async def process_message(self, msg):
fwrd = traverse(await msg.get_full_forwarded())
try:
ensure_future(self.bot.handler.process(next(fwrd)))
except StopIteration:
pass
def find_next_lower(track: Track, this: Point) -> (Point, Point):
lowest = this.next
for point in traverse(this):
if point.max_velocity <= this.max_velocity:
return point, lowest
if point.max_velocity < lowest.max_velocity:
lowest = point
return track.points[-1], lowest
def plot_tf_idf_post(dictionary_tf_idf, title):
dic_post = dict(dictionary_tf_idf[title])
dic_post_travers = {}
for term, val in dic_post.items():
dic_post_travers[utils.traverse(term)] = val
df2 = pd.DataFrame.from_dict(dic_post_travers,
orient='index').sort_values(by=0,
ascending=False)
pl = df2.plot(kind='bar',
figsize=(15, 7),
fontsize=8,
legend=False,
title=utils.traverse(title))
for p in pl.patches:
pl.annotate(str(p.get_height()),
(p.get_x() * 0.98, p.get_height() * 1.001),
fontsize=14)
plt.show()
def __iter__(self):
file_paths = utils.traverse(self.repo.name)
for file_ in file_paths:
dicts = []
for line in utils.get_blame(file_):
new_dict = utils.line_to_dict(line)
self.expand_dict(new_dict, file_)
dicts.append(new_dict)
if self.merged:
dicts = self.merge(dicts)
for d in dicts:
yield d
def __iter__(self):
file_paths = utils.traverse(self.repo.name)
for file_ in file_paths:
dicts = []
for line in utils.get_blame(file_):
new_dict = utils.line_to_dict(line)
self.expand_dict(new_dict, file_)
dicts.append(new_dict)
if self.merged:
dicts = self.merge(dicts)
for d in dicts:
yield d
def remove_SimpleName(root):
for node in traverse(root):
if "=" not in node.label and "(SimpleName)" in node.label:
if node.children[0].label[:11] != "identifier=":
raise Exception("ERROR!")
node.label = "SimpleName_" + node.children[0].label[11:]
node.children = []
elif node.label[:11] == "identifier=":
node.label = "SimpleName_" + node.label[11:]
elif node.label[:6] == "value=":
node.label = "Value_" + node.label[6:]
return root
def create_word_cloud(no_topics, lda, feature_names):
for i in range(0, no_topics):
d = dict(zip(utils.traverse(feature_names), lda.components_[i]))
wc = wordcloud.WordCloud(background_color='white',
max_words=50,
stopwords=utils.get_stop_words())
image = wc.generate_from_frequencies(d)
image.to_file(WHERE_OUTPUTS / 'outputs' + r'\Topic' + str(i + 1) +
'.png')
plt.figure()
plt.imshow(wc, interpolation='bilinear')
plt.axis("off")
plt.show()
def plot_part_of_day(dictionary_time, title):
df2 = pd.DataFrame.from_dict(dictionary_time,
orient='index').sort_values(by=0,
ascending=False)
pl = df2.plot(kind='bar',
figsize=(15, 7),
fontsize=8,
legend=False,
title=utils.traverse(title))
for p in pl.patches:
pl.annotate(str(p.get_height()),
(p.get_x() * 0.98, p.get_height() * 1.001),
fontsize=14)
plt.show()
async def process_message(self, msg):
if not msg.is_multichat:
return await msg.answer(
"Данную команду можно использовать только в беседах!")
if self.admins_only and msg.user_id not in self.admins:
return await msg.answer("Вы не являетесь администратором.")
command, text = self.parse_message(msg)
if command in self.unkick:
inv = True
else:
inv = False
parts = text.split(" ")
kick_time = 300
puid = None
for m in traverse(await msg.get_full_forwarded()):
if m.user_id and m.true_user_id != msg.user_id:
puid = m.true_user_id
break
if len(parts) > 0 and parts[0].isdigit():
if puid is not None:
kick_time = int(parts[0])
else:
puid = int(parts[0])
if not puid:
return await msg.answer(
f"Введите ID пользователя, которого хотите "
f"{'вернуть или добавить' if inv else 'выкинуть'}.")
if inv:
if puid in self.exiled:
del self.exiled[puid]
return await self.api.messages.addChatUser(chat_id=msg.chat_id,
user_id=puid)
if len(parts) > 1 and " ".join(parts[1:]).isdigit():
kick_time = int(" ".join(parts[1:]))
self.exiled[puid] = time.time() + kick_time
await self.api.messages.removeChatUser(chat_id=msg.chat_id,
user_id=puid)
def extract_action(self, posted):
"""
Retrieve the action name for the actions taken by the user (i.e. submitted
through an http post request).
