def put_domain_doc(doc):
write_file(map_doc_path(doc), read_input())
def put_page(host,user,path,text=None):
log_page('put '+host+' '+user+' '+path)
if text:
write_file(doc_path(host,user,path), text.split('\n'))
else:
write_file(doc_path(host,user,path), read_input())
def doc_put(doc):
write_file(doc_path(doc), read_input())
def put_page(host,user,path,text=None):
log_page('put '+host+' '+user+' '+path)
if text:
write_file(doc_path(host,user,path), text.split('\n'))
else:
write_file(doc_path(host,user,path), read_input())
def put_domain_doc(doc):
write_file(map_doc_path(doc), read_input())
def main(args):
# if len(args) != 1:
# print('One argument expected: id of problem to solve (a, b, c, ...)')
# sys.exit(-1)
problem = args[0]
lines = read_input(problem)
dur, n_intersections, n_streets, n_cars, n_bonus, streets, cars = parse_input(lines)
# distances = [(id, sum([streets[edge]['time'] for edge in car['path'] ])) for id, car in enumerate(cars)]
# distances.sort(key= lambda x: x[1])
street_car_count = {}
for street_name in streets:
street_car_count[street_name] = []
for car in cars:
for street_name in car['path']:
street_car_count[street_name].append(car)
intersections = {}
for i in range(n_intersections):
semaphores = []
streets_total_car_dist = {}
for street_name in streets:
if streets[street_name]['int_end'] == i:
if len(street_car_count[street_name]) != 0:
semaphores.append((street_name, math.ceil(len(street_car_count[street_name]) * 0.01)))
# total_car_dist = 0
# for car in street_car_count[street_name]:
# dist_to_int = 0
# for rua in car['path']:
# if rua != street_name:
# dist_to_int += streets[rua]['time']
# else:
# break
# dist_to_int += streets[street_name]['time']
# total_car_dist += dist_to_int
# streets_total_car_dist[street_name] = total_car_dist
# dist_sum = 0
# for street in streets_total_car_dist:
# dist_sum += streets_total_car_dist[street]
# for j, sem in enumerate(semaphores):
# if dist_sum != 0:
# semaphores[j] = (sem[0],math.ceil(sem[1] * (2 + streets_total_car_dist[street]/dist_sum)))
if semaphores:
intersections[i] = random.shuffle(semaphores)
write_output(problem, intersections)
def doc_put(doc):
write_file(doc_path(doc), read_input())