def remove_flag_if_not_updated(repo_username, repo_id, issue, issue_comments=None, needs_resubmit_content_id=cvar['NEEDS_RESUBMIT_CONTENT_ID'], remove_form_resubmit_comment_after=cvar['REMOVE_FORM_RESUBMIT_COMMENT_AFTER'], now=datetime.now(), is_debug=cvar['DEBUG']):
if not issue:
return False
number = issue.get('number')
if not number:
return False
if has_content_from_custom_submit_form(issue):
return False
comment = get_needs_resubmit_comment(repo_username, repo_id, issue, issue_comments=issue_comments, needs_resubmit_content_id=needs_resubmit_content_id)
if comment is None:
return False
created_at = util.get_date(comment.get('created_at'))
if created_at is None:
return False
remove_date = created_at + timedelta(days=remove_form_resubmit_comment_after)
if remove_date > now:
return False
if not is_debug:
github_api.delete_automated_issue_comments(repo_username, repo_id, number)
return True
def __init__(self, data):
self.name = util.get_string(data, "name")
self.pid = util.get_string(data, "pid")
self.start_time = util.get_date(data, "start_time")
self.time_created = util.get_date(data, "time_created")
self.time_started = util.get_date(data, "time_started")
self.time_completed = util.get_date(data, "time_completed")
self.url = util.get_string(data, "url")
self.url_status = util.get_string(data, "url_status")
self.url_headers = util.get_string(data, "url_headers")
self.url_content = util.get_string(data, "url_content")
self.status = util.get_string(data, "status")
util.ensure(self.name, "name")
util.ensure(self.start_time, "start_time")
util.ensure(self.url, "url")
util.ensure(self.status, "status")
def fit_predict_score(*, tr: pd.DataFrame, ts: pd.DataFrame, sub: pd.DataFrame, city: str, windows: list,
start_date: pd.Timestamp, end_date: pd.Timestamp, impute_methods: list, n_thread: int,
method: str='median', vprint=print) -> pd.DataFrame:
current_date = start_date
scores_df = []
while current_date < end_date:
vprint(1, '# --- fitting predicting evaluating on {}'.format(get_date(current_date)))
predictions = rolling_summary(sub=sub, data=tr, predict_start=current_date, windows=windows, n_thread=n_thread,
method=method, impute_methods=impute_methods, vprint=vprint)
truth = get_truth(city=city, data=ts, start_date=current_date + pd.Timedelta(1, unit='D'))
scores = evaluate(city=city, truth=truth, predictions=predictions)
scores['smape'] = pd.Series(scores).mean()
scores['date'] = get_date(current_date)
vprint(1, scores['smape'])
current_date += pd.Timedelta(value=1, unit='D')
scores_df.append(scores)
scores_df = pd.DataFrame(scores_df)
scores_df = scores_df[['date', 'smape'] + [col for col in scores_df.columns if col not in ['date', 'smape']]]
return scores_df
def get_most_recent_datetime_creator_response(issue, comments):
try:
if not issue:
return
creator = issue.get('user')
if not creator:
return
creator_login = creator.get('login')
if not creator_login:
return
created_str = issue.get('created_at')
if not created_str:
return
most_recent = util.get_date(created_str)
if not comments or not len(comments):
return most_recent
for comment in comments:
comment_user = comment.get('user')
if not comment_user:
continue
comment_login = comment_user.get('login')
if comment_login != creator_login:
continue
created_str = comment.get('created_at')
if not created_str:
continue
created_at = util.get_date(created_str)
if created_at > most_recent:
most_recent = created_at
return most_recent
except Exception as ex:
print 'get_most_recent_datetime_creator_comment error: %s' % ex
def fit_predict_score(sub, tr, ts, start_date, end_date, city, history_length, changepoint_scale, num_changepoints,
n_thread, vprint=print) -> pd.DataFrame:
current_date = start_date
scores_df = []
while current_date < end_date:
vprint(1, '# --- fitting predicting evaluating on {}'.format(get_date(current_date)))
predictions = fbprophet(sub=sub, data=tr, current_date=current_date, history_length=history_length,
changepoint_scale=changepoint_scale, num_changepoints=num_changepoints,
n_thread=n_thread, vprint=vprint)
truth = get_truth(city=city, data=ts, start_date=current_date + pd.Timedelta(1, unit='D'))
scores = evaluate(city=city, truth=truth, predictions=predictions)
scores['smape'] = pd.Series(scores).mean()
scores['date'] = get_date(current_date)
vprint(1, scores['smape'])
current_date += pd.Timedelta(value=1, unit='D')
scores_df.append(scores)
scores_df = pd.DataFrame(scores_df)
scores_df = scores_df[['date', 'smape'] + [col for col in scores_df.columns if col not in ['date', 'smape']]]
return scores_df
def __init__(self, data):
self.name = util.get_string(data, "name")
self.pid = util.get_string(data, "pid")
self.start_time = util.get_date(data, "start_time")
self.time_created = util.get_date(data, "time_created")
self.time_started = util.get_date(data, "time_started")
self.time_completed = util.get_date(data, "time_completed")
self.url = util.get_string(data, "url")
self.url_status = util.get_string(data, "url_status")
self.url_headers = util.get_string(data, "url_headers")
self.url_content = util.get_string(data, "url_content")
self.status = util.get_string(data, "status")
util.ensure(self.name, "name")
util.ensure(self.start_time, "start_time")
util.ensure(self.url, "url")
util.ensure(self.status, "status")
def create_targets(container_configs_list, bazel_version):
"""Creates the new docker_toolchain_autoconfig target if not exists.
An example target located in configs/ubuntu16_04_clang/BUILD is:
//configs/ubuntu16_04_clang:msan-ubuntu16_04-clang-1.0-bazel_0.15.0-autoconfig
There is one target per container per Bazel version per config type.
The script only creates new targets in the BUILD file if they do not exist,
i.e. if a target for the given version of Bazel, type and config version
already exists, then the script does not re-create it.
Args:
container_configs_list: list of ContainerConfigs, the list of
ContainerConfigs to generate configs for.
bazel_version: string, the version of Bazel used to generate the configs.
"""
container_sha_map = imp.load_source("toolchain_containers", SHA_MAP_FILE)
clang_revision_map = imp.load_source("clang_revision", CLANG_REVISION_FILE)
clang_revision = clang_revision_map.CLANG_REVISION
for container_configs in container_configs_list:
# Get the sha256 value of the container used to generate the configs.
sha = container_sha_map.toolchain_container_sha256s()[
"%s_clang" % container_configs.distro]
for config in container_configs.configs:
# Get target basename from config definitions.
target = get_autoconfig_target_name(
config_type=config.config_type,
distro=container_configs.distro,
config_version=container_configs.version,
bazel_version=bazel_version)
with open(container_configs.get_target_build_path(),
"a+") as build_file:
if target not in build_file.read():
tpl_file_path = os.path.join(GIT_ROOT, "release", "cc",
"%s.tpl" % config.config_type)
with open(tpl_file_path, "r") as tpl_file:
tpl = Template(tpl_file.read()).substitute(
DATE=get_date(),
DISTRO=container_configs.distro,
CONFIG_VERSION=container_configs.version,
BAZEL_VERSION=bazel_version,
NAME=container_configs.image,
SHA=sha,
CLANG_REVISION=clang_revision)
build_file.write(tpl)
def __init__(self, number=None, data={}):
self.number = number
self.data = data
self.score = 0
self.number_of_comments = 0
self.score_data = {}
self.issue = self.data.get('issue', {})
self.title = self.issue.get('title')
if not self.title:
self.title = ''
self.body = self.issue.get('body')
if not self.body:
self.body = ''
self.user = self.issue.get('user', {})
self.login = self.user.get('login', '') or ''
self.avatar = self.user.get('avatar_url', '') or ''
self.assignee = ''
assignee = self.issue.get('assignee')
if assignee:
self.assignee = assignee.get('login', '') or ''
self.milestone = ''
milestone = self.issue.get('milestone')
if milestone:
self.milestone = milestone.get('title', '') or ''
self.references = 0
self.created_at = util.get_date(self.issue.get('created_at'))
self.updated_at = util.get_date(self.issue.get('updated_at'))
self.comments = self.data.get('issue_comments')
if not self.comments or not isinstance(self.comments, list):
self.comments = []
self.number_of_comments = len(self.comments)
self.org_members = self.data.get('org_members', [])
def __init__(self, camera, brick, name):
date = util.get_date()
if not os.path.exists(name):
os.mkdir(name)
self.dir_name = os.path.join(name, date)
self.pickle_name = os.path.join(name, date + "_pickle")
if not os.path.isdir(self.dir_name):
os.mkdir(self.dir_name)
self.data_dict = {}
self.count = 0
self.brick = brick
self.camera = camera
def __init__(self, **kwargs):
self.__dict__.update(kwargs)
self.last_conquest = datetime(year=1444, month=11, day=11)
try:
for k, v in yield_info(
((k, v) for k, v in self.history.items() if k[0].isnumeric())):
inner, tag = v.popitem()
# fixme this probably breaks with tag-switching countries, see occupations as well
if inner == 'owner':
self.last_conquest = get_date(k)
except AttributeError: # no history -> uncolonized?
