public IAction SwapFieldObjects(Vector2Int aCell, Vector2Int bCell)
{
ActionPack swapAnimationActionPack = GetSwapAnimationActionPack(aCell, bCell);
fieldMatrix.SwapObjectsInStorage(aCell, bCell);
return(swapAnimationActionPack);
}
private IAction CreateNewFieldObjectsAndFillEmptyCells()
{
ActionPack updateActions = new ActionPack();
for (int i = 0; i < fieldProperties.GetFieldSize().x; i++)
{
int emptyCellsCount = 0;
for (int j = 0; j < fieldProperties.GetFieldSize().y; j++)
{
if (fieldMatrix.GetObjectFromStorage(i, j) == null)
{
emptyCellsCount++;
}
else if (emptyCellsCount > 0)
{
Vector2Int newCellForCurrentObject = new Vector2Int(i, j - emptyCellsCount);
Vector2Int currentCell = new Vector2Int(i, j);
Vector2 newPositionForCurrentObject = fieldProperties.CalculateLocalFieldObjectPosition(newCellForCurrentObject);
Vector2 currentPosition = fieldProperties.CalculateLocalFieldObjectPosition(currentCell);
GameObject targetObject = fieldMatrix.GetObjectFromStorage(i, j).GetGameObject();
fieldMatrix.SwapObjectsInStorage(currentCell, newCellForCurrentObject);
updateActions.AddAction((callback) => { coroutinePlayer.PlayCoroutine(CoroutineAnimations.AcceleratedMovement(targetObject, currentPosition, newPositionForCurrentObject, fieldObjectFallingStartSpeed, fieldObjectFallingVelocity, callback)); });
}
}
for (int j = fieldProperties.GetFieldSize().y - emptyCellsCount; j < fieldProperties.GetFieldSize().y; j++)
{
Vector2Int imaginaryCell = new Vector2Int(i, j + emptyCellsCount);
Vector2Int actualCell = new Vector2Int(i, j);
Vector2 positionToCreateObject = fieldProperties.CalculateLocalFieldObjectPosition(imaginaryCell);
Vector2 positionToMoveObject = fieldProperties.CalculateLocalFieldObjectPosition(actualCell);
fieldObjectCreator.CreateFieldObject(actualCell, positionToCreateObject);
GameObject targetObject = fieldMatrix.GetObjectFromStorage(i, j).GetGameObject();
updateActions.AddAction((callback) => { coroutinePlayer.PlayCoroutine(CoroutineAnimations.AcceleratedMovement(targetObject, positionToCreateObject, positionToMoveObject, fieldObjectFallingStartSpeed, fieldObjectFallingVelocity, callback)); });
}
}
return(updateActions);
}