"""
_actions = [action for action in utils.traverse(self.actions) \
if action.html_id in posted]
if len(_actions) > 1:
raise ValueError('Cannot process more than one action.')
elif len(_actions) == 0:
return None
else:
return _actions[0]
def process_file(input_file):
file_text=''
with open(input_file, 'r') as content_file:
file_text = content_file.read().decode('utf-8')
#sentences= nltk.sent_tokenize(file_text)
sentences=file_text.split('\n')
noun_phrases=[]
train_sents = conll2000.chunked_sents('train.txt', chunk_types=['NP'])
test_sents = conll2000.chunked_sents('test.txt', chunk_types=['NP'])
chunker = BigramChunker(train_sents)
print (chunker.evaluate(test_sents))
for sent in sentences:
if not sent:
continue
tokens = nltk.word_tokenize(sent)
if len(tokens)>0:
tagged = nltk.pos_tag(tokens)
chunked = chunk_np(tagged)
#chunked = chunker.parse(tagged)
#chunked.draw()
utils.traverse(chunked)
"""
def modifier(root, dic):
for node in traverse(root):
if is_SimpleName(node.label):
if node.label not in dic:
node.label = "SimpleName_<UNK>"
elif is_value(node.label):
if node.label not in dic:
if isnum(node.label):
node.label = "Value_<NUM>"
else:
node.label = "Value_<STR>"
else:
node.label = get_bracket(node.label)
if node.label not in dic:
raise Exception("Unknown word", node.label)
return root
async def process_message(self, msg):
command, otext = self.parse_message(msg)
i, url, name, last_name, timestamp = None, None, None, None, None
for m in traverse(await msg.get_full_forwarded()):
if m.full_text:
if i == m.true_user_id:
text += "\n" + m.full_text
continue
elif i is not None:
break
i = m.true_user_id
timestamp = m.timestamp
u = await self.api.users.get(user_ids=i, fields="photo_max")
if not u:
continue
u = u[0]
url = u["photo_max"]
name = u["first_name"]
last_name = u["last_name"]
text = m.full_text
else:
if i is None:
return await msg.answer("Нечего цитировать!")
async with aiohttp.ClientSession() as sess:
async with sess.get(url) as response:
img = Image.open(io.BytesIO(await response.read()))
img = img.resize((200, 200), Image.NEAREST)
result = await self.run_in_executor(self.make_image, img, text, name,
last_name, timestamp, otext)
if isinstance(result, str):
return await msg.answer(result)
attachment = await upload_photo(self.api, result, msg.user_id)
return await msg.answer(attachment=str(attachment))
def render(self, request, compress=True):
request = self._get_request(request)
if self.resource:
return self.resource(request).GET()
path = self.path
resource = traverse(path, request)
if resource is None:
return u''
gresource = IResource(resource, None)
if gresource is not None:
try:
return gresource.render(request)
except Exception, err:
log_exc(str(err))
raise
def validate(self, action):
"""
Validates ESGF issue template against predefined JSON schema
:param str action: The issue action/command
:raises Error: If the template has an invalid JSON schema
:raises Error: If the project option does not exist in esg.ini
:raises Error: If the description is already published on GitHub
:raises Error: If the landing page or materials urls cannot be reached
:raises Error: If dataset ids are malformed
"""
logging.info('Validating of issue...')
# Load JSON schema for issue template
with open(__JSON_SCHEMA_PATHS__[action]) as f:
schema = load(f)
# Validate issue attributes against JSON issue schema
try:
validate(self.json, schema)
except ValidationError as ve:
logging.exception('Validation has encountered an issue, error stack {}'.format(ve.message), 6)
logging.exception('The value that has caused this behavior is {0}, picked up by the validator {1}'.format(
ve.validator_value, ve.validator))
sys.exit(6)
except ValueError as e:
logging.exception(e.message)
except Exception as e:
logging.exception(repr(e.message))
logging.exception('Validation Result: FAILED // {0} has an invalid JSON schema, error code: {1}'.
format(self.issue_path, 1))
sys.exit(1)
# Test landing page and materials URLs
urls = filter(None, traverse(map(self.json.get, ['url', 'materials'])))
if not all(map(test_url, urls)):
logging.error('Validation Result: FAILED // URLs cannot be reached, error code {}'.format(2))
sys.exit(1)
# Validate the datasets list against the dataset id pattern
if not all(map(test_pattern, self.json['datasets'])):
logging.error('Validation Result: FAILED // Dataset IDs have invalid format, error code: {}'.format(3))
sys.exit(1)
logging.info('Validation Result: SUCCESSFUL')
async def process_message(self, msg):
text = msg.text
for p in self.prefixes:
if msg.text.startswith(p):
text = text.replace(p, "", 1)
break
else:
return
if text == self.commands[6]:
users = ""
temp = ""
temp_amount = 0
for bu in self.banset:
temp += bu + ","
temp_amount += 1
if temp_amount > 99:
for u in (await self.api.users.get(user_ids=temp) or []):
users += u["first_name"] + " " + u["last_name"] + f" ({u['id']}), "
temp = ""
temp_amount = 0
if temp_amount:
for u in (await self.api.users.get(user_ids=temp) or []):
users += u["first_name"] + " " + u["last_name"] + f" ({u['id']}), "
return await msg.answer("Заблокированные пользователи:\n" + (users[:-2] if users[:-2] else "Нет"))
if text == self.commands[7]:
a_users = ""
for u in (await self.api.users.get(user_ids=",".join(str(u) for u in self.admins)) or []):
a_users += u["first_name"] + " " + u["last_name"] + f" ({u['id']}), "
m_users = ""
for u in (await self.api.users.get(user_ids=",".join(str(u) for u in self.moders)) or []):
m_users += u["first_name"] + " " + u["last_name"] + f" ({u['id']}), "
return await msg.answer("Администраторы:\n" + (a_users[:-2] if a_users[:-2] else "Нет") + "\n"
"Модераторы:\n" + (m_users[:-2] if m_users[:-2] else "Нет"))
if not msg.data["is_admin"]:
return await msg.answer("Вы не администратор!")
