def update(self, pacx, pacy, pac_dir):
self.update_nxy()
if self.rect.x % const.BLOCK_WIDTH == 0 and self.rect.y % const.BLOCK_HEIGHT == 0:
x = pacx // const.BLOCK_WIDTH
y = pacy // const.BLOCK_HEIGHT
if pac_dir == 1:
y -= 4
elif pac_dir == 2:
x += 4
elif pac_dir == 3:
y += 4
elif pac_dir == 4:
x -= 4
p = self.near_cell(x, y)
if p != None:
x, y = p.x, p.y
myx, myy = self.nxy
if Point(myx, myy) == Point(x, y):
self.dir = 0
else:
next = path_alg.path_to_points(self.graph.get_path(path_alg.point_to_num(Point(myx, myy)),
path_alg.point_to_num(Point(x, y)))[-1:])[0]
self.dir = self.path_to_dirs(Point(myx, myy), [next])[0]
else:
self.dir = 0
self.move_dir()
def near_cell(self, x, y):
minx, miny = 9, 13
for i in range(100):
rx = random.randint(0, const.WIN_BLOCK_WIDTH - 1)
ry = random.randint(0, const.WIN_BLOCK_HEIGHT - 1)
if MapTile.show_map()[ry][rx] != '-' and path_alg.dist(
Point(minx, miny), Point(x, y)) > path_alg.dist(
Point(rx, ry), Point(x, y)):
minx, miny = rx, ry
return Point(minx, miny)
def update_death(self, pacx, pacy):
self.update_nxy()
if self.rect.x % const.BLOCK_WIDTH == 0 and self.rect.y % const.BLOCK_HEIGHT == 0:
x = pacx // const.BLOCK_WIDTH
y = pacy // const.BLOCK_HEIGHT
myx, myy = self.nxy
if Point(myx, myy) == Point(x, y):
self.dir = 0
else:
next = path_alg.path_to_points(self.graph.get_path(path_alg.point_to_num(Point(myx, myy)),
path_alg.point_to_num(Point(x, y)))[-1:])[0]
self.dir = self.path_to_dirs(Point(myx, myy), [next])[0]
self.move_dir()
def update(self, pacx, pacy):
self.update_nxy()
if self.rect.x % const.BLOCK_WIDTH == 0 and self.rect.y % const.BLOCK_HEIGHT == 0:
x = pacx // const.BLOCK_WIDTH
y = pacy // const.BLOCK_HEIGHT
if path_alg.dist(Point(x, y), Point(self.nxy[0],
self.nxy[1])) <= 8:
self.to = 0
else:
if path_alg.dist(Point(self.nxy[0], self.nxy[1]),
self.ps[self.to]) <= 1:
self.to = (self.to + 1) % len(self.ps)
target = self.ps[self.to]
#target = self.near_cell(target.x, target.y)
x, y = target.x, target.y
myx, myy = self.nxy
if Point(myx, myy) == Point(x, y):
self.dir = 0
else:
next = path_alg.path_to_points(
self.graph.get_path(path_alg.point_to_num(Point(myx, myy)),
path_alg.point_to_num(Point(
x, y)))[-1:])[0]
self.dir = self.path_to_dirs(Point(myx, myy), [next])[0]
self.move_dir()
def update(self, pacx, pacy, blinkyx, blinkyy):
self.update_nxy()
if self.rect.x % const.BLOCK_WIDTH == 0 and self.rect.y % const.BLOCK_HEIGHT == 0:
x, y = pacx // const.BLOCK_WIDTH, pacy // const.BLOCK_HEIGHT
bx, by = blinkyx // const.BLOCK_WIDTH, blinkyy // const.BLOCK_HEIGHT
pac, bl = Point(x, y), Point(bx, by)
target = (pac - bl) * 2 + bl
target = self.near_cell(target.x, target.y)
if target != None:
x, y = target.x, target.y
myx, myy = self.nxy
if Point(myx, myy) == Point(x, y):
self.dir = 0
else:
next = path_alg.path_to_points(
self.graph.get_path(
path_alg.point_to_num(Point(myx, myy)),
path_alg.point_to_num(Point(x, y)))[-1:])[0]
self.dir = self.path_to_dirs(Point(myx, myy), [next])[0]
else:
self.dir = 0
self.move_dir()
def __init__(self, x, y, img, finder):
super().__init__(x, y, img, finder)
self.ps = (Point(9, 14), Point(18, 14), Point(18, 20), Point(9, 20))
self.to = 0