def _choose_block(self):
"""Choose the next block for the path.
If any bound has been crosed, make a turn. Return
straight block otherwise.
Returns:
str: Chosen block name.
"""
for bound in self._bounds:
if self._prev_bound != bound:
if bound.is_crossed(self._prev, self.current):
self._step, model = bound.make_turn(self._prev_bound)
self._prev_bound = bound
return model
if self._station_threshold <= 0 and chance(30):
self._station_threshold = 83
return "station"
if self._city_threshold <= 0 and chance(50):
self._city_threshold = 205
return "city"
return random.choice(("rs", "ls")) if chance(10) else "direct"
def gen_servername(test_mode=False):
server_labels = []
if chance(parameters.frequency['servername_use_www']):
server_labels.append('www')
# Append at least one hostname
server_labels.append(gen_hostname())
if chance(parameters.frequency['servername_multiple_labels']):
for _ in range(
random.randint(0, parameters.max_val['servername_labels'])):
# Keeping track of how long the servername currently is
server_len = len(''.join(server_labels))
if server_len < MAX_SERVER_CHARS:
label = gen_hostname()
# If there's room for this label, append it
if server_len + len(label) < MAX_SERVER_CHARS:
server_labels.append(label)
server_labels.append(
chance_choose(
'com',
chance_choose(random.choice(common_tlds), random.choice(all_tlds),
parameters.frequency['servername_common_tld']),
parameters.frequency['serverame_dot_com']))
return '.'.join(server_labels)
def comment(self, roll=1):
if not self.ready:
log.info("comments need to be initialized")
self.init()
if chance(roll):
log.info("going to make a comment")
# keep searching posts until we find one with comments
post_with_comments = False
while not post_with_comments:
# pick a subreddit to comment on
subreddit = get_subreddit(getsubclass=True)
# get a random hot post from the subreddit
post = random.choice(list(subreddit.hot()))
# replace the "MoreReplies" with all of the submission replies
post.comments.replace_more(limit=0)
if len(post.comments.list()) > 0:
post_with_comments = True
# choose if we're replying to the post or to a comment
if chance(self.config.get('reddit_reply_to_comment')):
# reply to the post with a response based on the post title
log.info('replying directly to post')
post.reply(self.comments.get_reply(post.title))
else:
# get a random comment from the post
comment = random.choice(post.comments.list())
# reply to the comment
log.info('replying to comment')
comment.reply(self.comments.get_reply(comment.body))
def mutate(self, major=False): commands = [] if chance(10): if chance(1): commands.append(Shape.RemovePointCommand(self)) else: commands.append(Shape.InsertPointCommand(self)) else: commands.append(Shape.MovePointCommand(self, isMajor=major)) commands.append(Shape.RebuildCommand(self)) return commands
def mutate(self, major=False):
commands = []
if chance(10):
if chance(1):
commands.append(Shape.RemovePointCommand(self))
else:
commands.append(Shape.InsertPointCommand(self))
else:
commands.append(Shape.MovePointCommand(self, isMajor=major))
commands.append(Shape.RebuildCommand(self))
return commands
def _choose_branch_block(self):
"""Generate a world block for a branch.
There are no turns, nor cities on branch railways.
