeneration = 0;
_currentBric = null;
}
return ogo;
}
//BricGenerator go = brics[idx];
//idx = (idx+1)%brics.Length;
//return go;
BricGenerator go = null;
switch(difficulty) {
case 1:
go = easyBrics[Random.Range (0,easyBrics.Length)];
break;
case 2:
{
int bidx = Random.Range (0,easyBrics.Length + mediumBrics.Length);
if (bidx<easyBrics.Length) {
go = easyBrics[bidx];
} else {
bidx -= easyBrics.Length;
go = mediumBrics[bidx];
}
}
break;
case 3:
go = mediumBrics[Random.Range (0,mediumBrics.Length)];
break;
case 4:
{
int bidx = Random.Range (0,mediumBrics.Length + hardBrics.Length);
if (bidx<mediumBrics.Length) {
go = mediumBrics[bidx];
} else {
bidx -= mediumBrics.Length;
go = hardBrics[bidx];
}
}
break;
case 5:
go = hardBrics[Random.Range (0,hardBrics.Length)];
break;
}
_currentScreenGeneration++;
if(_currentScreenGeneration>=_screens.Count) {
_currentScreenGeneration = 0;
_currentBric = null;
} else {
_currentBric = go;
}
_generatedBrics++;
Debug.Log (_generatedBrics);
return go;
}
