void FinishGame()
{
Invoke("UIFinishGame", TurnCardUI.animationTime);
if (currentBoard.userMoves <= 0 || currentBoard.userMoves > scoreCount)
{
currentBoard.userMoves = scoreCount;
}
GameLog.EndGame();
Controller.instance.dataManager.UpdateBoardInfo(
currentBoard.matrix,
scoreCount,
GameLog.GetTime(),
GameLog.GetMoves()
);
//TODO: Save current board ONLY
//Controller.instance.dataManager.SaveLocalInfo(boardLevel, boardID);
}
IEnumerator ResizeBorders(float waitTime = 0)
{
yield return(new WaitForSeconds(waitTime));
Init:
for (int i = currentBoardMinWidth; i < currentBoardMaxWidth; ++i)
{
for (int j = currentBoardMinHeight; j < currentBoardMaxHeight; ++j)
{
if (cards[i, j].isBusy)
{
yield return(new WaitForSeconds(waitTimeStep));
goto Init;
}
}
}
int ac;
if (currentBoardMinHeight >= currentBoardMaxHeight || currentBoardMinWidth >= currentBoardMaxWidth)
{
goto EndGame;
}
InitBottom:
ac = 0;
//BOTTOM LINE
for (int i = currentBoardMinWidth; i < currentBoardMaxWidth; ++i)
{
if (!cards[i, currentBoardMinHeight].isBack)
{
break;
}
else
{
ac++;
}
}
if (ac == (currentBoardMaxWidth - currentBoardMinWidth))
{
for (int i = currentBoardMinWidth; i < currentBoardMaxWidth; ++i)
{
cards[i, currentBoardMinHeight].HideCard();
}
currentBoardMinHeight++;
if (currentBoardMinHeight >= currentBoardMaxHeight)
{
goto EndGame;
}
else
{
goto InitBottom;
}
}
InitTop:
ac = 0;
//TOP LINE
for (int i = currentBoardMinWidth; i < currentBoardMaxWidth; ++i)
{
if (!cards[i, currentBoardMaxHeight - 1].isBack)
{
break;
}
else
{
ac++;
}
}
if (ac == (currentBoardMaxWidth - currentBoardMinWidth))
{
for (int i = currentBoardMinWidth; i < currentBoardMaxWidth; ++i)
{
cards[i, currentBoardMaxHeight - 1].HideCard();
}
currentBoardMaxHeight--;
if (currentBoardMaxHeight <= currentBoardMinHeight)
{
goto EndGame;
}
else
{
goto InitTop;
}
}
InitLeft:
ac = 0;
//LEFT COLUMN
for (int i = currentBoardMinHeight; i < currentBoardMaxHeight; ++i)
{
if (!cards[currentBoardMinWidth, i].isBack)
{
break;
}
else
{
ac++;
}
}
if (ac == (currentBoardMaxHeight - currentBoardMinHeight))
{
for (int i = currentBoardMinHeight; i < currentBoardMaxHeight; ++i)
{
cards[currentBoardMinWidth, i].HideCard();
}
currentBoardMinWidth++;
if (currentBoardMinWidth >= currentBoardMaxWidth)
{
goto EndGame;
}
else
{
goto InitLeft;
}
}
InitRight:
//RIGHT COLUMN
ac = 0;
for (int i = currentBoardMinHeight; i < currentBoardMaxHeight; ++i)
{
if (!cards[currentBoardMaxWidth - 1, i].isBack)
{
break;
}
else
{
ac++;
}
}
if (ac == (currentBoardMaxHeight - currentBoardMinHeight))
{
for (int i = currentBoardMinHeight; i < currentBoardMaxHeight; ++i)
{
cards[currentBoardMaxWidth - 1, i].HideCard();
}
currentBoardMaxWidth--;
if (currentBoardMaxWidth <= currentBoardMinWidth)
{
goto EndGame;
}
else
{
goto InitRight;
}
}
// GameObject.Find("Text_Moves").GetComponent<Text>().text = "" +
// "Width[" + currentBoardMinWidth + "," + currentBoardMaxWidth + "]\n" +
// "Height[" + currentBoardMinHeight + "," + currentBoardMaxHeight + "]\n";
yield break;
EndGame:
gameEnded = true;
EndGame();
GameLog.EndGame();
GameDataWWW.UpdateBoardInfo(
boardMatrix,
scoreCount,
GameLog.GetTime(),
GameLog.GetMoves()
);
GameData.SaveBoard(boardLevel, boardID);
textTimerCountdown.text = "Next In 5";
if (retry)
{
goto EndFunc;
}
yield return(new WaitForSeconds(1));
if (retry)
{
goto EndFunc;
}
textTimerCountdown.text = "Next In 4";
yield return(new WaitForSeconds(1));
if (retry)
{
goto EndFunc;
}
textTimerCountdown.text = "Next In 3";
yield return(new WaitForSeconds(1));
if (retry)
{
goto EndFunc;
}
textTimerCountdown.text = "Next In 2";
yield return(new WaitForSeconds(1));
if (retry)
{
goto EndFunc;
}
textTimerCountdown.text = "Next In 1";
yield return(new WaitForSeconds(1));
if (retry)
{
goto EndFunc;
}
textTimerCountdown.text = "Next\nIn 0";
yield return(new WaitForSeconds(.2f));
if (retry)
{
goto EndFunc;
}
else
{
if (isRandom)
{
GenerateRandomMatrix();
}
else
{
GenerateNextMatrix();
}
}
EndFunc:
retry = false;
yield break;
}