puid = ""
for m in traverse(await msg.get_full_forwarded()):
if m.user_id and m.true_user_id != msg.user_id:
puid = m.true_user_id
break
if not puid:
puid = text.split(" ")[-1]
if puid.isdigit():
puid = int(puid)
else:
puid = ""
if not puid:
return await msg.answer(f"Ошибка при определении id пользователя!")
if text.startswith(self.commands[0]):
if puid in self.banset:
return await msg.answer("Уже забанен!")
if puid in self.admins:
return await msg.answer("Нельзя забанить администратора!")
self.banset.append(puid)
return await msg.answer(f"Успешно забанен: {puid}!")
if text.startswith(self.commands[1]):
if puid not in self.banset:
return await msg.answer(f"Пользователь не забанен: {puid}!")
else:
self.banset.remove(puid)
return await msg.answer(f"Пользователь разбанен: {puid}!")
if text.startswith(self.commands[2]):
if len(self.admins) > 99:
return await msg.answer(f"Уже максимум администраторов!")
if puid in self.admins:
return await msg.answer("Уже администратор!")
if puid in self.banset:
return await msg.answer("Этот пользователь забанен!")
self.admins.append(puid)
return await msg.answer(f"Успешно сделан администратором: {puid}!")
if text.startswith(self.commands[3]):
if puid not in self.admins:
return await msg.answer(f"Пользователь не администратор: {puid}!")
else:
self.admins.remove(puid)
return await msg.answer(f"Пользователь разжалован из администраторов: {puid}!")
if text.startswith(self.commands[4]):
if len(self.moders) > 99:
return await msg.answer(f"Уже максимум модераторов!")
if puid in self.moders:
return await msg.answer("Уже модератор!")
self.moders.append(puid)
return await msg.answer(f"Успешно сделан модератором: {puid}!")
if text.startswith(self.commands[5]):
if puid not in self.moders:
return await msg.answer(f"Пользователь не модератор: {puid}!")
else:
self.moders.remove(puid)
return await msg.answer(f"Пользователь разжалован из модераторов: {puid}!")
def prepare(elms):
return tuple(
traverse(
list(list(pr + " " + e for e in elms) for pr in bslist)))
async def process_message(self, msg):
command, text = self.parse_message(msg)
if command in self.commands_turn_on:
if self.configurations.get(msg.peer_id, 0) in (0, 2):
self.configurations[msg.peer_id] = 1
return await msg.answer("Буду всё слушать и записывать :D")
return await msg.answer("Я и так всё слушаю и записываю \_C:_/")
if command in self.commands_turn_off:
del self.configurations[msg.peer_id]
return await msg.answer("Как хочешь...")
sound, exten = None, None
async def check(ats):
if not ats:
return None, None
for at in ats:
if at.type == "doc" and at.raw.get("ext") in SUPPORTED:
async with aiohttp.ClientSession() as sess:
async with sess.get(at.url) as resp:
return await resp.read(), at.raw.get("ext")
return None, None
if msg.brief_attaches:
sound, exten = await check(await msg.get_full_attaches())
if sound is None and msg.brief_forwarded:
for m in traverse(await msg.get_full_forwarded()):
sound, exten = await check(await m.get_full_attaches())
if sound is not None:
break
if sound is None and command in self.commands_once:
if self.configurations.get(msg.peer_id, 0) in (0, 2):
self.configurations[msg.peer_id] = 2
return await msg.answer("Переведу следующее в текст ;)")
return await msg.answer("Я и так всё перевожу \_C:_/")
if sound is None:
if msg.is_out or self.configurations.get(msg.peer_id, 0) == 1:
return False
return await msg.answer("Мне нечего перевести в текст :(")
@aiohttp.streamer
def sound_sender(writer):
chunki = 0
chunk = sound[chunki * CHUNK_SIZE:(chunki + 1) * CHUNK_SIZE]
while chunk:
yield from writer.write(chunk)
chunki += 1
chunk = sound[chunki * CHUNK_SIZE:(chunki + 1) * CHUNK_SIZE]
url = 'http://asr.yandex.net/asr_xml' + \
'?uuid=%s&key=%s&topic=%s&lang=%s' % (uuid.uuid4().hex, \
self.key, 'notes', 'ru-RU')
async with aiohttp.ClientSession() as sess:
async with sess.post(url,
data=sound_sender(),
headers={"Content-Type":
SUPPORTED[exten]}) as resp:
response = await resp.text()
if resp.status != 200:
return await msg.answer(
"Мне не получилось ничего разобрать или я больше не работаю!"
