bool CheckMatch(ShapesManager.CheckResult leftResult, ShapesManager.CheckResult rightResult)
{
bool isMatchL = leftResult.IsMatch();
bool isMatchR = rightResult.IsMatch();
return(isMatchL || isMatchR);
}
void FireSwipeEvent(GameObject shapeObject, Constants.SwipeDirection swipeDirection)
{
Vector2 vec = shapesManager.GetRowColFromGameObject(shapeObject.transform.parent.gameObject);
if (vec.x == -10f)
{
Debug.LogError("Destroy Something is Seriously wrong ");
//GameObject.Destroy(shapeObject.transform.parent.gameObject);
return;
}
int row = (int)vec.x;
int col = (int)vec.y;
// ask shape manager if can attemp to swap
// this is dependent on if there is an edge or untouchable terrain
bool validMove = shapesManager.IsValidMove(row, col, swipeDirection);
if (validMove)
{
SoundManager.PlaySound("short_whoosh");
Shape shape = shapesManager.GetShape(row, col);
Vector3 position = shapesManager.GetPositionOfBackgroundPiece(row, col);
// get the other shape
Vector2 nextRowCol = Constants.GetNextRowCol(swipeDirection, row, col);
Shape nextShape = shapesManager.GetShape((int)nextRowCol.x, (int)nextRowCol.y);
Vector3 nextPosition = shapesManager.GetPositionOfBackgroundPiece((int)nextRowCol.x, (int)nextRowCol.y);
StartCoroutine(
shape.AnimatePosition(nextPosition, Constants.DEFAULT_SWAP_ANIMATION_DURATION, () =>
{
//CheckMatch(row, col, (int)nextRowCol.x, (int)nextRowCol.y);
//CheckWholeBoard();
int nRow = (int)nextRowCol.x;
int nCol = (int)nextRowCol.y;
bool successfulSwap = shapesManager.SwapPieces(row, col, nRow, nCol);
ShapesManager.CheckResult leftResult = shapesManager.CheckMatch(row, col);
ShapesManager.CheckResult rightResult = shapesManager.CheckMatch(nRow, nCol);
bool isMatch = CheckMatch(leftResult, rightResult);
if (successfulSwap && !isMatch)
{
// also make a function
SoundManager.PlaySound("button-29");
Constants.SwipeDirection oppositeDirection = Constants.GetOppositeDirection(currentSwipeDirection);
Shape currentShape = shapesManager.GetShape(row, col);
Shape nextShape1 = shapesManager.GetShape(nRow, nCol);
Vector3 currentPosition = shapesManager.GetPositionOfBackgroundPiece(row, col);
Vector3 nextPosition1 = shapesManager.GetPositionOfBackgroundPiece(nRow, nCol);
StartCoroutine(
currentShape.AnimatePosition(nextPosition, Constants.DEFAULT_SWAP_ANIMATION_DURATION, () => {
shapesManager.SwapPieces(row, col, nRow, nCol);
blockEvent = false;
})
);
StartCoroutine(
nextShape1.AnimatePosition(currentPosition, Constants.DEFAULT_SWAP_ANIMATION_DURATION, () => {
Debug.Log("DAH");
})
);
}
else
{
this.currentMoves--;
UIManager.UpdateMoveValue(this.currentMoves, this.maxMoves);
CheckWholeBoard();
}
})
);
StartCoroutine(
nextShape.AnimatePosition(position, Constants.DEFAULT_SWAP_ANIMATION_DURATION, () => { })
);
}
}
void CheckWholeBoard()
{
Transform pieces = GameObject.Find("Pieces").transform;
int childCount = pieces.childCount;
for (int i = 0; i < childCount; i++)
{
Transform child = pieces.GetChild(i);
Vector2 vec = shapesManager.GetRowColFromGameObject(child.gameObject);
if (vec.x == 10f)
{
Debug.LogError("F**K");
}
}
var shapes = shapesManager.shapes;
for (int row = 0; row < shapes.GetLength(0); row++)
{
for (int col = 0; col < shapes.GetLength(1); col++)
{
Shape shape = shapesManager.GetShape(row, col);
Vector3 position = shapesManager.GetPositionOfBackgroundPiece(row, col);
//shape.transform.position = position;
}
}
List <Vector2> shapePositions = new List <Vector2>();
for (int row = 0; row < shapes.GetLength(0); row++)
{
for (int col = 0; col < shapes.GetLength(1); col++)
{
Debug.Log("Check whole board: " + row + " col: " + col);
ShapesManager.CheckResult result = shapesManager.CheckMatch(row, col);
if (result.IsMatch())
{
Debug.Log("successfulSwap && isMatch");
SoundManager.PlaySound("match");
List <Vector2> tmpShapePositions = new List <Vector2>();
if (result.IsHorizontalMatch())
{
tmpShapePositions = result.horizontalList;
}
if (result.IsVerticalMatch())
{
tmpShapePositions = result.verticalList;
}
if (result.IsVerticalMatch() && result.IsHorizontalMatch())
{
tmpShapePositions = result.GetMatchSet();
}
foreach (var shape in tmpShapePositions)
{
if (!shapePositions.Contains(shape))
{
shapePositions.Add(shape);
}
}
}
}
}
Disappear_Driver(shapePositions);
if (shapePositions.Count == 0)
{
if (currentMoves == 0)
{
Debug.LogError("End the Match");
UIManager.Toggle();
}
}
else
{
//update score
score += shapePositions.Count * Constants.NORMAL_SHAPE_VALUE; // TODO get shape value here
UIManager.UpdateScoreValue(score); // multiple by amount per piece
}
return;
}
