def copy_route_hways(r_short_name, r_long_name, hways_dir_in, hways_dir_out):
route_print_name = misc_utils.routeNameFileReady(r_short_name, r_long_name)
route_hways_fnames = glob.glob(
"%s%s%s-hways-*-all.csv" % (hways_dir_in, os.sep, \
route_print_name))
copy_path_out = misc_utils.get_win_safe_path(hways_dir_out)
for hways_fname in route_hways_fnames:
copy_path_in = misc_utils.get_win_safe_path(hways_fname)
shutil.copy(copy_path_in, copy_path_out)
return
def copy_route_speeds(r_short_name, r_long_name, speeds_dir_in,
speeds_dir_out):
route_print_name = misc_utils.routeNameFileReady(
r_short_name, r_long_name)
route_speeds_fnames = glob.glob(
"%s%s%s-speeds-*-all.csv" % (speeds_dir_in, os.sep, \
route_print_name))
copy_path_out = misc_utils.get_win_safe_path(speeds_dir_out)
for speeds_fname in route_speeds_fnames:
copy_path_in = misc_utils.get_win_safe_path(speeds_fname)
shutil.copy(copy_path_in, copy_path_out)
return
def write_avg_speeds_on_segments(stop_gtfs_ids_to_names_map, period_avg_speeds,
seg_distances, periods, csv_fname,
round_places):
# Use absolute path to deal with Windows issues with long paths.
safe_path_fname = misc_utils.get_win_safe_path(csv_fname)
if sys.version_info >= (3, 0, 0):
csv_file = open(safe_path_fname, 'w', newline='')
else:
csv_file = open(safe_path_fname, 'wb')
writer = csv.writer(csv_file, delimiter=';')
period_names = misc_utils.get_time_period_name_strings(periods)
writer.writerow(AVG_SPEED_HEADERS + period_names)
s_id_pairs = period_avg_speeds.keys()
for s_id_pair in s_id_pairs:
avg_speeds_on_seg = period_avg_speeds[s_id_pair]
if round_places:
assert round_places >= 1
avg_speeds_on_seg_output = map(lambda x: round(x, round_places),
avg_speeds_on_seg)
else:
avg_speeds_on_seg_output = avg_speeds_on_seg
if seg_distances:
dist = round(seg_distances[s_id_pair], round_places)
else:
dist = 0
writer.writerow(
[s_id_pair[0], stop_gtfs_ids_to_names_map[int(s_id_pair[0])], \
s_id_pair[1], stop_gtfs_ids_to_names_map[int(s_id_pair[1])], \
dist] \
+ avg_speeds_on_seg_output)
csv_file.close()
return
def write_headways_minutes(stop_gtfs_ids_to_names_map,
period_headways,
periods,
csv_fname,
stop_id_order=None):
safe_path_fname = misc_utils.get_win_safe_path(csv_fname)
if sys.version_info >= (3, 0, 0):
csv_file = open(safe_path_fname, 'w', newline='')
else:
csv_file = open(safe_path_fname, 'wb')
writer = csv.writer(csv_file, delimiter=';')
period_names = misc_utils.get_time_period_name_strings(periods)
writer.writerow(HWAYS_PER_STOP_HDRS + period_names)
if stop_id_order is None:
s_ids = list(period_headways.keys())
else:
s_ids = stop_id_order
for s_id in s_ids:
period_headways_at_stop = period_headways[s_id]
writer.writerow([s_id, stop_gtfs_ids_to_names_map[int(s_id)]] \
+ period_headways_at_stop)
csv_file.close()
return
def read_route_hways_all_routes_all_stops(per_route_hways_fname):
safe_path_fname = misc_utils.get_win_safe_path(per_route_hways_fname)
csv_in_file = open(safe_path_fname, 'r')
reader = csv.reader(csv_in_file, delimiter=';')
avg_hways_all_stops = {}
r_ids_to_names_map = {}
r_id_i = AVG_HWAYS_ALL_STOPS_HDRS.index('route_id')
r_s_name_i = AVG_HWAYS_ALL_STOPS_HDRS.index('route_short_name')
r_l_name_i = AVG_HWAYS_ALL_STOPS_HDRS.index('route_long_name')
sp_i = AVG_HWAYS_ALL_STOPS_HDRS.index('serv_period')
td_i = AVG_HWAYS_ALL_STOPS_HDRS.index('trips_dir')
headers = next(reader)
n_base_cols = len(AVG_HWAYS_ALL_STOPS_HDRS)
tp_strs = headers[n_base_cols:]
tps = misc_utils.get_time_periods_from_strings(tp_strs)
for row in reader:
r_id = row[r_id_i]
r_short_name = row[r_s_name_i]
if not r_short_name:
r_short_name = None
r_long_name = row[r_l_name_i]
if not r_long_name:
r_long_name = None
r_ids_to_names_map[r_id] = r_short_name, r_long_name
serv_period = row[sp_i]
trips_dir = row[td_i]
avg_hways_in_tps = list(map(float, row[n_base_cols:]))
if r_id not in avg_hways_all_stops:
avg_hways_all_stops[r_id] = {}
avg_hways_all_stops[r_id][(trips_dir, serv_period)] = avg_hways_in_tps
csv_in_file.close()
return avg_hways_all_stops, tps, r_ids_to_names_map
def write_avg_speeds_on_segments(stop_gtfs_ids_to_names_map, period_avg_speeds,
seg_distances, periods, csv_fname, round_places):
