async def get_quest_v(self, channel, author, name):
"""gets a quest by name or id"""
if not name:
return
quest_id = None
if str(name).isnumeric():
quest_id = int(name)
try:
query = QuestTable.select()
if quest_id is not None:
query = query.where(QuestTable.id == quest_id)
query = query.execute()
result = [d for d in query]
except:
return await channel.send("No quest data available!")
if quest_id is not None:
return None if not result else result[0]
quest_names = [q.name.lower() for q in result]
if name.lower() not in quest_names:
candidates = utils.get_match(quest_names,
name,
score_cutoff=70,
isPartial=True,
limit=20)
if candidates[0] is None:
return None
name = await utils.prompt_match_result(self.bot, channel, author,
name, candidates)
return next((q for q in result
if q.name is not None and q.name.lower() == name.lower()),
None)
async def check_reward(self, ctx, quest, reward):
complete_pool = []
reward = reward.lower().strip()
if reward == 'encounter':
any_encounter = f"{' or '.join([p.title() for p in quest.reward_pool['encounters']])} Encounter"
complete_pool.append(any_encounter)
elif 'stardust' in quest.reward_pool and reward in [
'stardust', 'dust'
]:
if len(quest.reward_pool['stardust']) > 0:
r = f"{quest.reward_pool['stardust'][0]} stardust"
complete_pool.append(r)
else:
if 'encounters' in quest.reward_pool:
for e in quest.reward_pool['encounters']:
complete_pool.append(e)
if 'items' in quest.reward_pool:
for item in quest.reward_pool['items']:
r = f"{quest.reward_pool['items'][item][0]} {item}"
complete_pool.append(r)
candidates = utils.get_match(complete_pool,
reward.strip(),
score_cutoff=70,
isPartial=True,
limit=5)
if candidates[0] is None:
return None
reward = await utils.prompt_match_result(self.bot, ctx.channel,
ctx.message.author.id, reward,
candidates)
return reward
async def check_boss_cp(image, bot):
height, width = image.shape
maxy = round(height * .32)
miny = round(height * .15)
maxx = round(width * .84)
minx = round(width * .16)
gym_name_crop = image[miny:maxy, minx:maxx]
gym_name_crop = cv2.bitwise_not(gym_name_crop)
vals = [30, 40, 20]
# This doesn't fully handle Alolan forms
# For example, in one particular screenshot of an Alolan Marowak no boss was ever identified.
# The img_text contained 'Marowak' but fuzzy match threshold was too high for that to match
# Cut off can't be lower or else other issues arise (houndoom instead of absol for example)
# Additionally, no match was ever made on the CP value as it never got a clear read.
# Likely need to refactor this so that if an alolan species is read in, additional scans are made
# To try and pick up the CP and make sure we have the right form
for t in vals:
thresh = cv2.threshold(gym_name_crop, t, 255, cv2.THRESH_BINARY)[1]
thresh = cv2.GaussianBlur(thresh, (5, 5), 0)
img_text = pytesseract.image_to_string(thresh,
lang='eng',
config='--psm 4')
img_text = [
s for s in list(filter(None, img_text.split())) if len(s) > 3
]
if len(img_text) > 1:
match = utils.get_match(bot.boss_list,
img_text[1],
score_cutoff=70)
if match and match[0]:
return match[0]
if len(img_text) > 0:
match = utils.get_match(list(raid_cp_list),
img_text[0],
score_cutoff=70)
if match and match[0]:
return raid_cp_chart[match[0]]
for i in img_text:
match = utils.get_match(bot.boss_list, i, score_cutoff=70)
if match and match[0]:
return match[0]
match = utils.get_match(list(raid_cp_list), i, score_cutoff=70)
if match and match[0]:
return raid_cp_chart[match[0]]
return None
def location_match(name,
locations,
threshold=75,
is_partial=True,
limit=None):
match = utils.get_match([l.name for l in locations], name, threshold,
is_partial, limit)
if not isinstance(match, list):
match = [match]
return [(l, score) for l in locations for match_name, score in match
if l.name == match_name]
def get_pokemon(cls, bot, argument, guild=None):
argument = argument.lower()
if 'shiny' in argument:
shiny = True
argument = argument.replace('shiny', '').strip()
else:
shiny = False
if 'alolan' in argument:
alolan = True
argument = argument.replace('alolan', '').strip()
else:
alolan = False
form = None
detected_forms = []
form_check = None
# this logic will fail for pokemon with multiple word name (e.g. Tapu Koko et al)
arg_split = argument.split()
candidates = [f for f in Pokemon._form_list if f in arg_split]
