def walkTo(self, olatitude, olongitude, epsilon=10, step=7.5):
if step >= epsilon:
raise GeneralPogoException("Walk may never converge")
if self.location.noop:
raise GeneralPogoException("Location not set")
# Calculate distance to position
latitude, longitude, _ = self.getCoordinates()
dist = closest = Location.getDistance(latitude, longitude, olatitude,
olongitude)
# Run walk
divisions = closest / step
dLat = (latitude - olatitude) / divisions
dLon = (longitude - olongitude) / divisions
logging.info("Walking %f meters. This will take %f seconds..." %
(dist, dist / step))
while dist > epsilon:
logging.debug("%f m -> %f m away", closest - dist, closest)
latitude -= dLat
longitude -= dLon
self.setCoordinates(latitude, longitude)
time.sleep(1)
dist = Location.getDistance(latitude, longitude, olatitude,
olongitude)
def setLocation(self, search):
try:
geo = self.locator.geocode(search)
except:
raise GeneralPogoException('Error in Geo Request')
# 8 is arbitrary, but not as suspicious as 0
return geo.latitude, geo.longitude, geo.altitude or 8
def parseDefault(self, res):
try:
self._state.eggs.ParseFromString(res.returns[1])
self._state.inventory.ParseFromString(res.returns[2])
self._state.badges.ParseFromString(res.returns[3])
self._state.settings.ParseFromString(res.returns[4])
except Exception as e:
logging.error(e)
raise GeneralPogoException("Error parsing response. Malformed response")
# Finally make inventory usable
item = self._state.inventory.inventory_delta.inventory_items
self.inventory = Inventory(item)
def walkTo(self, olatitude, olongitude, epsilon=10, step=7.5):
if step >= epsilon:
raise GeneralPogoException("Walk may never converge")
# Calculate distance to position
latitude, longitude, _ = self.getCoordinates()
dist = closest = Location.getDistance(
latitude,
longitude,
olatitude,
olongitude
)
# Run walk
divisions = closest / step
dLat = (latitude - olatitude) / divisions
dLon = (longitude - olongitude) / divisions
logging.info("Walking %f meters. This will take %f seconds..." % (dist, dist / step))
print '~'*5,round((dist/(dist / step))*3.6,3),'km/h','~'*5
dist_max = dist
p = ProgressBar(max_value=dist_max)
while dist > epsilon:
logging.debug("%f m -> %f m away", closest - dist, closest)
latitude -= dLat
longitude -= dLon
self.setCoordinates(
latitude,
longitude
)
time.sleep(1)
dist = Location.getDistance(
latitude,
longitude,
olatitude,
olongitude
)
p.update(dist_max-dist)
p.update(dist_max)
def request(self, req, url=None):
try:
return self.requestOrThrow(req, url)
except Exception as e:
logging.error(e)
raise GeneralPogoException('Probably server fires.')
def encounterAndCatch(session, pokemon, thresholdP=0.5, limit=5, delay=2):
# Start encounter
encounter = session.encounterPokemon(pokemon)
# Grab needed data from proto
chances = encounter.capture_probability.capture_probability
balls = encounter.capture_probability.pokeball_type
bag = session.checkInventory().bag
# Have we used a razz berry yet?
berried = False
# Make sure we aren't oer limit
count = 0
# Attempt catch
while True:
bestBall = items.UNKNOWN
altBall = items.UNKNOWN
# Check for balls and see if we pass
# wanted threshold
for i in range(len(balls)):
if balls[i] in bag and bag[balls[i]] > 0:
altBall = balls[i]
if chances[i] > thresholdP:
bestBall = balls[i]
break
# If we can't determine a ball, try a berry
# or use a lower class ball
if bestBall == items.UNKNOWN:
if not berried and items.RAZZ_BERRY in bag and bag[items.RAZZ_BERRY]:
logging.info("Using a RAZZ_BERRY")
session.useItemCapture(items.RAZZ_BERRY, pokemon)
berried = True
time.sleep(delay)
continue
# if no alt ball, there are no balls
elif altBall == items.UNKNOWN:
raise GeneralPogoException("Out of usable balls")
else:
bestBall = altBall
# Try to catch it!!
logging.info("Using a %s" % items[bestBall])
attempt = session.catchPokemon(pokemon, bestBall)
time.sleep(delay)
# Success or run away
if attempt.status == 1:
return attempt
# CATCH_FLEE is bad news
if attempt.status == 3:
if count == 0:
logging.info("Possible soft ban.")