)
root = ET.fromstring(response)
if root.attrib['success'] not in ("1", 1):
return await msg.answer("Мда. Нет.")
return await msg.answer("\"" + str(root[0].text) + "\"")
def train(self):
self.net_mode(train=True)
ones = torch.ones(self.batch_size,
dtype=torch.long,
device=self.device)
zeros = torch.zeros(self.batch_size,
dtype=torch.long,
device=self.device)
epochs = int(np.ceil(self.steps) / len(self.dataloader))
print("number of epochs {}".format(epochs))
step = 0
for e in range(epochs):
#for e in range(1):
for x_true1, x_true2 in self.dataloader:
#if step == 50: break
step += 1
# VAE
x_true1 = x_true1.unsqueeze(1).to(self.device)
#print("x_true1 size {}".format(x_true1.size()))
x_recon, mu, logvar, z = self.VAE(x_true1)
#print("x_recon size {}".format(x_recon.size()))
#print("mu size {}".format(mu.size()))
#print("logvar size {}".format(logvar.size()))
#print("z size {}".format(z.size()))
# Reconstruction and KL
vae_recon_loss = recon_loss(x_true1, x_recon)
#print("vae recon loss {}".format(vae_recon_loss))
vae_kl = kl_div(mu, logvar)
#print("vae kl loss {}".format(vae_kl))
# Total Correlation
D_z = self.D(z)
#print("D_z size {}".format(D_z.size()))
tc_loss = (D_z[:, :1] - D_z[:, 1:]).mean()
#print("tc loss {}".format(tc_loss))
# VAE loss
vae_loss = vae_recon_loss + vae_kl + self.gamma * tc_loss
#print("Total VAE loss {}".format(vae_loss))
# Optimise VAE
self.optim_VAE.zero_grad() #zero gradients the buffer
vae_loss.backward(retain_graph=True)
self.optim_VAE.step() #Does the step
# Discriminator
x_true2 = x_true2.unsqueeze(1).to(self.device)
z_prime = self.VAE(x_true2, decode=False)[3]
z_perm = permute_dims(z_prime).detach(
) ## detaches the output from the graph. no gradient will be backproped along this variable.
D_z_perm = self.D(z_perm)
# Discriminator loss
d_loss = 0.5 * (F.cross_entropy(D_z, zeros) +
F.cross_entropy(D_z_perm, ones))
#print("d_loss {}".format(d_loss))
# Optimise Discriminator
self.optim_D.zero_grad()
d_loss.backward()
self.optim_D.step()
# Logging
if step % self.args.log_interval == 0:
print("Step {}".format(step))
print("Recons. Loss = " + "{:.4f}".format(vae_recon_loss))
print("KL Loss = " + "{:.4f}".format(vae_kl))
print("TC Loss = " + "{:.4f}".format(tc_loss))
print("Factor VAE Loss = " + "{:.4f}".format(vae_loss))
print("D loss = " + "{:.4f}".format(d_loss))
# Saving
if not step % self.args.save_interval:
filename = 'traversal_' + str(step) + '.png'
filepath = os.path.join(self.args.output_dir, filename)
traverse(self.net_mode, self.VAE, self.test_imgs, filepath)
# Saving plot gt vs predicted
if not step % self.args.gt_interval:
filename = 'gt_' + str(step) + '.png'
filepath = os.path.join(self.args.output_dir, filename)
plot_gt_shapes(self.net_mode, self.VAE, self.dataloader_gt,
filepath)
def train(self):
self.net_mode(train=True)
ones = torch.ones(self.batch_size,
dtype=torch.long,
device=self.device)
zeros = torch.zeros(self.batch_size,
dtype=torch.long,
device=self.device)
epochs = int(np.ceil(self.steps) / len(self.dataloader))
print("number of epochs {}".format(epochs))
step = 0
# dict of init opt weights
#dict_init = {a: defaultdict(list) for a in range(10)}
# dict of VAE opt weights
#dict_VAE = {a:defaultdict(list) for a in range(10)}
weights_names = [
'encoder.2.weight', 'encoder.10.weight', 'decoder.0.weight',
'decoder.7.weight', 'net.4.weight'
]
dict_VAE = defaultdict(list)
dict_weight = {a: [] for a in weights_names}
for e in range(epochs):
#for e in range():
for x_true1, x_true2 in self.dataloader:
#if step == 1: break
step += 1
"""
# TRACKING OF GRADS
print("GRADS")
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
#size : 32,32,4,4
print("Grads: Before VAE optim step {}".format(step))
#if params.grad != None:
if step != 1:
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False :
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
#dict_init[step][name] = params.grad.numpy()
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
else:
print("name {}, params grad {}".format(name, params.grad))
#dict_init[step][name] = None
dict_VAE[name] = None
if name == 'encoder.10.weight':
#size : 32,32,4,4
#print("Before VAE optim encoder step {}".format(step))
#if params.grad != None:
if step != 1:
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False :
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
#dict_init[step][name] = params.grad.numpy()
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
else:
print("name {}, params grad {}".format(name, params.grad))
#dict_init[step][name] = None
dict_VAE[name] = None
if name == 'decoder.0.weight':
#print("Before VAE optim decoder step {}".format(step))
#if params.grad != None:
if step != 1:
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("name {}, params grad {}".format(name, params.grad[:5, :2]))
else:
print("name {}, params grad {}".format(name, params.grad))
#dict_init[step][name] = None
dict_VAE[name] = None
if name == 'decoder.7.weight':
#print("Before VAE optim decoder step {}".format(step))
#if params.grad != None:
if step != 1:
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("name {}, params grad {}".format(name, params.grad[1, 1, :, :]))
else:
print("name {}, params grad {}".format(name, params.grad))
#dict_init[step][name] = None
dict_VAE[name] = None
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
#print("Before VAE optim discrim step {}".format(step))
