// -----------------------------------------------------------------------------
void StartMenu::removeBrick(int r, int c)
{
  Brick* pBrick = m_bricks[r][c];
  if (!pBrick)
    return;

  // Remove the block
  SDL_Log("Removing: %d, %d", r, c);
  pBrick->scheduleForDestruction();
  m_bricks[r][c] = NULL;
  incrementScore();


  // Check adjacent blocks
  Brick* pAbove  = ((r > 0             ) && (m_bricks[r-1][c]) && (m_bricks[r-1][c]->getColor() == pBrick->getColor())) ? pAbove  = m_bricks[r-1][c] : NULL;
  Brick* pBellow = ((r < ROWS          ) && (m_bricks[r+1][c]) && (m_bricks[r+1][c]->getColor() == pBrick->getColor())) ? pBellow = m_bricks[r+1][c] : NULL;
  Brick* pLeft   = ((c > 0             ) && (m_bricks[r][c-1]) && (m_bricks[r][c-1]->getColor() == pBrick->getColor())) ? pLeft   = m_bricks[r][c-1] : NULL;
  Brick* pRight  = ((c < BRICKS_PER_ROW) && (m_bricks[r][c+1]) && (m_bricks[r][c+1]->getColor() == pBrick->getColor())) ? pRight  = m_bricks[r][c+1] : NULL;

  if (pAbove)
  {
    /*
    pAbove->scheduleForDestruction();
    m_bricks[r - 1][c] = NULL;
    */
    return removeBrick(r - 1, c);
  }

  if (pBellow)
  {
    //pBellow->scheduleForDestruction();
    //m_bricks[r + 1][c] = NULL;
    return removeBrick(r + 1, c);
  }

  if (pLeft)
  {
    //pLeft->scheduleForDestruction();
    //m_bricks[r][c - 1] = NULL;
    return removeBrick(r, c - 1);
  }

  if (pRight)
  {
    //pRight->scheduleForDestruction();
    //m_bricks[r][c + 1] = NULL;
    return removeBrick(r, c + 1);
  }