def save(self, initial=False, string=None):
""" Save current model to disk. """
out_path = os.path.join(self.config['output_dir'],
self.config['model_name'])
logger.info('Saving model to {}'.format(out_path))
try:
os.mkdir(out_path)
except OSError:
# Directory already exists
pass
if initial:
dump_json(self.config,
'{}/{}.json'.format(out_path, self.config['model_name']))
self.model.save('{}/{}.npz'.format(out_path,
self.config['model_name']))
else:
if string is None:
# We received a special string (most likely from a different
# task in a multitask setup. This string will tell us how to
# write the suffix for saving this model.
model_name = '{}.{:02f}.{}'.format(self.config['model_name'],
self.best_retrieval,
self.epoch + 1)
self.model.save('{}/{}.npz'.format(out_path, model_name))
self.prune_saved_models('{}/{}.npz'.format(
out_path, model_name))
def correct_confirmed_errors_in_filelist(confirmed_errors_json):
errors = load_json(confirmed_errors_json)
corrected = {}
for wavname in errors:
corrected[wavname] = errors[wavname]["ground_truth"]
dump_json(corrected, confirmed_errors_json)
def train_model():
global epoch_information
model.train()
max_epoch = 120
N = [idx for idx in range(100, 100 + max_epoch)]
for batch in train_loader:
optimizer.zero_grad()
if epoch <= 50 or random.random() >= params.mix_active:
loss, _ = model(batch)
else:
loss, _ = model.forward_active(batch)
loss.backward()
optimizer.step()
model.eval()
scores = []
for idx in N:
scores.append(test_model(id_=idx)[2])
final_score = sum(scores) / (len(N) + 1e-8)
file_name = 'model/model_task_4_' + params.file_name + '_e_' + str(
epoch) + '.pt'
heapq.heappush(epoch_information, (final_score, file_name))
remove_filename = heapq.heappop(
epoch_information)[1] if len(epoch_information) > 5 else None
if file_name != remove_filename:
torch.save({'model_state_dict': model.state_dict()}, file_name)
if remove_filename:
os.remove(remove_filename)
dump_json('model/' + params.file_name + '.json', epoch_information)
print('Test_Epoch: {} Scores are: {}'.format(epoch, scores))
model.train()
def run(args):
parse_str = lambda s: tuple(map(int, s.split(",")))
nnet = Nnet(**nnet_conf)
trainer = GE2ETrainer(
nnet,
gpuid=parse_str(args.gpu),
checkpoint=args.checkpoint,
resume=args.resume,
**trainer_conf)
loader_conf = {
"M": args.M,
"N": args.N,
"chunk_size": parse_str(args.chunk_size)
}
for conf, fname in zip([nnet_conf, trainer_conf, loader_conf],
["mdl.json", "trainer.json", "loader.json"]):
dump_json(conf, args.checkpoint, fname)
train_loader = SpeakerLoader(
train_dir, **loader_conf, num_steps=args.train_steps)
dev_loader = SpeakerLoader(
dev_dir, **loader_conf, num_steps=args.dev_steps)
trainer.run(train_loader, dev_loader, num_epochs=args.epochs)
async def purge_rr(self):
if self.purge_rr.current_loop == 0: return
print("Purging rr logs...")
