def create_crystals(self):
""" Uses the auto level feature """
coordinates = Planet.COORDINATES
pg.click(coordinates.tab)
images = [Planet.CRYSTAL, Planet.UP_ALL, Planet.LEVEL]
for image in images:
helpers.click_image_on_screen(image, coordinates)
def start_action(self):
""" This is part 2 of start_action. ActionClass holds part 1"""
self.go_to_tab()
super().start_action()
self.check_if_correct_team()
dungeon_info(self)
helpers.click_image_on_screen(IMAGE_DICTIONARY[self.CLOSE_BUTTON])
self.is_active = True
def equip_crystals(self):
""" Uses the auto equip feature """
coordinates = Planet.COORDINATES
pg.click(coordinates.tab)
helpers.click_image_on_screen(Planet.CRYSTAL, coordinates)
helpers.scroll_to_bottom(coordinates)
pg.scroll(500)
helpers.click_image_on_screen(Planet.EQUIP_ALL, coordinates)
def remove_clones(self):
""" self explanatory """
coordinates = Planet.COORDINATES
pg.click(coordinates.tab)
images = [IMAGE_DICTIONARY["max"], Planet.UBS, Planet.MINUS]
for image in images:
helpers.click_image_on_screen(image, coordinates)
Planet.POWER_SURGING = False
def start_action(self):
""" This can set and collect both campaign and dungeons. """
coordinates = self.get_cords()
self.go_to_tab()
super().start_action()
pg.click(coordinates.hour_12)
pg.moveTo(coordinates.safe_spot)
helpers.click_image_on_screen(IMAGE_DICTIONARY[self.CLOSE_BUTTON])
self.is_active = True
def upgrade_crystals(self):
""" Uses the auto upgrade feature """
coordinates = Planet.COORDINATES
pg.click(coordinates.tab)
helpers.click_image_on_screen(Planet.CRYSTAL, coordinates)
helpers.scroll_to_bottom(coordinates)
pg.scroll(500)
print("sleeping")
time.sleep(5)
helpers.click_image_on_screen(Planet.MAX_ALL, coordinates)
def buy_pet_food(self):
self.go_to_tab()
helpers.click_image_on_screen(IMAGE_DICTIONARY["buy_button"])
time.sleep(0.1)
helpers.click_image_on_screen(IMAGE_DICTIONARY["pet_baal_power"])
helpers.click_image_on_screen(IMAGE_DICTIONARY["buy_max"])
helpers.click_image_on_screen(IMAGE_DICTIONARY["yes_button"])
def collect_reward(self):
coordinates = self.get_cords()
self.go_to_tab()
pos = self.action_region_relative
if pos[0] == -1:
pos = (self.FALL_BACK_POS[0],
self.FALL_BACK_POS[1] + 45 * self.camp_index)
x = round(pos[0])
y = round(pos[1]) - 15
zone = (x + coordinates.X_PAD, y + coordinates.Y_PAD,
x + 400 + coordinates.X_PAD, y + 65 + coordinates.Y_PAD)
print(self.REWARD_BUTTON)
helpers.click_image_in_zone(IMAGE_DICTIONARY[self.REWARD_BUTTON],
zone=zone)
pg.moveTo(coordinates.safe_spot)
time.sleep(2)
helpers.click_image_on_screen(IMAGE_DICTIONARY["close_button"])
time.sleep(0.1)
self.is_active = False
def distribute(self):
self.go_to_tab()
coordinates = self.COORDINATES
image = self.DISTRIBUTE
if image in coordinates.IMAGE_CACHE:
pos = coordinates.IMAGE_CACHE[image]
print("got image from cache")
else:
pos = helpers.click_image_on_screen(image)
coordinates.IMAGE_CACHE[image] = pos
print("cached image")
pg.click(pos)
pg.moveTo(coordinates.safe_spot)
def feed(self):
self.go_to_tab()
helpers.click_image_on_screen(self.FEED)
def finger_flick(self):
self.go_to_tab()
helpers.click_image_on_screen(self.FINGER_FLICK)
def fight(self):
self.go_to_tab()
helpers.click_image_on_screen(self.FIGHT)
def create_progress(self, image):
""" Will set next at to 2 """
self.go_to_tab()
helpers.click_image_on_screen(self.NA_TWO, self.COORDINATES)
self.create(image)
def rebirth(self):
self.go_to_tab()
helpers.click_image_on_screen(IMAGE_DICTIONARY["rebirth"])
helpers.click_image_on_screen(IMAGE_DICTIONARY["yes_button"])
def construct(self):
self.go_to_tab()
helpers.click_image_on_screen(Divinity.PLUS)
self.is_constructed = True
def add_to_div(self):
self.go_to_tab()
helpers.click_image_on_screen(IMAGE_DICTIONARY["add2"])
pg.moveTo(self.COORDINATES.safe_spot)
def power_surge(self):
coordinates = Planet.COORDINATES
pg.click(coordinates.tab)
helpers.click_image_on_screen(Planet.UBS, coordinates)
helpers.click_image_on_screen(Planet.CAP, coordinates)
Planet.POWER_SURGING = True
def remove_all_clones(self):
self.go_to_tab()
helpers.click_image_on_screen(IMAGE_DICTIONARY["max"])
