def group_AssignSeat(airplane, df, group_list, offset_dict):
success = 0
# Filter from all groups to groups of this size
group_df = find_members_in_group(df[df['group_size'] == len(group_list)],
group_list)
sort_on = ['number_of_flags', 'age']
group_df = group_df.sort_values(by=sort_on, ascending=False)
group_df = group_df.reset_index(drop=True)
# iterate through each member in this group
for row in group_df.index:
# this_row = group_df[group_df.index == row]
pID = group_df.loc[row, 'pID']
this_psgr = Passenger(pID)
age = group_df.loc[row, 'age']
group = group_df.loc[row, 'group']
has_travelled = group_df.loc[row, 'has_travelled']
has_precon = group_df.loc[row, 'has_preexisting_condition']
this_psgr.fill_questionare(age, group, has_travelled, has_precon)
this_offset_detail = offset_selector(airplane, this_psgr, offset_dict)
this_offset = this_offset_detail['offset']
group_df.loc[row, 'offset_order'] = this_offset_detail['order']
group_df.loc[row, 'offset_x'] = this_offset['x']
group_df.loc[row, 'offset_y'] = this_offset['y']
group_df.loc[row, 'offset_method'] = this_offset['method']
#group passenger seating method
# Allowed Group Passenger Seat_State = 'G'
blocked_seat_list = SocialDistance(airplane,
this_offset,
occupied_state='G')
SeatPassenger(airplane, blocked_seat_list, occupied_state='G')
#if prev_assigned_seat is not None and success < len(group_list)-1:
# assert prev_assigned_seat != airplane.last_assigned_seat, "Unable to Seat"
group_df.loc[row, 'seat'] = airplane.last_assigned_seat
success += 1
group_find_next_seat(airplane)
airplane.update()
assert success == len(group_list), "NOT ALL PASSENGERS IN GROUP SEATED"
group_ToggleState(airplane, group_df)
group_find_next_seat(airplane)
return group_df
###################################################################################################
def single_AssignSeat(airplane, df, offset_info):
sort_on = ['number_of_flags', 'age']
df = df.sort_values(by=sort_on, ascending=False)
for row in df.index:
pID = df.loc[row, 'pID']
this_psgr = Passenger(pID)
age = df.loc[row, 'age']
group = []
has_travelled = df.loc[row, 'has_travelled']
has_precon = df.loc[row, 'has_preexisting_condition']
this_psgr.fill_questionare(age, group, has_travelled, has_precon)
condition_count = len(df[df['has_preexisting_condition'] == True])
this_offset_detail = offset_selector(airplane,
this_psgr,
offset_info,
limiter=condition_count)
this_offset = this_offset_detail['offset']
df.loc[row, 'offset_order'] = this_offset_detail['order']
df.loc[row, 'offset_x'] = this_offset['x']
df.loc[row, 'offset_y'] = this_offset['y']
df.loc[row, 'offset_method'] = this_offset['method']
blocked_seat_list = SocialDistance(airplane,
this_offset,
occupied_state='P')
SeatPassenger(airplane, blocked_seat_list, occupied_state='P')
# assert prev_assigned_seat != airplane.last_assigned_seat, "Unsuccessful Seating!"
df.loc[row, 'seat'] = airplane.last_assigned_seat
single_find_next_seat(airplane)
airplane.update()
return df