for c in candidates:
detected_forms.append(c)
argument = argument.replace(c, '').strip()
arg_split = argument.split()
p_obj = None
if arg_split:
if len(arg_split) > 1:
if 'unown' == arg_split[1] or 'spinda' == arg_split[1]:
if arg_split[0] in Pokemon._form_dict[arg_split[1]]:
detected_forms.append(arg_split[0])
p_obj = Pokemon.find_obj(arg_split[1].strip(','))
if not p_obj:
if len(arg_split) > 0:
p_obj = Pokemon.find_obj(arg_split[0].strip(','))
if not p_obj:
pkmn_list = [p for p in Pokemon.get_pkmn_dict()]
match = utils.get_match(pkmn_list, argument, score_cutoff=80)[0]
else:
match = p_obj['name']
if not match:
return None
form_list = Pokemon._form_dict.get(match, [])
forms = [d for d in detected_forms if d in form_list]
if forms:
form = ' '.join(forms)
return cls(bot,
str(match),
guild,
shiny=shiny,
alolan=alolan,
form=form)
async def _parse_subscription_content(self, content, source, message=None):
channel = message.channel
author = message.author
sub_list = []
error_list = []
raid_level_list = [str(n) for n in list(range(1, 6))]
sub_type, target = content.split(' ', 1)
if sub_type == 'gym':
if message:
channel = message.channel
guild = message.guild
gyms = self._get_gyms(guild.id)
if gyms:
gym_dict = {}
for t in target.split(','):
location_matching_cog = self.bot.cogs.get(
'LocationMatching')
gym = await location_matching_cog.match_prompt(
channel, author.id, t, gyms)
if gym:
if source == 'add':
question_spec = 'would you like to be notified'
else:
question_spec = 'would you like to remove notifications'
level = await utils.ask_list(
self.bot,
f"For {gym.name} which level raids {question_spec}?",
channel, ['All'] + list(range(1, 6)),
user_list=[author.id],
multiple=True)
if level:
if 'All' in level:
level = list(range(1, 6))
for l in level:
gym_level_dict = gym_dict.get(
l, {
'ids': [],
'names': []
})
gym_level_dict['ids'].append(gym.id)
gym_level_dict['names'].append(gym.name)
gym_dict[l] = gym_level_dict
else:
error_list.append(t)
else:
error_list.append(t)
for l in gym_dict.keys():
entry = f"L{l} Raids at {', '.join(gym_dict[l]['names'])}"
sub_list.append(('gym', l, entry, gym_dict[l]['ids']))
return sub_list, error_list
if sub_type == 'item':
result = RewardTable.select(RewardTable.name, RewardTable.quantity)
result = result.objects(Reward)
results = [o for o in result]
item_names = [r.name.lower() for r in results]
targets = target.split(',')
for t in targets:
candidates = utils.get_match(item_names,
t,
score_cutoff=60,
isPartial=True,
limit=20)
name = await utils.prompt_match_result(self.bot, channel,
author.id, t,
candidates)
if name is not None:
sub_list.append((sub_type, name, name))
else:
error_list.append(t)
return sub_list, error_list
if sub_type == 'wild':
perfect_pattern = r'((100(\s*%)?|perfect)(\s*ivs?\b)?)'
target, count = re.subn(perfect_pattern, '', target, flags=re.I)
if count:
sub_list.append((sub_type, 'perfect', 'Perfect IVs'))
if sub_type == 'lure':
result = LureTypeTable.select(LureTypeTable.name)
result = result.objects(Lure)
results = [o for o in result]
lure_names = [r.name.lower() for r in results]
targets = target.split(',')
for t in targets:
candidates = utils.get_match(lure_names,
t,
score_cutoff=60,
isPartial=True,
limit=20)
name = await utils.prompt_match_result(self.bot, channel,
author.id, t,
candidates)
if name is not None:
sub_list.append((sub_type, name, name))
else:
error_list.append(t)
return sub_list, error_list
if ',' in target:
target = set([t.strip() for t in target.split(',')])
else:
target = set([target])
if sub_type == 'raid':
selected_levels = target.intersection(raid_level_list)
for level in selected_levels:
entry = f'L{level} Raids'
target.remove(level)
sub_list.append((sub_type, level, entry))
ex_pattern = r'^(ex([- ]*eligible)?)$'
ex_r = re.compile(ex_pattern, re.I)
matches = list(filter(ex_r.match, target))
if matches:
entry = 'EX-Eligible Raids'
for match in matches:
target.remove(match)
sub_list.append((sub_type, 'ex-eligible', entry))
remaining_list = [str(n) for n in list(range(6, 800))]
other_numbers = target.intersection(remaining_list)
for num in other_numbers:
target.remove(num)
error_list.append(num)
for name in target:
pkmn = Pokemon.get_pokemon(self.bot, name)
if pkmn:
sub_list.append((sub_type, pkmn.name, pkmn.name))
else:
error_list.append(name)
return sub_list, error_list
