def __init__(self, args):
with open(args.config, "r") as f:
self.config = yaml.load(f)
self.args = args
tools = pyocr.get_available_tools()
self.tool = tools[0]
self.p = PokemonGo()
async def start(self):
self.p = PokemonGo()
await self.p.set_device(self.args.device_id)
logger.error('Oh.. eggy eggy eggies...')
# forces the first round to do the checks and switching
last_check_time = time.time() - self.config['times']['on_world']
last_switch_time = time.time() # - self.config['times']['on_each_app']
last_refill_time = time.time() # - self.config['times']['on_each_app']
while True:
screencap = await self.p.screencap()
self.state = await self.get_current_state(screencap)
time_now = time.time()
if self.state == 'on_hatching':
await self.watch_the_egg_hatch()
elif self.state == 'on_world':
pass
elif self.state == 'on_eggs':
await self.tap('pokeball_button')
else:
# wtf... a gps or weather dialog perhaps?
await self.deal_with_blocking_dialogs()
continue
if args.refill and time_now - last_refill_time >= self.config[
'times']['refill_each'] and self.state == 'on_world':
await self.stop_pokemon_goplus(120)
last_refill_time = time_now
# if await self.stop_pokemon_goplus(120):
# last_refill_time = time_now
# else:
# await self.deal_with_blocking_dialogs()
if self.args.switch and self.state == 'on_world':
if time_now - last_switch_time >= self.config['times'][
'on_each_app']:
logger.warning('OK, TIME TO CHECK OUR FRIEND!')
await self.switch_app()
last_switch_time = time_now
last_check_time = time.time(
) - self.config['times']['on_world']
continue
if time_now - last_check_time >= self.config['times'][
'on_world'] and self.state == 'on_world':
# if we spent more than allowed on the world
# check the freaking eggs
if await self.check_my_eggs():
last_check_time = time_now
else:
await self.deal_with_blocking_dialogs()
await asyncio.sleep(10)
def __init__(self, args):
with open(args.config, "r") as f:
self.config = yaml.load(f)
self.args = args
tools = pyocr.get_available_tools()
self.tool = tools[0]
self.p = PokemonGo()
self.i = 2
self.CHECK_STRING = self.config['names']['name_check']
self.SEARCH_STRING = self.config['names']['search_string']
async def start(self):
self.p = PokemonGo()
await self.p.set_device(self.args.device_id)
await self.p.start_logcat()
num_errors = 0
while True:
blacklist = False
state, values = await self.check_pokemon()
await self.p.seek_to_end(
) # just in case any additional lines are present
if values["name"] in self.config["blacklist"]:
blacklist = True
elif state == CALCY_SUCCESS:
num_errors = 0
elif state == CALCY_RED_BAR:
continue
elif state == CALCY_SCAN_INVALID:
num_errors += 1
if num_errors < args.max_retries:
continue
num_errors = 0
values["success"] = True if state == CALCY_SUCCESS else False
values["blacklist"] = blacklist
actions = await self.get_name(values)
if "rename" in actions or "rename-calcy" in actions:
if values["success"] is False:
await self.tap('close_calcy_dialog') # it gets in the way
await self.tap('rename')
if "rename-calcy" in actions:
if args.touch_paste:
await self.swipe('edit_box', 600)
await self.tap('paste')
else:
await self.p.key(279) # Paste into rename
elif "rename" in actions:
await self.p.text(actions["rename"])
await self.tap('keyboard_ok')
await self.tap('rename_ok')
if "favorite" in actions:
if await self.check_favorite():
await self.tap('favorite_button')
await self.tap('next')
async def setup(self):
self.p = PokemonGo()
if self.args.device_id is None:
await self.p.get_device()
else:
await self.p.set_device(self.args.device_id)
if self.args.copy_calcy:
await self.p.send_intent("clipper.set", extra_values=[["text", CALCY_STRING]])
return False
path = "config.yaml"
device_path = await self.p.get_device()+".yaml"
if self.args.config is None and os.path.exists(device_path):
path = device_path
elif self.args.config is not None:
path = self.args.config
with open(path, "r") as f:
self.config = yaml.load(f, Loader)
await self.p.start_logcat()
async def start(self):
self.p = PokemonGo()
await self.p.start_logcat()
num_errors = 0
while True:
try:
values = await self.check_pokemon()
num_errors = 0
except RedBarError:
continue
except CalcyIVError:
num_errors += 1
if num_errors > args.max_retries:
self.tap('next')
num_errors = 0
continue
await self.tap('dismiss_calcy')
await self.tap('rename')
await self.p.key(279) # Paste into rename
await self.tap('keyboard_ok')
await self.tap('rename_ok')
await self.tap('next')
async def start(self):
