private void OnMouseDrag()
{
if ((PuzzleZone.GetInstance().GetState() == EGameState.eOnGame) && (PuzzleZone.GetInstance().m_bRotatable))
{
if (m_bRotated == false)
{
m_pressedTime += 10 * Time.deltaTime;
if (m_pressedTime > 4)
{
// lerp towards our target.
PuzzleZone.GetInstance().AudioPlayPuzzleSpin();
float adjustedAngle = (float)Math.Round(transform.localEulerAngles.y);
//.Log(adjustedAngle);
TargetAngle = Quaternion.Euler(transform.localEulerAngles.x, adjustedAngle + 90.000f, transform.localEulerAngles.z);
StartCoroutine(UpdateRotation(8.0f));
m_bRotated = true;
}
}
}
}
void OnMouseUp()//OnMouseDown()
{
//Debug.Log(m_pressedTime);
if ((PuzzleZone.GetInstance().GetState() == EGameState.eOnGame))
{
if (m_bRotated == true)
{
m_bRotated = false;
}
else
{
if (this.transform.parent.GetComponent <ST_PuzzleDisplay>().CanPuzzleMove(this.GetComponent <ST_PuzzleTile>()))
{
PuzzleZone.GetInstance().AudioPlayPuzzleMove();
PuzzleZone.GetInstance().IncreaseMoveCount(); // 이동 횟수 증가
// get the puzzle display and return the new target location from this tile.
LaunchPositionCoroutine(this.transform.parent.GetComponent <ST_PuzzleDisplay>().GetTargetLocation(this.GetComponent <ST_PuzzleTile>()), 10.0f);
}
}
m_pressedTime = 0;
}
}
public IEnumerator CheckForEnd()
{
while (Complete == false)
{
// iterate over all the tiles and check if they are in the correct position.
Complete = true;
for (int j = Height - 1; j >= 0; j--)
{
for (int i = 0; i < Width; i++)
{
// check if this tile has the correct grid display location.
if ((TileDisplayArray[i, j].GetComponent <ST_PuzzleTile>().CorrectLocation == false) ||
(TileDisplayArray[i, j].GetComponent <ST_PuzzleTile>().IsCorrectRotation() == false))
{
Complete = false;
break;
}
}
}
yield return(null);
}
// if we are still complete then all the tiles are correct.
if (Complete)
{
Debug.Log("Puzzle Complete!");
// 퍼즐 상태 완료 전환
PuzzleZone.GetInstance().SetState(EGameState.eComplete);
TileDisplayArray[0, 0].GetComponent <Renderer>().enabled = true;
}
//
yield return(null);
}
private IEnumerator JugglePuzzle()
{
/*
* 좌측하단 퍼즐 페이드아웃
* 나머지 퍼즐 사라진 후 즉시 섞인상태로 등장
*/
yield return(new WaitForSeconds(2.0f));
// 퍼즐을 0,0 기준으로부터 랜덤하게 빈공간을 채워넣는다.
// 0,0 위치와 인접한 퍼즐들의 객체에 접급한다.
for (int i = 0; i < ShuffleComplexity; i++)
{
List <Vector2Int> moveList = new List <Vector2Int>();
//현재 빈공간의 인접한 방향에 대해
for (int d = 0; d < 4; d++) // 동/서/남/북 검사
{
//단, 이전 빈공간위치가 아닌 인접한 퍼즐에 대해
Vector2Int checkPos = new Vector2Int(BlankPosition.x + Dir[d, 0], BlankPosition.y + Dir[d, 1]);
if (checkPos.x >= 0 && checkPos.x < Width && checkPos.y >= 0 && checkPos.y < Height && PrevBlankPosition != checkPos)
{
moveList.Add(checkPos);
Debug.Log("chk: " + checkPos.x + "," + checkPos);
}
}
int r = Random.Range(0, moveList.Count);
Vector2Int next = moveList[r];
//선택한 퍼즐을 빈 공간으로 위치시킨다.(swap 함수구현) ex) value<1,0>.position = <0,0>
SwapPuzzle(BlankPosition, next); // next 위치의 퍼즐과 자리를 바꾼다.
//전빈공간 위치 갱신
PrevBlankPosition = BlankPosition;
//빈공간 위치 갱신
BlankPosition = next;
}
//섞인 위치로 실제 퍼즐을 이동시킨다.
for (int j = 0; j < Height; j++)
{
for (int i = 0; i < Width; i++)
{
int start_grid_x = SuffledTilePosition[i, j].x;
int start_grid_y = SuffledTilePosition[i, j].y; //1,0 -> 0,0
TileDisplayArray[start_grid_x, start_grid_y].GetComponent <ST_PuzzleTile>().GridLocation = new Vector2(i, j); // Tile 의 grid 포지션 갱신
TileDisplayArray[start_grid_x, start_grid_y].GetComponent <ST_PuzzleTile>().MoveToTarget(GridToPosMap[i, j], shuffleSpeed); // targetTile의 position으로 이동시킴
/****************************
**** 회전 가능한 스테이질 경우****
****************************/
if (PuzzleZone.GetInstance().m_bRotatable&& (start_grid_x != 0 || start_grid_y != 0))
{
int r = Random.Range(0, 4);
TileDisplayArray[start_grid_x, start_grid_y].GetComponent <ST_PuzzleTile>().RotateToTarget(90.0000f * r, 10.0f);
}
yield return(new WaitForSeconds(0.1f));
}
}
// continually check for the correct answer.
StartCoroutine(CheckForEnd());
yield return(null);
}