리더 보드

  154 Calculator
  144 Taxman
  138 Statistician
  137 Solver
  137 RandoAggroLawyer
  136 Gambler
  134 Turncoat
  119 Lawyer
  119 BloodyMurder
  113 Bandit
   79 Challenger
   74 Mask
   64 Random

로그 및 모든 출력 파일을 포함하여 최신 일치 아카이브를 사용할 수 있습니다.

Brilliand의 계산기가 승자입니다! 그의 대답은 받아 들여지지 만 도전이 끝났다는 의미는 아닙니다. 새로운 출품작을 제출하거나 현재 출품작을 편집하여 그의 왕좌를 두 드리십시오. 매월 말에 리더에게 현상금을 수여합니다.

플레이 규칙

일격 는 2-6 명의 플레이어를 위해 디자인 된 카드 게임으로 2 명과 함께 플레이합니다. 그것은 동전 재무부 (우리의 목적을 위해 무한대)와 15 개의 카드로 구성되며, 대사, 암살자, 선장, 콘테 사, 듀크의 3 가지 유형을 포함합니다. 게임이 시작될 때, 각 플레이어는 동전 하나를주고 무작위로 두 장의 카드를 처리하며, 필요할 때까지 비밀을 유지합니다. 목표는 당신의 손에 카드를 가진 마지막 플레이어입니다.

자신의 차례에 플레이어는 카드에 상관없이 다음 행동 중 하나를 수행 할 수 있습니다.

• 수입 : 재무부에서 동전 1 개를 가져옵니다. 막을 수없고 도전 할 수없는.
• 외국 원조 : 재무부에서 동전 2 개를 가져갑니다. 듀크 플레이어가 막을 수 있습니다. 변할 수 없는.
• 쿠데타 : 선택한 상대의 카드 한 장을 게임에서 제거합니다. 동전 7 개를 소비합니다. 피해자는 버릴 카드를 선택할 수 있습니다. 턴 시작시 10 개 이상의 코인을 보유한 플레이어는 쿠데타 해야합니다 . 막을 수없고 도전 할 수없는.

플레이어는 자신의 카드에 따라 다음 행동 중 하나를 차례대로 수행 할 수 있습니다.

• 교환 : 대사가있는 플레이어는 덱에서 2 장의 카드를받을 수 있습니다. 그런 다음 손과 뽑은 카드 중에서 원래 카드 수만큼 많은 카드를 선택할 수 있습니다. (즉, 카드가 하나만 있으면 뽑은 카드 중 하나와 교환하거나 보관할 수 있으며, 카드가 두 개인 경우 4 장 중 2 장을 선택할 수 있습니다.) 원하지 않는 2 장의 카드는 덱으로 돌아갑니다 . 차단할 수 없지만 도전 할 수 있습니다.
• 암살 : 암살자가있는 플레이어는 게임에서 상대방의 카드를 제거하기 위해 동전 3 개를 소비 할 수 있습니다. 피해자는 버릴 카드를 선택할 수 있습니다. Contessa를 보유한 플레이어가 차단할 수 있으며,이 경우 동전이 반환되지 않습니다. 도전이 가능하며,이 경우 동전 이 반환됩니다.
• 훔치기 : 함장을 가진 플레이어는 상대방에게서 동전 2 개를 가져갈 수 있습니다. 상대방이 동전 하나를 가지고 있다면, 그 동전 하나를 가져갑니다. 상대방의 동전이 0이면 훔칠 수 없습니다. 대사 또는 선장과 플레이어가 차단할 수 있습니다. 도전 할 수 있습니다.
• 세금 : 듀크를 가진 플레이어는 재무부에서 동전 3 개를 가져갈 수 있습니다. 차단할 수 없지만 도전 할 수 있습니다.

쿠데타의 까다로운 부분은 플레이어가 자신이 가진 카드에 대해 거짓말을 할 수 있다는 것입니다! 이와 관련된 행동이나 차단을 시도하기 위해 카드가 필요하지 않습니다.

플레이어가 카드의 행동을 수행 할 때, 상대방 (해당 행동으로 피해를받지 않은 사람이라도)은 배우에게 도전하여 그 행동에 대한 카드가 있다고 생각하지 않을 수 있습니다. 챌린저가 올 바르면 액션이 취소되고 액터는 선택한 카드 한 장을 버려야합니다 (해당되는 경우 사용한 코인을 되 찾아야합니다). 그렇지 않은 경우, 행동이 취해지고, 배우는 자신이 도전 한 카드를 덱에 반환하고 새로운 카드를 뽑습니다. 그리고 도전자는 자신의 카드 중 하나를 버려야합니다. 플레이어는 도전 할 때 보유한 카드에 대해 진실해야합니다.

Assassinate, Coup 및 잃어버린 챌린지에서 플레이에서 제외 된 카드는 덱으로 반환되지 않지만 원 챌린지의 일부로 공개 된 카드는 덱으로 반환됩니다.

블록은 액션처럼 도전 할 수 있습니다. 예를 들어, 플레이어 A가 외국 원조를 청구하고 플레이어 B가 "나는 듀크를 가지고 있고 당신의 외국 원조를 차단합니다"라고 말하면, A는 "당신은 듀크가 있다고 생각하지 않습니다."라고 말할 수 있습니다. 그 주장이 맞다면, B는 거짓말로 잡힌 카드를 잃고 A는 2 개의 동전을받습니다; 그렇지 않으면 A는 카드를 잃고 동전을 얻지 못하며, B는 자신의 공작을 갑판에 돌려 놓고 새로운 카드를 뽑아야합니다.

Assassinate와의 블록 및 챌린지 방식은 반드시 구체화되어야합니다. 플레이어 A가 "암살자가 있고 플레이어 B를 암살"한다고 가정합니다. B가 A에게 도전하거나 차단하려고 시도하지 않으면 암살이 진행됩니다. B는 카드를 잃고 A는 3 동전을 지불합니다.

또는 B는 "나는 당신이 어 ass 신을 믿지 않는다"고 말함으로써 도전 할 수 있습니다. 그것이 사실이라면, A는 카드를 버리고 그들의 동전은 반환되고 B는 영향을받지 않으며 A의 차례는 끝납니다. 만약 B의 신념이 부정확하고 A가 어 ass 신을 보유하고 있다면, B는 자신의 카드를 모두 잃고 실패합니다.

도전하는 대신 B는 "Contessa가 있고 Assassnate를 차단합니다"라고 말할 수 있습니다. A가 B를 믿는다면 A의 차례는 끝나고 그들의 동전은 반환되지 않습니다. 그러나 A는 블록에 도전하고 "Contessa가 있다고 생각하지 않습니다."라고 말할 수 있습니다. B가 실제로 Contessa를 보유하고 있다면 A는 잘못된 도전에 대한 카드를 잃습니다. 그러나 B가 그렇지 않다면, B는 암살에서 거짓말을 한 카드와 다른 카드를 잃습니다.

위의 설명과 유사한 논리가 행동이나 블록에 도전 할 수있는 선장의 도용 능력에 적용됩니다.

암살자에게 도전에 실패하거나 암살을 막기 위해 Contessa가 있다고 주장하는 경우 한 번에 두 카드를 모두 잃어 버릴 수 있습니다. 도전에서 하나의 카드와 암살에서 하나의 카드를 잃습니다.

도전

당신의 임무는 쿠데타를 재생할 프로그램을 작성하는 것입니다. 명령 행 인수로 제공됩니다.

• 지금까지 파일 및 상대의 조치 목록을 포함하는 파일 이름.
• 상대방의 코인 수를 나타내는 0에서 12 사이의 정수입니다.
• 코인 수를 나타내는 0에서 12 사이의 정수입니다.
• 1 ~ 4 자의 문자열로 카드를 나타냅니다. 일반적으로이 카드는 프로그램에있는 하나 또는 두 개의 카드 일 뿐이지 만 Exchange에서 프로그램이 성공한 경우 n + 2 자이며 n 은 남은 카드 수입니다. 그런 다음 프로그램은 STDOUT에 유지하려는 n 개의 카드 를 출력해야합니다 . (이 목적 이외의 프로그램은 STDOUT을 읽거나 액세스하면 안됩니다. 디버그 출력을 생성하려면 STDERR에 작성하십시오.)
• 합법적 인 행동을 나타내는 하나 이상의 주장.

(예 : 호출 : yourprogram file.txt 1 7 '~!' a c p q"상대에게 1 개의 동전이 있습니다. 7 개의 동전, 대사, 그리고 Contessa가 있습니다. 게임 기록과 현재 게임 상태에 따라 a, c, p 또는 q 중 원하는 것을 file.txt에 쓰십시오. ")

프로그램은 조치를 나타내는 제공된 파일에 하나 또는 두 개의 특정 상황에서 두 문자를 추가해야합니다. 그렇지 않으면 파일의 기존 내용을 변경해서는 안됩니다. 원하는 새 파일을 만들 수 있지만 실행되는 디렉토리 내에서만 가능합니다. 프로그램을 컴파일하고 실행하는 데 필요한 모든 명령을 제공하십시오.

아래에 Go로 작성된 두 가지 예제 경쟁자를 제공했습니다.

출력 형식은 다음과 같습니다.

• I\n: 소득. 법적 답변 : 모든 턴 액션 (Assassnate / Coup 용 코인이 있다고 가정).
• F: 외국 원조. 법적 답변 : d(공작으로 차단), p(통과).
• C쿠데타 법률 응답 :의 중 _, ', <, =, 0당신의 손에 있습니다.
• E: 교환. 법률 응답 : q(도전, 플레이어를 믿지 않는 것은 대사가 있습니다) p.
• T: 세금. 법률 응답 : q(도전, 플레이어를 믿지 않는 것은 공작이있다) p.
• A: 암살. 법률 응답 : s(A 콘테와 같은 블록), q(도전), 그리고 중의 _, ', <, =, 0당신의 손에 있습니다.
• S: 도둑질. 법률 응답 : a(대사와 같은 블록), c(선장 같은 블록), q(도전은, 플레이어를 믿지 않는 것은 선장이있다) p.
• d: 외계인을 공작으로 차단하십시오. 법적 답변 : \n(블록을 수락 함), q(플레이어에 듀크가 있다고 생각하지 않음)
• a: 대사로 도둑을 막습니다. 법적 답변 : \n(차단 허용), q(선수가 대사를 믿지 않는 것에 대한 도전).
• c: 함장으로 도둑을 막습니다. \n(블록을 수락 함 q)
• s: Contessa로 Assassinate를 차단합니다. 법적 답변 : \n(차단 허용 q)
• p: 당신의 차례가 아닌 Exchange / Tax / Steal에 도전하십시오. 와 함께 사용하지 않음 A; 암살에 도전하는 것을 거부하는 중 하나를 작성하십시오 _'<=0. 법적 답변 : \n(턴 종료), 교환에서 성공한 경우, 네 번째 명령 줄 인수에서 STDOUT에 보관하려는 카드를 작성하십시오.
• q: 가장 최근의 행동이나 차단에 도전하십시오. 법적 답변 : 이의를 제기 한 행동에 대한 카드가있는 경우 그 중 어느 ~^*!$것이 든 해당 됩니다. 당신이하지 않으면, 당신이 _'<=0포기하고 싶은 당신의 손에서, 당신의 차례 인 경우에만 개행이 이어집니다.
• ~, ^, *, !, $: 당신이 대가로 각각 대사, 어쌔신, 선장하는 콘테, 또한 명령 행 인수에이 카드를 나타 내기 위해 사용되는 공작 (및 STDOUT 출력을 유지에 대한 진실을 말하고 있다고 공개 ). 법률 응답 :의 중 _, ', <, =, 0당신이 당신의 손에 있습니다.
• _, ', <, =, 0: 당신이 도전을 분실하거나 Couped / 암살 되었기 때문에, 각각 처벌 대사, 그리고 암살자, 선장하는 콘테 및 공작을 제공합니다. 법적 답변 : \n.
• \n: 해당되는 경우 블록에 도전하기 위해 거절하는 방식으로 자신의 차례를 끝내십시오. 법적 답변 : 모든 자본 문자 조치

형식에는 다음과 같은 유용한 속성이 있습니다.

• 회전은 대문자로 시작합니다.
• 행은 대문자, 소문자, 선택적으로 문장 부호 또는 공개 된 카드의 경우 0 (개행) 패턴을 따릅니다.
• 개행 문자 또는 빈 파일로 끝나는 파일은 프로그램의 시작이며 대문자 동작을 선택해야 함을 나타냅니다.
• 호출에 대한 법적 조치는 일반적으로 파일의 마지막 문자에 의해 고유하게 결정됩니다. 예외는 q입니다. 관련 논리가 있습니다. get_legal_actions이해를 돕기 위해 중재자 의 기능 을 참조하십시오 . 또는 명령 행에서 제공 한 법적 조치 만 사용할 수 있습니다.
• 한 줄에 짝수의 문자가 있으면 차례가 본인의 것이며 프로그램은 행동을 선택하거나, 블록에 도전하거나, 차례를 끝내도록 요청받습니다.
• 줄에 홀수의 문자가 있으면 차례가 자신의 것이 아니며 프로그램에서 카드를 차단, 챌린지 또는 공개 / 발송하라는 요청을받습니다.

모든 행동에 대해 모범을 보일 것입니다.

I\n이해하기가 가장 쉽습니다. 프로그램은 수입의 동전 하나를 가져다가 그 차례를 끝냅니다. 수입은 상대방이 영향을받지 않고 차단하거나 도전 할 수없는 유일한 조치이므로 프로그램이 두 문자를 인쇄해야하는 두 가지 경우 중 하나입니다.

Fp\n하나의 프로그램이 Foreign Aid를 취한 후 상대방은 ( p) 차단을 거부했습니다 . 다음 번 호출에서 첫 번째 프로그램은 마지막 소문자 p및 / 또는이 줄의 짝수 문자 로이 차례가 걸리지 않았으므로 줄 바꿈을 인쇄하여 현재 차례를 끝내는 것으로 알고 있습니다.

C=\n하나의 프로그램이 쿠데타를 시작했음을 의미합니다. 상대는 라인의 홀수 개의 문자로 반응하도록 부름 받았다는 것을 알고 콘테 사를 포기했습니다. 다시, 첫 번째 프로그램은 이것이 짝수의 문자에 의한 다음 호출에서 불완전한 턴이라는 것을 알았으므로 턴을 끝내기 위해 줄 바꿈을 작성했습니다.

Eq~<\n하나의 프로그램이 Exchange ( E)를 시도 하고 상대방이 ( q)에 도전 했다는 의미입니다 . 교환 프로그램은 진실로 대사 ( ~)가 있고 도전자는 선장을 처벌 ( <) 으로 포기한 것으로 밝혀졌다 . 챌린저가 종료 된 후, 네 번째 문자열을 네 번째 명령 행 인수로 사용하여 교환 프로그램이 다시 호출됩니다 (또는 한 개의 카드 만있는 경우 세 개의 문자). STDOUT에 유지하려는 카드를 나타내는 문자와 파일에 줄 바꿈을 씁니다.

Tq'\n하나의 프로그램이 진실하지 않은 세금을 시도하고 도전을 받고 암살자를 포기했음을 의미합니다. 그것은 당신이 당신의 차례이고 상대방의 올바른 챌린지 (여기에서와 같이) 또는 블록의 잘못된 챌린지에서 카드를 포기하도록 강요된 경우, 두 문자를 쓰는 다른 경우를 보여줍니다. 포기한 카드와 차례를 끝내는 줄 바꿈.