"""
self._station_threshold -= 1
if self._station_threshold <= 0 and chance(30):
self._station_threshold = 93
return "station"
return random.choice(("rs", "ls")) if chance(10) else "direct"
async def on_message(self, message):
if self.bot.user.id == message.author.id:
# Do not respond to self
return
message_author_ids = set()
message_content = set()
async for past_message in message.channel.history(limit=REPLY_CHAIN_LENGTH):
# Contribute to message chains
message_author_ids.add(past_message.author.id)
message_content.add(past_message.content)
if len(message_content) == 1 and len(message_author_ids) >= REPLY_CHAIN_LENGTH:
return await message.channel.send(message_content.pop())
if chance(2 / 3):
# Chance to say ooo 😂
return await message.channel.send("ooo :joy:")
# if "AAA" in message.content.upper():
# """ Scream in response to screams """
# return await message.channel.send(generate_scream())
if "eggs benedict" in message.content.upper():
# Say "ooo 😂" in response to "eggs benedict", per aquaa's request
return await message.channel.send("ooo :joy:")
if "EEE" in message.content.upper():
# Screech in response to screeches
return await message.channel.send(generate_screech())
if "@someone" in message.content:
# @someone: ping random user
random_member = random.choice(message.guild.members)
return await message.channel.send(random_member.mention)
def act(self, last_reward, next_observation):
# Update model based on last_reward:
one_hot_obs = self._preprocess(next_observation)
if self._last_obs is not None:
target = last_reward + self._discount * self._target_network.predict(
one_hot_obs).max()
target_vec = self._target_network.predict(self._last_obs)
target_vec[0, self._last_action] = target
self._prediction_network.train_on_batch(self._last_obs, target_vec)
self._unsaved_history['observation'].append(self._last_obs[0])
self._unsaved_history['action'].append(self._last_action)
self._unsaved_history['reward'].append(last_reward)
self._unsaved_history['next_observation'].append(one_hot_obs[0])
# Now, choose next action, and store last_* info for next iteration
self._last_obs = one_hot_obs
if chance(self._epsilon):
self._last_action = np.random.randint(len(ACTIONS))
else:
self._last_action = self._prediction_network.predict(
one_hot_obs).argmax()
# Update epsilon after using it for chance
# Increment counter for target update
self._iters_since_target_update += 1
self._maybe_update_pn()
return ACTIONS[self._last_action]
def _gen_env_mods(self, vertices):
"""Randomly select and arrange environment models.
Args:
vertices (list): Vertices of the terrain model.
Returns:
list:
Lists in which the first element is an environment
model name, and the second is its position.
"""
models = []
et_suf = "et_" if self.enemy_territory else ""
for models_conf in LOCATION_CONF[et_suf + "with_quantity"]:
for _ in range(random.randint(*models_conf["quantity"])):
models.append((
random.choice(models_conf["models"]),
take_random(vertices[models_conf["square"]]),
))
for models_conf in LOCATION_CONF[et_suf + "with_chance"]:
if chance(models_conf["chance"]):
models.append((
random.choice(models_conf["models"]),
take_random(vertices[models_conf["square"]]),
))
return models
def _missed_shot(self):
"""Calculate if character missed the current shot.
Returns:
bool: True if character missed, False otherwise.
"""
miss_chance = 0
if self.class_ == "soldier":
if (
abs(self._target.node.getX()) < 0.56
and abs(self._target.node.getY()) < 0.95
):
miss_chance += 20
elif self.class_ == "raider":
if (
abs(self._target.node.getX()) > 0.56
and abs(self._target.node.getY()) > 0.95
):
miss_chance += 20
if base.world.sun.is_dark: # noqa: F821
if base.labels.TRAITS[1][0] in self.traits: # noqa: F821
# Cat eyes
miss_chance -= 5
elif base.train.lights_on: # noqa: F821
if "Floodlights" not in base.train.upgrades: # noqa: F821
miss_chance += 10
else:
miss_chance += 20
miss_chance += (100 - self.energy) // 5
if self._team.cover_fire:
miss_chance = min(100, max(0, miss_chance - 25))
return chance(miss_chance)
def _gen_railways_model(self):
"""Select railways model and generate its coordinates.
Returns:
list: Railways model name, x and y coords, angle.
