public static void SpawnNewCandy(GridManager.CellContents candyType, Vector2Int gridPosition)
{
if (candyType == GridManager.CellContents.empty || candyType == GridManager.CellContents.hole)
{
Debug.LogError("GridDisplayer.cs : Couldn't spawn new candy because given CellContents value is not a candy.");
return;
}
GameObject newCandy = null;
switch (candyType)
{
case GridManager.CellContents.candy_blue:
newCandy = S.blueCandyPool.TakeFromPool(true, S.gridElementContainer);
break;
case GridManager.CellContents.candy_red:
newCandy = S.redCandyPool.TakeFromPool(true, S.gridElementContainer);
break;
case GridManager.CellContents.candy_green:
newCandy = S.greenCandyPool.TakeFromPool(true, S.gridElementContainer);
break;
case GridManager.CellContents.candy_orange:
newCandy = S.orangeCandyPool.TakeFromPool(true, S.gridElementContainer);
break;
case GridManager.CellContents.candy_yellow:
newCandy = S.yellowCandyPool.TakeFromPool(true, S.gridElementContainer);
break;
}
newCandy.transform.position = GridToWorld(gridPosition);
newCandy.transform.rotation = Quaternion.identity;
newCandy.transform.localScale = new Vector3(S.cellSize * S.candySize, S.cellSize * S.candySize, S.cellSize * S.candySize);
GridElement_Candy gridElementComponent = newCandy.GetComponent <GridElement_Candy>();
// wire the GridElement methods to the GridCell delegates
gridElementComponent.RegisterMethodsOnCell(gridPosition);
gridElementComponent.x = gridPosition.x;
gridElementComponent.y = gridPosition.y;
}
void GridDisplayInit()
{
numberOfPooledCandies = Mathf.RoundToInt((GridManager.GRID_HEIGHT * GridManager.GRID_WIDTH) * totalCellsToPoolCandiesRatio);
InitializeCandyPools(numberOfPooledCandies);
float hCellSize = (gridBackgroundSprite.size.x - (horizontalMargin * 2)) / GridManager.GRID_WIDTH;
float vCellSize = (gridBackgroundSprite.size.y - (verticalMargin * 2)) / GridManager.GRID_HEIGHT;
cellSize = Mathf.Min(hCellSize, vCellSize);
GameObject current = null;
for (int i = 0; i < GridManager.GRID_WIDTH; ++i)
{
for (int j = 0; j < GridManager.GRID_HEIGHT; ++j)
{
current = null;
if (GridManager.GRID[i, j].cellContent != GridManager.CellContents.hole)
{
// instantiate cells and set their sizes
// maybe use a pool for cell backgrounds ? (no need probably)
GameObject cell = Instantiate(gridCellBackgroundPrefab, GridToWorld(i, j), Quaternion.identity, cellContainer);
cell.GetComponent <SpriteRenderer>().size = new Vector2(cellSize, cellSize);
}
switch (GridManager.GRID[i, j].cellContent)
{
case GridManager.CellContents.hole:
break;
case GridManager.CellContents.empty:
break;
case GridManager.CellContents.candy_blue:
current = blueCandyPool.TakeFromPool(true, gridElementContainer);
break;
case GridManager.CellContents.candy_red:
current = redCandyPool.TakeFromPool(true, gridElementContainer);
break;
case GridManager.CellContents.candy_green:
current = greenCandyPool.TakeFromPool(true, gridElementContainer);
break;
case GridManager.CellContents.candy_orange:
current = orangeCandyPool.TakeFromPool(true, gridElementContainer);
break;
case GridManager.CellContents.candy_yellow:
current = yellowCandyPool.TakeFromPool(true, gridElementContainer);
break;
}
if (current != null)
{
current.transform.position = GridToWorld(i, j);
current.transform.rotation = Quaternion.identity;
current.transform.localScale = new Vector3(cellSize * candySize, cellSize * candySize, cellSize * candySize);
GridElement_Candy gridElementComponent = current.GetComponent <GridElement_Candy>();
// wire the GridElement methods to the GridCell delegates
gridElementComponent.RegisterMethodsOnCell(i, j);
gridElementComponent.x = i;
gridElementComponent.y = j;
}
}
}
}