Asq!'\n이는 플레이어 B가 플레이어 A를 암살하려 A했지만 (A) 콘테 사가이를 막을 수 있다고 주장했습니다 ( s). B는 A를 믿지 않고 도전했다 ( q). A는 그들이 실제로 Contessa ( !)를 가지고 있음을 보여 주었다 . B는 암살자를 처벌로 포기하고 동전을 잃어 버렸고 차례 ( '\n)를 끝내고 특별한 경우와 같이 두 문자를 썼습니다. (A가 막거나 도전하지 않기로 결정했다면, 글을 쓸 수 있었고 =, 상대방은 턴이 끝났고 개행을 썼다는 것을 알았을 것 A=\n입니다.

Sq*0\n하나의 프로그램이 도용을 시도한다는 것을 의미합니다. 상대방은 도둑이 함장을 가지고 있다고 믿지 않고 도전합니다. 원래의 프로그램은 선장을 보여 주므로 도전은 실패하고 도전자는 듀크를 형벌로 포기합니다. (그 상대에 대한 또 다른 옵션은 서면에 의해 훔치는 동의하는 것입니다 p. 그 상대가 다음의 차례와 쓰기의 끝을 감지 할 \n의 선 결과 Sp\n.)

중재자

이 Python 스크립트에 의해 프로그램이 호출됩니다. 그것은 10 라운드를 진행하는데, 모든 경쟁자는 다른 모든 경쟁자와 마주보고 첫 번째와 두 번째로 진행합니다. 카드와 동전 수를 추적하고 구두점으로 두 번 줄을 끝내는 첫 번째 프로그램에서 패자를 결정합니다. 0이 아닌 상태로 종료되고 파일을 수정하거나 파일로 불법 이동을 작성하거나 불법 Exchange를 시도하는 프로그램은 자동으로 몰수됩니다. 각 플레이어가 승자없이 블록과 챌린지를 포함하여 100 가지가 넘는 행동을 취하면 두 프로그램 모두 잃게됩니다. 승자는 1 점을받습니다. 프로그램 점수가 가장 높은 플레이어가 승리합니다.

Arbiter의 소스 코드, 특히 get_legal_actions함수 를 읽는 것이 좋습니다 . 사양을 이해하고 자신의 프로그램을 작성하는 데 도움이 될 수 있습니다.

import itertools
import os
import random
import subprocess

class Player:
    def __init__(self, name, command):
        self.name = name
        self.command = command
        self.score = 0
        self.coins = 1
        self.cards = ""

actions_dict = {
    'E': '_', 'T': '0', 'A': "'", 'S': '<',
    'd': '0', 'a': '_', 'c': '<', 's': '='
}
punishment_to_reveal = {'_': '~', "'": '^', '<': '*', '=': '!', '0': '$'}
reveal_to_punishment = {
    punishment_to_reveal[k]: k for k in punishment_to_reveal
}

def get_legal_actions(history, player, opponent):
    c = history[-1]
    result = ""
    # Our turn begins; choose an action.
    if c == '\n':
        if player.coins >= 10:
            return ["C"]
        ret = ['I\n'] + list("FET")
        if player.coins >= 3:
            ret.append("A")
        if player.coins >= 7:
            ret.append('C')
        if opponent.coins > 0:
            ret.append("S")
        return ret
    # Opponent attempted foreign aid; can pass or claim Duke to block.
    elif c == 'F':
        return list('dp')
    # We have been Couped; must surrender a card.
    elif c == 'C':
        return player.cards
    # We failed a challenge; must surrender a card and print a newline
    # if it is our turn.
    elif c in '~^*!$':
        if history[-3] in 'acds':
            return [card + '\n' for card in player.cards]
        return player.cards
    # Opponent attempted Exchange or Tax; can pass or challenge.
    elif c == 'E' or c == 'T':
        return list('pq')
    # Opponent attempted an Assassination; can block, challenge, or give in.
    elif c == 'A':
        return list('sq') + player.cards
    # Opponent attempted to Steal; can pass, block as Ambassador/Captain,
    # or challenge.
    elif c == 'S':
        return list('acpq')
    # Opponent blocked; can challenge or withdraw.
    elif c in 'acds':
        return list('q\n')
    # Opponent passed on blocking Foreign Aid/Tax/Exchange or they gave up a
    # card as punishment, must end turn.
    elif c in "p_'<=0":
        return ['\n']
    # Opponent challenged us.
    elif c == 'q':
        challenged_action = history[-2]
        # If we have the card they challenged us over, must reveal it.
        necessary_card = actions_dict[challenged_action]
        if necessary_card in player.cards:
            return [punishment_to_reveal[necessary_card]]
        # Otherwise, we can give up either of our cards, writing a newline
        # if it is our turn.
        if challenged_action in 'acds':
            return list(player.cards)
        else:
            return [card + '\n' for card in player.cards]
    else:
        return None

deck = ['_', "'", '<', '=', '0'] * 3
random.shuffle(deck)

def determine_turn_effects(line, output, cards, current_player, opponent):
    last_action = line[-2]
    # Only operate if the opponent declined to challenge (p) or the
    # program successfully challenged their block
    if last_action in "p_'<=0":
        primary_action = line[0]
        # Foreign Aid
        if primary_action == 'F':
            print current_player.name, "received 2 coins of Foreign Aid"
            current_player.coins += 2
        # Tax
        elif primary_action == 'T':
            print current_player.name, "received 3 coins of Tax"
            current_player.coins += 3
        # Steal
        elif primary_action == 'S':
            stolen_coins = 1 if opponent.coins == 1 else 2
            print current_player.name,\
                    "stole %d coins from %s" % (stolen_coins, opponent.name)
            current_player.coins += stolen_coins
            opponent.coins -= stolen_coins
        # Exchange, store desired cards and replace undesired ones
        elif primary_action == 'E':
            print current_player.name, "tried to take %r" % output, "from", cards
            legal_outputs = [''.join(p) for p in itertools.permutations(
                    cards, len(current_player.cards))]
            if output not in legal_outputs:
                print current_player.name, "forfeits by illegal exchange"
                return opponent
            current_player.cards = [
                reveal_to_punishment[c] for c in output
            ]
            undesired_cards = list(cards)
            for c in output:
                undesired_cards.remove(c)
            for card in undesired_cards:
                deck.append(reveal_to_punishment[card])
            random.shuffle(deck)
    # Coins are not returned from a successful Contessa block
    elif last_action == 's':
        print current_player.name, "lost 3 coins from a Contessa block"
        current_player.coins -= 3
    return None

def play_game(player1, player2, round_number, game_number):
    outfilename = os.path.abspath(__file__)[:-len(__file__)] + '_'.join([
        player1.name, player2.name, str(round_number), str(game_number)
    ]) + '.txt'
    print outfilename
    f = open(outfilename, 'w')
    f.close()
    players_list = [player1, player2]
    player1.cards = [deck.pop(), deck.pop()]
    player2.cards = [deck.pop(), deck.pop()]
    current_player_index = 0
    for i in range(200):
        current_player = players_list[current_player_index]
        opponent = players_list[(current_player_index+1) % 2]
        legal_actions = []
        original_contents = []
        original_contents_joined = ""
        with open(outfilename, 'r') as outfile:
            original_contents = outfile.readlines()
            original_contents_joined = ''.join(original_contents)
            if len(original_contents) == 0:
                legal_actions = ['I\n'] + list("FEST")
            else:
                legal_actions = get_legal_actions(
                        original_contents[-1], current_player, opponent)
        if not legal_actions:
            print "Error: file ended in invalid character"
            return current_player
        # Has the player completed an Exchange? Pass them new cards if so.
        exchange_cards = ""
        old_last_line = original_contents[-1] if len(original_contents) > 0 else '\n'
        if old_last_line[-1] != '\n' and old_last_line[0] == 'E' and \
                len(old_last_line) % 2 == 0 and old_last_line[-1] in "p_'<=0":
            exchange_cards = punishment_to_reveal[deck.pop()] + \
                    punishment_to_reveal[deck.pop()]

        cards = exchange_cards + ''.join(
                    punishment_to_reveal[card] for card in current_player.cards)
        args = current_player.command + [
            outfilename,
            str(opponent.coins),
            str(current_player.coins),
            cards
        ] + legal_actions
        print ' '.join(args)
        output = ""
        os.chdir(current_player.name)
        try:
            output = subprocess.check_output(args)
        # Competitors that fail to execute must forfeit
        except subprocess.CalledProcessError:
            print current_player.name, "forfeits by non-zero exit status"
            return opponent
        finally:
            os.chdir('..')

        new_contents = []
        new_contents_joined = ""
        with open(outfilename, 'r') as outfile:
            new_contents = outfile.readlines()
            new_contents_joined = ''.join(new_contents)
        if original_contents_joined != new_contents_joined[:-2] and \
                original_contents_joined != new_contents_joined[:-1]:
            print current_player.name, "forfeits by modifying the file"
            print "old:", original_contents
            print "new:", new_contents
            return opponent
        new_last_line = new_contents[-1]
        the_move_made = ""
        for action in legal_actions:
            if new_last_line.endswith(action):
                the_move_made = action
                break
        # Competitors that make an illegal move must forfeit
        if not the_move_made:
            print current_player.name, "forfeits with an illegal move,",\
                    "last line: %r" % new_last_line
            print opponent.name, "wins!"
            return opponent
        print current_player.name, "played %r" % the_move_made
        # Side effects of moves.
        #
        # Income, give the current player a coin.
        if the_move_made == "I\n":
            print current_player.name, "received 1 coin of income"
            current_player.coins += 1
        # The program surrendered a card on its turn; take it away. 
        elif len(the_move_made) == 2:
            print current_player.name, "lost a card from being challenged"
            current_player.cards.remove(the_move_made[0])
            # Coins are not returned from a successful Contessa block
            if new_last_line[-3] == '!':
                print current_player.name, "lost 3 coins from a Contessa block"
                current_player.coins -= 3
        # The program surrendered a card when it was not its turn.
        elif the_move_made in "_'<=0":
            print current_player.name, "gave up a", the_move_made
            current_player.cards.remove(the_move_made)
            if new_last_line[0] == 'C':
                opponent.coins -= 7
            elif new_last_line[0] == 'A':
                opponent.coins -= 3
            # Did the program unsuccessfully challenge an Assassination
            # (e.g. Aq^0\n)
            # or get caught falsely blocking with a Contessa
            # (e.g. Asq0\n)?
            # If yes, it loses right away.
            if new_last_line[0] == 'A' and new_last_line[1] in 'qs' and \
                    len(new_last_line) == 4:
                print current_player.name, "lost both cards in the same turn."
                print opponent.name, "wins!"
                return opponent
        elif the_move_made == 'S':
            print current_player.name, "attempted Steal"
        elif the_move_made == 'T':
            print current_player.name, "attempted Tax"
        elif the_move_made == 'A':
            print current_player.name, "attempted Assassinate"
        elif the_move_made == 'C':
            print current_player.name, "launched a Coup"
        elif the_move_made == 'F':
            print current_player.name, "attempted Foreign Aid"
        elif the_move_made == 'E':
            print current_player.name, "attempted Exchange"
        elif the_move_made == 'q':
            print current_player.name, "challenged"
        elif the_move_made == 'p':
            print current_player.name, "passed"
        elif the_move_made == 'a':
            print current_player.name, "blocked with an Ambassador"
        elif the_move_made == 'c':
            print current_player.name, "blocked with a Captain"
        elif the_move_made == 's':
            print current_player.name, "blocked with a Contessa"
        elif the_move_made == 'd':
            print current_player.name, "blocked with a Duke"
        # The program revealed a card from an opponent's unsuccessful challenge.
        # Give it a new card.
        # Special case: a program whose Exchange is unsuccessfully challenged
        # may keep the Ambassador it revealed in the Exchange, so give a new
        # card for a revealed Ambassador only if it was used to block a Steal.
        elif the_move_made in '^*!$' or (the_move_made == '~' and
                new_last_line[0] == 'S'):
            p = reveal_to_punishment[the_move_made]
            current_player.cards.remove(p)
            current_player.cards.append(deck.pop())
            deck.append(p)
            random.shuffle(deck)
            print current_player.name, "did have a", the_move_made
        # The program ended its turn. We must examine the rest of the line to
        # determine the side effects.
        elif the_move_made == '\n':
            potential_winner = determine_turn_effects(
                    new_last_line, output.strip(), cards, current_player,
                    opponent)
            if potential_winner:
                print potential_winner.name,\
                        "wins because their opponent made an illegal exchange!"
                return potential_winner

        # One player has lost all their cards. Victory for the opponent!
        if current_player.cards == []:
            print opponent.name, "wins by eliminating both opponent cards!"
            return opponent

        current_player_index += 1
        current_player_index %= 2
    return None

competitors = []
competitors.append(Player("Challenger", ["./challenger"]))
competitors.append(Player("Random", ["./random"]))
# ...More competitors here

for i in range(10):
    print "-- Round", i
    j = 0
    for pairing in itertools.permutations(competitors, 2):
        player1, player2 = pairing
        print '--- Game', j, ':', player1.name, 'vs.', player2.name
        winner = play_game(player1, player2, i, j)
        if not winner:
            j += 1
            continue
        winner.score += 1
        player1.coins = 1
        player1.cards = ""
        player2.coins = 1
        player2.cards = ""
        deck = ['_', "'", '<', '=', '0'] * 3
        random.shuffle(deck)
        j += 1

competitors.sort(reverse=True, key=lambda player: player.score)

for player in competitors:
    print '%5d %s' % (player.score, player.name)

여러 가지 잡다한

한 프로그램은 다른 프로그램에 특정한 코드를 가질 수 없으며 프로그램은 서로 도울 수 없습니다. (여러 프로그램이있을 수 있지만 어떤 방식 으로든 상호 작용할 수 없습니다.)

만약 당신의 프로그램이 같은 차례에 두 카드를 모두 잃어 버리면, 하나만 쓰면됩니다. 중재자는 제거되었음을 감지합니다.

프로그램이 파일에서 게임의 이력을 검사하는 것이 가능하고 권장되지만 필수는 아닙니다. 그렇게함으로써 그들은 상대방이 어떤 카드를 가지고 있다고 주장하고 거짓말을했는지 파악할 수 있습니다.

실제 쿠데타 게임에서는 액션에 도전 한 다음 같은 차례에 액션을 차단할 수 있습니다. 내가 허용하면 사양을 작동시킬 수 없으므로 주어진 동작에 도전하거나 차단할 수 있지만 둘다는 아닙니다.

@PeterTaylor에 대한 사과, 이전 에이 게시물을 게시 한 제안을 샌드 박스에 게시하고 프로토콜을 다시 작성하여 STDOUT / STDIN에서 출력을주고받습니다. 나는 하루 종일 (원래 도전 과제를 작성하는 데 하루 종일 보냈을 때) 그 일을하기 위해 열심히 노력했습니다. 그러나 거래소는 이러한 방식으로 구현하기가 매우 복잡했으며, 자체 코인 수를 추적하도록 요구함으로써 제출의 복잡성을 증가 시켰습니다. 그래서 나는 도전을 원래대로 다소 게시했습니다.