"""
if (self.name != "direct" or chance(83) or self.enemy_territory
or self.is_station):
return
model = random.choice((
"arch1",
"sign1",
"sign2",
"sign3",
"light_post{}".format(random.randint(1, 2)),
"lamp_post1",
"transparant1",
))
if model in ("arch1", "transparant1"):
coor = 0
else:
coor = random.choice((0.15, -0.15))
if model == "lamp_post1" and coor > 0:
angle = 180
else:
angle = 0
return (address(model), (coor, random.randint(0, 8)), angle)
def __init__(self, id_, class_, class_data, model, y_positions,
enemy_handler):
EnemyUnit.__init__(self, id_, class_, class_data, model, y_positions,
enemy_handler)
if chance(50):
taskMgr.doMethodLater( # noqa: F821
random.randint(26, 28), self._play_idle_anim,
self.id + "_idle")
self._cry_snd = base.sound_mgr.loadSfx( # noqa: F821
"sounds/combat/enemy_cry{num}.ogg".format(
num=random.randint(1, 3)))
self._cry_snd.setVolume(0.4)
base.sound_mgr.attachSoundToObject(self._cry_snd,
self.model) # noqa: F821
else:
self._cry_snd = None
taskMgr.doMethodLater( # noqa: F821
random.randint(27, 29),
base.world.play_fight_music, # noqa: F821
"play_music",
)
self._col_node = self._init_col_node(SHOT_RANGE_MASK, MOUSE_MASK,
CollisionSphere(0, 0, 0.05, 0.05))
base.common_ctrl.traverser.addCollider( # noqa: F821
self._col_node, enemy_handler)
self._explosion = base.effects_mgr.explosion(self) # noqa: F821
async def on_message(self, message):
message_authorIDs = set()
message_content = set()
async for m in message.channel.history(limit=REPLY_CHAIN_LENGTH):
""" Contribute to message chains """
message_authorIDs.add(m.author.id)
message_content.add(m.content)
if self.bot.user.id in message_authorIDs:
""" Do not reply to self """
return
if len(message_content
) == 1 and len(message_authorIDs) >= REPLY_CHAIN_LENGTH:
return await message.channel.send(message_content.pop())
if chance(2):
""" Chance to say a funny """
function = random.choice(
[generate_scream, generate_screech, ooojoy])
text = function()
return await message.channel.send(text)
#if "AAA" in message.content.upper():
# """ Scream in response to screams """
# return await message.channel.send(generate_scream())
if "EEE" in message.content.upper():
""" Screech in response to screeches """
return await message.channel.send(generate_screech())
if "@someone" in message.content:
""" @someone: ping random user """
member = random.choice(message.channel.members)
return await message.channel.send(f"<@{member.id}>")
def _choose_target(self, task):
"""Choose a character/Train as a target.
Character will be chosen from the list of
characters set to the TrainPart, in which
range this enemy is now.
"""
if self.current_part.is_covered:
if self._target != base.train: # noqa: F821
self._target = base.train # noqa: F821
# (re-)start shooting
self._stop_tasks("_shoot")
taskMgr.doMethodLater( # noqa: F821
0.5, self._shoot, self.id + "_shoot")
else:
targets = self.current_part.chars + [base.train] # noqa: F821
if self._target not in targets or chance(5):
self._target = random.choice(targets)
# (re-)start shooting
self._stop_tasks("_shoot")
taskMgr.doMethodLater( # noqa: F821
0.5, self._shoot, self.id + "_shoot")
task.delayTime = 0.5
return task.again
def embark(self):
message = ""
self.roll()
try:
if self.next is not None:
# QUEST CHAIN
adventure_instance = world.get_adventure(self.next)
self.next = None
message = self.run_adventure(adventure_instance)
elif self.wounded:
# Handle wounded
message = self.run_hospital()
elif self.wants_to_visit_shop() and utils.chance(1 / 3):
# Handle shop
message = self.run_shop()
else:
# Handle default.
category = self.get_valid_category()
adventure_instance = self.get_valid_adventure_from_category(
category)
message = self.run_adventure(adventure_instance)
self.schedule_next_adventure()
return message
except Exception as e:
utils.log_exception(e)
return None
async def react_to_words(self, ctx: commands.Context):
"""
React to words by chance.
Example: If someone types out "FRIDAY", the bot will has a chance
to reply with a friday smiley.
"""
chances_dict_setting = self.db.Setting("random_reactions_chances")
chances_dict: Optional[Dict[str, int]] = None
random_reaction_words = (self.db.get_global_default_setting(
"random_reactions_chances").keys())
smiley_emojis = []
regex_pattern = '|'.join(fr'(?:\b{word}\b)'
for word in random_reaction_words)
reaction_words = (match.group().lower() for match in re.finditer(
regex_pattern, ctx.message.content, re.IGNORECASE))
for random_reaction_name in iter_unique_values(reaction_words):
# Read random_reactions_chances setting if not read yet
chances_dict = chances_dict or await chances_dict_setting.read()
chances = chances_dict[random_reaction_name]
if not chance(chances):
continue
smiley_emojis.append(
self.get_smiley_reaction_emoji(random_reaction_name))
if smiley_emojis:
await self.send_smileys_based_on_mode(ctx,
smiley_emojis,
always_no_title=True)
def prepare_physical_objects(self):
"""Prepare physical objects on this block.
