def LCG_crack():
acc = try_createacc(ACC_LASTID)
account_id = acc.id
a = 1664525
c = 1013904223
x = play(PlayMode.LCG, account_id, 1, 42).real_number
def next():
return (x * a + c) % M
while acc.money <= 1000_000:
x = next()
print(f'Playing {x}')
result = play(PlayMode.LCG, account_id, 900, x)
print(result)
acc = result.account
def main():
card = "*5 &Q &7 $3 *A #3 &6 $9 $6 *10 *3 $J &5"
# # print(get_weight(1, to_card("&2 #3 $6 $Q &Q")))
# res = solve(card)
# print(res)
token = api.login()
game_id, card = api.begin_game(token)
res = solve(card)
api.play(game_id, res, token)
print("--------比赛结果---------")
time.sleep(2)
api.get_game_list(token)
# api.get_detail(token, game_id)
print("-------------------")
print()
def MT_BETTER_crack():
acc = try_createacc(ACC_LASTID)
account_id = acc.id
inputs = []
for i in range(624):
res = play(PlayMode.BETTER_MT, account_id, 1, 42)
acc = res.account
inputs.append(res.real_number)
print(f'Playing {i + 1}/624; money left: {acc.money}...')
cracked_rng = MTCrack(inputs).make_rng()
while acc.money <= 1000_000:
expected = cracked_rng.next()
bet = acc.money - 1
result: PlayResult = play(PlayMode.BETTER_MT,
account_id, bet, expected)
print(result)
acc = result.account
def solve_lcg(account_id: int) -> int:
from sympy import mod_inverse
# _last = (a * _last + c) % m; // m is 2^32
inp = [play(PlayMode.LCG, account_id, 1, 42).real_number for _ in range(3)]
print(inp)
x1, x2, x3 = inp
mi = mod_inverse(x2 - x1, M)
a = ((x3 - x2) * mi) % M
c = (x2 - x1 * a) % M
print(f'a = {a}; c = {c}')
return x3
def MT_crack():
acc = try_createacc(ACC_LASTID)
# Here we don't recover because need to initialize seed
account_id = acc.id
dt = acc.get_creation_time() - datetime.fromtimestamp(0, timezone.utc)
seed = int(dt.total_seconds())
print(f'Seed: {seed}')
local_rng = MT19937Gen(seed)
while acc.money <= 1000_000:
expected = local_rng.next()
result: PlayResult = play(PlayMode.MT, account_id, 900, expected)
print(result)
acc = result.account
import api
import ai
import time
toeken = ""
while True:
token = api.login()
while True:
try:
game_id, card = api.begin_game(token)
res = ai.solve(card)
api.play(game_id, res, token)
print("--------比赛结果---------")
time.sleep(1)
# api.get_detail(token,game_id)
api.get_game_list(token)
print("-------------------")
print()
except:
break
import api
def strategy():
info = api.get()
print('=======================')
print('radius', api.getRadius())
print('me ', api.getMe())
print('friend', api.getFriend())
print('enemy1', api.getEnemy1())
print('enemy2', api.getEnemy2())
return [1000, 1000, 'gogo']
api.play('ws://sunset.nctu.me:8080/ws', 'demo-room', '君の名', strategy)
import api
def strategy():
state = api.getState()
myPos = api.getMyPosition()
mySpeed = api.getMySpeed()
enemyPos = api.getEnemyPosition()
enemySpeed = api.getEnemySpeed()
arenaR = api.getArenaRadius()
gsensor = api.getGsensor()
if state!='':
# Win or lose
print(state)
return [-100, -100]
api.play('ws://snp2016.nctu.me:8080/ws', 'yourname', strategy)
import api
def strategy():
state = api.getState()
myPos = api.getMyPosition()
mySpeed = api.getMySpeed()
enemyPos = api.getEnemyPosition()
enemySpeed = api.getEnemySpeed()
arenaR = api.getArenaRadius()
gsensor = api.getGsensor()
if state != '':
# Win or lose
print(state)
return [-100, -100]
api.play('ws://snp2016.nctu.me:8080/ws', 'yourname', strategy)