#if params.grad != None:
if step != 1:
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("name {}, params grad {}".format(name, params.grad[1, 1, :, :]))
else:
print("name {}, params grad {}".format(name, params.grad))
#dict_init[step][name] = None
dict_VAE[name] = None
print()
"""
# VAE
x_true1 = x_true1.unsqueeze(1).to(self.device)
#print("x_true1 size {}".format(x_true1.size()))
x_recon, mu, logvar, z = self.VAE(x_true1)
# Reconstruction and KL
vae_recon_loss = recon_loss(x_true1, x_recon)
#print("vae recon loss {}".format(vae_recon_loss))
vae_kl = kl_div(mu, logvar)
#print("vae kl loss {}".format(vae_kl))
# Total Correlation
D_z = self.D(z)
#print("D_z size {}".format(D_z.size()))
tc_loss = (D_z[:, :1] - D_z[:, 1:]).mean()
#print("tc loss {}".format(tc_loss))
# VAE loss
vae_loss = vae_recon_loss + vae_kl + self.gamma * tc_loss
#print("Total VAE loss {}".format(vae_loss))
#print("Weights: Before VAE, step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
# Optimise VAE
self.optim_VAE.zero_grad() #zero gradients the buffer, grads
"""
print("after zero grad step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
# check if the VAE is optimizing the encoder and decoder
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
if step == 1:
print("name {}, params grad {}".format(name, params.grad))
#else:
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if name == 'encoder.10.weight':
# size : 32,32,4,4
if step == 1:
print("name {}, params grad {}".format(name, params.grad))
#else:
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 32,32,4,4
if step == 1:
print("name {}, params grad {}".format(name, params.grad))
#else:
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
"""
vae_loss.backward(
retain_graph=True) # grad parameters are populated
"""
print()
print("after backward step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
# check if the VAE is optimizing the encoder and decoder
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 1000,1000
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))"""
self.optim_VAE.step() #Does the step
#print()
#print("after VAE update step {}".format(step))
#print("encoder.2.weight size {}".format(self.optim_VAE.param_groups[0]['params'][2].size()))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0,0,:,:]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
"""
# check if the VAE is optimizing the encoder and decoder
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
#size : 32,32,4,4
print("After VAE optim step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
#size : 20, 128
#print("size of {}: {}".format(name, params.grad.size()))
#print("After VAE optim encoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
#128,10
#print("After VAE optim decoder linear step {}".format(step))
#print("size of {}: {}".format(name, params.grad.size()))
#print("name {}, params grad {}".format(name, params.grad[:3, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
#print("After VAE optim decoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[1, 1, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
#print("After VAE optim discriminator step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:5,:5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
print()
"""
#print()
#print("Before Syn step {}".format(step))
#print("encoder.2.weight size {}".format(self.optim_VAE.param_groups[0]['params'][2].size()))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
##################
#Synergy Max
# Step 1: compute the argmax of D kl (q(ai | x(i)) || )
best_ai = greedy_policy_Smax_discount(self.z_dim,
mu,
logvar,
alpha=self.omega)
# Step 2: compute the Imax
mu_syn = mu[:, best_ai]
logvar_syn = logvar[:, best_ai]
if len(mu_syn.size()) == 1:
I_max = kl_div_uni_dim(mu_syn, logvar_syn).mean()
# print("here")
else:
I_max = kl_div(mu_syn, logvar_syn)
#I_max1 = I_max_batch(best_ai, mu, logvar)
#print("I_max step{}".format(I_max, step))
# Step 3: Use it in the loss
syn_loss = self.alpha * I_max
#print("syn_loss step {}".format(syn_loss, step))
# Step 4: Optimise Syn term
self.optim_VAE.zero_grad(
) # set zeros all the gradients of VAE network
"""
#print()
print("after zeros Syn step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 1000,1000
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
"""
syn_loss.backward(retain_graph=True) #backprop the gradients
"""
print()
print("after Syn backward step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 1000,1000
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
"""
self.optim_VAE.step(
) #Does the update in VAE network parameters
#print()
#print("after Syn update step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("encoder.10.weight {}".format(self.optim_VAE.param_groups[0]['params'][10][:, :2]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
###################
"""
# check if the VAE is optimizing the encoder and decoder
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
print("After Syn optim step {}".format(step))
# print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size :
#print("After Syn optim encoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:, :]))
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dim_changes = []
for dim in range(20):
if np.array_equal(dict_VAE[name][dim, :2], params.grad.numpy()[dim, :2]) == False:
dim_changes.append(dim)
print("Changes in dimensions: {}".format(dim_changes))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
# 1024, 128
#print("After Syn optim decoder linear step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:5, :2]))
#print("name {}, params grad {}".format(name, params.grad[:3, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
#print("After Syn optim decoder step {}".format(step))
# print("name {}, params grad {}".format(name, params.grad[1, 1, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
#print("After Syn optim discriminator step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:5,:5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
print()
"""
# Discriminator
x_true2 = x_true2.unsqueeze(1).to(self.device)
z_prime = self.VAE(x_true2, decode=False)[3]
z_perm = permute_dims(z_prime).detach(
) ## detaches the output from the graph. no gradient will be backproped along this variable.
D_z_perm = self.D(z_perm)
# Discriminator loss
d_loss = 0.5 * (F.cross_entropy(D_z, zeros) +
F.cross_entropy(D_z_perm, ones))
#print("d_loss {}".format(d_loss))
#print("dict VAE {}".format(dict_VAE['encoder.2.weight'][0, 0, :, :]))
#print("before Disc, step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
# Optimise Discriminator
self.optim_D.zero_grad()
"""
print("after zero grad Disc step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 1000,1000
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
"""
d_loss.backward()
"""
print()
print("after backward Disc step {}".format(step))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
# check if the VAE is optimizing the encoder and decoder
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'encoder.10.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
# size : 32,32,4,4
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
# size : 1000,1000
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
"""
self.optim_D.step()
#print("dict VAE {}".format(dict_VAE['encoder.2.weight'][0, 0, :, :]))
"""
print()
print("after update disc step {}".format(step))
#print("encoder.2.weight size {}".format(self.optim_VAE.param_groups[0]['params'][2].size()))
#print("encoder.2.weight {}".format(self.optim_VAE.param_groups[0]['params'][2][0, 0, :, :]))
#print("net.4.weight {}".format(self.optim_D.param_groups[0]['params'][4][:5, :5]))
for name, params in self.VAE.named_parameters():
if name == 'encoder.2.weight':
#size : 32,32,4,4
print("After Discriminator optim encoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
#print("dict VAE {}".format(dict_VAE[name][0, 0, :, :]))
#if np.isclose(dict_VAE[name], params.grad.numpy(), rtol=1e-05, atol=1e-08, equal_nan=False): "Works"
#if np.all(abs(dict_VAE[step][name] - params.grad.numpy())) < 1e-7 == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
#print("dict VAE {}".format(dict_VAE[name][0, 0, :, :]))
if name == 'encoder.10.weight':
# size :
#print("After Syn optim encoder step {}".format(step))
# print("name {}, params grad {}".format(name, params.grad[0, 0, :, :]))
#print("name {}, params grad {}".format(name, params.grad[:, :2]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
# if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.0.weight':
#1024, 128
#print("After Discriminator optim decoder linear step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:5, :2]))
#print("name {}, params grad {}".format(name, params.grad[:3, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
if name == 'decoder.7.weight':
#print("After Discriminator optim decoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[1, 1, :, :]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
for name, params in self.D.named_parameters():
if name == 'net.4.weight':
#print("After Discriminator optim decoder step {}".format(step))
#print("name {}, params grad {}".format(name, params.grad[:5, :5]))
if np.array_equal(dict_VAE[name], params.grad.numpy()) == False:
#if dict_VAE[name] != tuple(params.grad.numpy()):
print("Change in gradients {}".format(name))
dict_VAE[name] = params.grad.numpy().copy()
else:
print("No change in gradients {}".format(name))
print()"""
# Logging
if step % self.args.log_interval == 0:
print("Step {}".format(step))
print("Recons. Loss = " + "{:.4f}".format(vae_recon_loss))
print("KL Loss = " + "{:.4f}".format(vae_kl))
print("TC Loss = " + "{:.4f}".format(tc_loss))
print("Factor VAE Loss = " + "{:.4f}".format(vae_loss))
print("D loss = " + "{:.4f}".format(d_loss))
print("best_ai {}".format(best_ai))
print("I_max {}".format(I_max))
print("Syn loss {:.4f}".format(syn_loss))
# Saving
if not step % self.args.save_interval:
filename = 'alpha_' + str(
self.alpha) + '_traversal_' + str(step) + '.png'
filepath = os.path.join(self.args.output_dir, filename)
traverse(self.net_mode, self.VAE, self.test_imgs, filepath)
async def process_message(self, msg):
command, otext = self.parse_message(msg)
i, url, name, last_name = None, None, None, None
for m in traverse(await msg.get_full_forwarded()):
if m.full_text:
if i == m.true_user_id:
text += "\n" + m.full_text
continue
elif i is not None:
break
i = m.true_user_id
u = await self.api.users.get(user_ids=i, fields="photo_max")
if not u: continue
u = u[0]
url = u["photo_max"]
name = u["first_name"]
last_name = u["last_name"]
text = m.full_text
else:
if i is None:
return await msg.answer("Нечего цитировать!")