pass
def test_get_next_date_monthly_next_month_first(self):
schedule_lines = [
'2013/06/28 lightning energy',
' ;; schedule ; monthly ; 1st',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/07/01')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_next_month_eom30(self):
schedule_lines = [
'2013/07/30 lightning energy',
' ;; schedule ; monthly ; eom30 ; ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/08/30')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_multiple_days_this_month_again(self):
schedule_lines = [
'2013/06/08 lightning energy',
' ;; schedule ; monthly ; 7th, 12th'
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/06/12')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_next_month_again(self):
schedule_lines = [
'2013/06/12 lightning energy',
' ;; schedule ; monthly ; 12th ; ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/07/12')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_multiple_days_next_month(self):
schedule_lines = [
'2013/06/27 lightning energy',
' ;; schedule ; monthly ; 7th, 27th ; ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/07/07')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_interval3(self):
schedule_lines = [
'2013/06/15 lightning energy',
' ;; schedule ; monthly ; 15th ; 3 ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/09/15')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_too_many70(self):
schedule_lines = [
'2013/07/15 lightning energy',
' ;; schedule ; monthly ; 70th ; 1 ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/07/31')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
def test_get_next_date_monthly_interval12eom_leap_two(self):
schedule_lines = [
'2012/02/29 lightning energy',
' ;; schedule ; monthly ; eom ; 12 ; auto',
]
schedule_thing = ScheduleThing(schedule_lines)
expected_next_date = util.get_date('2013/02/28')
self.assertEqual(
expected_next_date,
schedule_thing._get_next_date(schedule_thing.thing_date)
)
async def calc_moy(self, ctx: Context):
print(f"\n{ctx.author} (moy) - Calculating average")
if ctx.author.dm_channel is None:
await ctx.author.create_dm()
can_update = True
marks = {}
if self.db.users.count_documents({'id': ctx.author.id}) == 0:
# Get data from user
username = await util.get_dm_var(self.bot, ctx, "Nom d'utilisateur ?")
password = await util.get_dm_var(self.bot, ctx, "Mot de passe ?")
save = await util.get_dm_var(self.bot, ctx,
"Voulez-vous sauvegarder vos données dans la base de données ? O/N")
if save.lower() == "o":
# Create user entry
self.db.users.insert_one(
{'id': ctx.author.id, 'username': username, 'password': password, 'last_updated': "", 'data': ""})
else:
user = self.db.users.find_one({'id': ctx.author.id})
username = user.get('username')
password = user.get('password')
# update only happen daily
can_update = user.get('last_updated') != util.get_date()
if not can_update:
marks = user.get('data')
if can_update:
message = await ctx.author.dm_channel.send("Attente de disponibilité du service ...")
self.mc.wait_until_available()
await message.edit(content="Calcul en cours ...")
try:
marks = self.mc.get_marks(username, password)
self.db.users.update_one({'id': ctx.author.id}, {'$set': {'last_updated': util.get_date(), 'data': marks}})
except Exception as ex:
print(ex)
self.mc.stop()
if marks != {}:
embed = discord.Embed(title="Moyenne", description=f'```{self.mc.sort_data(marks)}```', colour=0xff0000)
await ctx.author.dm_channel.send(embed=embed)
else:
await ctx.author.dm_channel.send("Une erreur s'est produite ! Réessayez plus tard.")
print(f"{ctx.author} (moy) - Done")
def get_artists(location_id, location, start, end):
'''
get events given a location ID
'''
artists = set()
latest_date = start
end_date = end
page_number = 1
while latest_date < end_date:
response = get_response(location_id, page_number)
for event in response['resultsPage']['results']['event']:
if location.lower() in str(event['location']['city']).lower():
if event['start']['datetime']:
date = get_date(event['start']['datetime'][:10])
if latest_date < date:
latest_date = get_date(event['start']['datetime'][:10])
if event['performance']:
artists.add(
event['performance'][0]['artist']['displayName'])
page_number += 1
return list(artists)
def __init__(self, robot, cam, name=None):
date = get_date()
if name is not None:
if not os.path.exists(name):
os.mkdir(name)
self.dir_name = os.path.join(name, date)
self.pickle_name = os.path.join(name, date + '_pickle')
else:
self.dir_name = date
self.pickle_name = os.path.join(date + '_pickle')
os.mkdir(self.dir_name)
self.data_dict = {}
self.count = 0
self.robot = robot
self.camera = cam
def _parse_top_line(self, line):
m = re.match(LedgerThing.TOP_LINE_REGEX, line)
the_date, code, payee = m.groups()
# date can be modified
self.thing_date = util.get_date(the_date)
# payee and transaction code are read-only
if code is not None:
self.transaction_code = str(code)
if payee is None or payee.strip() == '':
self.payee = UNSPECIFIED_PAYEE
else:
self.payee = payee.strip()
def crawl():
# make web request
soup = http_get(BASE_URL + MENU_URL)
# locate html data
html = soup.body.contents[-2].table.tbody.contents[3].td.table.contents
# stores food that has already been added to the table
food_cache = {}
# extract data
for MEAL in MEALS:
meal_index = MEALS[MEAL]
meal_data = html[meal_index]
for DINING_COMMON in DINING_COMMONS:
dc_index = DINING_COMMONS[DINING_COMMON]
if len(meal_data.contents) <= dc_index:
break
meal_dc_data = meal_data.contents[dc_index]
for entry in meal_dc_data.find_all('a'):
meal_name = entry.contents[0].string
meal_name, gluten_free = truncate_meal_name(meal_name)
# skip the "Nutritive Analysis" link
if 'nutritive analysis' in meal_name.lower():
continue
# create database models object
if meal_name in food_cache:
food_obj = food_cache[meal_name]
else: # food is not located in local cache
# check if food is in database
food_obj = Food.query.filter_by(name=meal_name).first()
# not found in database, crawl page
if food_obj is None:
food_obj = extract_food_info(entry)
db.session.add(food_obj)
# add food to the cache
food_cache[meal_name] = food_obj
menu_obj = Menu(date = get_date(), location = LOCATION_TO_ENUM[DINING_COMMON], \
meal = MEAL_TO_ENUM[MEAL], food = food_obj)
db.session.add(menu_obj)
db.session.commit()
def crawl():
# make web request
soup = http_get(BASE_URL + MENU_URL)
# locate html data
html = soup.body.contents[-2].table.tbody.contents[3].td.table.contents
# stores food that has already been added to the table
food_cache = {}
# extract data
for MEAL in MEALS:
meal_index = MEALS[MEAL]
meal_data = html[meal_index]
for DINING_COMMON in DINING_COMMONS:
dc_index = DINING_COMMONS[DINING_COMMON]
if len(meal_data.contents) <= dc_index:
break
meal_dc_data = meal_data.contents[dc_index]
for entry in meal_dc_data.find_all('a'):
meal_name = entry.contents[0].string
meal_name, gluten_free = truncate_meal_name(meal_name)
# skip the "Nutritive Analysis" link
if 'nutritive analysis' in meal_name.lower():
continue
# create database models object
if meal_name in food_cache:
food_obj = food_cache[meal_name]
else: # food is not located in local cache
# check if food is in database
food_obj = Food.query.filter_by(name=meal_name).first()
# not found in database, crawl page
if food_obj is None:
food_obj = extract_food_info(entry)
db.session.add(food_obj)
# add food to the cache
food_cache[meal_name] = food_obj
menu_obj = Menu(date = get_date(), location = LOCATION_TO_ENUM[DINING_COMMON], \
