def find_most_revenue(ostavshiesya_list, tazik, bonus_for_start_in_time, step):
if len(ostavshiesya_list) > 0:
rides_list = {}
for id_, ride in enumerate(ostavshiesya_list):
rides_list[id_] = get_revenue(bonus_for_start_in_time, ride, step,
tazik[0], tazik[1])
take_ride_id = max(rides_list, key=rides_list.get)
tazik[0] = ostavshiesya_list[take_ride_id]['finish'][0]
tazik[1] = ostavshiesya_list[take_ride_id]['finish'][1]
tazik[2] = rides_list[take_ride_id]
tazik[3].append(ostavshiesya_list[take_ride_id]['ride_id'])
del ostavshiesya_list[take_ride_id]
return ostavshiesya_list
def find_most_blizkiy(ostavshiesya_list, tazik):
if len(ostavshiesya_list)>0:
rides_list_blizk = {}
rides_list_dist = {}
for id_, ride in enumerate(ostavshiesya_list):
rides_list_blizk[id_] = (abs(tazik[0]-ride['start'][0])+abs(tazik[1]-ride['start'][1]),ride['']
rides_list_dist[id_] = ride['distance']
rides_list_blizk_sorted = OrderedDict(sorted(rides_list_blizk.items(), key=itemgetter(1)))
rides_list_dist_sorted = OrderedDict(sorted(rides_list_dist.items(), key=itemgetter(1)))
for id1_ in rides_list_blizk_sorted.keys():
step = 50
step_id = 0
list_keys = []
while step_id < step:
rides_list_dist_sorted
list_keys.append(id1_)
step_id += 1
if id1_
#take_ride_id = min(rides_list, key=rides_list.get)
tazik[0] = ostavshiesya_list[take_ride_id]['finish'][0]
tazik[1] =ostavshiesya_list[take_ride_id]['finish'][1]
tazik[2] = rides_list[take_ride_id]
tazik[3].append(ostavshiesya_list[take_ride_id]['ride_id'])
del ostavshiesya_list[take_ride_id]
return ostavshiesya_list
def find_most_revenue(ostavshiesya_list, tazik, bonus_for_start_in_time,step):
if len(ostavshiesya_list)>0:
rides_list = {}
for id_, ride in enumerate(ostavshiesya_list):
rides_list[id_] = get_revenue(
bonus_for_start_in_time,
ride,
step,
tazik[0],
tazik[1]
)
take_ride_id = max(rides_list, key=rides_list.get)
tazik[0] = ostavshiesya_list[take_ride_id]['finish'][0]
tazik[1] =ostavshiesya_list[take_ride_id]['finish'][1]
tazik[2] = rides_list[take_ride_id]
tazik[3].append(ostavshiesya_list[take_ride_id]['ride_id'])
del ostavshiesya_list[take_ride_id]
return ostavshiesya_list
# def find_most_revenue(ostavshiesya_list, taziks):
# if len(ostavshiesya_list)>0:
# all_revenue_by_tazik = {}
# for id_, ride in enumerate(ostavshiesya_list):
# all_revenue_by_tazik.
with open('./hashcode2018/e_high_bonus.in') as file:
setup_row = file.readline()
(row_on_grid,
columns_on_grid,
vehicles_on_fleet,
numbers_of_rides,
bonus_for_start_in_time,
steps) = [int(item) for item in setup_row.rstrip('\n').split()]
for_print = {
'row_on_grid': row_on_grid,
'columns_on_grid': columns_on_grid,
'vehicles_on_fleet':vehicles_on_fleet,
'numbers_of_rides':numbers_of_rides,
'bonus_for_start_in_time':bonus_for_start_in_time,
'steps':steps
}
#print(for_print)
ride_id = 0
rides = []
while ride_id < numbers_of_rides:
ride = file.readline()
a,b,x,y,s,f = [int(item) for item in ride.rstrip('\n').split()]
rides.append({
'start': (a,b),
'finish':(x,y),
'distance': abs(a-x)+abs(b-y),
'left_bottom_corner_distance': a+b,
'earliest_start':s,
'lastest_finish':f,
'ride_id':ride_id
})
ride_id +=1
#print(rides)
#############################
all_taziks = [[0,0,0,[]] for x in range(vehicles_on_fleet)]
#print(all_taziks)
step = 0
while step<steps:
for id_, tazik in enumerate(all_taziks):
if tazik[2] == 0:
if step%2 == 1:
rides = find_most_revenue(rides, tazik,bonus_for_start_in_time,step)
else:
rides = find_most_blizkiy(rides, tazik)
else:
tazik[2] -= 1
step+=1
#print(all_taziks)
list_of_lists = [x[3] for x in all_taziks]
with open('./hashcode2018/e_high_bonus5.out', 'a') as out_file:
vehicle_id = 0
list_gen = (x for x in list_of_lists)
while vehicle_id < vehicles_on_fleet:
result_row = next(list_gen)
#print(str(len(result_row))+" "+" ".join(str(x) for x in result_row))
vehicle_id +=1
out_file.write(str(len(result_row))+" "+" ".join(str(x) for x in result_row)+"\n")
print('END')
