File size: 8,849 Bytes
dc15a10 | 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 | def Translate(data):
for msg in data:
return msg
tiles_tenhou: dict[str, int] = {
'1m': 0, '2m': 1, '3m': 2, '4m': 3, '5m': 4, '5mr': 34, '6m': 5, '7m': 6, '8m': 7, '9m': 8,
'1p': 9, '2p': 10, '3p': 11, '4p': 12, '5p': 13, '5pr': 35, '6p': 14, '7p': 15, '8p': 16, '9p': 17,
'1s': 18, '2s': 19, '3s': 20, '4s': 21, '5s': 22, '5sr': 36, '6s': 23, '7s': 24, '8s': 25, '9s': 26,
'E': 27, 'S': 28, 'W': 29, 'N': 30, 'P': 31, 'F': 32, 'C': 33
}
def TileName(tile_id):
if tile_id not in tiles_tenhou:
return tile_id
return [
'1m', '2m', '3m', '4m', '5m', '6m', '7m', '8m', '9m',
'1p', '2p', '3p', '4p', '5p', '6p', '7p', '8p', '9p',
'1s', '2s', '3s', '4s', '5s', '6s', '7s', '8s', '9s',
# '东', '南', '西', '北', '白', '发', '中',
'1z', '2z', '3z', '4z', '5z', '6z', '7z',
'0m', '0p', '0s'
][tiles_tenhou[tile_id]]
def Dir(who, seat=0):
if who == seat:
return '自家'
if who == (seat + 1) % 4:
return '下家'
if who == (seat + 2) % 4:
return '对家'
return '上家'
NUKI_CN = {'chi': '吃', 'pon': '碰',
'kakan': '杠', 'ankan': '杠',
'daiminkan': '杠'}
NUKI_JP = {'chi': 'チー', 'pon': 'ポン',
'kakan': 'カン', 'ankan': 'カン',
'daiminkan': 'カン'}
def ScoreList(msg, seat=0, is3p=False):
return '，'.join(Dir(i, seat) + ' ' + str(x) for i, x in enumerate(msg['scores'][0:3 if is3p else 4]))
def TranslateSingle(msg, seat=0):
action = msg['type']
if action == 'start_kyoku':
bakaze = msg['bakaze']
return ('东南西北'['ESWN'.index(bakaze)] +
' ' + str(msg['kyoku']) + ' 局' +
' ' + str(msg['honba']) + ' 本场，宝牌指示牌 ' +
TileName(msg['dora_marker']) + '\n' +
ScoreList(msg, seat))
elif action == 'nukidora':
return Dir(msg['actor'], seat) + '拔北'
elif action == 'tsumo':
return Dir(msg['actor'], seat) + '摸牌 ' + TileName(msg['pai'])
elif action == 'dahai':
return Dir(msg['actor'], seat) + ('摸切' if msg['tsumogiri'] else '手切') + ' ' + TileName(msg['pai'])
elif action in NUKI_CN:
return (Dir(msg['actor'], seat) + NUKI_CN[action]
+ ('' if action not in ('chi', 'peng') else ' ' + (' '.join([TileName(x) for x in msg['consumed']]))))
elif action == 'reach':
return Dir(msg['actor'], seat) + '宣告立直'
elif action == 'reach_accepted':
return Dir(msg['actor'], seat) + '立直成功'
elif action == 'dora':
return '新宝牌指示牌：' + TileName(msg['dora_marker'])
elif action == 'hora':
return '和牌' #，新分数列表：' + ScoreList(msg, seat)
elif action == 'ryukyoku':
return '流局'
elif action == 'none':
return '跳过'
else:
return str(msg)
def TranslateSingleRaw(msg, seat=0, is3p=False):
action = msg['type']
if action == 'start_kyoku':
bakaze = msg['bakaze']
return ('东南西北'['ESWN'.index(bakaze)] +
' ' + str(msg['kyoku']) + ' 局' +
' ' + str(msg['honba']) + ' 本场，' + ScoreList(msg, seat, is3p))
elif action == 'nukidora':
return Dir(msg['actor'], seat) + '拔北'
elif action == 'tsumo':
return Dir(msg['actor'], seat) + '自摸|' + TileName(msg['pai'])
elif action == 'dahai':
return Dir(msg['actor'], seat) + '打|' + TileName(msg['pai'])
elif action in NUKI_CN:
return (Dir(msg['actor'], seat) + NUKI_CN[action] +
'|' + TileName(msg['pai'])
+ ('' if action not in ('chi', 'peng') else '|' + ('|'.join([TileName(x) for x in msg['consumed']]))))
elif action == 'reach':
return Dir(msg['actor'], seat) + '立直'
elif action == 'reach_accepted':
return Dir(msg['actor'], seat) + '宣告立直'
elif action == 'dora':
return '新宝牌指示牌：' + TileName(msg['dora_marker'])
elif action == 'hora':
return '和'
elif action == 'ryukyoku':
return '流局'
elif action == 'none':
return '跳过'
else:
return str(msg)