async with aiohttp.ClientSession() as sess:
async with sess.get(url) as response:
img = Image.open(io.BytesIO(await response.read()))
img = img.resize((200, 200))
rsize = (700, 400)
res = Image.new("RGBA", rsize, color=(0, 0, 0))
res.paste(img, (25, 100))
tex = Image.new("RGBA", rsize, color=(0, 0, 0))
draw = ImageDraw.Draw(tex)
sidth = draw.textsize(" ", font=self.f)[0]
seight = int(draw.textsize("I", font=self.f)[1] * 1.05)
text = text.splitlines()
midth = 0
width = 0
height = 0
for line in text:
for word in line.split(" "):
size = draw.textsize(word, font=self.f)
if width + size[0] >= rsize[0] - 340:
height += seight
width = 0
draw.text((width, height), word, font=self.f)
width += sidth + size[0]
if width > midth:
midth = width
height += seight
width = 0
y = rsize[1] // 2 - height // 2
x = 300 + (rsize[0] - 370 - midth) // 2
res.alpha_composite(tex, (x, y))
if height < 210:
height = 210
y = rsize[1] // 2 - height // 2
res.alpha_composite(self.q, (250, y + 10))
res.alpha_composite(self.qf,
(rsize[0] - 75, y + int(height - seight * 2 + 10)))
draw = ImageDraw.Draw(res)
draw.multiline_text(
(25, 310),
f"© {name} {last_name}{' - ' + otext if otext else ''}\n"
f"@ {datetime.date.today()}",
font=self.fs)
f = io.BytesIO()
res.save(f, format='png')
f.seek(0)
attachment = await upload_photo(self.api, f, msg.user_id)
f.close()
return await msg.answer('', attachment=str(attachment))
return self.resource(request).GET()
path = self.path
resource = traverse(path, request)
if resource is None:
return u''
gresource = IResource(resource, None)
if gresource is not None:
try:
return gresource.render(request)
except Exception, err:
log_exc(str(err))
raise
else:
return traverse(path, request).GET()
def __call__(self, request, package):
return self
class ResourceFactory(object):
interface.implements(IPackageResourceFactory)
def __init__(self, factory):
self.factory = factory
def __call__(self, *args, **kw):
return self.factory(*args, **kw)
async def parse_user_id(msg,
can_be_argument=True,
argument_ind=-1,
custom_text=None):
for m in traverse(await msg.get_full_forwarded()):
if m.user_id and m.true_user_id != msg.user_id:
return m.true_user_id
if not can_be_argument:
return None
if custom_text is None:
original_text = msg.text
else:
original_text = custom_text
text = original_text.split(" ")[argument_ind]
if text.isdigit():
return int(text)
if text.startswith("https://vk.com/"):
text = text[15:]
if text[:3] == "[id":
puid = text[3:].split("|")[0]
if puid.isdigit() and "]" in text[3:]:
return int(puid)
if "__chat_data" in msg.meta:
if argument_ind == -1:
targets = [original_text.split(" ")[-1].strip().lower()]
else:
targets = [
i.strip().lower()
for i in original_text.split(" ")[argument_ind:argument_ind +
2]
]
max_match, user_id = 0, None
for u in msg.meta["__chat_data"].users:
if u.get("screen_name") == text:
return u["id"]
matches = 0
if u.get("first_name", "").strip().lower() in targets:
matches += 1
if u.get("last_name", "").strip().lower() in targets:
matches += 1
if u.get("nickname", "").strip().lower() in targets:
matches += 1
if matches > 0:
if matches > max_match:
max_match = matches
user_id = u["id"]
elif matches == max_match:
user_id = None
break
if user_id is not None:
return user_id
tuid = await msg.api.utils.resolveScreenName(screen_name=text)
if tuid and isinstance(tuid, dict):
return tuid.get("object_id")
return None
if len(rooms.keys()) != 0:
print(f"There are already {len(rooms)} visited rooms")
# Initialize the Game
response = debounce(game_init, game_state)