# Use absolute path to deal with Windows issues with long paths.
safe_path_fname = misc_utils.get_win_safe_path(csv_fname)
if sys.version_info >= (3,0,0):
csv_file = open(safe_path_fname, 'w', newline='')
else:
csv_file = open(safe_path_fname, 'wb')
writer = csv.writer(csv_file, delimiter=';')
period_names = misc_utils.get_time_period_name_strings(periods)
writer.writerow(AVG_SPEED_HEADERS + period_names)
s_id_pairs = period_avg_speeds.keys()
for s_id_pair in s_id_pairs:
avg_speeds_on_seg = period_avg_speeds[s_id_pair]
if round_places:
assert round_places >= 1
avg_speeds_on_seg_output = map(lambda x: round(x, round_places),
avg_speeds_on_seg)
else:
avg_speeds_on_seg_output = avg_speeds_on_seg
if seg_distances:
dist = round(seg_distances[s_id_pair], round_places)
else:
dist = 0
writer.writerow(
[s_id_pair[0], stop_gtfs_ids_to_names_map[int(s_id_pair[0])], \
s_id_pair[1], stop_gtfs_ids_to_names_map[int(s_id_pair[1])], \
dist] \
+ avg_speeds_on_seg_output)
csv_file.close()
return
def read_avg_speeds_on_segments(csv_fname, sort_seg_stop_id_pairs=False):
safe_fpath = misc_utils.get_win_safe_path(csv_fname)
csv_file = open(safe_fpath, 'r')
reader = csv.reader(csv_file, delimiter=';')
headers = reader.next()
tperiod_strings = headers[len(AVG_SPEED_HEADERS):]
time_periods = misc_utils.get_time_periods_from_strings(tperiod_strings)
dist_row_i = AVG_SPEED_HEADERS.index('seg_dist_m')
stop_a_id_i = AVG_SPEED_HEADERS.index('Stop_a_id')
stop_b_id_i = AVG_SPEED_HEADERS.index('Stop_b_id')
stop_a_name_i = AVG_SPEED_HEADERS.index('Stop_a_name')
stop_b_name_i = AVG_SPEED_HEADERS.index('Stop_b_name')
seg_distances = {}
r_avg_speeds_on_segs = {}
stop_gtfs_ids_to_names_map = {}
for row in reader:
stop_a_id = row[stop_a_id_i]
stop_b_id = row[stop_b_id_i]
stop_a_name = row[stop_a_name_i]
stop_b_name = row[stop_b_name_i]
if not stop_a_name: stop_a_name = None
if not stop_b_name: stop_b_name = None
stop_gtfs_ids_to_names_map[int(stop_a_id)] = stop_a_name
stop_gtfs_ids_to_names_map[int(stop_b_id)] = stop_b_name
stop_ids = stop_a_id, stop_b_id
if sort_seg_stop_id_pairs:
stop_ids = tuple(map(str, sorted(map(int, stop_ids))))
seg_distances[stop_ids] = float(row[dist_row_i])
speeds_in_tps = map(float, row[len(AVG_SPEED_HEADERS):])
r_avg_speeds_on_segs[stop_ids] = speeds_in_tps
csv_file.close()
return time_periods, r_avg_speeds_on_segs, seg_distances, \
stop_gtfs_ids_to_names_map
def write_route_hways_all_routes_all_stops(r_ids_to_names_map,
time_periods,
avg_hways_all_stops,
output_fname,
round_places=2):
print("Writing all route average headways in TPs to file %s ..." \
% output_fname)
safe_path_fname = misc_utils.get_win_safe_path(output_fname)
if sys.version_info >= (3, 0, 0):
csv_file = open(safe_path_fname, 'w', newline='')
else:
csv_file = open(safe_path_fname, 'wb')
writer = csv.writer(csv_file, delimiter=';')
period_names = misc_utils.get_time_period_name_strings(time_periods)
route_ids_sorted = sorted(list(avg_hways_all_stops.keys()),
key=lambda x: int(x))
writer.writerow(AVG_HWAYS_ALL_STOPS_HDRS + period_names)
for route_id in route_ids_sorted:
avg_hways_all_stops_by_dir_period_pairs = avg_hways_all_stops[route_id]
r_short_name, r_long_name = r_ids_to_names_map[route_id]
avg_hways_all_stops_by_dpps_sorted = \
sorted(list(avg_hways_all_stops_by_dir_period_pairs.items()),
key=lambda x: (x[0][1], x[0][0]))
for dir_period_pair, avg_hways_in_tps in \
avg_hways_all_stops_by_dpps_sorted:
trips_dir = dir_period_pair[0]
serv_period = dir_period_pair[1]
avg_hways_in_tps_rnd = [
round(x, round_places) for x in avg_hways_in_tps
]
writer.writerow([route_id, r_short_name, r_long_name, \
serv_period, trips_dir] + avg_hways_in_tps_rnd)
csv_file.close()
print("... done writing.")