계산자

그의 승리 시리즈를 계획하고, 그가 이길 수없는 것에 도전합니다.

from __future__ import division
import sys
import random
import operator

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legalActions = sys.argv[5:]

actions_dict = {'E': '_', 'T': '0', 'A': "'", 'S': '<', 'd': '0', 'a': '_', 'c': '<', 's': '='}
punishment_to_reveal = {'_': '~', "'": '^', '<': '*', '=': '!', '0': '$'}
reveal_to_punishment = {punishment_to_reveal[k]: k for k in punishment_to_reveal}

obviousActions = ['~', '^', '*', '!', '$']
lossActions = ['_', "'", '<', '=', '0']

statefilename = './state.txt'
flags = set()
# Flags:
# 1 We went first
# $ Attacking with Duke
# * Attacking with Captain
# ^ Attacking with Assassin
# d Opponent used Duke
# c Opponent used Captain
# A Opponent used Assassin
# F Opponent used Foreign Aid

with open(statefilename, "a+") as statefile:
    statefile.seek(0)
    if statefile.readline().strip() == filename:
        flags = set(statefile.readline().strip())

with open(filename, "r+") as history:
    line = "\n"
    turn = 0
    oppcardcount = 4 - len(mycards)
    for a in history:
        line = a
        turn += 1
        if [c for c in line if c in lossActions]:
            oppcardcount -= 1
    else:
        flags.add("1")

    mycoins = int(mycoins)
    othercoins = int(othercoins)
    mycardcount = len(mycards)

    if line == 'T':
        othercoins += 3
        flags.add('d')
    elif line == 'S':
        othercoins += (2 if mycoins > 2 else mycoins)
        mycoins -= (2 if mycoins > 2 else mycoins)
        flags.add('c')
    elif line == 'A':
        othercoins -= 3
        mycardcount -= 1
        flags.add('A')
    elif line == 'F':
        flags.add('F')
    elif line == 'I\n':
        # If opponent is backing down, they're not so scary anymore
        flags.discard('d')
        flags.discard('c')
        flags.discard('F')

    # What's the least aggressive play that still wins?
    iGetStolen = ('c' in flags and not '*' in mycards and not '~' in mycards)
    iGetAssassinated = ('A' in flags and not '!' in mycards)
    incomeTimeToWin = max(0,7*oppcardcount-mycoins)+oppcardcount if not iGetStolen else 1000
    faidTimeToWin = max(0,7*oppcardcount-mycoins+1)//2+oppcardcount if not iGetStolen else 1000
    dukeTimeToWin = max(0,7*oppcardcount+(2*(oppcardcount-mycardcount) if iGetStolen else 0)-mycoins+2)//(3 if not iGetStolen else 1)+oppcardcount
    assassinTimeToWin = max(0,3*oppcardcount-mycoins)+oppcardcount if not iGetStolen else oppcardcount if mycoins >= 5*oppcardcount-2 else 1000
    captainTimeToWin = max(0,7*oppcardcount-mycoins+1)//2+oppcardcount
    faidAssassinTimeToWin = max(0,3*oppcardcount-mycoins+1)//2+oppcardcount if not iGetStolen else 1000
    dukeAssassinTimeToWin = max(0,3*oppcardcount+(2*(oppcardcount-mycardcount) if iGetStolen else 0)-mycoins+2)//(3 if not iGetStolen else 1)+oppcardcount
    captainAssassinTimeToWin = max(0,3*oppcardcount-mycoins+1)//2+oppcardcount
    opponentMoneySpeed = (2 if iGetStolen else 3 if 'd' in flags else 2 if 'F' in flags and not '$' in mycards else 1)
    opponentTimeToWin = max(0,(3 if iGetAssassinated else 7)*mycardcount-othercoins+opponentMoneySpeed-1)//opponentMoneySpeed+mycardcount
    opponentTimeToWinCaptained = max(0,(3 if iGetAssassinated else 7)*mycardcount+2*(mycardcount-oppcardcount)-(othercoins-2 if othercoins>2 else 0)+opponentMoneySpeed-3)//(opponentMoneySpeed-2)+mycardcount if opponentMoneySpeed > 2 else 1000

    def pickCardToLose():
        favoriteCards = []
        if dukeTimeToWin < opponentTimeToWin and '$' in mycards:
            favoriteCards = ['$', '!', '*', '~', '^']
        elif dukeAssassinTimeToWin < opponentTimeToWin and ('$' in mycards or '$' in flags) and '^' in mycards:
            favoriteCards = ['^', '$', '!', '*', '~']
        elif assassinTimeToWin < opponentTimeToWin and '^' in mycards:
            favoriteCards = ['^', '!', '*', '~', '$']
        elif captainTimeToWin < opponentTimeToWinCaptained and '*' in mycards:
            favoriteCards = ['*', '!', '$', '^', '~']
        elif faidTimeToWin < opponentTimeToWin and '^' in mycards and not 'd' in flags:
            favoriteCards = ['!', '*', '~', '$', '^']
        elif faidAssassinTimeToWin < opponentTimeToWin and '^' in mycards and not 'd' in flags:
            favoriteCards = ['^', '!', '*', '~', '$']
        elif captainAssassinTimeToWin < opponentTimeToWinCaptained and '*' in mycards and '^' in mycards:
            favoriteCards = ['^', '*', '!', '$', '~']
        else:
            favoriteCards = ['!', '*', '~', '$', '^']
        # Losing a card.  Decide which is most valuable.
        for k in favoriteCards:
            if k in mycards:
                cardToLose = k
        return reveal_to_punishment[cardToLose]

    action = legalActions[0]
    if line == "\n":
        # First turn behavior
        if '$' in mycards and 'T' in legalActions:
            action = 'T'
            flags.add('$')
        elif '*' in mycards and 'S' in legalActions:
            action = 'S'
            flags.add('*')
        elif '^' in mycards and 'I\n' in legalActions:
            action = 'I\n'
            flags.add('^')
        elif '~' in mycards and 'E' in legalActions:
            action = 'E'
        elif 'T' in legalActions:
            # Contessa/Contessa?  Need to lie.
            action = 'T'
            flags.add('$')
    elif set(obviousActions).intersection(legalActions):
        # Always take these actions if possible
        for a in set(obviousActions).intersection(legalActions):
            action = a
        # This might change our strategy
        flags.discard(action)
    elif '$' in mycards and 'd' in legalActions:
        action = 'd'
    elif '~' in mycards and 'a' in legalActions:
        action = 'a'
    elif '*' in mycards and 'c' in legalActions:
        action = 'c'
    elif '!' in mycards and 's' in legalActions:
        action = 's'
    elif 'q' in legalActions and line[-1] in 'dacs':
        # We're committed at this point
        action = 'q'
    elif 'q' in legalActions and '*' in flags and line[-1] in 'SE':
        # Don't allow these when using a steal strategy
        action = 'q'
    elif 'q' in legalActions and turn == 1:
        if line == 'T':
            if mycards == '$$' or mycards == '^^' or mycards == '!!':
                action = 'q'
            else:
                action = 'p'
                flags.add('d')
        elif line == 'S':
            if '$' in mycards and '^' in mycards:
                action = 'p'
                flags.add('c')
            else:
                action = 'q'
        elif line == 'E':
            action = 'p'
    elif line == 'A' and len(mycards) > 1:
        # Don't challenge the first assasination.  We'll get 'em later.
        action = pickCardToLose()
        flags.add('A')
    elif line == 'A':
        # Can't let this pass
        action = 'q'
    elif line == 'C':
        # Taking damage
        action = pickCardToLose()
    elif len(line) == 2 and line[1] == 'q':
        # My base action was successfully challenged
        action = pickCardToLose()+"\n"
        # Also stop claiming what we were challenged for
        if line == "Tq":
            flags.discard('$')
        elif line == "Sq":
            flags.discard('*')
        elif line == "Aq":
            flags.discard('^')
    elif len(line) == 3 and line[1] == 'q':
        # I failed challenging a base action
        action = pickCardToLose()
    elif len(line) == 3 and line[2] == 'q':
        # My block was successfully challenged
        action = pickCardToLose()
    elif len(line) == 4 and line[2] == 'q':
        # I failed challenging a block
        action = pickCardToLose()+"\n"
    else:
        if 'p' in legalActions:
            # Default to pass if no other action is chosen
            action = 'p'

        if dukeTimeToWin <= opponentTimeToWin and ('$' in mycards or '$' in flags):
            if 'C' in legalActions:
                action = 'C'
            elif 'T' in legalActions:
                action = 'T'
        elif incomeTimeToWin <= opponentTimeToWin:
            if 'C' in legalActions:
                action = 'C'
            elif 'I\n' in legalActions:
                action = "I\n"
        elif dukeAssassinTimeToWin <= opponentTimeToWin and ('$' in mycards or '$' in flags) and '^' in mycards and mycardcount > 1:
            if 3*oppcardcount <= mycoins - (2*(oppcardcount-1) if iGetStolen else 0) and 'A' in legalActions:
                action = 'A'
            elif 'T' in legalActions:
                action = 'T'
            flags.add('^');
        elif assassinTimeToWin <= opponentTimeToWin and '^' in mycards:
            if 'A' in legalActions:
                action = 'A'
            elif 'I\n' in legalActions:
                action = 'I\n'
            flags.add('^');
        elif captainTimeToWin <= opponentTimeToWinCaptained and '*' in mycards:
            if 'C' in legalActions:
                action = 'C'
            elif 'S' in legalActions:
                action = 'S'
            elif 'I\n' in legalActions:
                action = 'I\n'
            flags.add('*');
        elif faidTimeToWin <= opponentTimeToWin and not 'd' in flags:
            if 'C' in legalActions:
                action = 'C'
            elif 'F' in legalActions:
                action = 'F'
        elif faidAssassinTimeToWin <= opponentTimeToWin and '^' in mycards and not 'd' in flags:
            if 'A' in legalActions:
                action = 'A'
            elif 'F' in legalActions:
                action = 'F'
            flags.add('^');
        elif captainAssassinTimeToWin <= opponentTimeToWinCaptained and '*' in mycards and '^' in mycards:
            if 'A' in legalActions:
                action = 'A'
            elif 'S' in legalActions:
                action = 'S'
            flags.add('^');
            flags.add('*');
        elif 'q' in legalActions:
            action = 'q'
        # No winning strategy.  Find something useful to do anyway.
        elif 'C' in legalActions and not '^' in flags:
            action = 'C'
        elif 'S' in legalActions and '*' in flags:
            action = 'S'
        elif 'A' in legalActions and '^' in flags:
            action = 'A'
        elif 'E' in legalActions and '~' in mycards and dukeAssassinTimeToWin < opponentTimeToWin:
            action = 'E'
        elif 'F' in legalActions and not 'd' in flags:
            action = 'F'
        elif 'T' in legalActions:
            action = 'T'
            flags.add('$');
    if action == 'q':
        if line == 'T' or line == 'Fd':
            flags.discard('d')
        elif line == 'S' or line == 'Sc':
            flags.discard('c')
        elif line == 'A':
            flags.discard('A')
    history.write(action)

if len(mycards) > 2:
    favoriteCards = []
    if dukeTimeToWin < opponentTimeToWin and '$' in mycards:
        favoriteCards = ['$', '!', '*', '~', '^']
    elif dukeAssassinTimeToWin < opponentTimeToWin and ('$' in mycards or '$' in flags) and '^' in mycards:
        favoriteCards = ['^', '$', '!', '*', '~']
    elif assassinTimeToWin < opponentTimeToWin and '^' in mycards:
        favoriteCards = ['^', '!', '*', '~', '$']
    elif captainTimeToWin < opponentTimeToWinCaptained and '*' in mycards:
        favoriteCards = ['*', '!', '$', '^', '~']
    elif faidTimeToWin < opponentTimeToWin and '^' in mycards and not 'd' in flags:
        favoriteCards = ['!', '*', '~', '$', '^']
    elif faidAssassinTimeToWin < opponentTimeToWin and '^' in mycards and not 'd' in flags:
        favoriteCards = ['^', '!', '*', '~', '$']
    elif captainAssassinTimeToWin < opponentTimeToWinCaptained and '*' in mycards and '^' in mycards:
        favoriteCards = ['^', '*', '!', '$', '~']
    else:
        favoriteCards = ['!', '*', '~', '$', '^']
    # Losing two cards.  Decide which is most valuable.
    possibleCards = [k for k in favoriteCards if k in mycards]
    if len(possibleCards) < len(mycards) - 2:
        possibleCards = list(mycards)
        random.shuffle(possibleCards)
    mycards = ''.join(possibleCards[:(len(mycards)-2)])
    print mycards

with open(statefilename, "w") as statefile:
    statefile.write(filename+"\n")
    statefile.write(''.join(list(flags))+"\n")

변절자

처음에는 진실을 말하지만 찰랑 거리는 것이 멈 추면 거짓말을 시작합니다. 또한 일부 솔버 동작이 있습니다. (인간과이 게임을 할 때 내가 어떻게 행동하는지에 대한 근사치)

import sys
import random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legalActions = sys.argv[5:]

actions_dict = {'E': '_', 'T': '0', 'A': "'", 'S': '<', 'd': '0', 'a': '_', 'c': '<', 's': '='}
punishment_to_reveal = {'_': '~', "'": '^', '<': '*', '=': '!', '0': '$'}
reveal_to_punishment = {punishment_to_reveal[k]: k for k in punishment_to_reveal}

obviousActions = ['C', '~', '^', '*', '!', '$']
lossActions = ['_', "'", '<', '=' '0']

statefilename = './state.txt'
myclaims = set()
otherclaims = set()
mycaughtlies = set()
othercaughtlies = set()
flags = set()
# Flags:
# * Opponent had a chance to challenge us just now
# & Opponent has stopped wildly challenging everything
# E We have exchanged at least once
# S Opponent did not block a steal.  Go for the jugular!
# _ Opponent has lost a card

with open(statefilename, "a+") as statefile:
    statefile.seek(0)
    if statefile.readline().strip() == filename:
        myclaims = set(statefile.readline().strip())
        otherclaims = set(statefile.readline().strip())
        mycaughtlies = set(statefile.readline().strip())
        othercaughtlies = set(statefile.readline().strip())
        flags = set(statefile.readline().strip())

def getFavoriteCards():
    favoriteCards = []
    if '*' in otherclaims:
        favoriteCards.append('~')
    elif not '~' in otherclaims:
        favoriteCards.append('*')
    if len(otherclaims) > (0 if '_' in flags else 1) and mycoins > 1 and not '!' in otherclaims:
        favoriteCards.append('^')
    favoriteCards.append('!')
    favoriteCards.append('$')
    if not '~' in favoriteCards:
        favoriteCards.append('~')
    return favoriteCards

def pickCardToLose():
    # Losing a card.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    cardToLose = ''
    for k in favoriteCards:
        if k in mycards:
            cardToLose = k
    for k in mycards:
        if not k in favoriteCards:
            cardToLose = k
    return reveal_to_punishment[cardToLose]

with open(filename, "r+") as history:
    line = "\n"
    for a in history:
        line = a
    if 'q' in legalActions:
        otherclaims.add(punishment_to_reveal[actions_dict[line[-1]]])
    if len(line) > 2 and line.endswith('\n') and line[-2] in lossActions:
        otherclaims.discard(punishment_to_reveal[line[-2]])
        flags.add('_')
    if len(line) > 2 and line.endswith('\n') and (line.startswith('Ep') or line.startswith('Eq~')):
        othercaughtlies = set()
    if '*' in flags:
        flags.discard('*')
        if line[-1] not in 'qdacs':
            flags.add('&')
            if line[-2] == 'F':
                othercaughtlies.add('$')
            if line[-2] == 'S':
                othercaughtlies.add('*')
                othercaughtlies.add('~')
            if line[-2] == 'A':
                othercaughtlies.add('!')
    action = legalActions[0]
    if set(obviousActions).intersection(legalActions):
        # Always take these actions if possible
        for a in set(obviousActions).intersection(legalActions):
            action = a
        if action in reveal_to_punishment:
            myclaims.discard(action)
    elif '&' in flags:
        preferredActions = []
        mysafecards = myclaims.union(mycards)