room = Room(response)
print(f"Current room: {room}")
player.play(room)
record_move(rooms, room)
# Game Mode
print(f"Please choose running mode:")
print(f"1 - automatic traversal")
print(f"2 - manual")
print(f"3 - work to find and sell items")
print(f"4 - mine for coins")
print(f"5 - change name")
running_mode = int(input())
if running_mode == 1:
traverse(rooms, player, game_state)
elif running_mode == 2:
repl(rooms, player, game_state)
elif running_mode == 3:
work(rooms, player, game_state)
elif running_mode == 4:
mine(rooms, player, game_state)
elif running_mode == 5:
change_name(rooms, player, game_state)
def train(self):
self.net_mode(train=True)
ones = torch.ones(self.batch_size,
dtype=torch.long,
device=self.device)
zeros = torch.zeros(self.batch_size,
dtype=torch.long,
device=self.device)
epochs = int(np.ceil(self.steps) / len(self.dataloader))
print("number of epochs {}".format(epochs))
step = 0
for e in range(epochs):
#for e in range():
for x_true1, x_true2 in self.dataloader:
if step == 1: break
step += 1
# VAE
x_true1 = x_true1.unsqueeze(1).to(self.device)
x_recon, mu, logvar, z = self.VAE(x_true1)
# Reconstruction and KL
vae_recon_loss = recon_loss(x_true1, x_recon)
vae_kl = kl_div(mu, logvar)
# Total Correlation
D_z = self.D(z)
tc_loss = (D_z[:, :1] - D_z[:, 1:]).mean()
# Synergy term
best_ai = self.D_syn(mu, logvar)
best_ai_labels = torch.bernoulli(best_ai)
# TODO Copy to an empty tensor
mu[best_ai_labels == 0] = 0
logvar_syn[best_ai_labels == 0] = 0
# TODO For to KL
for i in range(self.batch_size):
mu_syn_s = mu_syn[i][mu_syn[i] != 0]
if len(mu_syn.size()) == 1:
syn_loss = kl_div_uni_dim(mu_syn, logvar_syn).mean()
# print("here")
else:
syn_loss = kl_div(mu_syn, logvar_syn)
# VAE loss
vae_loss = vae_recon_loss + vae_kl + self.gamma * tc_loss + self.alpha * syn_loss
# Optimise VAE
self.optim_VAE.zero_grad() #zero gradients the buffer, grads
vae_loss.backward(
retain_graph=True) # grad parameters are populated
self.optim_VAE.step() #Does the step
# TODO Check the best greedy policy
# Discriminator Syn
real_seq = greedy_policy_Smax_discount(self.z_dim, mu, logvar,
0.8).detach
d_syn_loss = recon_loss(real_seq, best_ai)
# Optimise Discriminator Syn
self.optim_D_syn.zero_grad(
) # set zeros all the gradients of VAE network
d_syn_loss.backward(
retain_graph=True) # backprop the gradients
self.optim_D_syn.step(
) # Does the update in VAE network parameters
# Discriminator TC
x_true2 = x_true2.unsqueeze(1).to(self.device)
z_prime = self.VAE(x_true2, decode=False)[3]
z_perm = permute_dims(z_prime).detach(
) ## detaches the output from the graph. no gradient will be backproped along this variable.
D_z_perm = self.D(z_perm)
# Discriminator TC loss
d_loss = 0.5 * (F.cross_entropy(D_z, zeros) +
F.cross_entropy(D_z_perm, ones))
# Optimise Discriminator TC
self.optim_D.zero_grad()
d_loss.backward()
self.optim_D.step()
# Logging
if step % self.args.log_interval == 0:
print("Step {}".format(step))
print("Recons. Loss = " + "{:.4f}".format(vae_recon_loss))
print("KL Loss = " + "{:.4f}".format(vae_kl))
print("TC Loss = " + "{:.4f}".format(tc_loss))
print("Syn Loss = " + "{:.4f}".format(syn_loss))
print("Factor VAE Loss = " + "{:.4f}".format(vae_loss))
print("D loss = " + "{:.4f}".format(d_loss))
print("best_ai {}".format(best_ai))
print("Syn loss {:.4f}".format(syn_loss))
# Saving
if not step % self.args.save_interval:
filename = 'traversal_' + str(step) + '.png'
filepath = os.path.join(self.args.output_dir, filename)
traverse(self.net_mode, self.VAE, self.test_imgs, filepath)