public Bubble Attached(Bubble bubble)
{
var toJoin = collector.ScoreNeighbours(bubble);
if (toJoin.Count <= 1)
{
CheckRowCount();
return(null); //nothing to join
}
IBubbleScore score = calculator.CalculateScore(bubble.Score, toJoin.Count);
Tile bestTile = collector.SelectBestTile(toJoin, score);
//detach old bubbles
foreach (var bb in toJoin)
{
bb.Movement.MoveTowards(bestTile.transform.position);
bb.StartCoroutine(DelayReturn(bb, DelayReturnTime));
}
//create new bubble
var newBubble = spawner.Create(score);
#if UNITY_EDITOR
UnityEditor.EditorGUIUtility.PingObject(newBubble.gameObject);
#endif
grid.Insert(newBubble, bestTile);
foreach (var toDrop in FindLooseBubbles(toJoin))
{
toDrop.Movement.Drop();
toDrop.StartCoroutine(DelayReturn(toDrop, DelayReturnTime));
}
Debug.Log($"Collected {score.PointsString} points");
if (newBubble.Score.Exponent > scoreRange.ExplosionExponent)
{
exploder.Explode(newBubble);
CheckRowCount();
return(null);
}
else
{
//continue chain
return(newBubble);
}
}
public IBubbleScore CalculateScore(IBubbleScore score, int count)
{
var expScore = score.Exponent + count - 1;
var exponent = expScore;
var points = 2.Pow(exponent) * data.Multiplier;
data.Points += points;
while (pointsToNextLevel < data.Points)
{
pointsCurrentLevel = pointsToNextLevel;
data.Level++;
scoreRange.BaseExponent = data.Level / IncrementBaseEveryLevels;
pointsToNextLevel = PointsToReach(data.Level);
}
dataManager.Save(data);
return(new BubbleScore(expScore, data.Multiplier));
}
public void Refresh(IBubbleScore score)
{
current = config.Get(score.Exponent);
background.color = outline.color = current.Background;
var valueStr = Mathf.Pow(2, score.Exponent % 10).ToString("0");
var textConf = font[valueStr];
var suffixConf = GetSuffix(score);
text.sprite = textConf.Sprite;
suffix.sprite = suffixConf.Sprite;
Vector3 textPosition = Vector3.right * -suffixConf.Width / 2f;
Vector3 suffixOffset = Vector3.right * (textConf.Width + suffixConf.Width) / 2f;
text.transform.localPosition = textPosition;
suffix.transform.position = text.transform.position + suffixOffset;// + suffixOffset;
ShowOutline(score.Exponent);
}
private Tile BestTile(HashSet <Bubble> toJoin, IBubbleScore score)
{
int bestCount = 0;
Tile bestTile = null;
foreach (var bb in toJoin)
{
var newToJoin = new HashSet <Bubble>();
//candidates with value matching new score
ScoreNeighbours(bb, newToJoin, score);
if (newToJoin.Count > bestCount)
{
bestTile = grid.Get(bb);
bestCount = newToJoin.Count;
}
}
return(bestTile);
}
private SpriteFontItem GetSuffix(IBubbleScore score)
{
var check = score.Exponent / 10;
string suffix;
if (check < 1)
{
suffix = null;
}
else if (check < 2)
{
suffix = "k";
}
else if (check < 3)
{
suffix = "M";
}
else if (check < 4)
{
suffix = "G";
}
else if (check < 5)
{
suffix = "T";
}
else if (check < 6)
{
suffix = "P";
}
else
{
suffix = "*";
}
return(font[suffix]);
}
//TODO
public Tile SelectBestTile(HashSet <Bubble> toJoin, IBubbleScore score)
{
return(BestTile(toJoin, score));
}
private HashSet <Bubble> ScoreNeighbours(Bubble bubble, HashSet <Bubble> result, IBubbleScore score = null)
{
if (score == null)
{
score = bubble.Score;
}
result.Add(bubble);
Bubble[] scoreNeighbours = grid.Neighbours(bubble)
.Where(n => n != null && !result.Contains(n) && n.Score.Exponent.Equals(score.Exponent)).ToArray();
foreach (var neighbour in scoreNeighbours)
{
if (result.Contains(neighbour))
{
continue; // already checked
}
foreach (var childNeighbour in ScoreNeighbours(neighbour, result))
{
result.Add(childNeighbour);
}
}
return(result);
}
public Bubble Create(IBubbleScore score)
{
var bubble = bubblePool.Spawn(score);
return(bubble);
}
private void SetScore(IBubbleScore score)
{
this.score = score;
view.Refresh(score);
}