return
def read_headways_minutes(csv_fname):
safe_fpath = misc_utils.get_win_safe_path(csv_fname)
csv_file = open(safe_fpath, 'r')
reader = csv.reader(csv_file, delimiter=';')
headers = next(reader)
tperiod_strings = headers[len(HWAYS_PER_STOP_HDRS):]
time_periods = misc_utils.get_time_periods_from_strings(tperiod_strings)
stop_id_i = HWAYS_PER_STOP_HDRS.index('Stop_id')
stop_name_i = HWAYS_PER_STOP_HDRS.index('Stop_name')
seg_distances = {}
headways_at_stops_in_tps = {}
stop_gtfs_ids_to_names_map = {}
for row in reader:
stop_id = row[stop_id_i]
stop_name = row[stop_name_i]
if not stop_name: stop_name = None
stop_gtfs_ids_to_names_map[int(stop_id)] = stop_name
hways_in_tps = list(map(float, row[len(HWAYS_PER_STOP_HDRS):]))
headways_at_stops_in_tps[stop_id] = hways_in_tps
csv_file.close()
return time_periods, headways_at_stops_in_tps, \
stop_gtfs_ids_to_names_map
def read_avg_speeds_on_segments(csv_fname, sort_seg_stop_id_pairs=False):
safe_fpath = misc_utils.get_win_safe_path(csv_fname)
csv_file = open(safe_fpath, 'r')
reader = csv.reader(csv_file, delimiter=';')
headers = reader.next()
tperiod_strings = headers[len(AVG_SPEED_HEADERS):]
time_periods = misc_utils.get_time_periods_from_strings(tperiod_strings)
dist_row_i = AVG_SPEED_HEADERS.index('seg_dist_m')
stop_a_id_i = AVG_SPEED_HEADERS.index('Stop_a_id')
stop_b_id_i = AVG_SPEED_HEADERS.index('Stop_b_id')
stop_a_name_i = AVG_SPEED_HEADERS.index('Stop_a_name')
stop_b_name_i = AVG_SPEED_HEADERS.index('Stop_b_name')
seg_distances = {}
r_avg_speeds_on_segs = {}
stop_gtfs_ids_to_names_map = {}
for row in reader:
stop_a_id = row[stop_a_id_i]
stop_b_id = row[stop_b_id_i]
stop_a_name = row[stop_a_name_i]
stop_b_name = row[stop_b_name_i]
if not stop_a_name: stop_a_name = None
if not stop_b_name: stop_b_name = None
stop_gtfs_ids_to_names_map[int(stop_a_id)] = stop_a_name
stop_gtfs_ids_to_names_map[int(stop_b_id)] = stop_b_name
stop_ids = stop_a_id, stop_b_id
if sort_seg_stop_id_pairs:
stop_ids = tuple(map(str, sorted(map(int, stop_ids))))
seg_distances[stop_ids] = float(row[dist_row_i])
speeds_in_tps = map(float, row[len(AVG_SPEED_HEADERS):])
r_avg_speeds_on_segs[stop_ids] = speeds_in_tps
csv_file.close()
return time_periods, r_avg_speeds_on_segs, seg_distances, \
stop_gtfs_ids_to_names_map