meal = MEAL_TO_ENUM[MEAL], food = food_obj)
db.session.add(menu_obj)
db.session.commit()
def rolling_summary(*, sub: pd.DataFrame, data: pd.DataFrame, predict_start: pd.Timestamp, windows: list,
method='median', impute_methods: list, n_thread: int=1, vprint=print):
vprint(2, 'rolling median prediction starting {}'.format(get_date(predict_start)))
vprint(2, data.utc_time.min())
vprint(2, data.utc_time.max())
verbose_level = getattr(vprint, 'verbose_level', 500)
get_medians_thread = partial(get_summary, data=data, predict_start=predict_start, method=method,
impute_methods=impute_methods, verbose_level=verbose_level)
pool = Pool(n_thread)
medians = pool.map(get_medians_thread, windows)
pool.terminate()
pool.close()
predictions = medians[0].copy()
for col in ['PM2.5', 'PM10', 'O3']:
predictions[col] = pd.concat([median[col] for median in medians], axis=1).median(axis=1)
submissions = pd.merge(left=sub[['test_id']], right=predictions[SUB_COLS], how='left')
return submissions
def get_high_high_county(seven_day, seven_day_adjusted, stable_unadjusted,
stable_adjusted):
date_list = util.get_date(ndays=7)
seven_day = util.get_high_high_county(seven_day, date_list)
seven_day_adjusted = util.get_high_high_county(seven_day_adjusted,
date_list)
stable_unadjusted = util.get_high_high_county(stable_unadjusted, date_list)
stable_adjusted = util.get_high_high_county(stable_adjusted, date_list)
output = {
"seven_day_average": seven_day,
"seven_day_average_adjusted": seven_day_adjusted,
"stable_unadjusted": stable_unadjusted,
"stable_adjusted": stable_adjusted
}
return output
def manage_old_issue(repo_username, repo_id, issue):
# disable auto closing issues
return
if not issue:
return
number = issue.get('number')
if not number:
return
if is_closed(issue):
return
if is_pull_request(issue):
return
updated_str = issue.get('updated_at')
if not updated_str:
return
updated_at = util.get_date(updated_str)
if not is_old_issue(updated_at):
return
if has_labels_preventing_close(issue):
return
if has_comments_preventing_close(issue):
return
if has_assignee_preventing_close(issue):
return
if has_milestone_preventing_close(issue):
return
if github_api.is_org_member(repo_username, issue['user']['login']):
return
if cvar['DO_NOT_CLOSE_WHEN_REFERENCED'] is False:
issue_events = github_api.fetch_issue_events(repo_username, repo_id, number)
if has_events_preventing_close(issue_events):
return
return close_old_issue(repo_username, repo_id, number, issue)
def cdf_hitMissThroughput():
data = np.loadtxt("../data/throughputRelation/data/2/train/sample.csv", skiprows=1)
# size hThroughput mThroughput hTime mTime rtt maxMT reqCount totalMT avgMT
data_hThroughput = data[:, 1].flatten()
data_mThroughput = data[:, 2].flatten()
print(np.average(data_hThroughput))
print(np.average(data_mThroughput))
# fig = plt.figure(figsize=(4, 3))
util.drawCDF(data=data_hThroughput/1024/1024, label="hit throughput", marker=util.markerL[0], color=util.colorL[0])
util.drawCDF(data=data_mThroughput/1024/1024, label="miss throughput", marker=util.markerL[1], color=util.colorL[1])
plt.legend(loc='best', fontsize=20)
plt.tick_params(labelsize=23)
plt.xlabel("Throughput(Mbps)", fontsize=25)
plt.ylabel("CDF", fontsize=25)
dt = util.get_date(timeFlag=False)
plt.grid(ls='--')
plt.savefig("./plot/cdf_hitMissThroughput_"+dt+".pdf", bbox_inches = 'tight')
plt.show()
def predict(*, pred_date: str, bj_windows: str='golden_8', ld_windows: str='golden_8', bj_method: str='median',
ld_method: str='median', bj_lgbm: bool=True, ld_lgbm: bool=True, bj_fwbw: bool=True, ld_fwbw: bool=True,
n_thread: int=8, save: bool=True, dosubmit: bool=False, suffix: str='dummy', verbose: int=2):
vprint = get_verbose_print(verbose_level=verbose)
pred_date = pd.to_datetime(pred_date)
get_new_data = pred_date > pd.to_datetime('2018-03-28')
sub = pd.read_csv("../input/sample_submission.csv")
OUTDIR = '../submission/sub_{}-{}-{}'.format(pred_date.year, pred_date.month, pred_date.day)
os.system('mkdir -p {}'.format(OUTDIR))
predict_start_day = pred_date + pd.Timedelta(1, unit='D')
predict_start = pd.to_datetime(get_date(predict_start_day))
bj_data = get_city_data(city='bj', vprint=vprint, impute_with_lgbm=bj_lgbm, get_new_data=get_new_data)
ld_data = get_city_data(city='ld', vprint=vprint, impute_with_lgbm=ld_lgbm, get_new_data=get_new_data)
vprint(2, bj_data.head())
vprint(2, bj_data.loc[bj_data['stationId']!= 'zhiwuyuan_aq'].tail())
vprint(2, ld_data.head())
vprint(2, ld_data.tail())
bj_fwbw_impute_methods = ['day', 'mean'] if bj_fwbw else []
ld_fwbw_impute_methods = ['day', 'mean'] if ld_fwbw else []
bj_pred = rolling_summary(sub=sub, data=bj_data, predict_start=predict_start, windows=MEDIAN_WINDOWS[bj_windows],
n_thread=n_thread, method=bj_method, impute_methods=bj_fwbw_impute_methods, vprint=vprint)
ld_pred = rolling_summary(sub=sub, data=ld_data, predict_start=predict_start, windows=MEDIAN_WINDOWS[ld_windows],
n_thread=n_thread, method=ld_method, impute_methods=ld_fwbw_impute_methods, vprint=vprint)
submissions = sub.copy()
bj_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in BEIJING_STATIONS)
ld_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in LONDON_STATIONS)
submissions.loc[bj_cond] = bj_pred.loc[bj_cond].values
submissions.loc[ld_cond] = ld_pred.loc[ld_cond].values
submissions['PM2.5'] = submissions['PM2.5'].map(lambda x: max(0, x))
submissions['PM10'] = submissions['PM10'].map(lambda x: max(0, x))
submissions['O3'] = submissions['O3'].map(lambda x: max(0, x))
if save:
if not suffix:
filepath = '{}/model_{}_sub.csv'.format(OUTDIR, 3)
else:
filepath = '{}/model_{}_sub_{}.csv'.format(OUTDIR, 3, suffix)
submissions.to_csv(filepath, index=False)
if dosubmit:
submit(subfile=filepath,
description='model_{}_{}'.format(3, str(predict_start).split()[0]),
filename='model_{}_sub_{}.csv'.format(3, str(predict_start).split()[0])
)
def __init__(self, gameinfo, player_only=False):
self.gameinfo = gameinfo
self.player = gameinfo["meta"]["player"]
self.current_date = get_date(gameinfo["meta"]["date"])
self.countries = {}
for tag, c in gameinfo["gamestate"]["countries"].items():
try:
self.countries[tag] = Country(tag=tag, **c)
except DummyCountryException: # fixme some real countries don't have revolutionary colors, find another key
pass
self.provinces = [
Province(id=int(i[1:]), **p)
for i, p in gameinfo["gamestate"]["provinces"].items()
]
if player_only:
player_country = self.countries[self.player]
player_country.analyze(self)
else:
for country in self.countries.values():
country.analyze(self)
def predict(*, pred_date: str, bj_his_length: int, ld_his_length: int, bj_npoints: int, ld_npoints: int, bj_scale:float,
ld_scale: float, n_thread: int=8, save: bool=True, dosubmit: bool=False, suffix: str='dummy',
verbose: int=2):
vprint = get_verbose_print(verbose_level=verbose)
pred_date = pd.to_datetime(pred_date)
get_new_data = pred_date > pd.to_datetime('2018-03-28')
sub = pd.read_csv("../input/sample_submission.csv")
OUTDIR = '../submission/sub_{}-{}-{}'.format(pred_date.year, pred_date.month, pred_date.day)
os.system('mkdir -p {}'.format(OUTDIR))
predict_start_day = pred_date + pd.Timedelta(1, unit='D')
predict_start = pd.to_datetime(get_date(predict_start_day))
bj_data = get_city_data(city='bj', vprint=vprint, impute_with_lgbm=True, partial_data=True, get_new_data=get_new_data)
ld_data = get_city_data(city='ld', vprint=vprint, impute_with_lgbm=True, partial_data=True, get_new_data=get_new_data)
vprint(2, bj_data.head())
