private IEnumerator PauseForLevelObjectsUpdate(AStarGenerationData generationData)
{
yield return(new WaitForEndOfFrame());
Init(generationData);
GenerateGrid();
}
private void Init(AStarGenerationData genData)
{
gridWorldSize = genData.gridWorldSize;
nodeD = genData.nodeDiameter;
gridCenterPosition = genData.gridCenterPosition;
gridSizeX = genData.nodesInGridX;
gridSizeY = genData.nodesInGridY;
grid = new ASNode[gridSizeX, gridSizeY];
}
public void GenerateLevel()
{
totalPlayers = enemiesNumber + 1;
int rows = Mathf.RoundToInt(gridSize.y / cellDiameter);
int columns = Mathf.RoundToInt(gridSize.x / cellDiameter);
AStarGenerationData ASGenData = new AStarGenerationData(gridSize, cellDiameter, transform.position, columns, rows);
gameGrid.GenerateLevel(ASGenData);
SetLevel();
}
public void GenerateLevel(int level)
{
int rows = Mathf.RoundToInt(gridSize.y / cellDiameter) + 1;
int columns = Mathf.RoundToInt(gridSize.x / cellDiameter) + 1;
lvlGenData = new LevelGenerationData(gridSize, cellDiameter, levelsList[level], rows, columns);
AStarGenerationData ASGenData = new AStarGenerationData(gridSize, cellDiameter, thisTransform.position, columns, rows);
GridBasics.GridGeneration(lvlGenData);
aStarGrid.ProceedLevel(ASGenData);
bonusTestManager.Launch(gridSize, thisTransform.position, cellDiameter);
}
public void ProceedLevel(AStarGenerationData generationData)
{
StartCoroutine(PauseForLevelObjectsUpdate(generationData));
}
public void GenerateLevel(AStarGenerationData genData)
{
Init(genData);
GenerateGrid();
aSGrid.ProceedLevel(this);
}