if __name__ == '__main__':
true = True
false = False
data = [{"type": "start_kyoku", "bakaze": "E", "kyoku": 3, "honba": 0, "kyotaku": 0, "oya": 2, "dora_marker": "9m", "scores": [37000, 19000, 49000, 0], "tehais": [["4p", "9m", "E", "1m", "2s", "P", "4p", "W", "9s", "5s", "1m", "8p", "1m"], ["?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?"], ["?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?"], ["?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?", "?"]]}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "9m", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "N"}, {"type": "nukidora", "actor": 0, "pai": "N"}, {"type": "tsumo", "actor": 0, "pai": "9s"}, {"type": "dahai", "actor": 0, "pai": "9m", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "4s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "W", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "2p"}, {"type": "dahai", "actor": 0, "pai": "W", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "6s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "C", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "9m"}, {"type": "dahai", "actor": 0, "pai": "9m", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "9s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "7s", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "9s"}, {"type": "dahai", "actor": 0, "pai": "E", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "9p", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "7s", "tsumogiri": false}, {"type": "tsumo", "actor": 0, "pai": "1p"}, {"type": "dahai", "actor": 0, "pai": "P", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "4s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "8s", "tsumogiri": false}, {"type": "tsumo", "actor": 0, "pai": "8s"}, {"type": "dahai", "actor": 0, "pai": "8s", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "4p", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "E", "tsumogiri": false}, {"type": "tsumo", "actor": 0, "pai": "N"}, {"type": "nukidora", "actor": 0, "pai": "N"}, {"type": "tsumo", "actor": 0, "pai": "3s"}, {"type": "dahai", "actor": 0, "pai": "5s", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "E", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "1m", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "8p"}, {"type": "dahai", "actor": 0, "pai": "1p", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "1s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "5p", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "6p"}, {"type": "dahai", "actor": 0, "pai": "2p", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "6s", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "9p", "tsumogiri": true}, {"type": "tsumo", "actor": 0, "pai": "8p"}, {"type": "reach", "actor": 0}, {"type": "dahai", "actor": 0, "pai": "6p", "tsumogiri": true}, {"type": "reach_accepted", "actor": 0, "deltas": [-1000, 0, 0, 0], "scores": [36000, 19000, 49000, 0]}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "7p", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "C", "tsumogiri": false}, {"type": "tsumo", "actor": 0, "pai": "C"}, {"type": "dahai", "actor": 0, "pai": "C", "tsumogiri": true}, {"type": "tsumo", "actor": 1, "pai": "?"}, {"type": "dahai", "actor": 1, "pai": "6p", "tsumogiri": false}, {"type": "tsumo", "actor": 2, "pai": "?"}, {"type": "dahai", "actor": 2, "pai": "1s", "tsumogiri": true}]
for x in data:
print(TranslateSingle(x))
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