2. Judge

contests = {}
order_cons = []
individuals = {}


def manage_input(con: str, cons: dict, us: str, pts: int):
    if us not in individuals:
        individuals.update({us: pts})
    elif us in individuals:
        if con not in cons:
            cons[con] = {}
        if us not in cons[con]:
            individuals[us] += pts
        else:
            if pts > individuals[us]:
                individuals[us] = pts
    if con not in cons:
        cons[con] = {us: pts}
        order_cons.append(con)
    elif con in cons:
        if us not in cons[con]:
            cons[con].update({us: pts})
        else:
            if pts > cons[con][us]:
                cons[con][us] = pts




while True:
    data = input()
    if data == 'no more time':
        break
    data = data.split(' -> ')
    user = data[0]
    contest = data[1]
    points = int(data[2])
    manage_input(contest, contests, user, points)


for i in contests:
    print(f'{i}: {len(contests[i])} participants')
    order = sorted(sorted(contests[i], key=lambda _: _), key=lambda _: contests[i][_], reverse=True)
    for x in range(1, len(order) + 1):
        stuff = order[x - 1]
        print(f'{x}. {stuff} <::> {contests[i][stuff]}')
print('Individual standings:')
individual_order = sorted(sorted(individuals, key=lambda _: _), key=lambda _: individuals[_], reverse=True)
[print(f'{x}. {individual_order[x - 1]}'
       f' -> {individuals[individual_order[x - 1]]}') for x in range(1, len(individual_order) + 1)]