dates = util.get_dates_in_range(args.date, args.date)
print(f"Date: {', '.join([str(date) for date in dates])}")
print(f"Time of Day: [{start_time_str}, {end_time_str})")
def render_distance(dist):
return '----' if np.isnan(dist) else ('%3dm' % dist)
for route_id in route_ids:
route_config = agency.get_route_config(route_id)
df = pd.concat([
arrival_history.get_by_date(agency.id, route_id, d, version) \
.get_data_frame(
start_time = util.get_timestamp_or_none(d, start_time_str, tz),
end_time = util.get_timestamp_or_none(d, end_time_str, tz)
)
for d in dates
])
print(f"Route: {route_id} ({route_config.title})")
dir_infos = route_config.get_direction_infos()
for dir_info in dir_infos:
print(f"Direction: {dir_info.title} ({dir_info.id})")
prev_stop_info = None
for dir_index, stop_id in enumerate(dir_info.get_stop_ids()):
route_config = agency.get_route_config(route_id)
if route_config is None:
raise Exception(f"Invalid route {route_id}")
if dates is not None:
dfs = []
for d in dates:
if show_scheduled:
history = timetables.get_by_date(agency.id, route_id, d,
version)
else:
history = arrival_history.get_by_date(agency.id, route_id, d,
version)
dfs.append(
history.get_data_frame(start_time=util.get_timestamp_or_none(
d, start_time_str, tz),
end_time=util.get_timestamp_or_none(
d, end_time_str, tz)))
df = pd.concat(dfs)
else:
df = None
print(f"Route: {route_id} ({route_config.title})")
dir_infos = route_config.get_direction_infos()
if direction_id is not None:
dir_infos = [
dir_info for dir_info in dir_infos if dir_info.id == direction_id
]
if len(dir_infos) == 0:
