def run():
start_time = get_start_time()
n_people_to_compare_with, max_len_closest_matches, image_name, person_count, image_path = get_user_inputs(
)
file_count = get_number_of_pics_to_compare_with(n_people_to_compare_with,
lfw_path, person_count,
image_name)
original_image_encodings = get_image_encodings(image_path)
closest_matches_sorted = compare_with_other_images(
lfw_path, file_count, original_image_encodings, image_name,
max_len_closest_matches, start_time, n_people_to_compare_with)
print_results(closest_matches_sorted, image_path)
output_results_csv(closest_matches_sorted, start_time, image_name,
max_len_closest_matches, file_count,
n_people_to_compare_with)
output_results_image(closest_matches_sorted, start_time, image_name,
max_len_closest_matches, file_count,
n_people_to_compare_with)
def srt2ss(path, is_ass=True):
timer = utils.Timer()
timer.start()
subs = utils.load_sub_file(path)
start_time = utils.get_start_time(subs, 'ass')
end_time = utils.get_end_time(subs, 'ass')
plaintext = utils.get_plaintext(subs)
sub_block = []
LAYER = 0
STYLE = 'Default'
NAME = ''
MARGINL = 0
MARGINV = 0
EFFECT = ''
for i in range(len(subs)):
sub_block.append('Dialogue: %d, %s, %s, %s, %s, %d, %d, %s, %s' %
(LAYER, start_time[i], end_time[i], STYLE, NAME,
MARGINL, MARGINV, EFFECT, plaintext[i]))
utils.write_txt('%s.ass' % (output_filename), script_info())
utils.write_lines('%s.ass' % (output_filename), sub_block, mode='a')
timer.stop()
print('转换完成，用时%.2f秒' % (timer.elapsed))
def main():
while True:
faceCon, faceCur = connectDB(db_key)
bigDataCon, bigDataCur = connectDB(big_data_key)
lastTime = get_start_time(time_type_key)
print('lastTime: ', lastTime)
if not lastTime:
return
# 获取最新的更新时间
now = datetime.now()
now_time = now.strftime("%Y-%m-%d %H:%M:%S")
try:
getFaceInfo(lastTime, faceCon, faceCur, bigDataCon, bigDataCur)
set_start_time(time_type_key, now_time)
except Exception as e:
print(e)
bigDataCon.rollback()
else:
pass
finally:
pass
faceCon.close()
bigDataCon.close()
print("begin to sleep 10 seconds")
print("-----------------------------")
time.sleep(10)
def get_AstroRestarts(house_id):
time = get_start_time()
rs = RestartsSerializer(Restart.objects.filter(house_id=house_id, restart_time__gt=time).order_by('-restart_time'),
many=True)
return rs.data
def run(no_journeys, map_configs):
overall_start_time, runstr = get_start_time()
logger = configure_logger(runstr)
journey_files, no_journeys, attempting_all = get_journey_files(no_journeys)
base_layers = read_in_convert_base_maps(map_configs)
clear_out_old_folders_and_make_new(map_configs)
maps_dict = plot_base_map_layers(base_layers, map_configs)
(
start_time,
journey_plots,
counters,
text_vars,
) = set_up_plot_lists_and_counters(journey_files)
timestr, timestr_moving_recents, text_vars = make_first_frames(
counters, journey_files, text_vars, maps_dict, map_configs)
counters = make_all_other_frames(
journey_files,
attempting_all,
no_journeys,
start_time,
maps_dict,
runstr,
text_vars,
timestr,
journey_plots,
counters,
map_configs,
)
make_final_by_year_image(runstr, counters, maps_dict, map_configs)
additional_frames_journeys_fading_out(journey_files, maps_dict,
journey_plots, counters, map_configs)
make_all_videos(runstr, counters, map_configs)
clear_out_images_for_video_folder(map_configs)
overall_finish_time = datetime.datetime.now()
overall_run_notes(
runstr,
attempting_all,
no_journeys,
overall_start_time,
overall_finish_time,
counters,
map_configs,
)
def get(self, request, house_id):
time = get_start_time()
restarts = get_AstroRestarts(house_id)
aviator_disconnections = []
# AviatorDisconnection.objects.filter(house_id=house_id, time_from__gt=time)
return render(request, template_name='HouseHealth/restarts.html',
context={'restarts': restarts,
'house_id': house_id,
'aviator_disconnections': aviator_disconnections})
def reset(self, path):
utils.reset(path)
utils.set_stack(self.quantity)
utils.set_timer(self.timer)
self.infos = dict()
start_time = utils.get_start_time()
assert start_time != -1
self.infos["start_time"] = start_time
for _, agent in self.agents.items():
agent.update_eps()
def check_restart_alert(rs):
try:
time = get_start_time()
rscount = Restart.objects.filter(astro_id=rs['astro_id'],
restart_time__gt=time).count()
if rscount >= RESTART_ALERT_THRESHOLD:
return str(rs["astro_id"]) + " restarted " + str(
rscount) + " times in the past " + getConfigValue(
DATA_DISPLAY_RANGE
) + " hours from the time of this alert.\n"
return ""
except Exception as e:
logger.error("Exception in checking restart alert" + str(e))
raise e
def ss2srt(path, chinese_only=False, english_only=False, Tchinese_only=False):
timer = utils.Timer()
timer.start()
subs = utils.load_sub_file(path)
start_time = utils.get_start_time(subs, 'srt')
end_time = utils.get_end_time(subs, 'srt')
plaintext = utils.get_plaintext(subs)
format_sub = []
if chinese_only == True:
pass
elif english_only == True:
pass
elif Tchinese_only == True:
pass
else:
# 简体&英文双语
for i in range(len(subs)):
format_sub.append('%s\n' % (i + 1))
if start_time[i] == start_time[i -
1] and end_time[i] == end_time[i -
1]:
format_sub.append('%s --> %s\n' % (start_time[i], end_time[i]))
format_sub.append('%s' % (plaintext[i - 1]))
format_sub.append('%s\n' % (plaintext[i]))
elif start_time[i] == start_time[i +
1] and end_time[i] == end_time[i +
1]:
format_sub.remove(format_sub[-1])
pass
else:
format_sub.append('%s --> %s\n' % (start_time[i], end_time[i]))
format_sub.append('%s\n' % (plaintext[i]))
utils.write_lines('%s.srt' % ("test"), format_sub)
timer.stop()
print('转换完成，用时%.2f秒' % (timer.elapsed))
def main():
while True:
carCon, carCur = connectDB(db_key)
bigDataCon, bigDataCur = connectDB(big_data_key)
lastTime = get_start_time(time_type_key)
print('lastTime: ', lastTime)
if not lastTime:
return
# 获取最新的更新时间
now = datetime.now()
now_time = now.strftime("%Y-%m-%d %H:%M:%S")
getTaxiInfo(lastTime, carCon, carCur, bigDataCon, bigDataCur)
set_start_time(time_type_key, now_time)
carCon.close()
bigDataCon.close()
print("begin to sleep 10 seconds")
print("-----------------------------")
time.sleep(10)
def handle_UpdateHouse():
"""
Updates the status as well as Counts of all attributes(restarts, long cutoff, quick interrupt) for a House.
