// Generating the level based on AppModel._instance.levels[LevelToLoad]
IEnumerator LevelSpawner(int LevelID)
{
Time.timeScale = 1;
// load new game by the level index
LevelsModel incomingLevel = AppModel._instance.levels[LevelID];
isGameRunning = false;
// clear previous objects
ObjectPoolList._instance.DespawnAll();
// spawn player/s
AppModel._instance.game.playersAlive = AppModel._instance.game.totalPlayers;
//Debug.Log("new game with "+ AppModel._instance.game.totalPlayers+ " player");
if (AppModel._instance.game.totalPlayers == 2)
{
// player 1 is active
player1.transform.position = incomingLevel.Player1SpawnPoint.position;
player1.gameObject.SetActive(true);
AppModel._instance.player[0].b_canMove = true;
AppModel._instance.player[0].b_canShoot = true;
AppModel._instance.player[0].lives = 1;
// player 2 is active
player2.transform.position = incomingLevel.Player2SpawnPoint.position;
player2.gameObject.SetActive(true);
AppModel._instance.player[1].b_canMove = true;
AppModel._instance.player[1].b_canShoot = true;
AppModel._instance.player[1].lives = 1;
}
else if (AppModel._instance.game.totalPlayers == 1)
{
// player 1 is active
player1.gameObject.SetActive(true);
player1.transform.position = incomingLevel.Player1SpawnPoint.position;
AppModel._instance.player[0].b_canMove = true;
AppModel._instance.player[0].b_canShoot = true;
AppModel._instance.player[0].lives = 1;
// player 2 is not active
player2.gameObject.SetActive(false);
AppModel._instance.player[1].lives = 0;
}
AppModel._instance.game.CountdownLeft = incomingLevel.TimerCountdown;
// generate level
int totalBallsCount = 0;
List <BallMovement> NewBallsList = new List <BallMovement>();
for (int i = 0; i < incomingLevel.Balls.Length; i++)
{
// spawn balls
GameObject NewBall = ObjectPoolList._instance.SpawnObject(incomingLevel.Balls[i].BallSize.ToString(), incomingLevel.Balls[i].BallSpawnPoint.position);
// change ball properties
BallMovement NewBallScript = NewBall.GetComponent <BallMovement>();
if (NewBallScript != null)
{
NewBallScript.SetBallSpeed(); // this sets the internall vector2 'velo' that moves the ball to the current level speed
NewBallScript.SetBallxDirection(incomingLevel.Balls[i].BallInitialDirection);
NewBallScript.m_Rigidbody.simulated = false;
NewBallsList.Add(NewBallScript);
}
// add ball as collective sum of inner balls to calculate total balls count in the level
totalBallsCount += GetTotalBallsCountBySize(incomingLevel.Balls[i].BallSize);
}
// saves the level's total balls count to check against win condition
AppModel._instance.game.ballsLeft = totalBallsCount;
float DelayBeforeLevelStarts = 3f;
StartIncomingLevelAnimation(true, DelayBeforeLevelStarts);
yield return(new WaitForSecondsRealtime(DelayBeforeLevelStarts));
StartIncomingLevelAnimation(false, 0f);
isGameRunning = true;
// give all balls an initial jump
foreach (BallMovement bm in NewBallsList.ToArray())
{
bm.m_Rigidbody.simulated = true;
bm.InitialJump();
}
//Debug.Log("LevelSpawner(" + incomingLevel.LevelID + ") Ended ");
}