for log_file in glob.glob(utils.REACTION_ROLE_LOG_DIR + "*.json"):
# load log
log = utils.load_json_with_default(log_file, default=False)
# mark entries for purging
ch_dels, m_dels = [], []
for ch_id in log:
# check channel
channel = self.bot.get_channel(ch_id)
if not channel:
ch_dels.append(ch_id)
#check message
for m_id in log:
try:
await channel.fetch_message(m_id)
except discord.NotFound:
m_dels.append((ch_id, m_id))
# do purging
for tup in m_dels:
del log[tup[0]][tup[1]]
for ch in ch_dels:
del log[ch]
# save log
utils.dump_json(log, log_file)
def main():
args = sys.argv
# Load data info
data = load_json(args[1])
goldfile = data['gold']['file']
# Iterate over data files
for key, value in data.items():
# Check allignment
if key == "spacy" or key == "stanford":
if not alligned(value['file'], goldfile):
continue
# Preprocess file
outputfilename = value['file'].replace(
value['extension'], '-preprocessed' + value['extension'])
preprocess_file(value['file'], value['annotation_column'],
value['header'], args[2], outputfilename)
# Update data-information of preprocessed file
value['file'] = outputfilename
value['annotation_column'] = value['header'][
value['annotation_column']]
# Write updated data info to outfile
dump_json(args[1].replace('.json', '-preprocessed.json'), data)
def train_test_system(features_names_list, data_info_file, system,
output_filename):
"""
This function trains a classifier based on given system and data information,
tests this classifier system and writes the predictions to an outputfile.
:param features_names_list: list of indications of all feature columns that should be used
:param data_info_file: path to file containing info about all necessary data
:param system: name of the ML algorithm that is passed to the classifier
:param output_filename: path to conll outputfile
:type feature_names_list: list
:type data_info_file: string
:type system: string
:type output_filename: string
"""
data = load_json(data_info_file)
# Train model
inputfile = data['training']['file']
annotation_column = data['training']['annotation_column']
model = TextClassifier(system)
model.train(inputfile, features_names_list, annotation_column)
# Classify
gold_file = data['gold']['file']
predictions = model.predict(gold_file)
# Write output
append_column_and_write_file(output_filename, gold_file, predictions,
'predictions')
# Update data info
name = os.path.basename(output_filename[:-6])
data[name] = {'annotation_column': 'predictions', 'file': output_filename}
dump_json(data_info_file, data)
def convert_names_filelist_json_to_json(filelist_json,
out_json,
wavnames_correspondence_json=None):
initial_filelist = load_json(filelist_json)
converted_filelist = convert_names_filelist_dict_to_dict(
initial_filelist, wavnames_correspondence_json)
dump_json(converted_filelist, out_json)
def get_cat2():
# d = parse_cat_1(URL + BJCP_URL)
# dump_json(d, 'cat.json')
cats = read_json(data_dir + 'cat.json')
for title, url in cats.items():
d = parse_cat_2(URL + url)
dump_json(d, data_dir + title + '.json')
def merge_paper_info(mission):
if mission == 'test':
paper_keywords = load_json('data/test/paper_keywords.json')
paper_title = load_json('data/test/paper_title.json')
paper_org = load_json('data/test/paper_org.json')
papers = [i for i in paper_title]
papers_info_merge = {}
for i in papers:
sentence = ''
if paper_org[i] != []:
for j in paper_org[i]:
sentence += j
sentence += ''
if paper_keywords[i] != []:
for j in paper_keywords[i]:
sentence += j
sentence += ' '
sentence += paper_title[i]
papers_info_merge[i] = sentence
dump_json('data/test/paper_info_merge.json', papers_info_merge)
print('paper info merge done')
def main():
"""
main function
"""
in_dir = "in"
utils.is_exists_dir(in_dir, True)
out_dir = "out"
utils.is_exists_dir(out_dir, True)
log_dir = 'log'
utils.is_exists_dir(log_dir, True)
prefix_out_file = "zudello_intrfc_"
#extension_for_in_files = 'json'
log_filename = os.path.join(log_dir, 'error.log')
logging.basicConfig(filename=log_filename,
filemode='a',
format='%(asctime)s - %(levelname)s: %(message)s',
datefmt='%m/%d/%Y %I:%M:%S %p')
logger = logging.getLogger()
in_files = os.listdir(in_dir)
for in_file in in_files:
print("File: {}".format(in_file))
json_content = utils.get_json_from_file(os.path.join(in_dir, in_file),
logger)
if json_content:
out_interface = proc_json(json_content)
# for k, v in generator_node(json_content):
# print("{} - {}".format(k, v))
# out_interface = convert_to_interface(json_content)
out_file_name = os.path.join(out_dir, prefix_out_file + in_file)
utils.dump_json(out_file_name, out_interface)
async def merge_items():
# get data
if not os.path.exists(utils.SUPER_ITEM_FILE):
_, s_data = await SuperScraper.parse()
else:
s_data = utils.load_json_with_default(utils.SUPER_ITEM_FILE,
default=False)
if not os.path.exists(utils.KEDAMA_ITEM_FILE):
_, k_data = KedamaScraper.parse()
else:
k_data = utils.load_json_with_default(utils.KEDAMA_ITEM_FILE,
default=False)
if not os.path.exists(utils.MARKET_ITEM_FILE):
_, h_data = await MarketScraper.scrape()
else:
h_data = utils.load_json_with_default(utils.MARKET_ITEM_FILE,
default=False)
# merge data
merged_data = []
for x, y in [('super', s_data), ('kedama', k_data)]:
for z in y:
z['type'] = x
merged_data.append(z)
for x in h_data:
h_data[x]['type'] = "market"
merged_data.append(h_data[x])
# dump
utils.dump_json(merged_data, utils.ITEM_FILE)
return merged_data
def add_question_ids(infile, subject_metadata):
question_data = open_json(infile)
max_q = 0
for q_id in question_data:
subjects = question_data[q_id]['subjects']
new_subject_map = [subject_metadata[d]['new_id'] for d in subjects]
child_subjects = []
for d1 in subjects:
is_ok = True
for d2 in subjects:
if d1 == d2:
continue
if d1 in subject_metadata[d2]['parents']:
is_ok = False
break
if is_ok:
child_subjects.append(d1)
question_data[q_id]['new_sub_map'] = new_subject_map
child_subject_map = [
subject_metadata[d]['new_id'] for d in child_subjects
]
question_data[q_id]['child_map'] = child_subject_map
question_data[q_id]['childs'] = child_subjects
child_whole_map = []
for child in child_subjects:
parent = subject_metadata[child]['parents']
parent = [d for d in parent if d]
parent = [subject_metadata[d]['new_id'] for d in parent]
child_whole_map.append(parent)
question_data[q_id]['child_whole_map'] = child_whole_map
max_q = max(len(child_whole_map), max_q)
print(max_q)
dump_json(infile, question_data)
async def get_series_data(self, update, session=None):
# inits
name = update['series']
link = update['series_link']
DATA = utils.load_json_with_default(utils.SERIES_CACHE, {})
CONFIG = utils.load_bot_config()
# refresh data if new series or not updated in a while
if name in DATA:
last_check = time.time() - DATA[name].get('last_checked', 0)
if name not in DATA or last_check > CONFIG[
'series_refresh_rate'] * 24 * 60 * 60:
# get data
html = await get_html(link, session)
soup = BeautifulSoup(html, 'html.parser')
s_data = self.parse_series_page(soup, update)
s_data['link'] = link
# cache
DATA[name] = s_data
DATA[name]['last_checked'] = time.time()
utils.dump_json(DATA, utils.SERIES_CACHE)
return DATA[name]
def convert_subjects():
file_name = 'public_data/metadata/subject_metadata.csv'
output_data = 'public_data/personal_data/subject_metadata.json'
data = {}
cnt = 1
with open(file_name, 'r') as fp:
lines = fp.readlines()[1:]
lines = [line.strip('\n') for line in lines]
for line in lines:
words = line.split(',')
subject_id = int(words[0])
if words[-2] == 'NULL':
parent_id = 0
else:
parent_id = int(words[-2])
level = int(words[-1])
name = ','.join(words[1:-2])
data[subject_id] = {
'name': name,
'level': level,
'parent_id': parent_id,
'parents': [parent_id],
'new_id': cnt
}
cnt += 1
for subject_id in data:
while True:
last_parent = data[subject_id]['parents'][-1]
if last_parent <= 0:
break
data[subject_id]['parents'].append(data[last_parent]['parent_id'])
dump_json(output_data, data)
return data
def dropbox_auth_finish():
try:
oauth_result = get_dropbox_auth_flow().finish(request.args)
utils.dump_json(
_PTH_DB_CLIENT_CONFIG, {
_DB_KEY_ACCESS_TOKEN: oauth_result.access_token,
"account_id": oauth_result.account_id,
"user_id": oauth_result.user_id,
})
set_config("dropboxConfigured", True)
init_dropbox()
return redirect("admin")
except BadRequestException as e:
return handle_exception(e, 400)
except BadStateException as e:
# Start the auth flow again.
return redirect("dropbox_auth_start")
except CsrfException as e:
return handle_exception(e, 403)
except NotApprovedException as e:
# Not approved? Why not?
return redirect("admin")
except ProviderException as e:
#logger.log("Auth error: %s" % (e,))
print("Auth error: %s" % (e, ))
return handle_exception(e, 403)
def update_rent_json(rent_json_file):
rent_dict = load_json_or_create_if_empty(rent_json_file)
counter = 0
for address, attrs_map in rent_dict.items():
# -------------------------
# PARSE BOA
# -------------------------
# error in loading/parsing boa url
if attrs_map.get('Error'):
pass
# attributes exists already for address
elif attrs_map:
pass
# // update rent attributes by rendering boa url and parsing
# // only when mapping is empty and no error
else:
print("Updating rent attributes for address: {}".format(address))
attrs_map.update(get_rent_attributes_from_boa(address))
counter += 1
if counter >= TRIGGER_LIMIT: break
# -------------------------
# PARSE ZILLOW
# -------------------------
if 'zillow' not in attrs_map:
attrs_map.update(parse_zestimate_attributes(address, ZILLOW_ATTRS))
dump_json(rent_json_file, rent_dict)
return rent_dict
def find_errors_in_stress(filelist_json, out_json=None, exclude_json={}):
wavname_to_text = load_json(filelist_json)
exclude = load_json(exclude_json)
errors = {}
for wavname in wavname_to_text:
if "_processed" in wavname and wavname not in exclude:
modified_text = []
sentence_ok = True
for word in wavname_to_text[wavname].split():
if stress_ok(word):
modified_text.append(word_uppercase_to_plus(word))
else:
sentence_ok = False
modified_text.append(word)
if wavname in errors:
errors[wavname]["errors"].append(word)
else:
errors[wavname] = {"text": None, "errors" : [word]}
if not sentence_ok:
errors[wavname]["text"] = " ".join(modified_text)
if out_json is not None:
dump_json(errors, out_json)
print(len(errors), "errors were found in stress marking")
async def merge_auctions():
# get data
if not os.path.exists(utils.SUPER_EQUIP_FILE):
_, s_data = await SuperScraper.parse()
else:
s_data = utils.load_json_with_default(utils.SUPER_EQUIP_FILE,
default=False)
if not os.path.exists(utils.KEDAMA_EQUIP_FILE):
_, k_data = KedamaScraper.parse()
else:
k_data = utils.load_json_with_default(utils.KEDAMA_EQUIP_FILE,
default=False)
# merge data
merged_data = []
for x in s_data:
x['type'] = "super"
merged_data.append(x)
for x in k_data:
x['type'] = "kedama"
merged_data.append(x)
# dump
utils.dump_json(merged_data, utils.AUCTION_FILE)
return merged_data
def edit_rr_log(message, message_dict=None, roles=None, emotes=None):
# load log
log_file = utils.REACTION_ROLE_LOG_DIR + str(message.guild.id) + ".json"
log = utils.load_json_with_default(log_file, default={})
# add default values (includes channel id because cant fetch message without it)
ch_id = str(message.channel.id)
m_id = str(message.id)
if ch_id not in log:
log[ch_id] = {}
if m_id not in log[ch_id]:
log[ch_id][m_id] = dict(message={}, roles=[], emotes=[])
# edit entry
entry = log[str(message.channel.id)][str(message.id)]
if message_dict is not None:
entry['message'] = message_dict
