def working(self):
"""returns true or false depending on whether or not a CO is available at current date and time"""
day_of_week = h.current_day(self)
if self.start_sim_time <= self.env.now < self.end_sim_time and \
self.input_data['availability'][str(day_of_week)]:
for i in range(
0, len(self.input_data['availability'][str(day_of_week)]),
2):
start_time = dt.time(*map(
int, self.input_data['availability'][str(day_of_week)]
[i].split(':')))
end_time = dt.time(*map(
int, self.input_data['availability'][str(day_of_week)][
i + 1].split(':')))
start_sim_time = h.make_time_decimal(start_time) + math.floor(
self.env.now / 24) * 24
end_sim_time = h.make_time_decimal(end_time) + math.floor(
self.env.now / 24) * 24
if start_sim_time <= self.env.now < end_sim_time:
return True
return False
def adviser_check(self, time):
# returns the adviser type that is available at the current time if any
for k, v in self.rep.adviser_types.items():
# between the dates
if v['start_time'] < time <= v['end_time']:
# then between each set of times
current_dow = str((self.rep.start_date + dt.timedelta(days=math.floor(time / 24))).weekday())
for i in range(0, len(v['availability'][current_dow]), 2):
in_time = h.make_time_decimal(dt.time(*map(int, v['availability'][current_dow][i].split(':'))))
out_time = h.make_time_decimal(dt.time(*map(int, v['availability'][current_dow][i+1].split(':'))))
if in_time <= self.env.now % 24 < out_time:
return k
return None
