skipinitialspace=True,
sep=';',
dtype={
'VERSION': int,
'LINE_NR': int,
'STR_LINE_VAR': int,
'LINE_DIR_NR': int,
'LINE_NAME': str
},
index_col=3)
versionid = 13
version = Version(set_version.loc[versionid])
stops = readallstops(version, rec_stop, rec_stop_area, rec_stopping_points)
restrictions = readrestrictions(service_restriction, version)
today = date.today().timetuple()[:3]
line = Line(version, int(input("Linien-ID: ")), rec_lin_ber, lid_course,
lid_travel_time_type, stops)
print("geladen: ", line)
# temporär, später via Abfahrtsmonitor oderso laden
trips = sorted(getlinetrips(line, 0, today, (0, 0, 0), -1, restrictions,
rec_trip, lid_course, lid_travel_time_type,
stops, calendar_otc, day_type_2_day_attribute),
key=lambda x: x.starttime)
for ti, trip in enumerate(trips):
print(str(ti) + ":", trip)
'LINE_NAME': str
},
index_col=3)
# dates = [(2018, 11, 5), (2018, 11, 6), (2018, 11, 7), (2018, 11, 8), (2018, 11, 9), (2018, 11, 10), (2018, 11, 11)]
dates = [(2018, 11, 8)]
versionidVER = 21
versionidHST = 10
versionVER = Version(set_version.loc[versionidVER])
stopsVER = readallstops(versionVER, rec_stop, rec_stop_area,
rec_stopping_points)
versionHST = Version(set_version.loc[versionidHST])
stopsHST = readallstops(versionHST, rec_stop, rec_stop_area,
rec_stopping_points)
restrictions = {
versionidVER: readrestrictions(service_restriction, versionVER),
versionidHST: readrestrictions(service_restriction, versionHST)
}
lines = {
45511:
Line(versionVER, 45511, rec_lin_ber, lid_course, lid_travel_time_type,
stopsVER),
50510:
Line(versionHST, 50510, rec_lin_ber, lid_course, lid_travel_time_type,
stopsHST)
}
for lineid in lines:
line = lines[lineid]
print("\n- " + str(line))
