def update(self):
self.fidx = (self.fidx + 1) % 8
if self.target == None:
self.speed = 1
if len(self.target_list) != 0:
self.target = copy.copy(self.target_list[0])
self.target_list.pop(0)
self.delta = helper.delta(self.pos, self.target, self.speed)
helper.move_toward_obj(boy)
def update(self):
x, y = self.pos
dx, dy = self.delta
self.pos = x + dx, y + dy
if self.target is not None:
ddx = -self.delta[0]
helper.move_toward_obj(self)
if self.target == None:
print("Removing target: ", self.targets[0],
" from %d target(s)." % len(self.targets))
del self.targets[0]
if len(self.targets) > 0:
helper.set_target(self, self.targets[0])
def update(self):
x, y = self.pos
dx, dy = self.delta
self.pos = x + dx, y + dy
if self.target is not None:
ddx = -self.delta[0]
helper.move_toward_obj(self)
if self.target == None:
print("Done")
print("Removing target: ", self.targets[0], " from %d target(s)." % len(self.targets))
del self.targets[0]
if len(self.targets) > 0:
helper.set_target(self, self.targets[0])
self.updateAction(self.delta[0], 0)
else:
self.speed = 0
self.fidx = (self.fidx + 1) % 8
def update(self):
stage1 = ((26, 45), (94, 90), (162, 135), (230, 180))
x, y = self.pos
dx, dy = self.delta
self.pos = x + dx, y + dy
self.animation += self.count
bex, bey = self.pos
if (self.animation > 0.9):
self.animation = 0
if (x > 741):
self.pos = 741, y + dy
if (x < 60):
self.pos = 60, y + dy
if (y > 538):
self.pos = x + dx, 538
if (y < 81):
self.pos = x + dx, 81
unx1, uny1 = stage1[3]
if (self.action == 1 and (unx1 - 20 <= x and unx1 + 90 >= x
and uny1 + 20 <= y and uny1 + 80 >= y)):
self.pos = x - 5, y
elif (self.action == 0 and (unx1 - 20 <= x and unx1 + 90 >= x
and uny1 + 20 <= y and uny1 + 80 >= y)):
self.pos = x + 5, y
elif (self.action == 5 and (unx1 - 20 <= x and unx1 + 90 >= x
and uny1 + 20 <= y and uny1 + 80 >= y)):
self.pos = x, y - 5
elif (self.action == 4 and (unx1 - 20 <= x and unx1 + 90 >= x
and uny1 + 20 <= y and uny1 + 80 >= y)):
self.pos = x, y + 5
if self.target is not None:
ddx = -self.delta[0]
helper.move_toward_obj(self)
if self.target == None:
del self.targets[0]
if len(self.targets) > 0:
helper.set_target(self, self.targets[0])
self.updateAction(self.delta[0], 0)
else:
self.speed = 0
self.updateAction(0, ddx)
def Update(self):
self.fidx = (self.fidx + 1) % 8
helper.move_toward_obj(boy)
if self.target == None:
self.speed = 1
def update(self):
map1 = ((94,45),(94,135),(94,225),(94,320),(94,415),(94,508) ,\
(230,45),(230,135),(230,225),(230,320),(230,415),(230,508) ,\
(365,45),(365,135),(365,225),(365,320),(365,415),(365,508) ,\
(503,45),(503,135),(503,225),(503,320),(503,415),(503,508) ,\
(639,45),(639,135),(639,225),(639,320),(639,415),(639,508))
x, y = self.pos
dx, dy = self.delta
self.pos = x + dx, y + dy
self.animation += self.count
if (self.animation > 0.9):
self.animation = 0
if (x > 741):
self.pos = 741, y + dy
if (x < 60):
self.pos = 60, y + dy
if (y > 538):
self.pos = x + dx, 538
if (y < 81):
self.pos = x + dx, 81
sx1, sy1 = self.save1
if sx1 - 100 <= x and sx1 + 100 >= x and sy1 - 70 <= y and sy1 + 70 >= y:
self.lifecount -= 0.01
else:
self.lifecount -= 0.05
sx2, sy2 = self.save2
if sx2 - 100 <= x and sx2 + 100 >= x and sy2 - 70 <= y and sy2 + 70 >= y:
self.lifecount -= 0.01
else:
self.lifecount -= 0.05
sx3, sy3 = self.save3
if sx3 - 100 <= x and sx3 + 100 >= x and sy3 - 70 <= y and sy3 + 70 >= y:
self.lifecount -= 0.01
else:
self.lifecount -= 0.05
print("1p", self.lifecount)
if self.lifecount < 0:
gfw.change(winp2)
for i in range(30):
unx1, uny1 = map1[i]
if (self.action == 1 and (unx1 - 20 < x and unx1 + 90 > x
and uny1 + 20 < y and uny1 + 80 > y)):
self.pos = x - 5, y
elif (self.action == 0 and (unx1 - 20 < x and unx1 + 90 > x
and uny1 + 20 < y and uny1 + 80 > y)):
self.pos = x + 5, y
elif (self.action == 5 and (unx1 - 20 < x and unx1 + 90 > x
and uny1 + 20 < y and uny1 + 80 > y)):
self.pos = x, y - 5
elif (self.action == 4 and (unx1 - 20 < x and unx1 + 90 > x
and uny1 + 20 < y and uny1 + 80 > y)):
self.pos = x, y + 5
if self.target is not None:
ddx = -self.delta[0]
helper.move_toward_obj(self)
if self.target == None:
del self.targets[0]
if len(self.targets) > 0:
helper.set_target(self, self.targets[0])
self.updateAction(self.delta[0], 0)
else:
self.speed = 0
self.updateAction(0, ddx)
def update(self):
self.frame = (self.frame + 1) % 8
helper.move_toward_obj(boy)
if boy.target == None:
boy.speed = 0