        # Calculate the financial situation
        mygain = 0
        oppgain = 0
        if '*' in mysafecards and not '*' in otherclaims and not '~' in otherclaims:
            mygain += 2
            oppgain -= 2
        elif '$' in mysafecards:
            mygain += 3
        elif not '$' in otherclaims:
            mygain += 1 # This script doesn't use foreign aid
        else:
            mygain += 1
        if '*' in otherclaims and not '*' in mysafecards and not '~' in mysafecards:
            oppgain += 2
            mygain -= 2
        elif '$' in mysafecards:
            oppgain += 3
        elif not '$' in otherclaims:
            oppgain += 2
        else:
            oppgain += 1
        mydist = 7 - int(mycoins)
        oppdist = 7 - int(othercoins)
        if '^' in mysafecards and len(otherclaims) > (0 if '_' in flags else 1) and not '!' in otherclaims:
            mydist -= 4
        if '^' in otherclaims and not '!' in mysafecards:
            oppdist -= 4
        if mydist > 0 and (oppdist <= 0 or mygain <= 0 or (oppgain > 0 and ((oppdist+oppgain-1) // oppgain) < ((mydist+mygain-1) // mygain))):
            # Not winning.  Do something desperate.
            timeToLive = ((oppdist+oppgain-1) // oppgain) if oppdist > 0 else 0
            favoriteCards = getFavoriteCards()
            if timeToLive < len(otherclaims):
                preferredActions.append('q')
            if (timeToLive or len(mycards) > 1) and favoriteCards[0] not in mysafecards:
                preferredActions.append('E')
            elif mycoins >= 3 and random.randint(0,2):
                preferredActions.append('A')
            else:
                preferredActions.append('S')

        preferredActions.append('s')
        if 'a' in legalActions and ('~' in mycards or '*' in mycards) and not 's' in flags:
            # Allow the first steal, as bait
            preferredActions.append('p')
            flags.add('s')
            if '~' in mycards:
                flags.discard('E')
        if '$' in mysafecards:
            preferredActions.append('d')
        if '~' in mysafecards:
            preferredActions.append('a')
        elif '*' in mysafecards:
            preferredActions.append('c')
        else:
            preferredActions.append('c' if random.randint(0,1) else 'a')
        if not 'E' in flags:
            preferredActions.append('E')
        if not ('~' in otherclaims or '*' in otherclaims):
            preferredActions.append('S')
        if len(otherclaims) > (0 if '_' in flags else 1) and ('^' in mycards or not '_' in flags) and not '!' in otherclaims:
            preferredActions.append('A')
        preferredActions.append('T')
        if line[-1] in actions_dict and punishment_to_reveal[actions_dict[line[-1]]] in othercaughtlies:
            preferredActions.append('q')
        preferredActions += ['p', '\n']
        if len(myclaims) < len(mycards):
            # Slip a lie in before admitting all cards in hand
            preferredActions = [a for a in preferredActions
                if not a in actions_dict
                or not punishment_to_reveal[actions_dict[a]] in mysafecards]
        else:
            preferredActions = [a for a in preferredActions
                if not a in actions_dict
                or punishment_to_reveal[actions_dict[a]] in mycards
                or not punishment_to_reveal[actions_dict[a]] in mycaughtlies]
        preferredActions = [a for a in preferredActions if a in legalActions]
        if preferredActions:
            action = preferredActions[0]
        else:
            loss = pickCardToLose()
            if loss in legalActions:
                action = loss
            elif loss+"\n" in legalActions:
                action = loss+"\n"
    else:
        preferredActions = []
        if not ('~' in otherclaims or '*' in otherclaims):
            preferredActions.append('S')
        preferredActions += ['T', 'E', 'd', 'a', 'c', 's', 'p', '\n']
        if not '!' in otherclaims:
            preferredActions.append('A')
        preferredActions = [a for a in preferredActions if a in legalActions]
        # Filter out lies, provided that doesn't filter out everything
        preferredActions = [a for a in preferredActions
            if not a in actions_dict
            or punishment_to_reveal[actions_dict[a]] in mycards
        ] or [a for a in preferredActions
            if not a in actions_dict
            or not punishment_to_reveal[actions_dict[a]] in mycaughtlies
        ]
        if preferredActions:
            action = preferredActions[0]
        else:
            loss = pickCardToLose()
            if loss in legalActions:
                action = loss
            elif loss+"\n" in legalActions:
                action = loss+"\n"
        if 'a' in legalActions:
            if action not in 'acq':
                # If vulnerable to stealing, don't admit it!
                action = random.choice('acq')
            elif not 's' in flags:
                # Allow the first steal, as bait
                action = 'p'
                flags.add('s')
                if '~' in mycards:
                    flags.discard('E')
    if action.strip("\n") in lossActions:
        myclaims.discard(punishment_to_reveal[action.strip("\n")])
        if line[-1] == 'q':
            # Also stop claiming what we were challenged for
            myclaims.discard(punishment_to_reveal[actions_dict[line[-2]]])
            mycaughtlies.add(punishment_to_reveal[actions_dict[line[-2]]])
    if action == 'q':
        # We challenged it.  One way or another, they will not have this card later.
        otherclaims.discard(punishment_to_reveal[actions_dict[line[-1]]])
        othercaughtlies.add(punishment_to_reveal[actions_dict[line[-1]]])
    if action in actions_dict:
        myclaims.add(punishment_to_reveal[actions_dict[action]])
        flags.add('*')
    history.write(action)

if len(mycards) > 2:
    flags.add('E')
    mycaughtlies = set()
    # Losing two cards.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    # After an exchange, we can claim what we like.  Throw in some lying for more flexibility.
    myclaims = set()
    possibleCards = [k for k in favoriteCards if k in mycards]
    if random.randint(1,len(possibleCards)) > len(mycards) - 2:
        myclaims.add(possibleCards[0])
        possibleCards = possibleCards[1:]
    if len(possibleCards) < len(mycards) - 2:
        possibleCards = list(mycards)
        random.shuffle(possibleCards)
    mycards = ''.join(possibleCards[:(len(mycards)-2)])
    print mycards

with open(statefilename, "w") as statefile:
    statefile.write(filename+"\n")
    statefile.write(''.join(list(myclaims))+"\n")
    statefile.write(''.join(list(otherclaims))+"\n")
    statefile.write(''.join(list(mycaughtlies))+"\n")
    statefile.write(''.join(list(othercaughtlies))+"\n")
    statefile.write(''.join(list(flags))+"\n")

적기

상대의 대사와 함장을 제거하고 도둑질로 승리합니다.

import sys
import random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legalActions = sys.argv[5:]

actions_dict = {'E': '_', 'T': '0', 'A': "'", 'S': '<', 'd': '0', 'a': '_', 'c': '<', 's': '='}
punishment_to_reveal = {'_': '~', "'": '^', '<': '*', '=': '!', '0': '$'}
reveal_to_punishment = {punishment_to_reveal[k]: k for k in punishment_to_reveal}

obviousActions = ['C', '~', '^', '*', '!', '$']
lossActions = ['_', "'", '<', '=' '0']

def getFavoriteCards():
    return ['*', '!', '~', '$', '^']

def pickCardToLose():
    # Losing a card.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    cardToLose = ''
    for k in favoriteCards:
        if k in mycards:
            cardToLose = k
    for k in mycards:
        if not k in favoriteCards:
            cardToLose = k
    return reveal_to_punishment[cardToLose]

with open(filename, "r+") as history:
    line = "\n"
    turn = 0
    for a in history:
        line = a
        turn += 1
    action = legalActions[0]
    if set(obviousActions).intersection(legalActions):
        # Always take these actions if possible
        for a in set(obviousActions).intersection(legalActions):
            action = a
    elif 'p' in legalActions and turn == 1 and line == "E":
        # Let this pass... once
        action = 'p'
    elif 'q' in legalActions and line[-1] in 'SEac':
        # These get in the way of stealing, get rid of them even if it costs us a card
        action = 'q'
    elif 'E' in legalActions and '~' in mycards and '*' not in mycards:
        action = 'E'
    elif 'S' in legalActions:
        action = 'S'
    elif 's' in legalActions:
        if '!' in mycards:
            action = 's'
        elif len(mycards) == 1:
            action = random.choice('sq')
        else:
            action = pickCardToLose()
    elif 'p' in legalActions:
        action = 'p'
    elif line == 'A' or line == 'C':
        # Taking damage
        action = pickCardToLose()
    elif len(line) == 2 and line[1] == 'q':
        # My base action was successfully challenged
        action = pickCardToLose()+"\n"
    elif len(line) == 3 and line[1] == 'q':
        # I failed challenging a base action
        action = pickCardToLose()
    elif len(line) == 3 and line[2] == 'q':
        # My block was successfully challenged
        action = pickCardToLose()
    elif len(line) == 4 and line[2] == 'q':
        # I failed challenging a block
        action = pickCardToLose()+"\n"
    history.write(action)

if len(mycards) > 2:
    # Losing two cards.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    possibleCards = [k for k in favoriteCards if k in mycards]
    if mycards.count('*') > 1:
        # Hooray captains!
        possibleCards = ['*'] + possibleCards
    if len(possibleCards) < len(mycards) - 2:
        possibleCards = list(mycards)
        random.shuffle(possibleCards)
    mycards = ''.join(possibleCards[:(len(mycards)-2)])
    print mycards

블러디 살인

Bandit의 대응자인 Duke + Assassin 전략에 올인합니다.

import sys
import random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legalActions = sys.argv[5:]

actions_dict = {'E': '_', 'T': '0', 'A': "'", 'S': '<', 'd': '0', 'a': '_', 'c': '<', 's': '='}
punishment_to_reveal = {'_': '~', "'": '^', '<': '*', '=': '!', '0': '$'}
reveal_to_punishment = {punishment_to_reveal[k]: k for k in punishment_to_reveal}

obviousActions = ['C', '~', '^', '*', '!', '$']
lossActions = ['_', "'", '<', '=' '0']

def getFavoriteCards():
    return ['^', '$', '!', '*', '~']

def pickCardToLose():
    # Losing a card.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    cardToLose = ''
    for k in favoriteCards:
        if k in mycards:
            cardToLose = k
    for k in mycards:
        if not k in favoriteCards:
            cardToLose = k
    return reveal_to_punishment[cardToLose]

with open(filename, "r+") as history:
    line = "\n"
    stealHappened = 0
    oppcardcount = 4 - len(mycards)
    for a in history:
        line = a
        if line[0] == 'S':
            stealHappened = 1
        if [c for c in line if c in lossActions]:
            oppcardcount -= 1
    action = legalActions[0]
    if set(obviousActions).intersection(legalActions):
        # Always take these actions if possible
        for a in set(obviousActions).intersection(legalActions):
            action = a
    elif 'q' in legalActions and line[-1] in 's':
        # We need this gone
        action = 'q'
    elif 'E' in legalActions and '~' in mycards:
        action = 'E'
    elif 'A' in legalActions and (len(mycards) == 1 or mycoins >= 3*oppcardcount+(2 if stealHappened and oppcardcount>1 else 0)):
        action = 'A'
    elif 'T' in legalActions:
        action = 'T'
    elif 'd' in legalActions:
        action = 'd'
    elif 'c' in legalActions and '*' in mycards:
        action = 'c'
    elif 'a' in legalActions and '~' in mycards:
        action = 'a'
    elif 's' in legalActions:
        if '!' in mycards:
            action = 's'
        elif len(mycards) == 1:
            action = random.choice('sq')
        else:
            action = pickCardToLose()
    elif 'p' in legalActions:
        action = 'p'
    elif line == 'A' or line == 'C':
        # Taking damage
        action = pickCardToLose()
    elif len(line) == 2 and line[1] == 'q':
        # My base action was successfully challenged
        action = pickCardToLose()+"\n"
    elif len(line) == 3 and line[1] == 'q':
        # I failed challenging a base action
        action = pickCardToLose()
    elif len(line) == 3 and line[2] == 'q':
        # My block was successfully challenged
        action = pickCardToLose()
    elif len(line) == 4 and line[2] == 'q':
        # I failed challenging a block
        action = pickCardToLose()+"\n"
    history.write(action)

if len(mycards) > 2:
    # Losing two cards.  Decide which is most valuable.
    favoriteCards = getFavoriteCards()
    possibleCards = [k for k in favoriteCards if k in mycards]
    if mycards.count('^') > 1:
        # Hooray assassins!
        possibleCards = ['^'] + possibleCards
    if len(possibleCards) < len(mycards) - 2:
        possibleCards = list(mycards)
        random.shuffle(possibleCards)
    mycards = ''.join(possibleCards[:(len(mycards)-2)])
    print mycards

솔버

솔버는 이전에 어떤 카드를 사용했는지와 상대방의 이전 움직임을 기억하려고합니다.