if roles is not None:
entry['roles'] = [x.id for x in roles]
if emotes is not None:
entry['emotes'] = [str(x) for x in emotes]
# save log
utils.dump_json(log, log_file)
return entry
def execute(project_pairs):
"""
This method performs HDP in parallel
:return:
"""
source, target, count = project_pairs
result = seer(source, target)
dump_json(result, dir='pickles_downsamp', fname=str(count))
def execute(project_pairs):
"""
This method performs HDP in parallel
:return:
"""
source, target, count = project_pairs
result = tca_plus(source, target, verbose=False, n_rep=30)
dump_json(result, dir='json', fname=str(count))
def init_rent_dict_for_missing_address(address_series):
rent_json_file = os.path.join(database_path, 'rent.json')
rent_dict = load_json_or_create_if_empty(rent_json_file)
for address in address_series:
if address not in rent_dict:
rent_dict[address] = {}
dump_json(rent_json_file, rent_dict)
return rent_dict
def execute(project_pairs):
"""
This method performs HDP in parallel
:return:
"""
source, target, count = project_pairs
result = seer(source, target)
dump_json(result, dir='pickles_downsamp', fname=str(count))
def execute(project_pairs):
"""
This method performs HDP in parallel
:return:
"""
source, target, count = project_pairs
result = tca_plus(source, target, n_rep=30)
dump_json(result, dir='json', fname=str(count))
async def scrape(cls):
# inits
CACHE = utils.load_json_with_default(utils.SUPER_CACHE_FILE,
default=cls.DEFAULT_CACHE)
async with get_session() as session:
# check for new auctions
home_html = await get_html(cls.HOME_BASE_LINK, session)
home_soup = BeautifulSoup(home_html, 'html.parser')
rows = home_soup.find("tbody").find_all("tr")
auc_names = [
r.find("a", href=lambda x: x and "itemlist" in x)['href']
for r in rows
]
auc_nums = [r.find("td").get_text().zfill(3) for r in rows]
auc_dates = [r.find_all("td")[1].get_text() for r in rows]
auc_dates = [cls._to_epoch(x) for x in auc_dates]
assert len(auc_names) == len(auc_nums) == len(auc_dates)
# get uncached pages
new_aucs = []
for i in range(len(rows)):
if auc_names[i] not in CACHE['seen']:
new_aucs.append((auc_nums[i], auc_names[i], auc_dates[i]))
# create folder for auction page html
if not os.path.exists(utils.SUPER_HTML_DIR):
os.makedirs(utils.SUPER_HTML_DIR)
# pull uncached pages
for num, name, date in new_aucs:
out_path = utils.SUPER_HTML_DIR + name + ".html"
if not os.path.exists(out_path):
await asyncio.sleep(cls.SCRAPE_DELAY)
auc_html = await get_html(cls.HOME_BASE_LINK + name,
session)
if "Auction ended" not in auc_html:
continue # ignore ongoing
with open(out_path, "w", encoding='utf-8') as f:
f.write(auc_html)
tmp = name.replace("itemlist", "")
CACHE['seen'].append(name)
CACHE['num_map'][tmp] = num
CACHE['time_map'][tmp] = date
# update cache
if new_aucs:
CACHE['seen'].sort(reverse=True)
utils.dump_json(CACHE, utils.SUPER_CACHE_FILE)
# true if new auctions found
return bool(new_aucs)
def train_linear_model(df_train_x,
df_train_y,
df_test_x,
df_test_y,
model="ridge",
over_sample=50,
outputdir="."):
train_x = df_train_x.as_matrix()
train_y = df_train_y.as_matrix()[:, 0]
test_x = df_test_x.as_matrix()
