IEnumerator ChangeTilePositionWithLerp(Vector3Int actualPosition, Vector3Int top)
{
mapInfo.SetThatCellIsEmptyOrNot(top, true);
yield return(tilemapManager.StartCoroutine(tilemap.LerpTileToPositionContinuous(top, actualPosition, lerpTime)));
mapInfo.SetThatCellIsEmptyOrNot(actualPosition, false);
}
public void FillUnAvailableTiles(Tilemap tilemap, Tile empty)
{
if (mapInfo.unavailablePlacesInTilemap.positions.Count == 0)
{
return;
}
List <Vector3Int> toRemove = new List <Vector3Int>();
foreach (var positionOfUnavailable in mapInfo.unavailablePlacesInTilemap.positions)
{
if (!tilemap.HasTile(positionOfUnavailable) && mapInfo.IsCellEmpty(positionOfUnavailable))
{
tilemap.SetTile(positionOfUnavailable, empty);
// musimy dodać pusty element do kamieni bo po skosie można przemieszczać elementy tylko gdy są pod kamieniami
// we have to add an empty element to the stones because diagonally you can move the elements only when they are under the stones
mapInfo.rocks.SetPositionOfRock(positionOfUnavailable);
mapInfo.SetThatCellIsEmptyOrNot(positionOfUnavailable, false);
}
}
foreach (var item in toRemove)
{
mapInfo.unavailablePlacesInTilemap.positions.Remove(item);
}
}