이것은 아직 끝나지 않은 두 번째 버전입니다 (그리고 지금은 큰 혼란입니다)

노드 10에서 작동하도록 추가 competitors.append(Player("Solver", ["node", "--experimental-modules", "./solver.mjs"]))

노드 12 인 경우 competitors.append(Player("Solver", ["node", "./solver.js"]))

파일 형식에주의하십시오

import  fs from 'fs'
import { promisify } from 'util'

const appendFile = promisify(fs.appendFile)
const writeFile = promisify(fs.writeFile)
const readFile = promisify(fs.readFile)

const delay = ms => new Promise(_ => setTimeout(_, ms));

let [filename, othercoins, mycoins, mycards ] = process.argv.slice(2)
othercoins = +othercoins
mycoins = +mycoins

const move = async m => await appendFile(filename, m)
const message = m => process.stdout.write(m)
const endTurn = async _ => await move(`\n`) 

const stateFileName = `./state.json`

const defaultState = {
    inTheDeck: [],
    oponentCards: [],
    oponentMissingTempCard: "",
    oponentMissingCards: [],
    oponentDropedCards: [],
    oponentCardModifier: 0
}

const CardTypes = Object.freeze({
    Ambassador : `Ambassador`,
    Assassin : `Assassin`,
    Captain  : `Captain`,
    Contessa : `Contessa`,
    Duke     : `Duke`,
})

const revealTable = Object.freeze({
    [CardTypes.Ambassador]: `~`,
    [CardTypes.Assassin]: `^`,
    [CardTypes.Captain]: `*`,
    [CardTypes.Contessa]: `!`,
    [CardTypes.Duke]: `$`,
})

const giveUpTable = Object.freeze({
    [CardTypes.Ambassador]: `_`,
    [CardTypes.Assassin]: `'`,
    [CardTypes.Captain]: `<`,
    [CardTypes.Contessa]: `=`,
    [CardTypes.Duke]: `0`,
})

function GetRevealCardChar(cardType) {
    return revealTable[cardType]
}

function GetRevealCardType(char) {
    return Object.keys(revealTable).find(key => revealTable[key] === char)
}

function GetGiveUpCardChar(cardType) {
    return giveUpTable[cardType]
}

function GetGiveUpCardType(char) {
    return Object.keys(giveUpTable).find(key => giveUpTable[key] === char)
}

async function GiveUpCard(cardType, endTurn = false) {
    return await move(
        GetGiveUpCardChar(cardType) + `${endTurn?`\n`:``}`
    );
}

function OponentCanHave(cardType) {
    // it has it
    if (!!~state.oponentCards.indexOf(cardType)) return true

    if (state.oponentCards.length + state.oponentDropedCards.length >= 2) return false

    return true
}


function GiveCard(getOrder = false) {
    // TODO: Tactic
    const giveAwayOrder = [
        CardTypes.Captain,
        CardTypes.Ambassador,
        CardTypes.Contessa,
        CardTypes.Assassin,
        CardTypes.Duke,
    ]

    const tmp =  mycards
        .split('')
        .map(GetRevealCardType)

    let [unique, duplicate] = tmp.reduce(([unique, duplicate], item) => {
        return unique.includes(item) ? 
            [unique, [...duplicate, item]] :
            [[...unique, item], duplicate]
    }
    , [[],[]])

    unique.sort(
        (a, b) => giveAwayOrder.indexOf(a) - giveAwayOrder.indexOf(b));
    duplicate.sort(
        (a, b) => giveAwayOrder.indexOf(a) - giveAwayOrder.indexOf(b))

    const out = [...duplicate, ...unique]

    return getOrder? out: GetGiveUpCardChar(out[0]);
}

const iHaveAmbassador = !!~mycards.indexOf(`~`)
const iHaveAssassin = !!~mycards.indexOf(`^`)
const iHaveCaptain = !!~mycards.indexOf(`*`)
const iHaveContessa = !!~mycards.indexOf(`!`)
const iHaveDuke = !!~mycards.indexOf(`$`)

let state = defaultState

;(async ()=>{
    const data = (await readFile(filename, `utf8`)).replace(/\r/g, ``)

    const isNewGame = data === "" && mycoins === 1 && othercoins === 1

    if (isNewGame) {
        await writeFile(stateFileName, JSON.stringify(state))
    } else {
        state = JSON.parse(await readFile(stateFileName, `utf8`))
    }
    //console.error(state);
    let line = data.split(/\n/g).pop()

    // I am in the exchnage
    if (mycards.length >= 3) {
        const [c1, c2] = GiveCard(true).reverse()

        if (mycards.length === 3) {
            state.inTheDeck.push(c1)
            message(GetRevealCardChar(c1))
        }
        if (mycards.length === 4) {
            state.inTheDeck.push(c1, c2)
            message(`${GetRevealCardChar(c1)}${GetRevealCardChar(c2)}`)
        }
        return await move(`\n`)
    }

    const newTurn = line === ``

    if (newTurn) {
        if (mycoins >= 7) {
            return await move(`C`)
        }

        if (othercoins >= 6) {
            if (iHaveCaptain) 
                return await move(`S`)


            if (mycoins <= 6 && mycards.length <= 1) {
                // TODO: bluff 
            }
        }

        if (
            !iHaveDuke &&
            !iHaveContessa &&
            iHaveAmbassador
        ) {
            return await move(`E`)
        }

        // Assasinate if oponent has no Contessa
        if (
            mycoins >= 3 &&
            iHaveAssassin &&
            !~state.oponentCards.indexOf(CardTypes.Contessa)
        ) {
            return await move(`A`)
        }

        if (iHaveDuke) {

            return await move(`T`)
        }

        return await move(`I\n`)
    }

    // Exchange
    if (line === `Eq`) {
        if (iHaveAmbassador)
            return await move(GetRevealCardChar(CardTypes.Ambassador))

        return await GiveUpCard(GiveCard(true)[0])
    }

    // Tax Challenge
    if(line === `Tq`) {
        if (iHaveDuke)
            return await move(GetRevealCardChar(CardTypes.Duke))

        return await GiveUpCard(GiveCard(true)[0])
    }


    if (line === `Sa`) {
        if (!~state.oponentCards.indexOf(CardTypes.Ambassador)) {
            state.oponentMissingTempCard = CardTypes.Ambassador
            return await move(`q`)
        }
        return await endTurn()
    }

    if (line === `Sc`) {
        if (!~state.oponentCards.indexOf(CardTypes.Captain)) {
            state.oponentMissingTempCard = CardTypes.Captain
            return await move(`q`)
        }
        return await endTurn()
    }

    if (line=== `Saq${GetRevealCardChar(CardTypes.Ambassador)}`) {
        state.oponentMissingTempCard = ``
        state.oponentCards.push(
            CardTypes.Ambassador
        );
        return await GiveUpCard(GiveCard(true)[0], true)
    }

    if (line=== `Scq${GetRevealCardChar(CardTypes.Captain)}`) {
        state.oponentMissingTempCard = ``
        state.oponentCards.push(
            CardTypes.Captain
        );
        return await GiveUpCard(GiveCard(true)[0], true)
    }

    if (line === `Sq`) {
        if (iHaveCaptain)
            return await move(GetRevealCardChar(CardTypes.Captain))

        return await GiveUpCard(GiveCard(true)[0])
    }

    // Assassinate Block and Chalange it
    if (line === `As`) {
        state.oponentMissingTempCard = CardTypes.Contessa
        return await move(`q`)
    }

    // Assasint blocked by Contessa
    if (line === `Asq${GetRevealCardChar(CardTypes.Contessa)}`) {
        state.oponentMissingTempCard = ``
        state.oponentCards.push(
            CardTypes.Contessa
        )
        // Assassin useless here lets give it up
        return await GiveUpCard(CardTypes.Assassin, true)
    }

    // Assassinate challenge
    if (line === `Aq`) {
        if (iHaveAssassin)
            return await move(GetRevealCardChar(CardTypes.Assassin))

        return await GiveUpCard(GiveCard(true)[0])
    }


    // Defense Moves
    if (line === `C`) {
        return await GiveUpCard(GiveCard(true)[0])
    }


    if (line === `A`) {
        if (iHaveContessa)
            return await move(`s`)


        if (!!~state.oponentCards.indexOf(CardTypes.Assassin)) {
            // If oponent has an Assasin card lets bluff
            return await move(`s`)
        } else {
            state.oponentMissingTempCard = CardTypes.Assassin
            return await move(`q`)
        }

    }

    if (line === `Aq${GetRevealCardChar(CardTypes.Assassin)}`) {
        state.oponentMissingTempCard = ``
        state.oponentCards.push(
            CardTypes.Assassin
        );
        return await GiveUpCard(GiveCard(true)[0], true)
    }

    if (line === `Asq`) {
        if (iHaveContessa)
            return await move(GetRevealCardChar(CardTypes.Contessa))

        return await GiveUpCard(GiveCard(true)[0])
    }

    if (line === `S`) {
        if (iHaveAmbassador)
            return await move(`a`)

        if (iHaveCaptain)
            return await move(`c`)

        return await move(`p`)
    }

    if (line === `Saq`) {
        if (iHaveAmbassador)
            return await move(GetRevealCardChar(CardTypes.Ambassador))

        return await GiveUpCard(GiveCard(true)[0])
    }

    if (line === `Scq`) {
        if (iHaveCaptain)
            return await move(GetRevealCardChar(CardTypes.Captain))

        return await GiveUpCard(GiveCard(true)[0])
    }

    if (line === `F`) {
        if (iHaveDuke)
            return await move(`d`)

        return await move(`p`)
    }

    if (line === `Fdq`) {
        if (iHaveDuke)
            return await move(GetRevealCardChar(CardTypes.Duke))

        return await GiveUpCard(GiveCard(true)[0])
    }

    if (line === `E`) {
        if (!OponentCanHave(CardTypes.Ambassador)) {
            return await move(`q`)
        }

        state.oponentCards = []
        state.oponentMissingCards = []
        state.oponentMissingTempCard = ''

        return await move(`p`)
    }


    if (line === `Eq${GetRevealCardChar(CardTypes.Ambassador)}`) {
        console.error(111, `THIS SHOULD NEVER HAPPEN`)
        return await GiveUpCard(GiveCard(true)[0])
    }

    if (line === `T`) {
        if (!OponentCanHave(CardTypes.Duke)) {
            return await move(`q`)
        }
        return await move(`p`)
    }

    if (line === `Tq${GetRevealCardChar(CardTypes.Duke)}`) {
        console.error(111, `THIS SHOULD NEVER HAPPEN`)
        return await GiveUpCard(GiveCard(true)[0])
    }


    // remove oponents drop card from the state
    // can't detect if oponent has the same card twice
    if (!!~Object.values(giveUpTable).indexOf(line.substr(-1))) {
        // Catch the bluff
        if (state.oponentMissingTempCard !== "") {
            state.oponentMissingCards.push(state.oponentMissingTempCard)
            state.oponentMissingTempCard = ""
        }

        // maybe we should asume user doeas not has the same card?

        const cardType = GetGiveUpCardType(line.substr(-1))
        state.oponentCards.filter(c => c !== cardType)
        state.inTheDeck.push(cardType)
        state.oponentDropedCards.push(cardType)
    }

    return await endTurn()