else:
logging.info("Pokemon fleed at %dth attempt" % (count + 1))
return attempt
# Only try up to x attempts
count += 1
if count >= limit:
logging.info("Over catch limit")
return None
def snipeABitch(session,
pokemon,
encounter,
thresholdP=0.5,
limit=25,
delay=2):
# Start encounter
# Grab needed data from proto
chances = encounter.capture_probability.capture_probability
balls = encounter.capture_probability.pokeball_type
bag = session.checkInventory().bag
# Have we used a razz berry yet?
berried = False
# Make sure we aren't oer limit
count = 0
# Attempt catch
while True:
bestBall = items.UNKNOWN
altBall = items.UNKNOWN
#logging.info("Poke Balls: " + str(pokeBalls) + " Great Balls: " + str(greatBalls) + " Ultra Balls: " + str(ultraBalls))
# Check for balls and see if we pass
# wanted threshold
bag = session.checkInventory().bag
ballTypes = {1: 'Poke Ball', 2: 'Great Ball', 3: 'Ultra Ball'}
for i in range(1, len(balls) + 1):
if i in bag and bag[i] > 0:
if i == 1:
#PokeBalls
pokeBalls = bag[i]
logging.info("We have " + str(bag[i]) + " Poke Balls")
if chances[i] > thresholdP:
bestBall = i
logging.info(
"Poke Ball catch probability is above threshold of .5."
)
break
else:
bestBall = i
altBall = i
elif i == 2:
#GreatBalls
greatBalls = bag[i]
logging.info("We have " + str(bag[i]) + " Great Balls")
if float(chances[i]) > float(thresholdP):
bestBall = i
logging.info(
"Great Ball catch probability is above threshold of .5."
)
break
else:
if i - 1 in bag and bag[i - 1] > 0:
altBall = i - 1
bestBall = i
elif i == 3:
#UltraBalls
ultraBalls = bag[i]
bestBall = i
logging.info(
"No ball's catch probability is above threshold of .5, defaulting to Ultra Ball."
)
logging.info("We have " + str(bag[i]) + " Ultra Balls")
if i - 1 in bag and bag[i - 1] > 0:
altBall = i - 1
if bestBall != items.UNKNOWN and altBall != items.UNKNOWN:
logging.critical("Best ball: " + ballTypes[bestBall] +
" Alt Ball: " + ballTypes[altBall])
elif bestBall != items.UNKNOWN:
logging.critical("Best ball: " + ballTypes[bestBall] +
" Alt Ball: NONE!")
# If we can't determine a ball, try a berry
# or use a lower class ball
if int(encounter.wild_pokemon.pokemon_data.cp) >= int(
useBerryThreshold):
if not berried and items.RAZZ_BERRY in bag and bag[
items.RAZZ_BERRY]:
logging.info("Using a RAZZ_BERRY")
session.useItemCapture(items.RAZZ_BERRY, pokemon)
berried = True
time.sleep(delay)
continue
# if no alt ball, there are no balls
elif altBall == items.UNKNOWN:
data = [{'status': 'fail', 'message': 'Out of usable balls'}]
json.dump(data, open('static/catch_data.json', 'w'))
time.sleep(1)
raise GeneralPogoException("Out of usable balls")
# Try to catch it!!
logging.info("Using a %s" % items[bestBall])
attempt = session.catchPokemon(pokemon, bestBall)
time.sleep(delay)
# Success or run away
if attempt.status == 1:
logging.critical("Congrats! We caught it!\n")
return attempt
if attempt.status == 2:
logging.critical("Escaped ball, retry!")
# CATCH_FLEE is bad news
if attempt.status == 3:
logging.info("Pokemon fled - possible soft ban.")
return attempt
# Only try up to x attempts
count += 1
if count >= limit:
logging.info("Over catch limit")
return None
def setLocation(self, search):
try:
geo = self.locator.geocode(search)
except:
raise GeneralPogoException('Error in Geo Request')
return geo.latitude, geo.longitude, geo.altitude