def __init__(self, pid, event_list):
self.pid = pid
self.place = place_name(pid)
self.province_id = pid_province(pid)
event_list.sort(key=lambda x: x.begin_time)
Po.mc_bind(event_list, 'po', 'id')
self.event_list = event_list
def __init__(self, pid, event_list):
self.pid = pid
self.place = place_name(pid)
self.province_id = pid_province(pid)
event_list.sort(key=lambda x: x.begin_time)
Po.mc_bind(event_list, 'po', 'id')
self.event_list = event_list
def city_event_weight(o, pid):
o_pid = o.pid
if pid:
if o_pid == pid:
return 200
elif o.province_id == pid_province(pid):
return 100
return PID_WEIGHT_DICT.get(o_pid, 0)
def city_event_weight(o, pid):
o_pid = o.pid
if pid:
if o_pid == pid:
return 200
elif o.province_id == pid_province(pid):
return 100
return PID_WEIGHT_DICT.get(o_pid, 0)
def event_city_info(event_city_list, pid):
event_city_list.sort(reverse=True, key=lambda x: city_event_weight(x, pid))
count = 0
place = ''
if pid:
first = event_city_list[0]
if first.pid == pid:
count = len(first.event_list)
place = PID2NAME[pid]
else:
province_id = pid_province(pid)
#print place_name(province_id)
li = filter(lambda x: x.province_id == province_id, event_city_list)
if li:
count = sum([len(i.event_list) for i in li])
place = place_name(province_id)
return event_city_list, count, place
def event_city_info(event_city_list, pid):
event_city_list.sort(reverse=True, key=lambda x: city_event_weight(x, pid))
count = 0
place = ''
if pid:
first = event_city_list[0]
if first.pid == pid:
count = len(first.event_list)
place = PID2NAME[pid]
else:
province_id = pid_province(pid)
#print place_name(province_id)
li = filter(lambda x: x.province_id == province_id,
event_city_list)
if li:
count = sum([len(i.event_list) for i in li])
place = place_name(province_id)
return event_city_list, count, place