})()
.then(async () => {
    await writeFile(stateFileName, JSON.stringify(state))
})
.catch(console.error.bind(console))


```

변호사

변호사는 세상을 조심스럽게 지나가고, 거짓말을하지 않고, 가능하면 막고, 즉각적인 손해를 입지 않을 때 도전합니다. 쿠데타가 요구할 때를 제외하고는 공격하지 않지만, 빨리 쿠데타하기 위해 가능한 한 자주 동전을 가져갑니다. 그는 먼저 사용하지 않는 카드를 희생 할만큼 영리하지만, 카드를 제거하고 새로운 카드를 얻기 위해 사용할만큼 영리하지는 않습니다.

import sys

_, filename, othercoins, mycoins, mycards = sys.argv[:5]


def give_card():
    if "^" in mycards:
        return "'"
    if "~" in mycards:
        return "_"
    if "!" in mycards:
        return "="
    if "*" in mycards:
        return "<"
    return "0"


with open(filename, "r+") as history:
    line = "\n"
    for a in history:
        print("line:", a)
        line = a
    if line.endswith("\n"):
        if int(mycoins) >= 10:
            history.write("C")
        elif "$" in mycards:
            history.write("T")
        elif "*" in mycards and int(othercoins) > 0:
            history.write("S")
        else:
            history.write("F")
    elif line == "F":
        if "$" in mycards:
             history.write("d")
        else:
             history.write("p")
    elif line == "C":
        history.write(give_card())
    elif line == "E":
        if len(mycards) > 1:
            history.write("q")
        else: 
            history.write("p")
    elif line == "T":
        if len(mycards) > 1:
            history.write("q")
        else: 
            history.write("p")
    elif line == "A":
        if "!" in mycards:
            history.write("s")
        else: 
            history.write(give_card())
    elif line == "S":
        if "~" in mycards:
            history.write("a")
        elif "*" in mycards:
            history.write("c")
        elif len(mycards) > 1:
            history.write("q")
        else:
            history.write("p")
    elif line.endswith("d") and len(mycards) > 1:
        history.write("q")
    elif line.endswith("a") and len(mycards) > 1:
        history.write("q")
    elif line.endswith("c") and len(mycards) > 1:
        history.write("q")
    elif line.endswith("s") and len(mycards) > 1:
        history.write("q")
    elif line.endswith("sq"):
        history.write("!")
    elif line.endswith("aq"):
        history.write("~")
    elif line.endswith("cq"):
        history.write("*")
    elif line.endswith("dq"):
        history.write("$")
    elif line.endswith("Tq"):
        history.write("$")
    elif line.endswith("Sq"):
        history.write("*")
    elif line[-1] in "~^*!$":
        history.write(give_card())
        if line[-3] in "acds":
            history.write("\n")
    else:
        history.write("\n")

이 프로그램에는 버그가있을 수 있습니다. 당신이 그들을 찾을 때 알려주십시오.

무작위

랜덤은 무엇을 해야할지 모릅니다. 그래서 그는 합법적 인 것을 무작위로 선택합니다.

package main

import (
    "fmt"
    "math/rand"
    "os"
    "time"
)

func main() {
    rand.Seed(time.Now().UnixNano())
    filename := os.Args[1]
    ourCards := os.Args[4]
    legalActions := os.Args[5:]
    file, _ := os.OpenFile(filename, os.O_WRONLY|os.O_APPEND, 0755)
    defer file.Close()

    file.WriteString(legalActions[rand.Intn(len(legalActions))])
    switch len(ourCards) {
    case 3:
        os.Stdout.Write([]byte{ourCards[rand.Intn(3)]})
    case 4:
        i1 := 0
        i2 := 0
        for ok := true; ok; ok = i1 == i2 {
            i1 = rand.Intn(4)
            i2 = rand.Intn(4)
        }
        keptCards := []byte{ourCards[i1], ourCards[i2]}
        os.Stdout.Write(keptCards)
    }
}

도전자

도전자는이 속임수 게임에서 아무도 신뢰하지 않습니다. 당신이 도전 할만한 일을한다면, 그는 당신에게 도전 할 것입니다. 그렇지 않으면 그는 매 턴마다 수입을 가져 와서 동전이 있으면 쿠데타를 시도합니다.

package main

import (
    "bytes"
    "fmt"
    "io/ioutil"
    "os"
    "strconv"
)

var revealToPunishment = map[byte]byte{'~': '_', '^': '\'', '*': '<', '!': '=', '$': '0'}

func main() {
    filename := os.Args[1]
    coinCount := os.Args[3]
    ourCards := os.Args[4]
    file, _ := os.OpenFile(filename, os.O_RDWR, 0755)
    defer file.Close()

    rawBytes, _ := ioutil.ReadAll(file)
    if len(rawBytes) == 0 {
        file.Write([]byte("I\n"))
        return
    }
    lines := bytes.Split(rawBytes, []byte{'\n'})
    switch rawBytes[len(rawBytes)-1] {
    case '\n':
        // Our turn, do we have enough coins for a Coup?
        if c, _ := strconv.Atoi(coinCount); c >= 7 {
            file.Write([]byte{'C'})
            // We don't, so take income.
        } else {
            file.Write([]byte("I\n"))
        }
    // Opponent did something challengeable. We don't believe them for a second.
    // Challenge it.
    case 'E', 'T', 'A', 'S', 'a', 'c', 'd', 's':
        file.Write([]byte{'q'})
    // Opponent Couped us or our challenge failed. Give up a card.
    case 'C':
        file.Write([]byte{revealToPunishment[ourCards[0]]})
    case '~', '*', '^', '!', '$':
        file.Write([]byte{revealToPunishment[ourCards[0]]})
        lastLine := lines[len(lines)-1]
        switch lastLine[len(lastLine)-3] {
        case 'a', 'c', 'd', 's':
            file.WriteString("\n")
        }
    // Our challenge succeeded or we Couped the opponent! End our turn.
    case '_', '\'', '<', '=', '0':
        file.Write([]byte{'\n'})
    default:
        // Opponent took some other action. Let it pass.
        file.Write([]byte{'p'})
    }
}

또는 로이 프로그램을 컴파일 go build random.go/challenger.go하고 실행하십시오 ../random./challenger

Taxman

Taxman은 세금을 징수하기 위해 왔습니다. 암살자가있는 경우 어 as 신을 사용합니다. 차단할 카드가있는 경우에만 차단합니다. 무작위로 도전합니다.

C #으로 작성된, 나는 취할 수있는 모든 다른 행동을 위해 클래스 계층 구조를 구축하는 데 너무 오랜 시간을 보냈습니다.

편집 : 이제 도전 후 공작을 포기했을 때 공작이 있다고 주장하지 않는 것처럼 개선 된 논리가 있습니다. 또한 상대방이 contessa로 막 으면 도전하지 않습니다 (더 이상 도전하지 않음).

using System;
using System.Collections.Generic;
using System.Diagnostics;
using System.IO;
using System.Linq;

internal static class Program
{
    public static void Main(string[] args)
    {
#if DEBUG
        // Can't figure out how to pass newline as a command line arg.
        for (int i = 0; i < args.Length; i++)
        {
            if (args[i] == "I\\n")
                args[i] = "I\n";
        }
#endif
        if (!ProcessArgs(args, out string filename, out int opCoin, out int myCoin, out IEnumerable<Card> cards, out IEnumerable<Output> validOutputs))
        {
            Console.WriteLine("Error with args.");
            return;
        }

        var taxman = new Taxman(filename, opCoin, myCoin, cards, validOutputs);
        taxman.DukeEm();
    }

    private static bool ProcessArgs(string[] args, out string filename, out int opCoin, out int myCoin, out IEnumerable<Card> cards, out IEnumerable<Output> validOutputs)
    {
        if (args.Length < 4)
        {
            throw new InvalidOperationException("Error: Not enough args.");
        }
        bool success = true;

        filename = args[0];
        success &= int.TryParse(args[1], out opCoin) && opCoin >= 0 && opCoin <= 12;
        success &= int.TryParse(args[2], out myCoin) && myCoin >= 0 && myCoin <= 12;

        cards = Card.ParseSymbols(args[3]);

        IEnumerable<char> validOutputArgs = args.Skip(4).Select(outputArg => outputArg.First());
        // Income and Surrenders on our turn include \n, we use chars below so don't include the newline, hence the call to .First().
        // Code below should be smart enough to also write a newline if necessary.

        validOutputs = Output.ParseSymbols(validOutputArgs);
        return success;
    }
}

internal sealed class Taxman
{
    private const string _OustedAsDukeFileName = "MyTotallyCoolStateFile.txt";
    private const string _OppClaimsContessaFileName = "OppClaimsContess.txt";
    private readonly Random _Rand = new Random();
    private readonly List<Card> _GiveUpPreferences = new List<Card> { Card.Duke, Card.Assassin, Card.Ambassador, Card.Contessa, Card.Captain };

    private double BaseProbabilityToChallenge => 0.1d;
    private bool _Written = false;
    private bool _MyTurn;
    private bool? _OustedAsDuke = null;
    private bool? _OppClaimsContessa = null;

    private string FileName { get; }
    private int OppCoin { get; }
    private int MyCoin { get; }
    private IEnumerable<Card> Cards { get; }
    private IEnumerable<Output> ValidOutputs { get; }
    private IEnumerable<Output> GameSoFar { get; }
    private int OppCardCount { get; }
    private int MyCardCount => Cards.Count();

    private int OppScore => (10 * OppCardCount) + OppCoin;
    private int MyScore => (10 * MyCardCount) + MyCoin;

    private bool OustedAsDuke
    {
        get
        {
            if (_OustedAsDuke.HasValue)
            {
                return _OustedAsDuke.Value;
            }
            else
            {
                if (string.IsNullOrWhiteSpace(File.ReadAllText(_OustedAsDukeFileName)))
                {
                    _OustedAsDuke = false;
                    return false;
                }
                else
                {
                    _OustedAsDuke = true;
                    return true;
                }
            }
        }
        set
        {
            File.WriteAllText(_OustedAsDukeFileName, value ? "Ousted" : string.Empty);
            _OustedAsDuke = value;
        }
    }

    private bool OppClaimsContessa
    {
        get
        {
            if (_OppClaimsContessa.HasValue)
            {
                return _OppClaimsContessa.Value;
            }
            else
            {
                if (string.IsNullOrWhiteSpace(File.ReadAllText(_OppClaimsContessaFileName)))
                {
                    _OppClaimsContessa = false;
                    return false;
                }
                else
                {
                    _OppClaimsContessa = true;
                    return true;
                }
            }
        }
        set
        {
            File.WriteAllText(_OppClaimsContessaFileName, value ? "Claimed" : string.Empty);
            _OppClaimsContessa = value;
        }
    }

    public Taxman(string fileName, int oppCoin, int myCoin, IEnumerable<Card> cards, IEnumerable<Output> validOutputs)
    {
        FileName = fileName; OppCoin = oppCoin; MyCoin = myCoin; Cards = cards; ValidOutputs = validOutputs;

        GameSoFar = ReadFile();

        //calculate how many cards the opponent has.
        int giveUps = GameSoFar.Count(output => output is GiveUp);
        int myGiveUps = 2 - MyCardCount;
        var oppGiveUps = giveUps - myGiveUps;
        OppCardCount = 2 - oppGiveUps;
    }

    public void DukeEm()
    {
        if (Cards.Skip(2).Any())
        {
            Exchange();
            Write(Output.EndTurn);
            return;
        }

        var prev = GameSoFar.LastOrDefault() ?? Output.EndTurn;
        if (prev == Output.EndTurn) // Income is I\n so shows up as an EndTurn
        {
            ChooseAction();
        }
        else if (prev == Action.ForeignAid)
        {
            if (!OustedAsDuke)
                Write(Block.Duke);
            else
                Write(Output.Pass);
        }
        else if (prev == Action.Coup)
        {
            GiveUpDecide();
        }
        else if (prev == ChallengeableAction.Exchange || prev == ChallengeableAction.Tax)
        {
            if (ShouldChallenge((ChallengeableAction)prev))
                Write(Output.Challenge);
            else
                Write(Output.Pass);
        }
        else if (prev == ChallengeableAction.Assassinate)
        {
            RespondToAssassinate();
        }
        else if (prev == ChallengeableAction.Steal)
        {
            RespondToSteal();
        }
        else if (prev == Block.Duke || prev == Block.Ambassador || prev == Block.Captain || prev == Block.Contessa)
        {
            Debug.Assert(prev == Block.Contessa, "We should never take an action that a different card would block.");

            if (ShouldChallenge((Block)prev))
                Write(Output.Challenge);
            else
            {
                Write(Output.EndTurn);
                OppClaimsContessa = true;
            }
        }
        else if (prev == Output.Pass)
        {
            Write(Output.EndTurn);
        }
        else if (prev == Output.Challenge)
        {
            var challengedOutput = (IChallengeable)GameSoFar.TakeLast(2).First();
            RespondToChallenge(challengedOutput);
        }
        else if (prev is Card)
        {
            GiveUpDecide();
        }
        else if (prev is GiveUp)
        {
            if (prev == GiveUp.Contessa)
                OppClaimsContessa = false;

            Write(Output.EndTurn);
        }
        else
        {
            Debug.Fail("Should have hit one of the conditions above.");
            WriteRandomValid();
        }
    }

    private void Exchange()
    {
        int handSize = MyCardCount - 2;
        var cardsToKeep = new List<Card>();
        var workingCards = Cards.ToList();

        while (cardsToKeep.Count < handSize)
        {
            if (!cardsToKeep.Contains(Card.Duke) && workingCards.Remove(Card.Duke))
                cardsToKeep.Add(Card.Duke);
            else if (!cardsToKeep.Contains(Card.Assassin) && !OppClaimsContessa && workingCards.Remove(Card.Assassin))
                cardsToKeep.Add(Card.Assassin);
            else if (!cardsToKeep.Contains(Card.Ambassador) && workingCards.Remove(Card.Ambassador))
                cardsToKeep.Add(Card.Ambassador);
            else if (!cardsToKeep.Contains(Card.Contessa) && workingCards.Remove(Card.Contessa))
                cardsToKeep.Add(Card.Contessa);
            else if (!cardsToKeep.Contains(Card.Captain) && workingCards.Remove(Card.Captain))
                cardsToKeep.Add(Card.Captain);
            else
            {
                cardsToKeep.Add(workingCards[0]);
                workingCards.RemoveAt(0);
            }
        }
        var keptCards = new string(cardsToKeep.Select(card => card.Symbol).ToArray());
        Console.WriteLine(keptCards);
    }

    private IEnumerable<Output> ReadFile()
    {
        var text = File.ReadAllText(FileName);

        // Check if we're at the start of the game, 1 character means our opponent went first.
        if (text == null || text.Length <= 1)
        {
            // Do any start up like creating a state file.
            Debug.Assert(MyCardCount == 2 && MyCoin == 1 && OppCoin == 1, "Should always start with 2 cards in hand and have 1 coin each.");
            using (File.Create(_OustedAsDukeFileName))
            using (File.Create(_OppClaimsContessaFileName))
            { ; }
        }

        var lastLine = text.Split('\n').LastOrDefault();
        _MyTurn = lastLine == null || lastLine.Length % 2 == 0;

        return Output.ParseSymbols(text);
    }

    private void ChooseAction()
    {
        if (MyCoin >= 3 && Cards.Contains(Card.Assassin))
        {
            // If we have the coins to assasinate and have the card to assasinate then go for it.
            Write(ChallengeableAction.Assassinate);
        }
        else if (MyCoin >= 7)
        {
            // If we have the coins to coup then go for it.
            Write(Action.Coup);
        }
        else if (Cards.Contains(Card.Ambassador) && !Cards.Contains(Card.Duke))
        {
            // If we don't /actually/ have a duke but we do have ambassador and can exchange into one, then try do that.
            Write(ChallengeableAction.Exchange);
            // TODO if we've exchanged multiple times already perhaps we should try something different?
        }
        else if (!OustedAsDuke)
        {
            // Take tax because We totally always have a duke.
            // Except if we've been previously challenged and shown to not have a duke, in which case exchange to get a new Duke.
            Write(ChallengeableAction.Tax);
        }
        else
        {
            Write(ChallengeableAction.Exchange);
            // Even if we don't find a duke from the exchange we can pretend that we did.
            OustedAsDuke = false;
        }
    }

    private void RespondToAssassinate()
    {
        if (Cards.Contains(Card.Contessa))
            Write(Block.Contessa);
        else if (MyCardCount <= 1)
        {
            // We will lose if we don't challenge or block.
            if (ShouldRandomChallenge(0.5d))
                Write(Output.Challenge);
            else
                Write(Block.Contessa);
        }
        else if (ShouldChallenge(ChallengeableAction.Assassinate))
            Write(Output.Challenge);
        else
            GiveUpDecide();
    }

    private void RespondToSteal()
    {
        // prefer to block with ambassador before captain.
        if (Cards.Contains(Card.Ambassador))
            Write(Block.Ambassador);
        else if (Cards.Contains(Card.Captain))
            Write(Block.Captain);
        else if (ShouldChallenge(ChallengeableAction.Steal))
            Write(Output.Challenge);
        else
            Write(Output.Pass);
        // TODO if opp is continually stealing we need to figure out who wins the race if we keep taking Tax.
    }

    private void RespondToChallenge(IChallengeable challengedAction)
    {
        if (Cards.Contains(challengedAction.RequiredCard))
            Write(challengedAction.RequiredCard);
        else
            GiveUpDecide();

        if (challengedAction == ChallengeableAction.Tax)
            OustedAsDuke = true;
    }

    private void GiveUpDecide()
    {
        Write(Cards.OrderBy(card => _GiveUpPreferences.IndexOf(card)).Last().GiveUp);

        if (_MyTurn)
            Write(Output.EndTurn);