vprint(2, bj_data.loc[bj_data['stationId']!= 'zhiwuyuan_aq'].tail())
vprint(2, ld_data.head())
vprint(2, ld_data.tail())
bj_pred = fbprophet(sub=sub, data=bj_data, current_date=predict_start, history_length=bj_his_length,
changepoint_scale=bj_scale, num_changepoints=bj_npoints, n_thread=n_thread, vprint=vprint)
ld_pred = fbprophet(sub=sub, data=ld_data, current_date=predict_start, history_length=ld_his_length,
changepoint_scale=ld_scale, num_changepoints=ld_npoints, n_thread=n_thread, vprint=vprint)
submissions = sub.copy()
bj_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in BEIJING_STATIONS)
ld_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in LONDON_STATIONS)
submissions.loc[bj_cond, ['PM2.5', 'PM10', 'O3']] = bj_pred.loc[bj_cond, ['PM2.5', 'PM10', 'O3']].values
submissions.loc[ld_cond, ['PM2.5', 'PM10']] = ld_pred.loc[ld_cond, ['PM2.5', 'PM10']].values
submissions['PM2.5'] = submissions['PM2.5'].map(lambda x: max(0, x))
submissions['PM10'] = submissions['PM10'].map(lambda x: max(0, x))
submissions['O3'] = submissions['O3'].map(lambda x: max(0, x))
submissions = submissions[['test_id', 'PM2.5', 'PM10', 'O3']]
if save:
if not suffix:
filepath = '{}/model_{}_sub.csv'.format(OUTDIR, 4)
else:
filepath = '{}/model_{}_sub_{}.csv'.format(OUTDIR, 4, suffix)
submissions.to_csv(filepath, index=False)
if dosubmit:
submit(subfile=filepath,
description='model_{}_{}'.format(4, str(predict_start).split()[0]),
filename='model_{}_sub_{}.csv'.format(4, str(predict_start).split()[0]))
def get_ruler_history(self, current_date):
total_months = calculate_months_diff(current_date, START_DATE)
last_crowning = last_ruler = None
for date, history in yield_info(
((k, v) for k, v in self.history.items() if k[0].isnumeric())):
if any(x in history for x in ('monarch', 'monarch_heir')):
new_crowing = get_date(date)
try:
last_ruler = Ruler(**history['monarch'])
except KeyError:
last_ruler = Ruler(**history['monarch_heir'])
if new_crowing > START_DATE:
self.add_ruler(last_ruler, new_crowing, last_crowning)
last_crowning = new_crowing
else:
last_crowning = START_DATE
self.add_ruler(last_ruler, current_date, last_crowning)
# rulers stats
self.avg_ruler_life = np.average(
[r.months for r in self.rulers if not r.is_regency_council])
self.avg_ruler_stats = sum([r.mana_generated
for r in self.rulers]) / total_months
def draw_heatmap(HIT_FLAG=True):
df = pd.read_csv('../../data/throughputRelation/data/3/sample.csv',
delimiter=' ')
# df.drop(['maxMT', 'avgMT', 'totalMT'], axis=1, inplace=True)
# saleprice correlation matrix
k = 7 # number of variables for heatmap
corrmat = df.corr()
if HIT_FLAG:
cols = corrmat.nlargest(k, 'hThroughput')['hThroughput'].index
else:
cols = corrmat.nlargest(k, 'mThroughput')['mThroughput'].index
cm = np.corrcoef(df[cols].values.T)
fifthColor = '#7f0523'
forthColor = '#df8064'
thirdColor = '#ffffff'
secondColor = '#70b0d1'
firstColor = '#073a70'
cmap = col.LinearSegmentedColormap.from_list(
'own2', [firstColor, secondColor, thirdColor, forthColor, fifthColor])
sns.set(font_scale=1.25)
hm = sns.heatmap(cm,
cbar=True,
annot=True,
square=True,
fmt='.2f',
annot_kws={'size': 10},
yticklabels=cols.values,
xticklabels=cols.values,
cmap=cmap,
vmin=-1,
vmax=1)
dt = util.get_date(timeFlag=False)
if HIT_FLAG:
plt.savefig("../plot/heatmap_h2m_" + dt + ".pdf", bbox_inches='tight')
else:
plt.savefig("../plot/heatmap_m2h_" + dt + ".pdf", bbox_inches='tight')
plt.show()
def get_dates(file_types,
people,
data_dir,
param_dir,
override_min_date=-180,
calc_min_date=False):
max_date = 0
min_date = 0
for file_type in file_types:
##Get the data matrix and the field_names
data, fields = util.read_clinical_data(
data_dir + file_type.upper() + ".csv", param_dir)
for i in range(len(fields)):
fields[i] = fields[i].lower()
date_fields = []
with open(param_dir + file_type + "_fields.csv") as fin:
for line in fin:
line = line.strip().split(",")
date_fields.append(line[2])
date_fields = list(set(date_fields))
for person in people:
if person in data:
for visit in data[person]:
for field in date_fields:
date = util.get_date(visit, fields, field, file_type)
if date != "no date":
min_date = min(date, min_date)
max_date = max(date, max_date)
##You could change this to only record data after the start of the study or a date before the start of the study
if not calc_min_date:
min_date = override_min_date
return min_date, max_date
def get_adj_matrix(start, number_of_papers, end_date):
edge_list = None
for i in range(start, number_of_papers):
mydict = util.get_idx_info(INFO,i)
edge_list = util.to_edgelist_co_area_ins(edge_list, mydict, end_date)
return edge_list
numbers= [40, 77,97,226,177]
end_date = "2016-05-27"
end_date = util.get_date(end_date)
ins_list = get_instituitions(441,617)
area_list= get_areas(441,617)
area_list= area_list[1:]
edge_list = get_adj_matrix(441,617, end_date)
try:
journal_volume="PRX_5"
os.mkdir("C:/Users/hexie/Documents/APS_result/"+str(journal_volume))
except:
journal_volume="PRX_5"
print("already here")
for area in area_list:
def test_dates(self):
self.assertEqual("1999/12/03", util.get_date_string(date(1999, 12, 3)))
self.assertEqual(date(1999, 12, 3), util.get_date("1999/12/03"))
self.assertTrue(util.is_valid_date("2016/10/26"))
self.assertTrue(util.is_valid_date("2016/1/5"))
self.assertFalse(util.is_valid_date("2016/5/5 10:23"))
def calculate_seven_day_lisa():
month_day = util.get_month_day()
gdf = geopandas.read_file(
"../download/usafacts_confirmed_{}.geojson".format(month_day))
gdf.columns = util.rename_column_usafacts(gdf.columns.tolist())
# Select informational columns and calculate 7-day average for last 7 days
seven_day = gdf.iloc[:, 1:13]
seven_day_adjusted = gdf.iloc[:, 1:13]
stable_adjusted = gdf.iloc[:, 1:13]
stable_unadjusted = gdf.iloc[:, 1:13]
for i in range(-8, -1):
seven_day[gdf.columns[i]] = (gdf.iloc[:, i] - gdf.iloc[:, i - 7]) / 7
seven_day_adjusted[gdf.columns[i]] = (
(gdf.iloc[:, i] - gdf.iloc[:, i - 7]) /
7) * 100000 / gdf['population']
stable_unadjusted[gdf.columns[i]] = gdf.iloc[:, i]
stable_adjusted[
gdf.columns[i]] = gdf.iloc[:, i] * 100000 / gdf['population']
seven_day["average"] = seven_day.iloc[:, -7:].mean(axis=1)
seven_day_adjusted["average"] = seven_day_adjusted.iloc[:,
-7:].mean(axis=1)
stable_unadjusted["average"] = stable_unadjusted.iloc[:, -7:].mean(axis=1)
stable_adjusted["average"] = stable_adjusted.iloc[:, -7:].mean(axis=1)
seven_day["geometry"] = gdf["geometry"]
seven_day_adjusted["geometry"] = gdf["geometry"]
stable_unadjusted["geometry"] = gdf["geometry"]
stable_adjusted["geometry"] = gdf["geometry"]
# Weight parameters for LISA
counties = pygeoda.geopandas_to_geoda(seven_day)
w = pygeoda.weights.queen(counties)
# Unadjusted Seven Day
select_col = util.get_date(ndays=7)
int_data = [seven_day[c].tolist() for c in select_col]
lisa = pygeoda.batch_local_moran(w, int_data, nCPUs=1, perm=999)
for i, col in enumerate(select_col):
seven_day[col] = lisa.GetClusterIndicators(i)
seven_day = seven_day.to_dict(orient="records")
seven_day = {
"type": "7 day average unadjusted",
"source": "USAFacts",
"features": seven_day
}
print("7 day average unadjusted")
# Adjusted Seven Day
int_data = [seven_day_adjusted[c].tolist() for c in select_col]
lisa = pygeoda.batch_local_moran(w, int_data, nCPUs=1, perm=999)
for i, col in enumerate(select_col):
seven_day_adjusted[col] = lisa.GetClusterIndicators(i)
seven_day_adjusted = seven_day_adjusted.to_dict(orient="records")
seven_day_adjusted = {
"type": "7 day average adjusted",
