def do_move(self, board: Board) -> object:
if self.action is None:
raise Exception('No action has been performed yet')
child = self.copy()
child.action = None
x_offset, y_offset = self.direction.to_direction_tuple()
if self.direction == PlayerDirection.UP:
child.position_y -= self.speed
elif self.direction == PlayerDirection.RIGHT:
child.position_x += self.speed
elif self.direction == PlayerDirection.DOWN:
child.position_y += self.speed
elif self.direction == PlayerDirection.LEFT:
child.position_x -= self.speed
# Calculate the new steps
child.steps_to_this_point = list(
Board.get_points_in_rectangle(self.position_x + x_offset,
self.position_y + y_offset,
child.position_x, child.position_y))
jump_needed = False
for x, y in child.steps_to_this_point[1:-1]:
if board.point_is_available(x, y):
jump_needed = True
if jump_needed and self.roundModulo == -1:
self.roundModulo = 0
# Remove the jumped over cells
do_jump = self.roundModulo == 0
while do_jump and len(child.steps_to_this_point) > 2:
child.steps_to_this_point.pop(1)
# Add self to previous of child
child.previous.append(self)
# All new passed positions
for step in child.steps_to_this_point:
child.collided_with_own_line |= bool(
child.all_steps.get(step, False))
if not child.collided_with_own_line:
child.all_steps.setdefault(step, child)
# Increase round modulo
if self.roundModulo == -1:
child.roundModulo = -1
else:
child.roundModulo = (self.roundModulo + 1) % 6
return child
def do_move(self) -> object:
if self.action is None:
raise Exception('No action has been performed yet')
child = self.copy()
child.action = None
x_offset = 0
y_offset = 0
if self.direction == PlayerDirection.UP:
child.position_y -= self.speed
y_offset = -1
elif self.direction == PlayerDirection.RIGHT:
child.position_x += self.speed
x_offset = 1
elif self.direction == PlayerDirection.DOWN:
child.position_y += self.speed
y_offset = 1
elif self.direction == PlayerDirection.LEFT:
child.position_x -= self.speed
x_offset = -1
# Calculate the new steps
child.steps_to_this_point = list(
Board.get_points_in_rectangle(self.position_x + x_offset,
self.position_y + y_offset,
child.position_x, child.position_y))
# Remove the jumped over cells
do_jump = self.game_round % 6 == 0
while do_jump and len(child.steps_to_this_point) > 2:
child.steps_to_this_point.pop(1)
# Add self to previous of child
child.previous.append(self)
# All new passed positions
for step in child.steps_to_this_point:
child.collided_with_own_line |= bool(
child.all_steps.get(step, False))
if not child.collided_with_own_line:
child.all_steps.setdefault(step, child)
# Increase round number
child.game_round += 1
return child