This method must be called only after reparenting
the main rails_mod node of the block. Otherwise
all the children physical nodes will be positioned
relative to the game render.
"""
if (self.enemy_territory
and base.world.enemy.score >= BARRIER_THRESHOLD # noqa: F821
and chance(2)):
self._phys_objs.append(Barrier(self))
if (self.enemy_territory
and base.world.enemy.score >= ROCKET_THRESHOLD # noqa: F821
and chance(2)):
Rocket()
def scream(self, message):
message = message.lower()
scrms = [c.action(message)['text'] for c in self._other_commands] + self._screams
def react():
for t in self._triggers:
if any(map(lambda p: re.search(message, p), t.patterns)):
return t.probability, t.answer
return 0, None
probability, reply = react()
if self.pattern in message or chance(probability):
return wrap_t(reply or random.choice(scrms))
elif chance(self._probability):
return wrap_t(random.choice(scrms))
else:
return None
def _do_damage_to_train(self, task):
"""Deal machine gun damage to the Train."""
if self.current_part.is_covered:
if chance(40):
base.train.get_damage(2) # noqa: F821
else:
base.train.get_damage(2) # noqa: F821
base.train.get_shot(self._y_pos > 0) # noqa: F821
return task.again
def _missed_shot(self):
"""Calculate if enemy missed the current shot.
Returns:
bool: True if enemy missed, False otherwise.
"""
if self.current_part.is_covered:
return chance(50)
return False
def generator(template=clf_string, test_mode=False):
# These will be the final output strings.
# We copy them instead of using joined lists to preserve
# whitespace.
generated, final_truth = [], []
# Split into a list of characters
elements = list(template)
for char in elements:
replaced = char
# If this section of the template string could not be replaced,
# it will appear as question marks in the final ground
# truth
truth = string_to_field(replaced, '?')
if char in fields:
# Replace the field with its generated equivalent
replaced = replaced.replace(char,
str(fields[char](test_mode=test_mode)))
# If the current character is a datetime, and the
# format is not CLF
if char == 't' and template != clf_string:
# Reset replaced
replaced = char
# There's a 30% chance that the datetime will be
# in ISO format
replaced = replaced.replace(
char,
str(fields[char](
test_mode=test_mode,
use_iso=(chance(
parameters.frequency['use_iso_string'])))))
truth = string_to_field(replaced, char)
# It's valid for the current element to be whitespace only
elif char == ' ':
truth = string_to_field(replaced, '_')
elif char == '[' or char == ']' or char == '"':
truth = char
else:
print(
"Failed to replace token %s. Please fix this part of your template string: %s."
% (char, char))
# Place the generated string and the truth string into their
# respective outputs
generated.append(replaced)
final_truth.append(truth)
