public override void DoProgress(BoardStat boardStat)
{
if (squaresNeedValue == boardStat.removedValue)
{
base.DoProgress(boardStat);
}
if (boardStat.minNumber > squaresNeedValue)
{
isImposible = true;
}
}
public void OnStepEnd(BoardStat boardStat)
{
Debug.Log(boardStat);
if (boardStat.removedCount <= 1)
{
return;
}
if (boardStat.mode == BoardMode.NORMAL)
{
boardStat.score = UpdateScore(boardStat.removedCount * boardStat.removedValue);
}
bool targetsDone = true;
bool targetsIsImposible = false;
foreach (var target in targets)
{
target.DoProgress(boardStat);
if (!target.Done())
{
targetsDone = false;
}
if (target.IsImposible())
{
targetsIsImposible = true;
}
}
game.DoProgress(boardStat);
gameStat.score = score;
gameStat.resoursesUsedRate = game.ResoursesUsedRate();
if (targetsDone)
{
OnWin();
}
if (targetsIsImposible)
{
OnGameOver(GameOverReason.targetImpossible);
}
if (!board.HasSteps())
{
OnGameOver(GameOverReason.noStepsOnBoard);
}
if (game.IsLoose())
{
OnGameOver(game.gameOverReason);
}
}
public override void DoProgress(BoardStat boardStat)
{
base.DoProgress(boardStat);
if (boardStat.mode == BoardMode.NORMAL)
{
leftSteps -= 1;
}
if (boardStat.IsReleased())
{
leftSteps += stepsForRelease;
}
if (boardStat.removedCount >= bonusSquaresCount)
{
leftSteps += stepsForSquares * boardStat.removedCount / bonusSquaresCount;
}
isLoose = leftSteps <= 0;
}
public override void DoProgress(BoardStat boardStat)
{
done = needMinValue <= boardStat.minNumber;
}
public override void DoProgress(BoardStat boardStat)
{
squaresNumber += boardStat.removedCount;
done = squaresNumber >= squaresNeedNumber;
}
public override void DoProgress(BoardStat boardStat)
{
done = needMinScore <= boardStat.score;
}
public virtual void DoProgress(BoardStat boardStat)
{
}
public void OnClick(int i, int j, int v)
{
if (mode == BoardMode.GAMEOVER)
{
return;
}
BoardStat boardStat = new BoardStat(minNumber, maxNumber);
int removedCount = 0;
if (mode == BoardMode.NORMAL)
{
Dictionary <int, Square> taken = new Dictionary <int, Square>();
NearSameSquares(ref taken, i, j);
removedCount = taken.Count;
if (removedCount > 1)
{
int sum = Mathf.FloorToInt(Mathf.Log(removedCount, 2)) + v;
foreach (KeyValuePair <int, Square> keyValue in taken)
{
//Square s = keyValue.Value;
//s.DestroyAfterMoveTo(dest).ParallelCoroutinesGroup(this, "DestroyAfterMoveTo");
//StartCoroutine(s.DestroyAfterMoveTo(dest));
squares[keyValue.Key / countX, keyValue.Key % countX] = null;
}
CreateSquare(i, j, sum);
CheckFree();
CorrectMinMax();
int[] shifting = CreateSquaresForFree();
ActionAnimations(taken, i, j, shifting).ParallelCoroutinesGroup(this, "actionAnim" + actionAnimId + 1);
}
}
else if (mode == BoardMode.X2)
{
removedCount = 1;
DestroyImmediate(squares[i, j].gameObject);
CreateSquare(i, j, v + 1);
if (v + 1 > maxNumber)
{
maxNumber = v + 1;
}
}
else if (mode == BoardMode.D2)
{
if (v != 1)
{
removedCount = 1;
DestroyImmediate(squares[i, j].gameObject);
CreateSquare(i, j, v - 1);
if (v - 1 < minNumber)
{
maxNumber = v - 1;
}
}
}
else if (mode == BoardMode.DEL)
{
removedCount = 1;
DestroyImmediate(squares[i, j].gameObject);
CheckFree();
CorrectMinMax();
CreateSquaresForFree();
}
boardStat.SetInfo(minNumber, maxNumber, v, removedCount, mode);
mode = BoardMode.NORMAL;
gameController.OnStepEnd(boardStat);
}
