def rightBot(self, cell):
if self.isRightBoundary(cell):
raise BoundaryException("Right")
if self.isBotBoundary(cell):
raise BoundaryException("Bot")
(i, j) = cell.cell_position
return self.cells[i - 1][j + 1]
def leftBot(self, cell):
if self.isLeftBoundary(cell):
raise BoundaryException("Left")
if self.isBotBoundary(cell):
raise BoundaryException("Bot")
(i, j) = cell.cell_position
return self.cells[i - 1][j - 1]
def rightTop(self, cell):
if self.isRightBoundary(cell):
raise BoundaryException("Right")
if self.isTopBoundary(cell):
raise BoundaryException("Top")
(i, j) = cell.cell_position
return self.cells[i + 1][j + 1]
def leftTop(self, cell):
if self.isLeftBoundary(cell):
raise BoundaryException("Left")
if self.isTopBoundary(cell):
raise BoundaryException("Top")
(i, j) = cell.cell_position
return self.cells[i + 1][j - 1]
def emptyRightBot(self, cell):
if self.isRightBoundary(cell):
raise BoundaryException("Right")
if self.isBotBoundary(cell):
raise BoundaryException("Bot")
(i, j) = cell.cell_position
return self.isEmpty(i - 1, j + 1)
def emptyRightTop(self, cell):
if self.isRightBoundary(cell):
raise BoundaryException("Right")
if self.isTopBoundary(cell):
raise BoundaryException("Top")
(i, j) = cell.cell_position
return self.isEmpty(i + 1, j + 1)
def emptyLeftBot(self, cell):
if self.isLeftBoundary(cell):
raise BoundaryException("Left")
if self.isBotBoundary(cell):
raise BoundaryException("Bot")
(i, j) = cell.cell_position
return self.isEmpty(i - 1, j - 1)
def emptyLeftTop(self, cell):
if self.isLeftBoundary(cell):
raise BoundaryException("Left")
if self.isTopBoundary(cell):
raise BoundaryException("Top")
(i, j) = cell.cell_position
return self.isEmpty(i + 1, j - 1)