def neighbours(self, cell):
Debug.log_with_action(cell.position_string(), 'Cell + neighbours')
neighbours = []
c = self.neighbour_left(cell)
if c is not None:
neighbours.append(c)
c = self.neighbour_right(cell)
if c is not None:
neighbours.append(c)
c = self.neighbour_up(cell)
if c is not None:
neighbours.append(c)
c = self.neighbour_down(cell)
if c is not None:
neighbours.append(c)
for i in neighbours:
Debug.log(i.position_string())
return neighbours
def buren(self, cel):
Debug.log_with_action(cel.position_string(), 'Cel + buren')
neighbours = []
c = self.buur_links(cel)
if c is not None:
neighbours.append(c)
c = self.buur_rechts(cel)
if c is not None:
neighbours.append(c)
c = self.buur_boven(cel)
if c is not None:
neighbours.append(c)
c = self.buur_onder(cel)
if c is not None:
neighbours.append(c)
for i in neighbours:
Debug.log(i.position_string())
return neighbours
def potential_next_moves(self, snake):
head = snake.snakeParts[0]
Debug.log_with_action(head.position_string(), 'Head + potential moves')
potential_cells = []
c = self.neighbour_left(head)
if c is not None:
potential_cells.append(PotentialSnakePart(c.x, c.y))
c = self.neighbour_right(head)
if c is not None:
potential_cells.append(PotentialSnakePart(c.x, c.y))
c = self.neighbour_up(head)
if c is not None:
potential_cells.append(PotentialSnakePart(c.x, c.y))
c = self.neighbour_down(head)
if c is not None:
potential_cells.append(PotentialSnakePart(c.x, c.y))
for i in potential_cells:
Debug.log(i.position_string())
return potential_cells