"source": "USAFacts",
"features": seven_day_adjusted
}
print("7 day average adjusted")
# Unadjusted Stable
int_data = [stable_unadjusted[c].tolist() for c in select_col]
lisa = pygeoda.batch_local_moran(w, int_data, nCPUs=1, perm=999)
for i, col in enumerate(select_col):
stable_unadjusted[col] = lisa.GetClusterIndicators(i)
stable_unadjusted = stable_unadjusted.to_dict(orient="records")
stable_unadjusted = {
"type": "stable unadjusted",
"source": "USAFacts",
"features": stable_unadjusted
}
print("stable unadjusted")
# Adjusted Stable
int_data = [stable_adjusted[c].tolist() for c in select_col]
lisa = pygeoda.batch_local_moran(w, int_data, nCPUs=1, perm=999)
for i, col in enumerate(select_col):
stable_adjusted[col] = lisa.GetClusterIndicators(i)
stable_adjusted = stable_adjusted.to_dict(orient="records")
stable_adjusted = {
"type": "stable adjusted",
"source": "USAFacts",
"features": stable_adjusted
}
print("stable adjusted")
return seven_day, seven_day_adjusted, stable_unadjusted, stable_adjusted
parser.add_argument("env_name", type=str, help='available env_name:')
parser.add_argument("random_seed", type=int)
parser.add_argument("num_of_agents", type=int)
parser.add_argument("temperature", type=float)
parser.add_argument("batch_size", type=int, default=5000)
args = parser.parse_args()
env_name = env_map[args.env_name]
prefix = prefix_map[args.env_name]
n_epochs = n_epochs_map[args.env_name]
random_seed = int(args.random_seed)
run_function = function_map[args.algo]
n_itr = n_epochs_map[args.env_name]
num_of_agents = int(args.num_of_agents)
temperature = float(args.temperature)
learning_rate = learning_rate_map[args.env_name]
batch_size = int(args.batch_size)
if args.algo == "multi_REINFORCE_stein" or args.algo == "multi_REINFORCE_stein_anneal" or args.algo == 'multi_REINOFRCE_stein_reg' or args.algo == "multi_REINFORCE_stein_no_critic" or args.algo == 'multi_REINFORCE_baseline_no_critic' or args.algo == 'multi_REINFORCE_stein_evolution':
args.algo = "{:}#{:}_temp={:}".format(args.algo, num_of_agents,
args.temperature)
run_experiment_lite(
run_function,
n_parallel=4,
snapshot_mode="last",
seed=random_seed,
log_dir="./../exp_log/{:}_seed={:}_iter=500_env={:}_{:}".format(
args.algo, random_seed, prefix, get_date()),
)
def predict(*, pred_date: str, bj_his_length=360, ld_his_length=420, bj_windows='golden_8', ld_windows='fib_8',
bj_dropout=0.6, ld_dropout=0.2, bj_units=(48, 48, 48, 48), ld_units=(24, 24, 24, 24), bj_batchsize=84,
ld_batchsize=22, verbose: int=2, save=True, dosubmit=False, suffix='alt_lgb_split'):
vprint = get_verbose_print(verbose_level=verbose)
pred_date = pd.to_datetime(pred_date)
get_new_data = pred_date > pd.to_datetime('2018-03-28')
sub = pd.read_csv("../input/sample_submission.csv")
OUTDIR = '../submission/sub_{}-{}-{}'.format(pred_date.year, pred_date.month, pred_date.day)
os.system('mkdir -p {}'.format(OUTDIR))
predict_start_day = pred_date + pd.Timedelta(1, unit='D')
predict_start = pd.to_datetime(get_date(predict_start_day))
bj_data = get_city_data(city='bj', vprint=vprint, impute_with_lgbm=False, partial_data=False, get_new_data=get_new_data)
ld_data = get_city_data(city='ld', vprint=vprint, impute_with_lgbm=False, partial_data=False, get_new_data=get_new_data)
vprint(2, bj_data.head())
vprint(2, bj_data.loc[bj_data['stationId']!= 'zhiwuyuan_aq'].tail())
vprint(2, ld_data.head())
vprint(2, ld_data.tail())
bj_data = impute(bj_data, lgbm=True, hour=True, mean=True)
ld_data = impute(ld_data, lgbm=True, hour=True, mean=True)
vprint(2, bj_data.head())
vprint(2, bj_data.loc[bj_data['stationId']!= 'zhiwuyuan_aq'].tail())
vprint(2, ld_data.head())
vprint(2, ld_data.tail())
bj_w_train_data = long_to_wide(bj_data)
ld_w_train_data = long_to_wide(ld_data)
train_split_date = pred_date - pd.Timedelta(3, unit='D')
bj_pred = fit_predict(city='bj', sub=sub, w_train_data=bj_w_train_data, train_data=bj_data,
train_split_date=train_split_date, history_length=bj_his_length, pred_date=pred_date,
windows=MEDIAN_WINDOWS[bj_windows], dropout_rate=bj_dropout, units=bj_units,
batch_size=bj_batchsize, l2_strength=0.0001, n_folds=5, vprint=vprint
)
ld_pred = fit_predict(city='ld', sub=sub, w_train_data=ld_w_train_data, train_data=ld_data,
train_split_date=train_split_date, history_length=ld_his_length, pred_date=pred_date,
windows=MEDIAN_WINDOWS[ld_windows], dropout_rate=ld_dropout, units=ld_units,
batch_size=ld_batchsize, l2_strength=0.0001, n_folds=5, vprint=vprint
)
submissions = sub.copy()
bj_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in BEIJING_STATIONS)
ld_cond = submissions['test_id'].map(lambda x: x.split('#')[0] in LONDON_STATIONS)
submissions.loc[bj_cond, ['PM2.5', 'PM10', 'O3']] = bj_pred.loc[bj_cond, ['PM2.5', 'PM10', 'O3']].values
submissions.loc[ld_cond, ['PM2.5', 'PM10']] = ld_pred.loc[ld_cond, ['PM2.5', 'PM10']].values
submissions['PM2.5'] = submissions['PM2.5'].map(lambda x: max(0, x))
submissions['PM10'] = submissions['PM10'].map(lambda x: max(0, x))
submissions['O3'] = submissions['O3'].map(lambda x: max(0, x))
submissions = submissions[['test_id', 'PM2.5', 'PM10', 'O3']]
if save:
if not suffix:
filepath = '{}/model_{}_sub.csv'.format(OUTDIR, 6)
else:
filepath = '{}/model_{}_sub_{}.csv'.format(OUTDIR, 6, suffix)
submissions.to_csv(filepath, index=False)
if dosubmit:
submit(subfile=filepath,
description='model_{}_{}'.format(6, str(predict_start).split()[0]),
filename='model_{}_sub_{}.csv'.format(6, str(predict_start).split()[0]))
def get_statement_info_from_cache(self):
key, cache = self.get_key_and_cache()
if key in cache:
self.ending_date = util.get_date(cache[key]['ending_date'])
self.ending_balance = cache[key]['ending_balance']
def run_setting(setting, verbose_level=2, start_date, end_date, n_folds=5, skip=1):
num, city, history_length, num_shifts, median_shifts, median_windows, dropout_rate, l2_strength, units, batch_size = setting
median_windows = MEDIAN_WINDOWS[median_windows]
vprint = get_verbose_print(verbose_level)
sub = pd.read_csv('../input/sample_submission.csv')
get_new_data = end_date > pd.to_datetime('2018-03-28')
test_data = get_city_data(city=city, vprint=vprint, impute_with_lgbm=False, get_new_data=get_new_data)
train_data = test_data.copy() # type: pd.DataFrame
vprint(2, train_data.head())
vprint(2, train_data.loc[train_data['stationId'] != 'zhiwuyuan_aq'].tail())
train_data = impute(train_data, lgbm=True, hour=True, mean=True)
vprint(2, train_data.head())
vprint(2, train_data.loc[train_data['stationId'] != 'zhiwuyuan_aq'].tail())
w_train_data = long_to_wide(train_data)
current_date = start_date
scores_df = []
STATIONS = BEIJING_STATIONS if city == 'bj' else LONDON_STATIONS
while current_date < end_date:
vprint(1, "running experiment for {} at {}".format(current_date, datetime.now()))
train_split_date = current_date - pd.Timedelta(3, unit='D')
x_train, y_train = wide_make_fw_x_y(
wdata=w_train_data, ldata=train_data, split_date=train_split_date, history_length=history_length,
num_shifts=num_shifts, use_medians=True, median_shifts=median_shifts, window_sizes=median_windows,
for_prediction=False, n_thread=8, vprint=vprint, save_feature=True, use_cache=True,
window_name=setting.median_windows)
x_test, _ = wide_make_fw_x_y(
wdata=w_train_data, ldata=train_data, split_date=current_date, history_length=history_length,
num_shifts=1, use_medians=True, median_shifts=median_shifts, window_sizes=median_windows,
for_prediction=False, n_thread=8, vprint=vprint, save_feature=True, use_cache=True,