test_y = df_test_y.as_matrix()[:, 0]
print("train x and y shape: ", train_x.shape, train_y.shape)
print("test x and y shape: ", test_x.shape, test_y.shape)
train_x, train_y = over_sample_train_data(train_x,
train_y,
threshold=4.5,
over_sample=over_sample)
if model.lower() == "ridge":
info = train_ridge_linear_model(train_x,
train_y,
test_x,
sample_weight=None)
elif model.lower() == "lasso":
info = train_lasso_model(train_x, train_y, test_x)
elif model.lower() == "en":
info = train_EN_model(train_x, train_y, test_x)
else:
raise ValueError("Error in model name: %s" % model)
print("test_y and test_y_pred: ", test_y.shape, info["y"].shape)
_mse = mean_squared_error(test_y, info["y"])
_std = np.std(test_y - info["y"])
print("MSE on test data: %f" % _mse)
print("std of error on test data: %f" % _std)
print("np mse: %f" % (((test_y - info["y"])**2).mean()))
file_prefix = "%s.over_sample_%d" % (model, over_sample)
figname = os.path.join(outputdir, "%s.png" % file_prefix)
print("save figure to file: %s" % figname)
plot_y(train_y, info["train_y"], test_y, info["y"], figname=figname)
content = {
"features": list(df_train_x.columns),
"coef": list(info["coef"]),
"train_y": list(train_y),
"train_y_pred": list(info["train_y"]),
"test_y": list(test_y),
"test_y_pred": list(info["y"]),
"MSE": _mse,
"error_std": _std
}
outputfn = os.path.join(outputdir, "%s.json" % file_prefix)
print("save results to file: %s" % outputfn)
dump_json(content, outputfn)
def parse_all():
cats = read_json(data_dir + 'cat.json')
for cat_title, cat_url in cats.items():
styles = read_json(data_dir + cat_title + '.json')
for title, url in styles.items():
filepath = data_dir + cat_title + '_' + title + '.json'
if not os.path.exists(filepath):
style_title, desc = parse_desc(URL + url)
dump_json(desc, filepath)
def make_dataset(owner, repo, dataset_dir, labels):
issues = get_all_issues_in_repo(owner, repo, labels=labels)
commits = get_all_commits_in_repo(owner, repo)
data = {
'issues': issues,
'commits': commits,
}
dump_path = os.path.join(dataset_dir, f'{owner}_{repo}.json')
dump_json(data, dump_path)
def dropbox_deauth():
# stop updating from dropbox
_DB_CLIENT.stop()
# write empty config
utils.dump_json(_PTH_DB_CLIENT_CONFIG, {})
set_config(_CONFIG_KEY_DROPBOX_CONFIGURED, False)
return redirect("admin")
def get_no_stress_filelist(filelist_json, out_json):
wavname_to_text = load_json(filelist_json)
no_stress_wavname_to_text = {}
for wavname in wavname_to_text:
if "_processed" not in wavname:
no_stress_wavname_to_text[wavname] = wavname_to_text[wavname]
print(len(no_stress_wavname_to_text), "wavs without stress out of", len(wavname_to_text))
dump_json(no_stress_wavname_to_text, out_json)
def main():
config = read_json("config.json")
if "client_id" not in config:
raise ValueError("No client id in config.json.")
if "device_code" not in config:
config = get_device_code(config)
if "authorization_code" not in config:
config = get_authorization_code(config)
dump_json(config, "config.json")
print("Authorization ready.")
def _add_instance(server):
"""
Given a server dict from the layout, merge configuration from the YAML into
the defaults provided in defaults.py.