images = [Divinity.GAIN_IMAGE, Divinity.CAPACITY_IMAGE, Divinity.CONVERT_IMAGE, Divinity.WORKER_CLONES_IMAGE]
self.add_or_remove_clones(images, 500, 50, Divinity.MINUS)
def cap_max(self):
self.go_to_tab()
helpers.click_image_on_screen(IMAGE_DICTIONARY["cap_max"])
helpers.click_image_on_screen(IMAGE_DICTIONARY["fill"])
self.add_to_div()
def quick_rebirth():
""" """
pets = Pets("pets")
gods = Gods("gods")
monuments = Monuments("monuments")
creation = Creations("creation")
divinity = Divinity("divinity")
planet = Planet()
time.sleep(1)
pets.distribute()
time.sleep(1)
gods.finger_flick()
time.sleep(1)
print(f'{Fore.GREEN}MIGHTY_STATUE Starting at:{helpers.time_format()}\n')
monuments.build(monuments.MIGHTY_STATUE)
time.sleep(1)
creation.create_clones_off()
creation.create_progress(creation.LIGHT)
time.sleep(2)
creation.create_clones_on()
time.sleep(1)
divinity.construct()
pg.moveTo(divinity.COORDINATES.safe_spot)
time.sleep(1)
divinity.construct_upgrades()
print(f'{Fore.GREEN}IDLE_CYCLE Starting at:{helpers.time_format()}\n')
for _ in range(10):
pets.distribute()
divinity.add_to_div()
divinity.construct_upgrades()
time.sleep(10)
for _ in range(10):
pets.distribute()
divinity.add_to_div()
divinity.construct_upgrades()
time.sleep(30)
for _ in range(10):
pets.distribute()
divinity.add_to_div()
divinity.construct_upgrades()
time.sleep(60)
print(f'{Fore.GREEN}IDLE_CYCLE Finished at:{helpers.time_format()}\n')
print(
f'{Fore.GREEN}divinity.remove_all_clones() started at:{helpers.time_format()}\n'
)
divinity.remove_all_clones()
print(
f'{Fore.GREEN}divinity.cap_max() started at:{helpers.time_format()}\n')
divinity.cap_max()
time.sleep(0.5)
print(
f'{Fore.GREEN}planet.power_surge() started at:{helpers.time_format()}\n'
)
planet.power_surge()
time.sleep(0.5)
print(
f'{Fore.GREEN}helpers.click_image_on_screen(IMAGE_DICTIONARY["max"]) started at:{helpers.time_format()}\n'
)
helpers.click_image_on_screen(IMAGE_DICTIONARY["max"])
time.sleep(0.5)
print(
f'{Fore.GREEN}monuments.build(monuments.TEMPLE_OF_GOD) started at:{helpers.time_format()}\n'
)
monuments.build(monuments.TEMPLE_OF_GOD)
time.sleep(0.5)
print(
f'{Fore.GREEN}monuments.build(monuments.TEMPLE_OF_GOD) started at:{helpers.time_format()}\n'
)
print(f'{Fore.GREEN}IDLE_CYCLE started at:{helpers.time_format()}\n')
for _ in range(10):
# Idle loop
pets.distribute()
divinity.add_to_div()
time.sleep(120)
creation.finished_cycle = creation.check_if_idle()
print(f'{Fore.GREEN}IDLE_CYCLE finished at:{helpers.time_format()}\n')
print(
f'{Fore.GREEN}Creation_cycle_check started at:{helpers.time_format()}\n'
)
while not creation.finished_cycle:
creation.finished_cycle = creation.check_if_idle()
pets.distribute()
divinity.add_to_div()
time.sleep(30)
print(
f'{Fore.GREEN}Creation_cycle_check finished at:{helpers.time_format()}\n'
)
print(
f'{Fore.GREEN}creation.create_specific(creation.WEATHER) started at:{helpers.time_format()}\n'
)
creation.create_specific(creation.WEATHER)
time.sleep(0.5)
pg.keyDown("shift")
pg.press("r")
pg.keyUp("shift")
time.sleep(0.5)
print(
f'{Fore.GREEN}monuments.build(monuments.BLACK_HOLE) started at:{helpers.time_format()}\n'
)
monuments.build(monuments.BLACK_HOLE)
time.sleep(12 * 4)
pg.keyDown("shift")
pg.press("r")
pg.keyUp("shift")
time.sleep(0.5)
print(
f'{Fore.GREEN}monuments.upgrade(monuments.BLACK_HOLE) started at:{helpers.time_format()}\n'
)
monuments.upgrade(monuments.BLACK_HOLE)
time.sleep(5)
pg.keyDown("shift")
pg.press("r")
pg.keyUp("shift")
time.sleep(0.5)
print(
f'{Fore.GREEN}monuments.upgrade(monuments.TEMPLE_OF_GOD) started at:{helpers.time_format()}\n'
)
monuments.upgrade(monuments.TEMPLE_OF_GOD)
time.sleep(30)
# end_of_run()
# monuments.black_hole()
# monuments.black_hole_upgrade()
print(
f'{Fore.GREEN}gods.finger_flick() started at:{helpers.time_format()}\n'
)
gods.finger_flick()
time.sleep(3)
for _ in range(3):
gods.fight()
time.sleep(3)
pets.buy_pet_food()
time.sleep(0.5)
# bp.light_clones()
# bp.pet_stones()
gods.COORDINATES.IMAGE_CACHE = {}
Rebirth("rebirth").rebirth()
quick_rebirth()
def create_specific(self, image):
""" Will set next at to off """
self.go_to_tab()
helpers.click_image_on_screen(self.NA_OFF, self.COORDINATES)
self.create(image)