window_name=setting.median_windows)
x_train = x_train.loc[x_train['stationId'].map(lambda x: x.split('#')[0] in [s for s in STATIONS if s != 'zhiwuyuan_aq'])]
y_train = y_train.loc[y_train['stationId'].map(lambda x: x.split('#')[0] in [s for s in STATIONS if s != 'zhiwuyuan_aq'])]
x_test = x_test.loc[x_test['stationId'].map(lambda x: x.split('#')[0] in STATIONS)]
subs = []
min_valid_smape = []
groups = x_train['stationId'].map(lambda x: x.split('#')[0])
group_kfold = GroupKFold(n_splits=n_folds)
splits = list(group_kfold.split(X=x_train, groups=groups))
for it, (train_idx, val_idx) in enumerate(splits):
vprint(2, '# ---- fold {} ----'.format(it + 1))
model = get_keras_model(input_dim=x_train.shape[1] - 1, dropout_rate=dropout_rate, l2_strength=l2_strength, units=units)
if it == 0:
vprint(1, model.summary())
history = model.fit(
x=x_train.iloc[train_idx, 1:].values,
y=y_train.iloc[train_idx, 1:].values,
validation_data=(x_train.iloc[val_idx, 1:].values, y_train.iloc[val_idx, 1:].values),
batch_size=batch_size,
epochs=65535,
verbose=0,
callbacks=[
ReduceLROnPlateau(monitor='val_loss', factor=0.1, patience=15, verbose=verbose_level),
EarlyStopping(monitor='val_loss', patience=30, verbose=verbose_level),
ModelCheckpoint(filepath='./model_checkpoint_{}.hdf5'.format(num), monitor='val_loss',
save_best_only=True, save_weights_only=True, mode='min')
])
min_valid_smape.append(np.min(history.history['val_loss']))
predictions = model.predict(x_test.iloc[:, 1:], verbose=verbose_level)
predictions = pd.DataFrame(predictions)
predictions['stationId'] = x_test['stationId'].map(lambda x: x.split('#')[0]).tolist()
predictions['measure'] = x_test['stationId'].map(lambda x: x.split('#')[1]).tolist()
vprint(2, '# ---- formatting submission df ----')
for idx, row in tqdm(predictions.iterrows()):
values = row[:48].values
sub.loc[sub.test_id.isin([row['stationId'] + '#' + str(i) for i in range(48)]), row['measure']] = values
subs.append(sub[SUB_COLS])
vprint(2, 'mean {}, std {}'.format(np.mean(min_valid_smape), np.std(min_valid_smape)))
submissions = subs[0]
for sub in subs[1:]:
submissions[['PM2.5', 'PM10', 'O3']] += sub[['PM2.5', 'PM10', 'O3']]
submissions[['PM2.5', 'PM10', 'O3']] /= n_folds
truth = get_truth(city=city, data=test_data, start_date=current_date + pd.Timedelta(1, unit='D'))
scores = evaluate(city=city, truth=truth, predictions=submissions)
if 'zhiwuyuan_aq-O3' in scores:
scores['zhiwuyuan_aq-O3'] = np.nan
if 'zhiwuyuan_aq-PM2.5' in scores:
scores['zhiwuyuan_aq-PM2.5'] = np.nan
if 'zhiwuyuan_aq-PM10' in scores:
scores['zhiwuyuan_aq-PM10'] = np.nan
scores['smape'] = pd.Series(scores).mean()
scores['date'] = get_date(current_date)
vprint(1, scores['smape'])
current_date += pd.Timedelta(value=skip, unit='D')
scores_df.append(scores)
scores_df = pd.DataFrame(scores_df)
scores_df = scores_df[['date', 'smape'] + [col for col in scores_df.columns if col not in ['date', 'smape']]]
outfile_name = 'shortcut_mlp_experiment_{}_{}.csv'.format(num, city)
outfile_path = '../summaries/{}'.format(outfile_name)
if os.path.exists(outfile_path):
df = pd.read_csv(outfile_path)
scores_df = pd.concat([scores_df, df], axis=0)
scores_df.drop_duplicates(inplace=True)
scores_df.sort_values(by='date', inplace=True)
scores_df.to_csv('../summaries/{}'.format(outfile_name), index=False)
with open('../summaries/shortcut_mlp_settings.txt', 'a') as f:
f.write(str(setting) + ' Summary File: ' + outfile_name)
vprint(1, '# ---- mean {} '.format(scores_df['smape'].mean()))
if __name__ == '__main__':
parser = argparse.ArgumentParser(description='Experiment or predicting with rolling summaries model')
parser.add_argument('--mode', type=str, default='exp', help='whether to do experiment or make prediction')
parser.add_argument('--pred_date', type=str, default=None, help='to generate prediction for this date')
parser.add_argument('--pred_bj_windows', type=str, default='golden_8', help='what windows to use for bj')
parser.add_argument('--pred_ld_windows', type=str, default='golden_8', help='what windows to use for ld')
parser.add_argument('--pred_bj_method', type=str, default='median', help='what method to use for bj')
parser.add_argument('--pred_ld_method', type=str, default='median', help='what method to use for ld')
parser.add_argument('--pred_bj_lgbm', type=str2bool, default='True', help='whether to impute with lgbm for bj')
parser.add_argument('--pred_ld_lgbm', type=str2bool, default='True', help='whether to impute with lgbm for ld')
parser.add_argument('--pred_bj_fwbw', type=str2bool, default='True', help='whether to impute with fwbw for bj')
parser.add_argument('--pred_ld_fwbw', type=str2bool, default='True', help='whether to impute with fwbw for ld')
parser.add_argument('--save', type=str2bool, default='True', help='whether to save submission file')
parser.add_argument('--save_suffix', type=str, default='alt_lgb_roll', help='suffix append to submission filename')
parser.add_argument('--submit', type=str2bool, default='False', help='whether to submit submission file')
parser.add_argument('--exp_start_date', type=str, default=None, help='date to start experiment, inclusive')
parser.add_argument('--exp_end_date', type=str, default=None, help='date to end experiment, exclusive')
parser.add_argument('--n_thread', type=int, default=8, help='number of threads to run experiment')
parser.add_argument('--verbose', type=int, default=2, help='verbose level')
args = parser.parse_args()
if args.mode == 'exp':
experiment(list(range(1, 81)), args.exp_start_date, args.exp_end_date, args.n_thread, args.verbose)
else:
if not args.pred_date
args.pred_date = get_date(pd.to_datetime(datetime.now()))
predict(pred_date=args.pred_date, bj_windows=args.pred_bj_windows, ld_windows=args.pred_ld_windows,
bj_method=args.pred_bj_method, ld_method=args.pred_ld_method, bj_lgbm=args.pred_bj_lgbm,
ld_lgbm=args.pred_ld_lgbm, bj_fwbw=args.pred_bj_fwbw, ld_fwbw=args.pred_ld_fwbw, n_thread=args.n_thread,
save=args.save, dosubmit=args.submit, suffix=args.save_suffix, verbose=int(args.verbose))
help='available algorithms')
parser.add_argument("env_name", type=str,
help='available env_name:')
parser.add_argument("random_seed", type=int)
parser.add_argument("num_of_agents", type=int)
parser.add_argument("temperature", type=float)
parser.add_argument("batch_size", type=int, default = 5000)
args = parser.parse_args()
env_name = env_map[args.env_name]
prefix = prefix_map[args.env_name]
n_epochs = n_epochs_map[args.env_name]
random_seed = int(args.random_seed)
run_function = function_map[args.algo]
n_itr = n_epochs_map[args.env_name]
num_of_agents = int(args.num_of_agents)
temperature = float(args.temperature)
learning_rate = learning_rate_map[args.env_name]
batch_size = int(args.batch_size)
if args.algo == "multi_REINFORCE_stein" or args.algo == "multi_REINFORCE_stein_anneal" or args.algo == 'multi_REINOFRCE_stein_reg' or args.algo == "multi_REINFORCE_stein_no_critic" or args.algo == 'multi_REINFORCE_baseline_no_critic' or args.algo == 'multi_REINFORCE_stein_evolution':
args.algo = "{:}#{:}_temp={:}".format(args.algo, num_of_agents, args.temperature)
run_experiment_lite(
run_function,
n_parallel=8,
snapshot_mode="last",
seed=random_seed,
log_dir="./../exp_log/25-16/{:}_seed={:}_iter=500_env={:}_{:}".format(args.algo, random_seed, prefix, get_date()),
)
def set_statement_info(self):
if self.ending_balance is not None:
print(
"(Enter 'cancel' to remove ending balance and set "
"ending date to today.)"
