IEnumerator addVictoryPoints(WinningPattern pattern)
{
Ball ball = modelGrid.GetCellFromModel((int)pattern.cells[0].y, (int)pattern.cells[0].x).ball;
ball.Animator.SetTrigger(animatorHashScoreCounting);
ball.FixSortingLayer(false);
yield return(new WaitForSeconds(1.0f));
ball = modelGrid.GetCellFromModel((int)pattern.cells[1].y, (int)pattern.cells[1].x).ball;
ball.Animator.SetTrigger(animatorHashScoreCounting);
ball.FixSortingLayer(false);
yield return(new WaitForSeconds(1.0f));
ball = modelGrid.GetCellFromModel((int)pattern.cells[2].y, (int)pattern.cells[2].x).ball;
ball.Animator.SetTrigger(animatorHashScoreCounting);
ball.FixSortingLayer(false);
yield return(new WaitForSeconds(1.0f));
ball = modelGrid.GetCellFromModel((int)pattern.cells[3].y, (int)pattern.cells[3].x).ball;
ball.Animator.SetTrigger(animatorHashScoreCounting);
ball.FixSortingLayer(false);
yield return(new WaitForSeconds(1.0f));
ball = modelGrid.GetCellFromModel((int)pattern.cells[4].y, (int)pattern.cells[4].x).ball;
ball.Animator.SetTrigger(animatorHashScoreCounting);
ball.FixSortingLayer(false);
yield return(new WaitForSeconds(3.0f));
playVictoryAnimationEnd(pattern);
}
IEnumerator playVictoryAnimationPhase1(WinningPattern pattern)
{
UIManager.Instance.DisableBackToMainMenuButton(false);
Ball ball = modelGrid.GetCellFromModel((int)pattern.cells[0].y, (int)pattern.cells[0].x).ball;
ball.FixSortingLayer(true);
ball.Animator.SetTrigger(animatorHashWinPhase1);
yield return(new WaitForSeconds(timeBetweenBallsPhase1AnimBegin));
ball = modelGrid.GetCellFromModel((int)pattern.cells[1].y, (int)pattern.cells[1].x).ball;
ball.FixSortingLayer(true);
ball.Animator.SetTrigger(animatorHashWinPhase1);
yield return(new WaitForSeconds(timeBetweenBallsPhase1AnimBegin));
ball = modelGrid.GetCellFromModel((int)pattern.cells[2].y, (int)pattern.cells[2].x).ball;
ball.FixSortingLayer(true);
ball.Animator.SetTrigger(animatorHashWinPhase1);
yield return(new WaitForSeconds(timeBetweenBallsPhase1AnimBegin));
ball = modelGrid.GetCellFromModel((int)pattern.cells[3].y, (int)pattern.cells[3].x).ball;
ball.FixSortingLayer(true);
ball.Animator.SetTrigger(animatorHashWinPhase1);
yield return(new WaitForSeconds(timeBetweenBallsPhase1AnimBegin));
ball = modelGrid.GetCellFromModel((int)pattern.cells[4].y, (int)pattern.cells[4].x).ball;
ball.FixSortingLayer(true);
ball.Animator.SetTrigger(animatorHashWinPhase1);
yield return(new WaitForSeconds(timeBeforePhase2AnimBegin));
StartCoroutine(playVictoryAnimationPhase2(pattern));
}
public bool GetWinningPatterns(out List <WinningPattern> winningPatternsToExclude)
{
winningPatternsToExclude = new List <WinningPattern>();
bool isWinning = false;
WinningPattern winningPattern = new WinningPattern();
while (FindWinningPattern(patternData.horizontalLinePatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.HorizontalLine;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
while (FindWinningPattern(patternData.verticalLinePatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.VerticalLine;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
while (FindWinningPattern(patternData.diagonalLinePatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.AscDiagonalLine;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
while (FindWinningPattern(patternData.otherDiagonalLinePatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.DescDiagonalLine;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
while (FindWinningPattern(patternData.horizontalCrossPatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.HorizontalCross;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
while (FindWinningPattern(patternData.diagonalCrossPatterns, out winningPattern, winningPatternsToExclude))
{
WinningPattern winny = new WinningPattern(winningPattern);
winny.type = PatternType.DiagonalCross;
winningPatternsToExclude.Add(winny);
isWinning = true;
}
return(isWinning);
}
IEnumerator playVictoryAnimationPhase2(WinningPattern pattern)
{
modelGrid.GetCellFromModel((int)pattern.cells[0].y, (int)pattern.cells[0].x).ball.Animator.SetTrigger(animatorHashWinPhase2);