# Return the generated string and the final truth, with all whitespace
# replaced with underscores.
return [''.join(generated), ''.join(final_truth)]
def generate_screech() -> str:
# Vanilla screech half the time
if chance(50):
return "E" * random.randint(1, 100)
# One of these choices repeated 1-100 times
body = "E" * random.randint(1, 100)
# Chance to wrap the message in one of these Markdown strings
formatter = "" if chance(50) else random.choice(["*", "**", "***"])
# Chance to put an "R" at the beginning of the message
prefix = "" if chance(50) else "R"
# Example: "**REEEEEEEEEEEEEEEEEEE**"
text = formatter + prefix + body + formatter
if chance(50):
text = text.lower()
return text
def generate_scream() -> str:
# Vanilla scream half the time
if chance(50):
return "A" * random.randint(1, 100)
# One of these choices repeated 1-100 times
body = random.choice(["A", "O"]) * random.randint(1, 100)
# Chance to wrap the message in one of these Markdown strings
formatter = "" if chance(50) else random.choice(["*", "**", "***"])
# Chance to put one of these at the end of the message
suffix = "" if chance(50) else random.choice(["H", "RGH"])
# Example: "**AAAAAAAAAAAARGH**"
text = formatter + body + suffix + formatter
if chance(50):
text = text.lower()
return text
def repost(self, roll=1, subreddit=None):
if chance(roll):
log.info("running repost")
# log.info("running _repost")
post = self.get_post(subreddit=subreddit)
if not post: return
api_call = requests.get(post.url).status_code
if api_call != 200:
if api_call == 429:
print('too many requests to pushshift')
s(random.uniform(3, 8))
else:
print('pushshift http error: ' + str(api_call))
return
else:
log.info(f"reposting post: {post.id}")
if post.is_self:
if post.selftext not in ('[removed]',
'[deleted]') and bool(
re.findall(
r'20[0-9][0-9]|v.redd.it',
post.selftext)) == False:
params = {
"title": edit_text(post.title, 'title'),
"selftext": edit_text(post.selftext, 'body')
}
else:
print(
'Info: skipping post; it was malformed or date indicated'
)
# print(post.selftext)
else:
params = {
"title": edit_text(post.title, 'title'),
"url": post.url
}
sub = post.subreddit
# randomly choose a potential subreddit to cross post
if CONFIG['reddit_crosspost_enabled']:
sub = self.rapi.subreddit(self.crosspost(sub.display_name))
try:
self.rapi.subreddit(sub.display_name).submit(**params)
return
except (UnboundLocalError, TypeError):
pass
except APIException as e:
log.info(f"REPOST ERROR: {e}")
return
else:
pass
def _float_move(self, task):
"""Make enemy floatly move along the Train."""
if chance(80):
shift = random.choice((-0.05, 0.05))
if self._y_pos + shift in self._y_positions:
self._y_positions.append(self._y_pos)
self._y_pos = self._y_pos + shift
self._y_positions.remove(self._y_pos)
self._move(
random.randint(3, 6), (self._y_pos, random.uniform(*self._x_range), 0)
)
task.delayTime = random.randint(7, 9)
return task.again
def execute(self): self.oldValues = self.colour.getTuple() if chance(2): self.colour.initChannels() else: r = randint(0,4) if r == 0: self.colour.r = randint(0, 255) elif r == 1: self.colour.g = randint(0, 255) elif r == 2: self.colour.b = randint(0, 255) elif r == 3: self.colour.a = randint(config.TRANSPARENCY_MIN, config.TRANSPARENCY_MAX)
def _prepare_et_block(self):
"""Prepare an enemy territory block.
Returns:
world.block.Block: Prepared enemy territory block.
"""
if self._et_blocks > 8:
if not self._et_rusty_blocks and chance(3):
self._et_rusty_blocks = random.randint(4, 8)
if not self._et_stench_blocks and chance(2):
self._et_stench_blocks = random.randint(4, 7)
block = Block(
name="direct",
z_coor=0,
z_dir=0,
id_=-1,
directions={},
path=self._paths["direct"],
cam_path=self._paths["cam_" + "direct"],
surf_vertices=self._surf_vertices,
enemy_territory=True,
is_rusty=self._et_rusty_blocks > 0,
is_stenchy=self._et_stench_blocks > 0,
).prepare()
self._loaded_blocks.append(block)
if self._et_rusty_blocks:
self._et_rusty_blocks -= 1
if self._et_stench_blocks:
self._et_stench_blocks -= 1
self._map.insert(self._block_num, block)
return block
def gen_random_template():
keys = fields.keys()
# Number of elements: 3 to max_fields_available
elements = random.sample(keys, k=random.randint(3, len(keys)))
pretty_elements = []
for el in elements:
pretty = el
# There is a 70% chance that a `request` string is wrapped in quotes.
# Otherwise, there is a 10% chance that it's wrapped in quotes.
#
# The idea is that, since in CLF format the request string `%r` is
# wrapped in quotes, it has a 70% chance of being wrapped in quotes
# in whatever random template is used. However, if the current character
# is not the request string, say `%s` or `%h`, it only has a 10% chance
# of being wrapped in quotes.
wrap_in_quotes = chance(parameters.frequency['other_field_in_quotes'])
# Using the logic in the comment above, we overwrite the chance that
# the value is wrapped in quotes if it's a request string
if el == 'r':
wrap_in_quotes = chance(parameters.frequency['request_in_quotes'])
if wrap_in_quotes:
pretty = '"{}"'.format(pretty)
# Like with quotations and the `request` string, there is a
# 40% chance that a `datetime` string is wrapped in brackets.
# Otherwise, there is a 5% chance that it's wrapped in brackets.
#
# This is based off of the sample logs from Ocatak on GitHub,
# which has all datetime strings wrapped in square brackets.
wrap_in_brackets = chance(
parameters.frequency['other_field_in_brackets'])
# Using the logic in the comment above, we overwrite the chance that
# the value is wrapped in brackets if it's a datetime string
if el == 't':
wrap_in_brackets = chance(
parameters.frequency['datetime_in_brackets'])
if wrap_in_brackets:
pretty = '[{}]'.format(pretty)
# Randomly add extra whitespace 0% of the time
if chance(parameters.frequency['extra_whitespace']):
pretty = '{}{}'.format(
pretty, ' ' *
random.randint(0, parameters.max_val['extra_whitespace']))
pretty_elements.append(pretty)
# There's a 30% chance that the entire template will be
# wrapped in quotation marks
if chance(parameters.frequency['template_in_quotes']):
return '"{}"'.format(' '.join(pretty_elements))
return ' '.join(pretty_elements)
def __init__(self, birthday, father=None, mother=None):
self.name = utils.name_generator()
self.birthday = birthday
self.deathday = None
self.age = settings.HUMAN_BIRTH_AGE
self.sex = random.choice(['M', 'F'])
self.father = father
self.mother = mother
self.spouse = None
self.position = mother.position if mother else utils.rand_pos(settings.WORLD_SIZE)
self.mothered = 0
if isinstance(father, Humanoid) and isinstance(mother, Humanoid):
parent_vit = self._choose_parent().vitality
parent_str = self._choose_parent().strength
parent_int = self._choose_parent().intelligence
self.vitality = random.choice(range(1, parent_vit + 2)) + (
random.choice(range(0, parent_vit + 1)) if utils.chance(50) else 0
)
self.strength = random.choice(range(1, parent_str + 2)) + (
random.choice(range(0, parent_str + 1)) if utils.chance(50) else 0
)
self.intelligence = random.choice(range(1, parent_int + 2)) + (
random.choice(range(0, parent_int + 1)) if utils.chance(50) else 0
)
else:
self.vitality = random.choice(range(1, self.stat_modifiers['vit']))
self.strength = random.choice(range(1, self.stat_modifiers['str']))
self.intelligence = random.choice(range(1, self.stat_modifiers['int']))
self.hp = random.choice(range(1, self.stat_modifiers['hp'])) + self.vitality
self.ap = random.choice(range(1, self.stat_modifiers['ap'])) + (
int(self.strength * 0.5) + int(self.intelligence * 0.5)
)
self.hunger = random.choice(range(40, 70))
def plan_outing(self):
"""Generate an outing.
Returns:
str: if outing planned, None otherwise.
"""
self._threshold -= 1
if self._threshold <= 0:
self._threshold = random.randint(18, 26)
if self._prefered and chance(11):
return self._prefered
return random.choice(("Meet", "Enemy Camp", "Looting"))
def _calc_cohesion(self, task):
"""Calculate the current crew cohesion.
Relations between all the characters are tracked.
While characters are staying together, cohesion
between them increases. Total cohesion is calculated
as a sum of all relations relatively to the number
of all relations in the crew. Different unit classes
have different cohesion factors.