)
old_ending_date = self.ending_date
while True:
date_str = util.get_date_string(self.ending_date)
new_date = self.get_response(
prompt='Ending Date (YYYY/MM/DD)',
old_value=date_str
)
if self.cancel_statement(new_date):
return
try:
self.ending_date = util.get_date(new_date)
break
except ValueError:
print('*** Invalid date')
new_ending_balance = None
if self.ending_balance is None:
old_ending_balance = None
else:
old_ending_balance = util.get_amount_str(
self.ending_balance
)
while True:
new_ending_balance = self.get_response(
prompt='Ending Balance',
old_value=old_ending_balance
)
if new_ending_balance is None:
break
if self.cancel_statement(new_ending_balance):
return
try:
self.ending_balance = float(
new_ending_balance.replace('$', '')
)
break
except ValueError:
print('*** Invalid number')
if new_ending_balance is not None:
new_ending_balance = util.get_amount_str(
self.ending_balance
)
# only list and save to cache if values have changed...
if old_ending_date != self.ending_date \
or old_ending_balance != new_ending_balance:
self.save_statement_info_to_cache()
self.list_transactions()
def main(mode: str = 'train'):
if mode == 'train':
os.system('mkdir -p ../models')
assert os.path.exists('../input/bj_api_his.csv'
), 'run download_data.sh to get data first'
assert os.path.exists('../input/ld_api_his.csv'
), 'run download_data.sh to get data first'
bj_his = pd.read_csv(filepath_or_buffer='../input/bj_api_his.csv',
parse_dates=['utc_time'])
ld_his = pd.read_csv(filepath_or_buffer='../input/ld_api_his.csv',
parse_dates=['utc_time'])
bj_lgb_models = {
'{}-{}'.format(stationId, measure): lgb_cv(bj_his, stationId,
measure)
for stationId in BEIJING_STATIONS
for measure in ['PM2.5', 'PM10', 'O3']
}
with open("../models/bj_lgbm.pkl", 'wb') as f:
pickle.dump(bj_lgb_models, f)
ld_lgb_models = {
'{}-{}'.format(stationId, measure): lgb_cv(ld_his, stationId,
measure)
for stationId in LONDON_STATIONS for measure in ['PM2.5', 'PM10']
}
with open("../models/ld_lgbm.pkl", 'wb') as f:
pickle.dump(ld_lgb_models, f)
print('# ---- DONE ---- #')
if mode == 'impute':
assert os.path.exists('../models/bj_lgbm.pkl'), 'model not trained yet'
assert os.path.exists('../models/ld_lgbm.pkl'), 'model not trained yet'
bj_his = pd.read_csv(filepath_or_buffer='../input/bj_api_his.csv',
parse_dates=['utc_time'])
ld_his = pd.read_csv(filepath_or_buffer='../input/ld_api_his.csv',
parse_dates=['utc_time'])
end_date = get_date(
pd.to_datetime(datetime.now()) + pd.Timedelta(1, 'D'))
bj_new = download_aq_data(city='bj',
start_date='2018-04-01',
start_hour='00',
end_date=end_date,
end_hour='23',
save=False,
partial_data=False,
data_source='alternative')
ld_new = download_aq_data(city='ld',
start_date='2018-04-01',
start_hour='00',
end_date=end_date,
end_hour='23',
save=False,
partial_data=False,
data_source='alternative')
bj_new = bj_new.loc[bj_new.utc_time < pd.to_datetime(today) -
pd.Timedelta(1, 'D')]
ld_new = ld_new.loc[ld_new.utc_time < pd.to_datetime(today) -
pd.Timedelta(1, 'D')]
bj_data = pd.concat([bj_his, bj_new], axis=0)
ld_data = pd.concat([ld_his, ld_new], axis=0)
ld_data = ld_data.loc[ld_data.stationId.isin(LONDON_STATIONS)]
bj_data = bj_data.loc[bj_data.stationId.isin(BEIJING_STATIONS)]
bj_data = bj_data[AQ_COL_NAMES]
ld_data = ld_data[AQ_COL_NAMES]
bj_data = fix_nat(bj_data)
ld_data = fix_nat(ld_data)
bj_data = lgbm_impute(data=bj_data, city='bj')
ld_data = lgbm_impute(data=ld_data, city='ld')
data = pd.concat([bj_data, ld_data], axis=0)
data = fix_nat(data)
data.to_csv(
'../input/lgb_imputed_new_source_2014-03-31-_{}.csv'.format(today),
index=False)
def draw_conquest_heat_map(self,
country=None,
crop_margin=50,
resize_ratio=1.0,
start_date=None,
end_date=None):
# todo add support for multiplayer by drawing multiple countries in a single map
# fixme some provinces in the bharat file don't work properly, find why
country = self.campaign.get_country(country)
start_date = get_date(start_date) if start_date else START_DATE
end_date = get_date(
end_date
) if end_date else self.campaign.current_date # todo raise exception wrong date
provinces = [
p for p in country.owned_provinces if p.last_conquest <= end_date
]
spectrum = country.calculate_color_spectrum(n=end_date.year -
start_date.year + 1)
id_to_color = {
str(p.id): spectrum[max(p.last_conquest.year - start_date.year, 0)]
for p in provinces
}
width, height = self.map_img.size
pixels = self.map_img_pixels.copy()
e, n, w, s = 0, height, width, 0
for province_id, color in id_to_color.items():
for x, bands in self.province_coordinates[province_id].items():
x = int(x)
for y1, y2 in bands:
pixels[x, y1:y2] = color
e = max(e, min(y2 + crop_margin, width))
w = min(w, max(y1 - crop_margin, 0))
n = min(n, max(x - crop_margin, 0))
s = max(s, min(x + crop_margin, height))
out = Image.fromarray(pixels)
if out.size[0] > 50 and crop_margin >= 0:
out = out.crop((w, n, e, s))
w, h = out.size
# draw legend
draw = ImageDraw.Draw(out)
draw.fontmode = '1'
margin, height = 10, 30
box_width = (w - 2 * margin)
# fixme test functioning for conquest after a single year on 3-color countries
if start_date.year != end_date.year:
spectrum = country.calculate_color_spectrum(n=box_width)
for i, c in enumerate(spectrum):
draw.rectangle([(margin + i, h - margin - height),
(margin + i + 1, h - margin)],
fill=c)
draw.rectangle([(margin, h - margin - height),
(w - margin, h - margin)],
outline="black",
width=1)
else:
draw.rectangle([(margin, h - margin - height),
(w - margin, h - margin)],
outline="black",
width=1,
fill=country.colors[0])
font_margin = 8
draw.text(
(margin + font_margin, h - margin - height + font_margin),
str(start_date.year),
font=self.font,
fill='white')
draw.text((w - margin - 42, h - margin - height + font_margin),
str(end_date.year),
font=self.font,
fill='white')
out = out.resize(np.array(out.size) * resize_ratio, Image.BILINEAR)
out.save(f"{ASSETS_DIR}/heatmap.png")
def commit_ctrl_insert(conn,ctrl):
basesql = "insert into data_ctrl_mst(maker_id,data_type,data_date) values(%s,%s,%s);"
with conn:
with conn.cursor() as cur:
cur.execute(basesql,(ctrl.maker_id,ctrl.data_type,util.get_date(ctrl.data_date)))
return conn
def testGetDate(self):
etree = fromstring(ENTRY_DATE)
self.assertEqual((2006, 8, 4, 20, 52, 0), time.gmtime(util.get_date(etree, 'updated'))[0:6])
self.assertEqual((2006, 8, 4, 15, 52, 1), time.gmtime(util.get_date(etree, 'published'))[0:6])
self.assertEqual((2006, 8, 5, 15, 55, 11), time.gmtime(util.get_date(etree, APP('edited')))[0:6])
def get_trajectory(item):
try:
try:
user_id = get_uid(item)
date = get_date(item)
ts_0_0_0 = time.mktime(time.strptime(date, DATEFORMAT))
lines_list_0 = []
lines_list_1 = []
lines_list_2 = []
lines_list_3 = []
ts_traj_map = {}
sorted_map = {}
traj_list = []
inside_tup = ('1')
AP_list = [
'0C8268F90E64', '0C8268C7D504', '14E6E4E1C510', '0C8268C7DD6C'
]
time_index_nums = int(24 * 60 / 5)