:return:
"""
try:
houses = get_house_statuses_from_drona()
blacklisted = BLACKLISTED
time = get_start_time()
for house in houses:
if house['display_id'] in blacklisted:
continue
try:
h = House.objects.get(house_id=house['display_id'])
except:
h = House.objects.create(house_id=house['display_id'])
if (not house['master_status']) and h.status == 'ACTIVE':
h.status = 'ERRORED' + " " + datetime.datetime.now(pytz.timezone('Asia/Calcutta')).strftime(
"%Y-%m-%d %H:%M:%S")
if house['master_status']:
h.status = 'ACTIVE'
h.house_name = house['name']
h.restart_count = Restart.objects.filter(house_id=house['display_id'], restart_time__gt=time).count()
# qis = QuickInterruptSerializer(QuickInterrupt.objects.filter(house_id=key), many=True,
# context={'time_constrain': time})
# c = 0
# for q in qis.data:
# c += len(q['interrupts'])
h.qi_count = QuickInterrupt.objects.filter(house_id=house['display_id'], time__gt=time).count()
h.ld_count = LongDisconnect.objects.filter(house_id=house['display_id'], status="INACTIVE").count()
h.save()
return houses
except Exception as e:
logger.error("Exception in updating house information from local db. Exception" + str(e))
raise e
def get_Quick_Interrupts(house_id):
time = get_start_time()
qis = QuickInterruptSerializer(QuickInterrupt.objects.filter(house_id=house_id, time__gt=time).order_by('-time'),
many=True)
return qis.data
# scraping.run_repeating(scrape_all_results,
# interval=86400,
# first=datetime.time(23, 00, 00))
# Get rid of outdated matches too late to play
# def outdated_matches(update, context):
# outdated_matches = cfg.UPDATER.job_queue
# outdated_matches.run_repeating(get_rid_outdated_matches,
# interval=86400,
# first=datetime.time(22, 30, 00))
# Update database
cfg.JOB_QUEUE.run_repeating(jobs.job_update_score,
interval=86400,
first=utl.get_start_time(hh=18, mm=57, ss=0))
# # Scrape quotes
cfg.JOB_QUEUE.run_repeating(jobs.job_night_quotes,
interval=86400,
first=utl.get_start_time(hh=18, mm=37, ss=30))
cfg.DISPATCHER.add_handler(start_handler)
# cfg.DISPATCHER.add_handler(info_handler)
cfg.DISPATCHER.add_handler(get_handler)
cfg.DISPATCHER.add_handler(confirm_handler)
cfg.DISPATCHER.add_handler(cancel_handler)
cfg.DISPATCHER.add_handler(delete_handler)
cfg.DISPATCHER.add_handler(play_handler)
cfg.DISPATCHER.add_handler(update_handler)
cfg.DISPATCHER.add_handler(summary_handler)
def main(npixels):
"""Main function."""
# Name of the application to run, and a settings file for it.
app = 'oskar_sim_beam_pattern'
settings_path = '_temp_settings.ini'
# Define some basic observation parameters.
ra0_deg = 0.0
dec0_deg = -27.0
length_sec = 1.0
# Define base settings dictionary.
common_settings = {
'observation': {
'phase_centre_ra_deg': ra0_deg,
'phase_centre_dec_deg': dec0_deg,
#'pointing_file': 'station_pointing.txt',
'start_time_utc': get_start_time(ra0_deg, length_sec, '2000-01-01 00:00:00'),
'length': length_sec
},
'telescope': {
'normalise_beams_at_phase_centre': False,
'aperture_array/element_pattern/normalise': False
},
'beam_pattern': {
'coordinate_frame': 'Horizon',
'beam_image/size': npixels,
'station_outputs/fits_image/amp': True,
'station_outputs/fits_image/phase': True,
'station_outputs/fits_image/auto_power_real': False
}
}
# Define frequencies of interest (in MHz).
freqs = [50]
#freqs = [70]
# Define telescope models to use, and associated overrides for them.
telescopes = {
'basefunctions': {
'telescope/input_directory': 'telescope.tm',
'telescope/aperture_array/element_pattern/enable_numerical': True,
'telescope/aperture_array/element_pattern/swap_xy': False,
'telescope/aperture_array/array_pattern/enable': False
},
}
# Loop over telescope models.
for tel, tel_params in telescopes.items():
# Copy the base settings dictionary.
current_settings = copy.deepcopy(common_settings)
# Update current settings with telescope model parameters.
current_settings.update(tel_params)
# Loop over frequencies.
for freq in freqs:
# Create the settings file.
settings = create_settings(app, settings_path, current_settings)
# Update output root path and frequency.
tel_root = re.sub(r'[^\w]', '', tel) # Strip symbols from tel.
root_path = tel_root + ('_%03d_MHz' % freq)
settings['beam_pattern/root_path'] = root_path
settings['observation/start_frequency_hz'] = 1e6 * freq
# Run the app with the settings file.
subprocess.call([app, settings_path])