modelGrid.GetCellFromModel((int)pattern.cells[1].y, (int)pattern.cells[1].x).ball.Animator.SetTrigger(animatorHashWinPhase2);
modelGrid.GetCellFromModel((int)pattern.cells[2].y, (int)pattern.cells[2].x).ball.Animator.SetTrigger(animatorHashWinPhase2);
modelGrid.GetCellFromModel((int)pattern.cells[3].y, (int)pattern.cells[3].x).ball.Animator.SetTrigger(animatorHashWinPhase2);
modelGrid.GetCellFromModel((int)pattern.cells[4].y, (int)pattern.cells[4].x).ball.Animator.SetTrigger(animatorHashWinPhase2);
yield return(new WaitForSeconds(timeFromPhase2AnimBeginToRoundResultPanel));
StartCoroutine(addVictoryPoints(pattern));
}
public WinningPattern(WinningPattern toCopy)
{
cells = new Vector2[5];
for (int i = 0; i < cells.Length; ++i)
{
cells[i] = toCopy.cells[i];
}
type = toCopy.type;
color = toCopy.color;
}
private void playVictoryAnimationEnd(WinningPattern pattern)
{
UIManager.Instance.DisableBackToMainMenuButton(true);
if (IsEqualityTurn && PlayerManager.Instance.Player1.NbOfTurn != PlayerManager.Instance.Player2.NbOfTurn)
{
NextTurn();
}
else
{
DisplayRoundResult();
}
}
public void PlayVictoryAnimation()
{
List <WinningPattern> winningPatterns = new List <WinningPattern>();
optiGrid.GetWinningPatterns(out winningPatterns);
WinningPattern toKeep = new WinningPattern();
int bestScore = -1;
foreach (WinningPattern pattern in winningPatterns)
{
bool alreadyDone = false;
foreach (WinningPattern alreadyDonePattern in alreadyAnimatedPattern)
{
if (pattern.IsSame(alreadyDonePattern))
{
alreadyDone = true;
break;
}
}
if (alreadyDone)
{
continue;
}
alreadyAnimatedPattern.Add(pattern);
int patternScore = pattern.GetScore(modelGrid);
if (bestScore <= patternScore)
{
toKeep = pattern;
bestScore = patternScore;
}
}
StartCoroutine(playVictoryAnimationPhase1(toKeep));
AudioManager.Instance.PlayAudio(SoundID.ComboRumble);
AudioManager.Instance.ResetVictoryAnimationSounds();
}
private int GetWinningPatternScore(WinningPattern winningPattern)
{
int score = 0;
if (winningPattern.cells.Length == 0)
{
}
else
{
for (int i = 0; i < winningPattern.cells.Length; ++i)
{
Cell cell = modelGrid.GetCellFromModel(new Vector2(winningPattern.cells[i].y, winningPattern.cells[i].x));
if (cell && cell.ball)
{
score += cell.ball.Score;
}
}
}
return(score);
}
public bool IsSame(WinningPattern pattern)
{
if (pattern.color != color)
{
return(false);
}
for (int i = 0; i < cells.Length; ++i)
{
if (cells[i].x != pattern.cells[i].x || cells[i].y != pattern.cells[i].y)
{
return(false);
}
}
if (cells.Length == 0)
{
//Debug.LogError("IsSame with cell 0");
}
return(true);
}
private bool FindWinningPattern(EvaluationPattern[] patterns, out WinningPattern winningPattern, List <WinningPattern> toExclude = null)
{
int aiPawnCount = 0;
int opponentPawnCount = 0;
winningPattern = new WinningPattern();
for (int i = 0; i < patterns.Length; ++i)
{
aiPawnCount = 0;
opponentPawnCount = 0;
for (int j = 0; j < patterns[i].positions.Length; ++j)
{
IntVec2 pos = patterns[i].positions[j];
if (cells[pos.X][pos.Y].color == CellColor.Black)
{
aiPawnCount++;
}
else if (cells[pos.X][pos.Y].color == CellColor.White)
{
opponentPawnCount++;
}
}
if (aiPawnCount == 5 || opponentPawnCount == 5)
{
Vector2[] cells = new Vector2[5];
cells[0] = new Vector2(patterns[i].positions[0].X, patterns[i].positions[0].Y);
cells[1] = new Vector2(patterns[i].positions[1].X, patterns[i].positions[1].Y);
cells[2] = new Vector2(patterns[i].positions[2].X, patterns[i].positions[2].Y);
cells[3] = new Vector2(patterns[i].positions[3].X, patterns[i].positions[3].Y);
cells[4] = new Vector2(patterns[i].positions[4].X, patterns[i].positions[4].Y);
bool alreadyFound = false;
foreach (WinningPattern patternToExclude in toExclude)
{
if (cells[0] == patternToExclude.cells[0] &&
cells[1] == patternToExclude.cells[1] &&
cells[2] == patternToExclude.cells[2] &&
cells[3] == patternToExclude.cells[3] &&
cells[4] == patternToExclude.cells[4])
{
alreadyFound = true;
break;
}
}
if (alreadyFound)
{
continue;
}
winningPattern.cells = cells;
winningPattern.color = (aiPawnCount == 5) ? CellColor.Black : CellColor.White;
return(true);
}
}
return(false);
}