come_cnt_list = [None] * time_index_nums
go_cnt_list = [None] * time_index_nums
stay_cnt_list = [None] * time_index_nums
except Exception as e:
raise e
try:
df = pd.read_csv(item,
sep='|',
names=['user_id', 'ts', 'rssi', 'AP'])
with open(item, 'r') as fr:
for line in fr:
line_list = line.split("|")
AP = line_list[-1].strip()
# print("line_list: %s, filename: %s" % (line_list, item))
line_list = [line_list[0], line_list[1], line_list[2], AP]
if AP == AP_list[0]:
lines_list_0.append(line_list)
elif AP == AP_list[1]:
lines_list_1.append(line_list)
elif AP == AP_list[2]:
lines_list_2.append(line_list)
elif AP == AP_list[3]:
lines_list_3.append(line_list)
except Exception as e:
raise e
try:
i = 1
while i < (len(lines_list_0) - 1):
rssi = int(lines_list_0[i][2])
if rssi > int(lines_list_0[i - 1][2]) and rssi > int(
lines_list_0[i + 1][2]):
ts = time.strftime(DATETIMEFORMAT,
time.localtime(int(lines_list_0[i][1])))
if ts in ts_traj_map:
traj = ts_traj_map[ts]
ts_traj_map[ts] = [traj, '0']
# ts_traj_map[ts] = [traj, ['0', rssi]]
# print("outside AP: 0. dup ts. ts_traj_map[ts]: %s, ts: %s, user_id: %s" % (ts_traj_map[ts], ts, user_id))
# ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '0'
# ts_traj_map[ts] = ['0', rssi]
i += 1
i = 1
while i < (len(lines_list_1) - 1):
rssi = int(lines_list_1[i][2])
if rssi > int(lines_list_1[i - 1][2]) and rssi > int(
lines_list_1[i + 1][2]):
ts = time.strftime(DATETIMEFORMAT,
time.localtime(int(lines_list_1[i][1])))
if ts in ts_traj_map:
traj = ts_traj_map[ts]
ts_traj_map[ts] = [traj, '1']
# ts_traj_map[ts] = [traj, ['1', rssi]]
# print("inside AP: 1. dup ts. ts_traj_map[ts]: %s, ts: %s, user_id: %s" % (ts_traj_map[ts], ts, user_id))
# continue
# ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '1'
# ts_traj_map[ts] = ['1', rssi]
i += 1
i = 1
while i < (len(lines_list_2) - 1):
rssi = int(lines_list_2[i][2])
if rssi > int(lines_list_2[i - 1][2]) and rssi > int(
lines_list_2[i + 1][2]):
ts = time.strftime(DATETIMEFORMAT,
time.localtime(int(lines_list_2[i][1])))
if ts in ts_traj_map:
traj = ts_traj_map[ts]
ts_traj_map[ts] = [traj, '2']
# ts_traj_map[ts] = [traj, ['2', rssi]]
# print("outside AP: 2. dup ts. ts_traj_map[ts]: %s, ts: %s, user_id: %s" % (ts_traj_map[ts], ts, user_id))
# ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '2'
# ts_traj_map[ts] = ['2', rssi]
i += 1
i = 1
while i < (len(lines_list_3) - 1):
rssi = int(lines_list_3[i][2])
if rssi > int(lines_list_3[i - 1][2]) and rssi > int(
lines_list_3[i + 1][2]):
ts = time.strftime(DATETIMEFORMAT,
time.localtime(int(lines_list_3[i][1])))
if ts in ts_traj_map:
traj = ts_traj_map[ts]
ts_traj_map[ts] = [traj, '3']
# ts_traj_map[ts] = [traj, ['3', rssi]]
# print("inside AP: 3. dup ts. ts_traj_map[ts]: %s, ts: %s, user_id: %s" % (ts_traj_map[ts], ts, user_id))
# ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '3'
# ts_traj_map[ts] = ['3', rssi]
i += 1
length = len(ts_traj_map)
if length > 1:
sorted_map = sorted(ts_traj_map.items())
for tup in sorted_map:
if isinstance(tup[1], list):
print("sorted_map: %s, user_id: %s" %
(sorted_map, user_id))
continue
# print("sorted_map: %s, user_id: %s" % (sorted_map, user_id))
except Exception as e:
raise e
except Exception as e:
raise e
def get_trajectory(item):
try:
try:
user_id = get_uid(item)
date = get_date(item)
ts_0_0_0 = time.mktime(time.strptime(date, DATEFORMAT))
lines_list_0 = []
lines_list_1 = []
ts_traj_map = {}
sorted_map = {}
traj_list = []
inside_tup = ('1')
come_cnt_list = [None] * TIME_INDEX_NUMS
go_cnt_list = [None] * TIME_INDEX_NUMS
stay_cnt_list = [None] * TIME_INDEX_NUMS
except Exception as e:
raise e
try:
with open(item, 'r') as fr:
for line in fr:
line_list = line.split("|")
AP = line_list[-1].strip()
line_list = [line_list[0], line_list[1], line_list[2], AP]
if AP == '14E4E6E186A4':
lines_list_0.append(line_list)
elif AP == 'EC172FE3B340':
lines_list_1.append(line_list)
except Exception as e:
raise e
try:
i = 1
while i < (len(lines_list_0) - 1):
rssi = int(lines_list_0[i][2])
if rssi > int(lines_list_0[i-1][2]) and rssi > int(lines_list_0[i+1][2]):
ts = time.strftime(DATETIMEFORMAT, time.localtime(int(lines_list_0[i][1])))
if ts in ts_traj_map:
# traj = ts_traj_map[ts]
# ts_traj_map[ts] = [traj, '0']
# ts_traj_map[ts] = [traj, ['0', rssi]]
print("outside AP. dup ts. ts_traj_map: %s, ts: %s, user_id: %s" % (ts_traj_map, ts, user_id))
ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '0'
# ts_traj_map[ts] = ['0', rssi]
i += 1
i = 1
while i < (len(lines_list_1) - 1):
rssi = int(lines_list_1[i][2])
if rssi > int(lines_list_1[i-1][2]) and rssi > int(lines_list_1[i+1][2]):
ts = time.strftime(DATETIMEFORMAT, time.localtime(int(lines_list_1[i][1])))
if ts in ts_traj_map:
# traj = ts_traj_map[ts]
# ts_traj_map[ts] = [traj, '1']
# ts_traj_map[ts] = [traj, ['1', rssi]]
print("inside AP. dup ts. ts_traj_map: %s, ts: %s, user_id: %s" % (ts_traj_map, ts, user_id))
# continue
ts_traj_map[ts] = '1'
else:
ts_traj_map[ts] = '1'
# ts_traj_map[ts] = ['1', rssi]
i += 1
length = len(ts_traj_map)
if length > 1:
sorted_map = sorted(ts_traj_map.items())
# print("sorted_map: %s, user_id: %s" % (sorted_map, user_id))
prev_ts = convert_datetime_to_timestamp(sorted_map[0][0], DATETIMEFORMAT)
traj_list.append(sorted_map[0])
i = 1
while i < length:
cur_ts = convert_datetime_to_timestamp(sorted_map[i][0], DATETIMEFORMAT)
if cur_ts - prev_ts <= THRESHOLD:
traj_list.append(sorted_map[i])
else:
come_cnt_list, go_cnt_list, stay_cnt_list = handle(traj_list, inside_tup, user_id, ts_0_0_0, come_cnt_list, go_cnt_list, stay_cnt_list)
# print("traj_list: %s, user_id: %s" % (traj_list, user_id))
traj_list[:] = []
traj_list.append(sorted_map[i])
i += 1
prev_ts = cur_ts
come_cnt_list, go_cnt_list, stay_cnt_list = handle(traj_list, inside_tup, user_id, ts_0_0_0, come_cnt_list, go_cnt_list, stay_cnt_list)
# print("traj_list: %s, user_id: %s" % (traj_list, user_id))
with lock:
global RES_LIST
i = 0
while i < TIME_INDEX_NUMS:
come_cnt = come_cnt_list[i] if come_cnt_list[i] else 0
go_cnt = go_cnt_list[i] if go_cnt_list[i] else 0
stay_cnt = stay_cnt_list[i] if stay_cnt_list[i] else 0
RES_LIST[i] = RES_LIST[i] + come_cnt - go_cnt + stay_cnt
i += 1
# for cnt in come_cnt_list:
# if cnt:
# print("come_cnt_list: %s, filename: %s" % (come_cnt_list, item))
# break
# print("come_cnt_list: %s, filename: %s" % (come_cnt_list, item))
# print("go_cnt_list: %s, filename: %s" % (go_cnt_list, item))
# print("stay_cnt_list: %s, filename: %s" % (stay_cnt_list, item))
except Exception as e:
raise e
except Exception as e:
raise e
def commit_ctrl_update_with_msg(conn,ctrl):
basesql = "update data_ctrl_mst set update_stamp = current_timestamp , status = %s, msg = %s where maker_id = %s and data_type = %s and data_date = %s;"
with conn:
with conn.cursor() as cur:
cur.execute(basesql,(ctrl.status,ctrl.msg, ctrl.maker_id,ctrl.data_type,util.get_date(ctrl.data_date)))
return conn