self.p = PokemonGo()
await self.p.set_device(self.args.device_id)
await self.p.start_logcat()
num_errors = 0
while True:
blacklist = False
state, values = await self.check_pokemon()
await self.p.seek_to_end(
) # just in case any additional lines are present
if values["name"] in self.config["blacklist"]:
blacklist = True
elif state == CALCY_SUCCESS:
num_errors = 0
elif state == CALCY_RED_BAR:
continue
elif state == CALCY_SCAN_INVALID:
num_errors += 1
if num_errors < args.max_retries:
continue
num_errors = 0
values[
"success"] = True if state == CALCY_SUCCESS and blacklist == False else False
values["blacklist"] = blacklist
values["appraised"] = False
actions = await self.get_actions(values)
if "appraise" in actions:
await self.tap("pokemon_menu_button")
await self.tap("appraise_button")
await self.p.send_intent("tesmath.calcy.ACTION_ANALYZE_SCREEN",
"tesmath.calcy/.IntentReceiver",
[["silentMode", True]])
for i in range(0, 3):
await self.tap("continue_appraisal")
while await self.check_appraising():
await self.tap("continue_appraisal")
await self.tap("calcy_appraisal_save_button")
values["appraised"] = True
actions = await self.get_actions(values)
await self.tap("dismiss_calcy")
if "rename" in actions or "rename-calcy" in actions:
if values["success"] is False:
await self.tap('close_calcy_dialog') # it gets in the way
await self.tap('rename')
if "rename-calcy" in actions:
if args.touch_paste:
await self.swipe('edit_box', 600)
await self.tap('paste')
else:
await self.p.key(279) # Paste into rename
elif "rename" in actions:
await self.p.text(actions["rename"])
await self.tap('keyboard_ok')
await self.tap('rename_ok')
if "favorite" in actions:
if not await self.check_favorite():
await self.tap('favorite_button')
await self.tap('next')
async def start(self):
self.p = PokemonGo()
await self.p.set_device(self.args.device_id)
await self.p.start_logcat()
num_errors = 0
while True:
blacklist = False
state, values = await self.check_pokemon()
if values["name"] in self.config["blacklist"]:
blacklist = True
elif state == CALCY_SUCCESS:
num_errors = 0
elif state == CALCY_RED_BAR:
continue
elif state == CALCY_SCAN_INVALID:
num_errors += 1
if num_errors < args.max_retries:
continue
num_errors = 0
values[
"success"] = True if state == CALCY_SUCCESS and blacklist is False else False
values["blacklist"] = blacklist
values["appraised"] = False
actions = await self.get_actions(values)
if "appraise" in actions:
await self.tap("pokemon_menu_button")
await self.tap("appraise_button")
await self.p.send_intent("tesmath.calcy.ACTION_ANALYZE_SCREEN",
"tesmath.calcy/.IntentReceiver",
[["silentMode", True]])
for i in range(
0, 4
): # we can do it four times before beggining to screencap
await self.tap("continue_appraisal")
while await self.check_appraising():
await self.tap("continue_appraisal")
await self.tap("calcy_appraisal_save_button")
values["appraised"] = True
actions = await self.get_actions(values)
await self.tap("dismiss_calcy")
if "rename" in actions or "rename-calcy" in actions:
if values["success"] is False:
await self.tap('close_calcy_dialog') # it gets in the way
await self.tap('rename')
if actions.get(
"rename", "{calcy}"
) != "{calcy}": # Don't bother setting clipboard if we don't need to change it
await self.p.send_intent(
"clipper.set",
extra_values=[[
"text", actions["rename"].format(**values)
]])
if args.touch_paste:
await self.swipe('edit_box', 600)
await self.tap('paste')
else:
await self.p.key('KEYCODE_PASTE') # Paste into rename
# await self.tap('keyboard_ok') # Instead of yet another tap, use keyevents for reliability
await self.p.key('KEYCODE_TAB')
await self.p.key('KEYCODE_ENTER')
await self.tap('rename_ok')
if "favorite" in actions:
if not await self.check_favorite():
await self.tap('favorite_button')
await self.tap('next')
#!/usr/bin/env python3.7
import logging
import asyncio
from PIL import Image
import colorsys
from pokemonlib import PokemonGo
p = PokemonGo()
async def hue_affinity(hue1, hue2):
'''Checks the affinity, in percentual terms,
of the average median im hue against hue1 and
hue2.
Input values are in range 0-255, instead of
the common 0-360° used for HSL and HSV images.
Arguments:
image {Image} -- PIL.Image
hue1 {int} -- 0-255
hue2 {int} -- 0-255
Returns:
{tuple} -- A tuple containing the relative
percentages lenghts of the arcs
between im's median hue against
hue1 and hue2, respectively.
'''
## Image filtering mumbojumbo
im = await p.screencap()
