public void CheckAnswer(string checkWord)
{
LineWord line = lines.Find(x => x.answer == checkWord);
if (line != null)
{
if (!line.isShown)
{
textPreview.SetAnswerColor();
line.ShowAnswer();
CheckGameComplete();
if (lines.Last() == line)
{
compliment.ShowRandom();
}
Sound.instance.Play(Sound.Others.Match);
}
else
{
textPreview.SetExistColor();
}
}
else if (validWords.Contains(checkWord.ToLower()))
{
ExtraWord.instance.ProcessWorld(checkWord);
}
else
{
textPreview.SetWrongColor();
}
textPreview.FadeOut();
}
public void CheckAnswer(string checkWord)
{
LineWord line = lines.Find(x => x.answer == checkWord);
if (line != null)
{
if (!line.isShown)
{
SetCombo(1);
textPreview.SetAnswerColor();
line.ShowAnswer();
CheckGameComplete();
Compliment.Instance.ShowRandom(MainController.instance.comboCount);
//if (lines.Last () == line) {
// compliment.ShowRandom ();
//}
if (checkWord.ToLower() == "word")
{
PlayerDataManager.Instance.playerData.wordCount++;
PlayerDataManager.Instance.JudeReachAchieve(15, PlayerDataManager.Instance.playerData.wordCount);
}
if (checkWord.ToLower() == "connect")
{
PlayerDataManager.Instance.playerData.connectCount++;
PlayerDataManager.Instance.JudeReachAchieve(16, PlayerDataManager.Instance.playerData.connectCount);
}
PlayerDataManager.Instance.playerData.accumulativeLinkWord++;
PlayerDataManager.Instance.JudeReachAchieve(5, PlayerDataManager.Instance.playerData.accumulativeLinkWord);
Sound.instance.Play(Sound.Others.Match);
}
else
{
textPreview.SetExistColor();
}
}
else if (validWords.Contains(checkWord.ToLower()))
{
ExtraWord.instance.ProcessWorld(checkWord);
}
else
{
if (textPreview.text.text.Length != 1)
{
SetCombo(0);
}
textPreview.SetWrongColor();
}
textPreview.FadeOut();
}
public void Load(GameLevel gameLevel)
{
this.gameLevel = gameLevel;
var wordList = CUtils.BuildListFromString <string> (this.gameLevel.answers);
validWords = CUtils.BuildListFromString <string> (this.gameLevel.validWords);
numWords = wordList.Count;
numCol = numWords <= 4 ? 1 :
numWords <= 10 ? 2 : 3;
numRow = (int)Mathf.Ceil(numWords / (float)numCol);
int maxCellInWidth = 0;
for (int i = numRow; i <= numWords; i += numRow)
{
maxCellInWidth += wordList[i - 1].Length;
}
if (numWords % numCol != 0)
{
maxCellInWidth += wordList[numWords - 1].Length;
}
if (numCol > 1)
{
float coef = (maxCellInWidth + (maxCellInWidth - numCol) * Const.CELL_GAP_COEF + (numCol - 1) * Const.COL_GAP_COEF);
cellSize = rt.rect.width / coef;
float maxSize = rt.rect.height / (numRow + (numRow + 1) * Const.CELL_GAP_COEF);
if (maxSize < cellSize)
{
cellSize = maxSize;
startFirstColX = (rt.rect.width - cellSize * coef) / 2f;
}
}
else
{
cellSize = rt.rect.height / (numRow + (numRow - 1) * Const.CELL_GAP_COEF + 0.8f);
float maxSize = rt.rect.width / (maxCellInWidth + (maxCellInWidth - 1) * Const.CELL_GAP_COEF);
if (maxSize < cellSize)
{
hasLongLine = true;
cellSize = maxSize;
}
}
string[] levelProgress = GetLevelProgress();
int lineIndex = 0;
//int levelProgressIndex = 0;
foreach (var word in wordList)
{
LineWord line = Instantiate(MonoUtils.instance.lineWord);
line.answer = word.ToUpper();
line.cellSize = cellSize;
line.SetLineWidth();
line.Build();
if (levelProgress.Length > 0)
{
line.SetProgress(levelProgress[lineIndex]);
//levelProgressIndex++;
}
line.transform.SetParent(transform);
line.transform.localScale = Vector3.one;
line.transform.localPosition = Vector3.zero;
lines.Add(line);
lineIndex++;
}
CheckGameComplete();
SetLinesPosition();
}