    }

    private bool ShouldChallenge(IChallengeable prev)
    {
        // Never challenge if we're far enough ahead, always challenge if far enough behind
        if (MyScore > (OppScore + 7))
        {
            return false;
        }
        else if (MyScore < (OppScore - 10))
        {
            return true;
        }
        else
        {
            if (prev == ChallengeableAction.Assassinate)
                return ShouldRandomChallenge(BaseProbabilityToChallenge * 0.5d);
            else if (prev is Block)
                return ShouldRandomChallenge(BaseProbabilityToChallenge * 2d);
            else if (prev == ChallengeableAction.Tax && OppCoin >= 4 && MyCardCount <= 1 && (MyCoin < 7 || OppCardCount > 1))
                return true;
            else
                return ShouldRandomChallenge(BaseProbabilityToChallenge);
        }
    }

    private bool ShouldRandomChallenge(double prob)
    {
        return _Rand.NextDouble() < prob;
    }

    private void WriteRandomValid()
    {
        int index = _Rand.Next(0, ValidOutputs.Count());
        var randomOutput = ValidOutputs.ElementAt(index);
        Write(randomOutput);
    }

    private void Write(Output output)
    {
        Debug.Assert(!_Written || (_MyTurn && output == Output.EndTurn), "If we've already written a value we shouldn't be trying to write another.");
        Debug.Assert(ValidOutputs.Contains(output), "Should only be writing valid outputs to file.");

        File.AppendAllText(FileName, output.Symbol.ToString());
        _Written = true;
    }
}

[DebuggerDisplay("{Symbol}")]
internal class Output
{
    public static readonly Output Pass = new Output() { Symbol = 'p' };
    public static readonly Output Challenge = new Output() { Symbol = 'q' };
    public static readonly Output EndTurn = new Output() { Symbol = '\n' };

    private static readonly Output[] _BaseOutputs = new Output[3] { Pass, Challenge, EndTurn };

    protected Output() { }

    public static IEnumerable<Output> AllOutputs => ChallengeableAction.Actions.Concat(Block.Blocks.Concat(Card.Cards.Concat(GiveUp.GiveUps.Concat(_BaseOutputs))));

    public static IList<Output> ParseSymbols(IEnumerable<char> symbols)
    {
        var parsedOutputs = new List<Output>();
        foreach (var symbol in symbols)
        {
            if (symbol == '\r') continue; // newlines can show up as \r\n so need to skip the \r.
            var matchingOutput = AllOutputs.FirstOrDefault(output => output.Symbol == symbol);
            if (matchingOutput == null)
            {
                throw new InvalidOperationException($"Could not parse Output symbol: \"{symbol}\"");
            }
            parsedOutputs.Add(matchingOutput);
        }
        return parsedOutputs;
    }

    public char Symbol { get; protected set; }
}

internal sealed class Card : Output
{
    public static readonly Card Ambassador = new Card() { Symbol = '~', GiveUp = GiveUp.Ambassador, AvailableAction = ChallengeableAction.Exchange, AvalableBlock = Block.Ambassador };
    public static readonly Card Assassin = new Card() { Symbol = '^', GiveUp = GiveUp.Assassin, AvailableAction = ChallengeableAction.Assassinate };
    public static readonly Card Captain = new Card() { Symbol = '*', GiveUp = GiveUp.Captain, AvailableAction = ChallengeableAction.Steal, AvalableBlock = Block.Captain };
    public static readonly Card Contessa = new Card() { Symbol = '!', GiveUp = GiveUp.Contessa, AvalableBlock = Block.Contessa };
    public static readonly Card Duke = new Card() { Symbol = '$', GiveUp = GiveUp.Duke, AvailableAction = ChallengeableAction.Tax, AvalableBlock = Block.Duke };

    private static readonly Card[] _Cards = new Card[5] { Ambassador, Assassin, Captain, Contessa, Duke };

    private Card() { }

    public static IEnumerable<Card> Cards => _Cards;

    public GiveUp GiveUp { get; private set; }
    public ChallengeableAction AvailableAction { get; private set; }//=> ChallengeableAction.ChallengeableActions.SingleOrDefault(action => action.RequiredCard == this);
    public Block AvalableBlock { get; private set; }// => Block.Blocks.SingleOrDefault(block => block.RequiredCard == this);

    new public static IEnumerable<Card> ParseSymbols(IEnumerable<char> cardSymbols)
    {
        var parsedCards = new List<Card>();
        foreach (var symbol in cardSymbols)
        {
            var matchingCard = Cards.FirstOrDefault(card => card.Symbol == symbol);
            if (matchingCard == null) throw new InvalidOperationException($"Could not parse card symbol: {symbol}");
            parsedCards.Add(matchingCard);
        }
        return parsedCards;
    }
}

internal class Action : Output
{
    public static readonly Action Income = new Action() { Symbol = 'I' };
    public static readonly Action ForeignAid = new Action() { Symbol = 'F', BlockedBy = new Block[1] { Block.Duke } };
    public static readonly Action Coup = new Action() { Symbol = 'C' };

    protected Action() : base() { }

    public IEnumerable<Block> BlockedBy { get; protected set; } = new Block[0];
}

internal sealed class ChallengeableAction : Action, IChallengeable
{
    public static readonly ChallengeableAction Tax = new ChallengeableAction() { Symbol = 'T' };
    public static readonly ChallengeableAction Assassinate = new ChallengeableAction() { Symbol = 'A', BlockedBy = new Block[1] { Block.Contessa } };
    public static readonly ChallengeableAction Exchange = new ChallengeableAction() { Symbol = 'E' };
    public static readonly ChallengeableAction Steal = new ChallengeableAction { Symbol = 'S', BlockedBy = new Block[2] { Block.Ambassador, Block.Captain } };

    private static readonly Action[] _Actions = new Action[7] { Income, ForeignAid, Coup, Tax, Assassinate, Exchange, Steal };
    private static readonly ChallengeableAction[] _ChallengeableActions = new ChallengeableAction[4] { Tax, Assassinate, Exchange, Steal };

    private ChallengeableAction() : base() { }

    public static IEnumerable<Action> Actions => _Actions;
    public static IEnumerable<ChallengeableAction> ChallengeableActions => _ChallengeableActions;

    public Card RequiredCard => Card.Cards.Single(card => card.AvailableAction == this);
}

internal sealed class Block : Output, IChallengeable
{
    public static readonly Block Duke = new Block() { Symbol = 'd' };
    public static readonly Block Ambassador = new Block() { Symbol = 'a' };
    public static readonly Block Captain = new Block() { Symbol = 'c' };
    public static readonly Block Contessa = new Block() { Symbol = 's' };

    private static readonly Block[] _Blocks = new Block[4] { Ambassador, Captain, Contessa, Duke };

    private Block() : base() { }

    public static IEnumerable<Block> Blocks => _Blocks;

    public Card RequiredCard => Card.Cards.Single(card => card.AvalableBlock == this);
    public Action ActionBlocked => ChallengeableAction.Actions.Single(action => action.BlockedBy.Contains(this));
}

internal sealed class GiveUp : Output
{
    public static readonly GiveUp Ambassador = new GiveUp() { Symbol = '_' };
    public static readonly GiveUp Assassin = new GiveUp() { Symbol = '\'' };
    public static readonly GiveUp Captain = new GiveUp() { Symbol = '<' };
    public static readonly GiveUp Contessa = new GiveUp() { Symbol = '=' };
    public static readonly GiveUp Duke = new GiveUp() { Symbol = '0' };

    private static readonly GiveUp[] _GiveUps = new GiveUp[5] { Ambassador, Assassin, Captain, Contessa, Duke };

    private GiveUp() : base() { }

    public static IEnumerable<GiveUp> GiveUps => _GiveUps;

    public Card Card => Card.Cards.Single(card => card.GiveUp == this);
}

internal interface IChallengeable { Card RequiredCard { get; } }

란도 어그로 변호사

변호사와 마찬가지로 법적 일만합니다. 그러나 쿠데타를 암살하고, 어떤 행동을 무작위로 선택합니다 (도전시기).

#! /usr/bin/env python3
import sys
import random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]


def give_card():
    if "~" in mycards: # give up Ambassador
        return "_"
    if "!" in mycards: # give up Contessa
        return "="
    if "^" in mycards: # give up Assassin
        return "'"
    if "*" in mycards: # give up Captain
        return "<"
    return "0" # give up Duke


with open(filename, "r+") as history:
    line = "\n"
    for a in history:
        line = a # get the last line of the file
    print("{}, {}, {}, {}".format(line, othercoins, mycoins, mycards))
    if line.endswith("\n"): # it has an endline, eg this is a new action
        if int(mycoins) >= 7:
            history.write("C") # coup if I have to
        elif int(mycoins) >= 3 and "^" in mycards:
            history.write("A") # assassinate if I can
        elif "*" in mycards and int(othercoins) > 0:
            history.write("S") # steal if i can
        elif "$" in mycards:
            history.write("T") # tax if i can
        elif random.randint(0,1):
            history.write("F") # foreign aid 50% of the time
        else:
            history.write("I\n") # income
    elif line == "F": # they tried to foreign aid
        if "$" in mycards:
             history.write("d") # block if i can
        else:
             history.write("p")
    elif line == "C": # they coup, sad
        history.write(give_card())
    elif line == "E": # they Exchange
        if random.randint(0,1):
            history.write("q") # challenge 50% of the time
        else: 
            history.write("p") 
    elif line == "T": # they tax
        if random.randint(0,1):
            history.write("q") # challenge 50% of the time
        else: 
            history.write("p") 
    elif line == "A": # they assassinate
        if "!" in mycards:
            history.write("s") # block with contessa if i can
        elif random.randint(0,1):
            history.write("q") # challenge 50% of the time
        else: 
            history.write(give_card()) # otherwise give up a card
    elif line == "S": # they steal
        if "~" in mycards:
            history.write("a") # block with ambassador if i can
        elif "*" in mycards:
            history.write("c") # block with captain if i can
        elif random.randint(0,1):
            history.write("q") # challenge 50% of the time
        else:
            history.write("p")
    elif line.endswith("d") and random.randint(0,1): # they block my foreign aid
        history.write("q") # challenge 50% of the time
    elif line.endswith("a") and random.randint(0,1): # they block as ambassador
        history.write("q") # challenge 50% of the time
    elif line.endswith("c") and random.randint(0,1): # they block as captain
        history.write("q") # challenge 50% of the time
    elif line.endswith("s") and random.randint(0,1): # they block as contessa
        history.write("q") # challenge 50% of the time
    elif line.endswith("sq"): # they challenged my contessa block
        history.write("!") # reveal that i have contessa (no condition because i never lie block)
    elif line.endswith("aq"): # they challenge my Ambassador block
        history.write("~") # reveal that i have a captain (no condition because i never lie block)
    elif line.endswith("cq"): # they challenged my Captain block
        history.write("*") # reveal that I have a Captain (no condition because i never lie block)
    elif line.endswith("dq"): # they challenge my Duke block
        history.write("$") # reveal that I have a Duke (no condition because i never lie block)
    elif line.endswith("Tq"): # they challenge my Tax 
        history.write("$") # reveal that I have a Duke (no condition because i fake tax)
    elif line.endswith("Aq"): # they challenge my assassinate
        history.write("^") # reveal that I had an Assasin
    elif line.endswith("Sq"): # they challenge my steal
        history.write("*") # reveal that I have a Captain
    elif line[-1] in "~^*!$": # they respond to my challenge successfully
        history.write(give_card()) # give up card
        if line[-3] in "acds":
            history.write("\n")
    else:
        history.write("\n")
    history.seek(0)
    print("out")
    print(history.read())

마스크

마스크는 변장의 대가입니다. 그는 행동하거나 막을 때마다 교환함으로써 상대방이 자신의 카드를 추적하지 못하게합니다. 그의 승리 전략은 동전으로 3 개의 동전을 가져간 다음 암살하는 것입니다.

로 컴파일하고 go build mask.go로 실행하십시오 ./mask.

package main

import (
    "bytes"
    "io/ioutil"
    "os"
    "strconv"
    "strings"
)

var revealToPunishment = map[byte]byte{'~': '_', '^': '\'', '*': '<', '!': '=', '$': '0'}
var assertedCardMap = map[byte]byte{'A': '^', 'E': '~', 'S': '*', 'T': '$', 'a': '~', 'c': '*', 's': '!', 'd': '$'}

func actWithOneCard(file *os.File, coinCount int, ourCards string) {
    if coinCount >= 7 {
        file.WriteString("C")
    } else if ourCards == "$" {
        file.WriteString("T")
    } else {
        file.WriteString("I\n")
    }
}

func mostRecentClaim(lines [][]byte) byte {
    // If we blocked and were not challenged on the opponent's last turn, return
    // what we claimed to have in the block.
    opponentsLastTurn := lines[len(lines)-1]
    switch b := opponentsLastTurn[len(opponentsLastTurn)-1]; b {
    case 'a', 'c', 's', 'd':
        return b
    }
    // Otherwise, return the first character of our last turn.
    ourLastTurn := lines[len(lines)-2]
    return ourLastTurn[0]
}

func whatWePlanToDoNext(lines [][]byte, coinCount int) string {
    if len(lines) < 2 || mostRecentClaim(lines) == 'E' {
        if coinCount >= 3 {
            return "A"
        } else {
            return "T"
        }
    } else {
        return "E"
    }
}

func ourTurn(file *os.File, coinCount int, ourCards string, lines [][]byte) {
    if len(ourCards) == 1 {
        actWithOneCard(file, coinCount, ourCards)
        return
    }
    file.WriteString(whatWePlanToDoNext(lines, coinCount))
}

func handleChallenge(file *os.File, ourCards string, lines [][]byte) {
    lastLine := lines[len(lines)-1]
    attemptedAction := lastLine[len(lastLine)-2]
    assertedCard := assertedCardMap[attemptedAction]
    for i := range ourCards {
        if ourCards[i] == assertedCard && ourCards[i] != '\x00' {
            file.Write([]byte{assertedCard})
            return
        }
    }
    cardToGiveUp := giveUpCard(ourCards)
    file.Write([]byte{revealToPunishment[cardToGiveUp]})
    switch attemptedAction {
    case 'a', 'c', 'd', 's':
    default:
        file.WriteString("\n")
    }
}

func giveUpCard(ourCards string) byte {
    // If we have a Duke, give up the other card.
    if dukeIndex := strings.Index(ourCards, "$"); -1 < dukeIndex && len(ourCards) == 2 {
        return ourCards[(dukeIndex+1)%2]
    }
    return ourCards[0]
}

func main() {
    filename := os.Args[1]
    coinCount, _ := strconv.Atoi(os.Args[3])
    ourCards := os.Args[4]
    file, _ := os.OpenFile(filename, os.O_RDWR, 0755)
    defer file.Close()

    rawBytes, _ := ioutil.ReadAll(file)
    lines := bytes.Split(rawBytes, []byte{'\n'})
    if len(lines[len(lines)-1]) == 0 {
        lines = lines[:len(lines)-1]
    }
    if len(rawBytes) == 0 {
        file.WriteString("T")
        return
    }
    // Exchange. Prioritize Ambassador, Duke, Assassin.
    if len(ourCards) > 2 {
        var has_ambassador, has_duke, has_assassin bool
        var keptCards string
        for len(ourCards) > 2 {
            var i int
            if i = strings.Index(ourCards, "~"); !has_ambassador && i > -1 {
                keptCards += "~"
                has_ambassador = true
                ourCards = ourCards[:i] + ourCards[i+1:]
            } else if i = strings.Index(ourCards, "$"); !has_duke && i > -1 {
                keptCards += "$"
                has_duke = true
                ourCards = ourCards[:i] + ourCards[i+1:]
            } else if i = strings.Index(ourCards, "^"); !has_assassin && i > -1 {
                keptCards += "^"
                has_assassin = true
                ourCards = ourCards[:i] + ourCards[i+1:]
            } else {
                keptCards += ourCards[:1]
                ourCards = ourCards[1:]
            }
        }
        ourCards = keptCards
        os.Stdout.WriteString(ourCards)
    }
    switch rawBytes[len(rawBytes)-1] {
    case '\n':
        ourTurn(file, coinCount, ourCards, lines)
    // Opponent Couped us. Give up a card.
    case 'C':
        file.Write([]byte{revealToPunishment[giveUpCard(ourCards)]})
    // Opponent blocked, or we Assassinated/Couped them. End our turn.
    case 'a', 'c', 'd', 's', 'p', '_', '\'', '<', '=', '0':
        file.WriteString("\n")
    case 'q':
        handleChallenge(file, ourCards, lines)
    // Opponent did something blockable, block it.
    case 'F':
        file.WriteString("d")
    case 'A':
        file.WriteString("s")
    case 'S':
        if strings.Contains(ourCards, "*") {
            file.WriteString("c")
        } else {
            file.WriteString("a")
        }
    // Opponent took some other action. Let it pass.
    default:
        file.WriteString("p")
    }
}

노름꾼

도박꾼은 다방면에 전략을 가지고 있지만 자신의 승리 전략에서 상황을 설명하지 않으면 자신의 직감을 신뢰합니다. 그는 가능한 한 많이 훔치고 쿠데타 / 암살을 시도합니다.

Python3으로 작성 :

import sys
import random
import time

random.seed(time.time())  # lets keep it rather random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legal_actions = sys.argv[5:]

othercoins = int(othercoins)
mycoins = int(mycoins)

income = 'I\n'

foreign_aid, coup, exchange, tax, assassinate, steal, block_aid, \
block_steal_amb, block_steal_cap, block_assassinate, \
pass_challange, do_challenge = "FCETASdacspq"