"""
for char1 in self.chars.values():
for char2 in self.chars.values():
if char1.id == char2.id:
continue
rel_id = tuple(sorted([char1.id, char2.id]))
factor = 1.35 if char1.current_part == char2.current_part else 1
if (
base.labels.TRAITS[4][0] # noqa: F821
in char1.traits + char2.traits
and char1.class_ != char2.class_
):
# Liberal
factor *= 1.15
if rel_id in self._relations:
plus = COHESION_FACTORS[(char1.class_, char2.class_)] * factor
self._relations[rel_id] = min(100, plus + self._relations[rel_id])
# propagate traits from one character to another
if self._relations[rel_id] > 80 and chance(50):
pair = [char1, char2]
from_char = take_random(pair)
if from_char.traits:
trait = random.choice(from_char.traits)
if trait not in pair[0].traits and len(pair[0].traits) < 3:
pair[0].traits.append(trait)
else:
self._relations[rel_id] = (
COHESION_FACTORS[(char1.class_, char2.class_)] * factor
)
self._calc_total_cohesion()
task.delayTime = 160
return task.again
def get_sick(self, is_infect=False):
"""Calculations to get this character sick.
The worse condition the character has the higher is the chance
for him to get sick. Sick character has lower energy maximum,
and all his positive traits are disabled until getting well.
Args:
is_infect (bool):
True if the disease came from a
character on the same Train part.
"""
if self.is_diseased:
return
cond_percent = (self.energy + self.health) / (100 + self.class_data["health"])
percent = (1 - cond_percent) * 30
sick_chance = max(
0, # not less than zero
(
percent
+ (20 if is_infect else 0)
# Immunity
- (40 if base.labels.TRAITS[3][0] in self.traits else 0) # noqa: F821
# Weak immunity
+ (20 if base.labels.TRAITS[3][1] in self.traits else 0) # noqa: F821
),
)
if chance(sick_chance):
self.is_diseased = True
self.get_well_score = 0
for traits_pair in base.labels.TRAITS: # noqa: F821
if traits_pair[0] in self.traits:
self.traits.remove(traits_pair[0])
self.disabled_traits.append(traits_pair[0])
taskMgr.doMethodLater( # noqa: F821
60, self.get_well, self.id + "_get_well"
)
taskMgr.doMethodLater(240, self.infect, self.id + "_infect") # noqa: F821
self.energy = min(self.energy, 80)
def shadow_check(self, roll=1):
if chance(roll):
log.info("performing a shadowban check")
response = requests.get(
f"https://www.reddit.com/user/{self.username}/about.json",
headers={
'User-agent': f"hiiii its {self.username}"
}).json()
if "error" in response:
if response["error"] == 404:
log.info(
f"account {self.username} is shadowbanned. poor bot :( shutting down the script..."
)
sys.exit()
else:
log.info(response)
else:
log.info(f"{self.username} is not shadowbanned! We think..")
def mutate(self): commands = [] if chance(2): r = randint(0, 5) if r == 0: commands.append(Artist.AddShapeCommand(self)) elif r == 1: commands.append(Artist.RemoveShapeCommand(self)) elif r == 2: commands.append(Artist.RemoveShapeCommand(self)) commands.append(Artist.AddShapeCommand(self)) else: commands.append(Artist.MoveShapeZCommand(self)) elif len(self.shapes) > 0: shape = choice(self.shapes) r = randint(0, 12) if r <= 1: commands.append(shape.colour.mutate()) elif r <= 7: commands.extend(shape.mutate(major=True)) else: commands.extend(shape.mutate(major=False)) commands.append(Artist.RebuildCommand(self)) return commands
print hpdisp + frdisp + xpdisp + '\n\n\n' # Status display
print utils.scenes[scid][0] + '\n\n'
col = 0
for opt in utils.scenes[scid][1]: # Options
let, letcol = choices[col][0], choices[col][1]
print utils.color(let + '. ' + opt[0] + '\n', letcol, 1)
col = col + 1
while True:
query = raw_input('\nAction [A/B/C/D]: ').upper()
if query in 'ABCD' and len(query) == 1:
break
act = utils.scenes[scid][1][index[query]][1]
hp = hp + utils.chance(act[0], act[3])
fr = fr + utils.chance(act[1], act[4])
xp = xp + utils.chance(act[2], act[5])
scid = act[6]
debtcount = debtcount + 1 if fr <= 0 else 0
if hp > 100:
hp = 100
if hp < 0:
hp = 0
score = xp + hp + fr
print '\033[2J'
print hpdisp + frdisp + xpdisp + '\n\n\n'
if gamestate == 'l':