// Start is called before the first frame update
void Start()
{
gameManager = FindObjectOfType <GameManager>();
if (!multiBlockCreator)
{
multiBlockCreator = FindObjectOfType <MultiBlockCreator>();
}
if (!playerAgent)
{
playerAgent = FindObjectOfType <PlayerAgent>();
}
// the code will check whether or not to execute
// based on the block.name assigned in the Inspector Window
// in the RandomBlockCreator empty child object
if (!randomBlockCreator)
{
randomBlockCreator = FindObjectOfType <RandomBlockCreator>();
}
if (!ball)
{
ball = FindObjectOfType <Ball>();
}
ballOffset = ball.transform.localPosition;
// Performance tracking - has to come before countblocks
if (!isMultiTraining)
{
dataManager = FindObjectOfType <PerformanceDataManager>();
}
if (!paddle)
{
paddle = FindObjectOfType <Paddle>();
}
paddleOffset = paddle.transform.localPosition;
if (!trainingBlocksGroup && gameManager.trainingMode)
{
trainingBlocksGroup = GetTrainingBlocksGroupInstance();
}
// Check if scene is ready for training
if (gameManager.trainingMode)
{
ResetEnvironmentState();
}
else
{
if (useRandomBlocks && randomBlockCreator)
{
randomBlockCreator.setupBlocks();
}
SetBlockSupervisor(randomBlockCreator.transform);
CountBlocks();
}
// Calculate diagonal width
instanceDiagonalSize = Mathf.Sqrt(Mathf.Pow(instanceHeight, 2) + Mathf.Pow(instanceWidth, 2));
// Set the playerData's type, name, and points.
InitializePlayerData();
gameData.PlayerList.Add(playerData);
}
public override void Init(LevelInfo level)
{
Blocks = new RandomBlockCreator(10, 5, 4).BlocksInfo;
}