loosing_actions = "_'<=0"
loose_ambassador, loose_assassin, loose_captain, loose_contessa, loose_duke = loosing_actions
have_ambassador, have_assassin, have_captain, \
have_contessa, have_duke = "~^*!$"

actions_dict = {
    exchange: loose_ambassador, tax: loose_duke, assassinate: loose_assassin, steal: loose_captain,
    block_aid: loose_duke, block_steal_amb: loose_ambassador, block_steal_cap: loose_captain, block_assassinate: loose_contessa
}


def guess_opponents_hand():
    # get number of each card still in play and not in hand
    card_counts = [3] * 5
    card_give_up = list("_'<=0")
    with open(filename, 'r') as history:
        while True:
            line = history.readline()
            if not line:
                break
            for card in card_give_up:
                if card in line:
                    card_counts[card_give_up.index(card)] -= 1

    have_cards = list("~^*!$")

    if sum(card_counts) == 15:
        num_cards = 2
    elif sum(card_counts) == 14:
        if len(mycards) == 1:
            num_cards = 2
        else:
            num_cards = 1
    else:
        num_cards = 1

    for card in mycards:
        card_counts[have_cards.index(card)] -= 1

    # randomly sample a hand for the opponent
    card_1 = sample_from_probabilities([i / sum(card_counts) for i in card_counts], card_give_up)
    if num_cards == 1:
        return card_1
    card_counts[card_give_up.index(card_1)] -= 1
    return card_1 + sample_from_probabilities([i / sum(card_counts) for i in card_counts], card_give_up)


def sample_from_probabilities(success_probabilities, actions):
    # weighted random
    return random.choices(actions, success_probabilities)[0]

def get_prev_char(line, x=1):
    try:
        return line[-1*x]
    except:
        return ""


def get_prev_line(lines):
    try:
        return lines[-2]
    except:
        return []


def give_card(not_swap=True):
    if have_ambassador in mycards:  # give up Ambassador
        return loose_ambassador if not_swap else have_ambassador
    if have_contessa in mycards:  # give up Contessa
        return loose_contessa if not_swap else have_contessa
    if have_assassin in mycards:  # give up Assassin
        return loose_assassin if not_swap else have_assassin
    if have_duke in mycards:  # give up duke
        return loose_duke if not_swap else have_duke
    return loose_captain if not_swap else have_captain  # give up captain


action = legal_actions[0]  # failsafe
with open(filename, 'r') as file:
    all_lines = file.readlines()
    try:
        curr_line = all_lines[-1]
    except IndexError:
        curr_line = ""

obvious_actions = ['C', '~', '^', '*', '!', '$']  # borrowed from Brilliand
obvious = list(set(obvious_actions).intersection((set(legal_actions))))


otherhand = guess_opponents_hand()


# take care of easy choices
if obvious:
    action = coup if coup in obvious else obvious[0]
elif len(set(list(loosing_actions)).intersection(set(legal_actions))) == len(set(legal_actions)):
    action = give_card()
elif len(set([i+'\n' for i in list(loosing_actions)]).intersection(set(legal_actions))) == len(set(legal_actions)):
    action = give_card() + '\n'
elif len(legal_actions) == 1:
    action = legal_actions[0]
elif assassinate in legal_actions and have_assassin in mycards:  # if we can legally assassinate, we try to
    action = assassinate
elif steal in legal_actions and othercoins > 1 and have_captain in mycards:  # we steal when we can or have to prevent a killing coup
    action = steal
elif steal in legal_actions and 7 <= othercoins <= 8 and len(mycards) == 1 and have_assassin not in mycards:
    action = steal
elif block_assassinate in legal_actions and have_contessa in mycards:
    action = block_assassinate
elif block_aid in legal_actions and have_duke in mycards:
    action = block_aid
elif block_steal_cap in legal_actions and have_captain in mycards:
    action = block_steal_cap
elif block_steal_amb in legal_actions and have_ambassador in mycards:
    action = block_steal_amb
elif tax in legal_actions and have_duke in mycards:
    action = tax
elif foreign_aid in legal_actions and foreign_aid in get_prev_line(all_lines):  # opponent wouldn't foreign aid with a duke
    action = foreign_aid
elif block_aid in legal_actions:
    if loose_duke not in otherhand and len(mycards) > 1:
        action = block_aid
    else:
        action = pass_challange if pass_challange in legal_actions else "\n"


elif do_challenge in legal_actions:
    no_challenge = pass_challange if pass_challange in legal_actions else "\n"
    action = do_challenge if len(mycards) > 1 else no_challenge  # failsafe
    if get_prev_char(curr_line) == block_aid and (not loose_duke in otherhand or len(mycards) > 1):  # we don't think opponent has a duke
        action = do_challenge
    elif get_prev_char(curr_line) == exchange:
        action = pass_challange
    elif block_assassinate in legal_actions:
        if len(mycards) == 1:
            if loose_assassin in otherhand and loose_contessa not in otherhand:
                action = block_assassinate
            elif loose_assassin not in otherhand:
                action = do_challenge
            else:
                action = random.choice([block_assassinate, do_challenge])
        else:
            action = give_card()
    elif block_steal_amb in legal_actions:
        if len(mycards) > 1 and 7 <= mycoins <= 8:
            if loose_captain in otherhand:
                probs = [0.4, 0.4, 0.2]
            else:
                probs = [0.2, 0.2, 0.6]

            action = sample_from_probabilities(probs, [block_steal_amb, block_steal_cap, do_challenge])
        elif len(mycards) == 1 and len(otherhand) == 1 and 7 <= mycoins <= 8:
            action = do_challenge  # worth the risk if we defend a winning move
        else:
            action = do_challenge if len(mycards) > 1 else pass_challange  # failsafe
            # go with default

    elif get_prev_char(curr_line) == tax and loose_duke not in otherhand and len(mycards) > 1:
        action = do_challenge
    elif get_prev_char(curr_line) == exchange:
        action = pass_challange
    elif get_prev_char(curr_line) in {block_steal_cap, block_steal_amb, block_aid, block_assassinate}:
        if get_prev_char(curr_line) == block_aid:
            action = do_challenge
        elif get_prev_char(curr_line) == block_assassinate:
            if len(otherhand) == 1 and loose_contessa not in otherhand:
                action = do_challenge
        elif get_prev_char(curr_line) == block_steal_amb:
            action = pass_challange if pass_challange in legal_actions else "\n"

# other choices shall be weighted random choices
elif len(set(legal_actions).intersection({assassinate, steal, tax, income, exchange})) >= 3:
    # decide between aggro ass, aggro steal, aggro Tax, Income, Exchange
    assumed_values = [(assassinate in legal_actions) * (loose_assassin not in otherhand) * 0.1 * len(mycards) * (len(otherhand) - 1) * (mycoins >= 3),
                      (othercoins > 1) * ((othercoins > 5 * 0.3) + othercoins * 0.05) * (len(mycards) - 1) * (loose_ambassador not in otherhand),
                      0.1 * (loose_duke not in otherhand) * (len(mycards) - 1)**(len(otherhand) - 1),
                      0.3,
                      (have_ambassador in mycards) * 0.5/len(mycards)
                      ]
    normalized_probs = [float(i) / sum(assumed_values) for i in assumed_values]
    actions = [assassinate, steal, tax, income, exchange]
    action = sample_from_probabilities(normalized_probs, actions)
elif get_prev_char(curr_line) == do_challenge or get_prev_char(curr_line) == coup:
    # we lost a challenge or coup
    card = give_card()
    action = card if card in legal_actions else action
else:
    # We missed a case. This shouldn't happen. Please tell me so I can fix it!
    # Note: A failsafe always taking a legal action is in place, so please comment out the error raising after telling me :)
    raise RuntimeError("Please tell me this happened, give me the history file, comment out this line, "
                       "and replay. THANKS!")
    pass

with open(filename, "a") as history:
    history.write(str(action))

if len(mycards) > 2:
    mycards = mycards.replace(give_card(False), "", 1)
    mycards = mycards.replace(give_card(False), "", 1)
    print(mycards)

통계 학자

도박꾼과 마찬가지로 자신의 승리 전략을 알고 있지만, 확률을 무작위로 추출하는 대신 항상 최대 확률을 신뢰합니다.

import sys
import random
import time

random.seed(time.time())  # lets keep it rather random

_, filename, othercoins, mycoins, mycards = sys.argv[:5]
legal_actions = sys.argv[5:]

othercoins = int(othercoins)
mycoins = int(mycoins)

income = 'I\n'

foreign_aid, coup, exchange, tax, assassinate, steal, block_aid, \
block_steal_amb, block_steal_cap, block_assassinate, \
pass_challange, do_challenge = "FCETASdacspq"


loosing_actions = "_'<=0"
loose_ambassador, loose_assassin, loose_captain, loose_contessa, loose_duke = loosing_actions
have_ambassador, have_assassin, have_captain, \
have_contessa, have_duke = "~^*!$"

actions_dict = {
    exchange: loose_ambassador, tax: loose_duke, assassinate: loose_assassin, steal: loose_captain,
    block_aid: loose_duke, block_steal_amb: loose_ambassador, block_steal_cap: loose_captain, block_assassinate: loose_contessa
}


def guess_opponents_hand():
    # get number of each card still in play and not in hand
    card_counts = [3] * 5
    card_give_up = list("_'<=0")
    with open(filename, 'r') as history:
        while True:
            line = history.readline()
            if not line:
                break
            for card in card_give_up:
                if card in line:
                    card_counts[card_give_up.index(card)] -= 1

    have_cards = list("~^*!$")

    if sum(card_counts) == 15:
        num_cards = 2
    elif sum(card_counts) == 14:
        if len(mycards) == 1:
            num_cards = 2
        else:
            num_cards = 1
    else:
        num_cards = 1

    for card in mycards:
        card_counts[have_cards.index(card)] -= 1

    # randomly sample a hand for the opponent
    card_1 = sample_from_probabilities([i / sum(card_counts) for i in card_counts], card_give_up)
    if num_cards == 1:
        return card_1
    card_counts[card_give_up.index(card_1)] -= 1
    return card_1 + sample_from_probabilities([i / sum(card_counts) for i in card_counts], card_give_up)


def sample_from_probabilities(success_probabilities, actions):
    # statistical max, decide randomly on equivalent probabilities
    max_prob = max(success_probabilities)
    indicies = []
    idx = 0
    for i in success_probabilities:
        if i == max_prob:
            indicies.append(idx)
        idx += 1
    choice = random.choice(indicies)
    return actions[choice]


def get_prev_char(line, x=1):
    try:
        return line[-1*x]
    except:
        return ""


def get_prev_line(lines):
    try:
        return lines[-2]
    except:
        return []


def give_card(not_swap=True):
    if have_ambassador in mycards:  # give up Ambassador
        return loose_ambassador if not_swap else have_ambassador
    if have_contessa in mycards:  # give up Contessa
        return loose_contessa if not_swap else have_contessa
    if have_assassin in mycards:  # give up Assassin
        return loose_assassin if not_swap else have_assassin
    if have_duke in mycards:  # give up duke
        return loose_duke if not_swap else have_duke
    return loose_captain if not_swap else have_captain  # give up captain


action = legal_actions[0]  # failsafe
with open(filename, 'r') as file:
    all_lines = file.readlines()
    try:
        curr_line = all_lines[-1]
    except IndexError:
        curr_line = ""

obvious_actions = ['C', '~', '^', '*', '!', '$']  # borrowed from Brilliand
obvious = list(set(obvious_actions).intersection((set(legal_actions))))


otherhand = guess_opponents_hand()


# take care of easy choices
if obvious:
    action = coup if coup in obvious else obvious[0]
elif len(set(list(loosing_actions)).intersection(set(legal_actions))) == len(set(legal_actions)):
    action = give_card()
elif len(set([i+'\n' for i in list(loosing_actions)]).intersection(set(legal_actions))) == len(set(legal_actions)):
    action = give_card() + '\n'
elif len(legal_actions) == 1:
    action = legal_actions[0]
elif assassinate in legal_actions and have_assassin in mycards:  # if we can legally assassinate, we try to
    action = assassinate
elif steal in legal_actions and othercoins > 1 and have_captain in mycards:  # we steal when we can or have to prevent a killing coup
    action = steal
elif steal in legal_actions and 7 <= othercoins <= 8 and len(mycards) == 1 and have_assassin not in mycards:
    action = steal
elif block_assassinate in legal_actions and have_contessa in mycards:
    action = block_assassinate
elif block_aid in legal_actions and have_duke in mycards:
    action = block_aid
elif block_steal_cap in legal_actions and have_captain in mycards:
    action = block_steal_cap
elif block_steal_amb in legal_actions and have_ambassador in mycards:
    action = block_steal_amb
elif tax in legal_actions and have_duke in mycards:
    action = tax
elif foreign_aid in legal_actions and foreign_aid in get_prev_line(all_lines):  # opponent wouldn't foreign aid with a duke
    action = foreign_aid
elif block_aid in legal_actions:
    if loose_duke not in otherhand and len(mycards) > 1:
        action = block_aid
    else:
        action = pass_challange if pass_challange in legal_actions else "\n"


elif do_challenge in legal_actions:
    no_challenge = pass_challange if pass_challange in legal_actions else "\n"
    action = do_challenge if len(mycards) > 1 else no_challenge  # failsafe
    if get_prev_char(curr_line) == block_aid and (not loose_duke in otherhand or len(mycards) > 1):  # we don't think opponent has a duke
        action = do_challenge
    elif get_prev_char(curr_line) == exchange:
        action = pass_challange
    elif block_assassinate in legal_actions:
        if len(mycards) == 1:
            if loose_assassin in otherhand and loose_contessa not in otherhand:
                action = block_assassinate
            elif loose_assassin not in otherhand:
                action = do_challenge
            else:
                action = random.choice([block_assassinate, do_challenge])
        else:
            action = give_card()
    elif block_steal_amb in legal_actions:
        if len(mycards) > 1 and 7 <= mycoins <= 8:
            if loose_captain in otherhand:
                probs = [0.4, 0.4, 0.2]
            else:
                probs = [0.2, 0.2, 0.6]

            action = sample_from_probabilities(probs, [block_steal_amb, block_steal_cap, do_challenge])
        elif len(mycards) == 1 and len(otherhand) == 1 and 7 <= mycoins <= 8:
            action = do_challenge  # worth the risk if we defend a winning move
        else:
            action = do_challenge if len(mycards) > 1 else pass_challange  # failsafe
            # go with default

    elif get_prev_char(curr_line) == tax and loose_duke not in otherhand and len(mycards) > 1:
        action = do_challenge
    elif get_prev_char(curr_line) == exchange:
        action = pass_challange
    elif get_prev_char(curr_line) in {block_steal_cap, block_steal_amb, block_aid, block_assassinate}:
        if get_prev_char(curr_line) == block_aid:
            action = do_challenge
        elif get_prev_char(curr_line) == block_assassinate:
            if len(otherhand) == 1 and loose_contessa not in otherhand:
                action = do_challenge
        elif get_prev_char(curr_line) == block_steal_amb:
            action = pass_challange if pass_challange in legal_actions else "\n"

# other choices shall be weighted random choices
elif len(set(legal_actions).intersection({assassinate, steal, tax, income, exchange})) >= 3:
    # decide between aggro ass, aggro steal, aggro Tax, Income, Exchange
    assumed_values = [(assassinate in legal_actions) * (loose_assassin not in otherhand) * 0.1 * len(mycards) * (len(otherhand) - 1) * (mycoins >= 3),
                      (othercoins > 1) * ((othercoins > 5 * 0.3) + othercoins * 0.05) * (len(mycards) - 1) * (loose_ambassador not in otherhand),
                      0.1 * (loose_duke not in otherhand) * (len(mycards) - 1)**(len(otherhand) - 1),
                      0.3,
                      (have_ambassador in mycards) * 0.5/len(mycards)
                      ]
    normalized_probs = [float(i) / sum(assumed_values) for i in assumed_values]
    actions = [assassinate, steal, tax, income, exchange]
    action = sample_from_probabilities(normalized_probs, actions)
elif get_prev_char(curr_line) == do_challenge or get_prev_char(curr_line) == coup:
    # we lost a challenge or coup
    card = give_card()
    action = card if card in legal_actions else action
else:
    # We missed a case. This shouldn't happen. Please tell me so I can fix it!
    # Note: A failsafe always taking a legal action is in place, so please comment out the error raising after telling me :)
    raise RuntimeError("Please tell me this happened, give me the history file, comment out this line, "
                       "and replay. THANKS!")
    pass

with open(filename, "a") as history:
    history.write(str(action))

if len(mycards) > 2:
    mycards = mycards.replace(give_card(False), "", 1)
    mycards = mycards.replace(give_card(False), "", 1)
    print(mycards)