Returns a dict that looks like {label: data}
"""
try:
label = server['label']
except KeyError:
raise ConfigurationError('Server without a label encountered! '
'Data was:\n'
'{}'.format(utils.dump_yaml(server)))
# Apply extra config from yaml file
extra_info = server.get('instance_info', {})
filtered_info = _filter_info(extra_info)
instance_data = utils.update_recursive(DEFAULT_INSTANCE, filtered_info)
log.debug(utils.dump_json(instance_data))
# Logic for special cases
az = extra_info.get('availability_zone', 'us-east-1a')
instance_data['subnet_id'] = \
'${{terraform_remote_state.subnets.output.{}}}'.format(az)
instance_data['tags'].update({'label': label})
instance_data['tags'].update({'id': label + '_${var.run_id}'})
ebs_data = _get_ebs_block_devices(extra_info)
log.debug(utils.dump_json(ebs_data))
instance_data.update(ebs_data)
provisioners = _get_provisioners(extra_info, label)
log.debug(utils.dump_json(provisioners))
instance_data.update(provisioners)
security_groups = _get_instance_security_groups(extra_info)
log.debug(utils.dump_json(security_groups))
instance_data.update(security_groups)
return {label: instance_data}
def migrate(self):
"""
This will migrate an existing melange database to a new quark
database. Below melange is referred to as m and quark as q.
"""
totes = 0.0
flush_db()
totes += self.do_and_time("migrate networks, "
"subnets, routes, and ips",
self.migrate_networks)
totes += self.do_and_time("migrate ports",
self.migrate_interfaces)
totes += self.do_and_time("associating ips with ports",
self.associate_ips_with_ports)
totes += self.do_and_time("migrate macs and ranges",
self.migrate_macs)
totes += self.do_and_time("migrate policies",
self.migrate_policies)
totes += self.do_and_time("commit changes",
self.migrate_commit)
self.log.info("TOTAL: {0:.2f} seconds.".format(totes))
dump_json(self.json_data)
def execute(self, command, params):
"""Send a command to the remote server.
Any path subtitutions required for the URL mapped to the command should be
included in the command parameters.
Args:
command - A string specifying the command to execute.
params - A dictionary of named parameters to send with the command as
its JSON payload.
"""
command_info = self._commands[command]
assert command_info is not None, 'Unrecognised command %s' % command
data = utils.dump_json(params)
path = string.Template(command_info[1]).substitute(params)
url = '%s%s' % (self._url, path)
return self._request(url, method=command_info[0], data=data)
return misfits
def construct_filelist(base, eventlist):
filelist = []
for event in eventlist:
filelist.append(os.path.join(base, "%s.adjoint.misfit.json"
% event))
return filelist
if __name__ == "__main__":
parser = argparse.ArgumentParser()
parser.add_argument('-f', action='store', dest='event_file', required=True,
help="event list file")
args = parser.parse_args()
base = "/lustre/atlas/proj-shared/geo111/rawdata/asdf/adjsrc/sum"
eventlist = read_txt_into_list(args.event_file)
print("Number of event: %d" % len(eventlist))
filelist = construct_filelist(base, eventlist)
print("filelist: %s" % filelist)
misfits = sum_adjoint_misfits(filelist)
outputfile = os.path.join(base, "adjoint_misfit.summary.json")
print("output json file: %s" % outputfile)
dump_json(misfits, outputfile)
import utils
from timer import Timer
myTimer = Timer()
myMiner = Miner()
myTimer.start_timer()
print "\nMining for negative patterns\n"
data = utils.load_json("Train/neg_pos.txt")
for index, full_text in data.iteritems():
myMiner.mine_text(full_text)
utils.dump_json(myMiner.found,"Train/negative_POS_dict.json")
print "\nDone mining for negative patterns\n"
myMiner.reset()
print "\nMining for positive patterns\n"
data = utils.load_json("Train/pos_pos.txt")
for index, full_text in data.iteritems():
myMiner.mine_text(full_text)
utils.dump_json(myMiner.found,"Train/positive_POS_dict.json")
print "\nDone mining for positive patterns\n"
def write_data(data, dest):
with open(dest, 'w') as f:
f.write(utils.dump_json(data))
