def run(self):
try:
if not self.init:
self.setup()
self.message_pump()
finally:
HotKey.unregister_all()
WindowsTimer.unregister_all()
def message_pump(self):
quit_key = HotKey(lambda: 0, key=self.kill_key)
msg = wintypes.MSG()
while user32.GetMessageA(byref(msg), None, 0, 0) != 0:
if msg.message == win32con.WM_HOTKEY:
if msg.wParam == quit_key.id:
break
HotKey.on_hotkey(msg.wParam)
elif msg.message == win32con.WM_TIMER:
WindowsTimer.on_WM_TIMER(msg.wParam)
user32.TranslateMessage(byref(msg))
user32.DispatchMessageA(byref(msg))
def __init__(self, *args, **kwargs):
super(ButtonModule, self).__init__(*args, **kwargs)
self.perfect_clicks = 0
self.purples = 100
self.last_plant_time = datetime.min
self.toggle_button = HotKey(call(self, 'toggle_module'), win32con.VK_F8)
self.button_timer = WindowsTimer(call(self, 'find_and_click'), 250, register=False)
class ButtonModule(Module):
def __init__(self, *args, **kwargs):
super(ButtonModule, self).__init__(*args, **kwargs)
self.perfect_clicks = 0
self.purples = 100
self.last_plant_time = datetime.min
self.toggle_button = HotKey(call(self, 'toggle_module'), win32con.VK_F8)
self.button_timer = WindowsTimer(call(self, 'find_and_click'), 250, register=False)
def activate(self):
self.button_timer.register()
super(ButtonModule, self).activate()
def deactivate(self):
self.button_timer.unregister()
super(ButtonModule, self).deactivate()
def find_button(self, elapsed=0, pix=None):
#print "Trying to find the button."
here = self.cursor_location
if not pix:
screen_offset = here.plus(-300, -200)
bbox = (here.x-300, here.y-200, here.x+300, here.y+200)
ss = ImageGrab.grab(bbox)
#print "Got image: %r" % ss
pix = ss.load()
else:
screen_offset = Point(*self.layout.main_bbox[:2])
grab_size = Point(600, 400)
localhere = grab_size.center()
def is_in_circle(p):
if p.x < 0 or p.y < 0 or p.x >= grab_size.x or p.y >= grab_size.y:
return False
c = pix[p.t()]
if c[0] > 0 and c[1] == c[2] == 0:
return False
answer = not (c[0] == c[1] == c[2] and c[0] >= 15) and p.x < grab_size.x and p.y < grab_size.y and p.x > 0 and p.y > 0
if not answer:
pass
#print "Stopping at ", c
return answer
return pix[p.t()] == (200, 100, 0)
reference_point = localhere.copy()
color = pix[reference_point.t()]
for l in xrange(3):
# Search left and right from the previous point
# until it stops being 200, 100, 0
# Left:
min_x = max_x = reference_point.x
min_y = max_y = reference_point.y
p = reference_point.copy()
while is_in_circle(p):
min_x = p.x
p.x -= 1
# Right:
p.x = max_x
while is_in_circle(p):
max_x = p.x
p.x += 1
p.x = int(round((max_x - min_x +0) / 2.0)) + min_x
# Up
while is_in_circle(p):
min_y = p.y
p.y -= 1
p.y = max_y
while is_in_circle(p):
max_y = p.y
p.y += 1
p.y = int(round((max_y - min_y +0) / 2.0, 0)) + min_y
reference_point = p
#print "Hmm. ", (min_x, max_x, min_y, max_y)
#print "Got closer: ", p.t()
center_point = reference_point.plus(screen_offset.x, screen_offset.y)
return center_point
def find_and_click(self):
if not self.layout.analyzed:
self.layout.analyze()
pix = self.layout.get_main_pix()
self.repair_point = Point(94809, 317362)
repair_color = pix.at_rel(self.repair_point)
repair_abs = self.layout.to_absolute(self.repair_point)
#print "Repair color is %r" % (repair_color,)
#print "Repair button is at rel %s, abs %s" % (self.repair_point, repair_abs)
if repair_color == (151, 100, 229):
print "Clicking repair!"
self.click_mouse(self.layout.to_absolute(self.repair_point))
return
center_point = self.find_button(pix)
#print "The center is at ", center_point.t()
print "Clicking the button at %s" % center_point
if self.perfect_clicks >= 10:
center_point = center_point.plus(3, 0)
self.perfect_clicks = 0
else:
self.perfect_clicks += 1
self.purples += 1
self.cursor_location = center_point
self.click_mouse()
if self.purples >= 100:
shop_point = Point(91815, 251494)
boost_point = Point(393210, 51895)
charge_point = Point(453090, 113771)
print "Clicking some shop buttons."
self.click_mouse(self.layout.to_absolute(shop_point))
self.click_mouse(self.layout.to_absolute(boost_point))
self.click_mouse(self.layout.to_absolute(charge_point))
self.click_mouse(self.layout.to_absolute(shop_point))
#self.click(self.layout.to_absolute)
self.purples -= 100
# Can I kill ants?
green_point = Point(536921, 439118)
if pix.at_rel(green_point) == (75, 162, 11):
print "Green ant kill"
self.click_mouse(self.layout.to_absolute(green_point))
red_point = Point(595803, 443110)
if pix.at_rel(red_point) == (168, 36, 36):
print "Red ant kill"
self.click_mouse(self.layout.to_absolute(red_point))
# Can I refill the battery?
battery_point = Point(132733, 485026)
if pix.at_rel(battery_point) != (255, 0, 255):
print "Charging battery"
self.click_mouse(self.layout.to_absolute(battery_point))
# Can I harvest trees?
harvest_point = Point(22953, 484028)
if pix.at_rel(harvest_point) != (68, 31, 25):
print "Harvesting trees"
self.click_mouse(self.layout.to_absolute(harvest_point))
# should I plant trees?
if (datetime.now()-self.last_plant_time).total_seconds() >= 301:
self.last_plant_time = datetime.now()
t = self.cursor_location
from time import sleep
world_location = Point(454088, 8981)
garden_location = Point(455086, 111775)
print "Switching to garden"
self.move_rel(world_location)
sleep(0.25)
self.click_rel(garden_location)
print "Switched"
print "Clicking gray seed."
grey_location = Point(18961, 326344)
self.click_rel(grey_location)
print "Clicking plant all"
plant_location = Point(316364, 325346)
self.click_rel(plant_location)
print "Switching to button"
self.move_rel(world_location)
sleep(0.25)
button_location = Point(446104, 163671)
self.click_rel(button_location)
print "Switched"
self.move_rel(Point(247503, 142713))
