async def deepl(*attrs, kwargs={}):
"""向deepl发送烤肉请求，注意一段时间内请求过多会被ban
用法：
#deepl <源语言> <目标语言> <待翻译文本>
也可以订阅快速翻译（碰到英文句子即触发）：
#deepl --q
或：
#deepl --q=[目标语言*]
* 目标语言为以下中的一种，默认为ZH
"DE" - German
"EN" - English
"FR" - French
"IT" - Italian
"JA" - Japanese
"ES" - Spanish
"NL" - Dutch
"PL" - Polish
"PT" - Portuguese (all Portuguese varieties mixed)
"RU" - Russian
"ZH" - Chinese
同传模式（每句都触发）：
#deepl ="""
player = getPlayer(**kwargs)
if ' '.join(attrs) in GLOBAL.unsubscribes or ' '.join(
attrs[2:]) in GLOBAL.unsubscribes:
removeSniffer(player, '#deepl')
return [Plain('我住嘴了')]
if '-q' in kwargs or '-quick' in kwargs:
tr = kwargs.get('-q', kwargs.get('-quick', 'ZH'))
if not tr: tr = 'ZH'
tr = tr.upper()
overwriteSniffer(
player, '#deepl',
r'''^((?![^\x00-\xff]).)*[a-zA-Z]+((?![^\x00-\xff]).)*$''', 'EN',
tr)
return [Plain(f'快速翻译启动,结束打E')]
if len(attrs) > 2:
if attrs[2] == '=':
overwriteSniffer(player, '#deepl', '.*', attrs[0], attrs[1])
return [Plain(f'同传模式启动（{attrs[0]}=>{attrs[1]},结束打E）')]
return [
Plain(text=deepl_translate(
l1=attrs[0], l2=attrs[1], src=' '.join(attrs[2:])))
]
else:
return [Plain(text='原谅我不知道你在说什么（')]
async def 答案之书en(*attrs, kwargs={}):
'向答案之书（英文）提问（答非所问（问就是自己解决（不会真的有人认为答案之书有用吧？不会吧不会吧？'
player = getPlayer(**kwargs)
if attrs:
if attrs[-1] in ('sub', 'sniff'):
overwriteSniffer(player, '#答案之书en', r'\?')
appendSniffer(player, '#答案之书en', r'\？')
appendSniffer(player, '#答案之书en', r'¿')
appendSniffer(player, '#答案之书en', r'吗')
appendSniffer(player, '#答案之书en', r'怎么')
appendSniffer(player, '#答案之书en', r'如何')
appendSniffer(player, '#答案之书en', r'为什么')
return [Plain('【book of answers】sniff mode on')]
elif attrs[-1] in GLOBAL.unsubscribes:
removeSniffer(player, '#答案之书en')
return [Plain('【book of answers】sniff mode off')]
dynamic_answers = [f"http://iwo.im/?q={quote(' '.join(attrs))}"]
ans = random.choice(book_of_answers_en + dynamic_answers)
return [Plain(ans.strip())]
async def 百度翻译(*attrs, kwargs={}):
player = getPlayer(**kwargs)
if ' '.join(attrs) in GLOBAL.unsubscribes or ' '.join(
attrs[2:]) in GLOBAL.unsubscribes:
removeSniffer(player, '#bkr')
return [Plain('我住嘴了')]
if '-q' in kwargs or '-quick' in kwargs:
tr = kwargs.get('-q', kwargs.get('-quick', 'zh'))
if not tr: tr = 'zh'
overwriteSniffer(
player, '#bkr',
r'''^((?![^\x00-\xff]).)*[a-zA-Z]+((?![^\x00-\xff]).)*$''', 'en',
tr)
return [Plain(f'快速翻译启动，结束打E')]
if len(attrs) > 2:
if attrs[2] == '=':
overwriteSniffer(player, '#bkr', '.*', attrs[0], attrs[1])
return [Plain(f'同传模式启动（{attrs[0]}=>{attrs[1]},结束打E）')]
return [
Plain(text=BDtranslate([attrs[0], attrs[1], ' '.join(attrs[2:])]))
]
else:
return [Plain(text='原谅我不知道你在说什么（\n')]
async def asobi2048(*attrs, kwargs={}):
player = getPlayer(**kwargs)
f = False
n = 4
if not attrs:
return [Plain('想玩2048的话请像 #2048 w 这样写')]
if not os.path.exists('2048/'):
os.mkdir('2048/')
try:
if attrs[0] == 'init':
try:
n = int(attrs[1])
if n < 2 or n > 8:
return [Plain(text='棋盘矩阵只能要2~8阶，太小你玩不了太大我发不了= =')]
except:
pass
raise NameError('2048RESET')
grids = numpy.loadtxt(f'2048/{player}mat.txt')
n = len(grids)
except:
grids = numpy.array([[0 for _ in range(n)] for __ in range(n)])
grids[random.randint(0, n - 1)][random.randint(
0, n - 1)] = random.randint(1, 2) * 2
movedGrids = set()
if attrs[0] in ('上', 'W', 'w', 'ue'):
for i in range(n):
for j in range(1, n):
if grids[j][i]:
for k in range(j - 1, -1, -1):
if grids[k][i] != 0:
if grids[j][i] == grids[k][i] and (
k, i) not in movedGrids: # 合成
grids[k][i] *= 2
grids[j][i] = 0
f = True
movedGrids.add((k, i))
elif k + 1 != j:
grids[k + 1][i] = grids[j][i] # 移位
grids[j][i] = 0
f = True
break
if k == 0: # 特判移位
grids[k][i] = grids[j][i]
grids[j][i] = 0
f = True
elif attrs[0] in ('下', 'S', 's', 'shita'):
for i in range(n):
for j in range(n - 2, -1, -1):
if grids[j][i]:
for k in range(j + 1, n):
if grids[k][i] != 0:
if grids[j][i] == grids[k][i] and (
k, i) not in movedGrids:
grids[k][i] *= 2
grids[j][i] = 0
f = True
movedGrids.add((k, i))
elif k - 1 != j:
grids[k - 1][i] = grids[j][i]
grids[j][i] = 0
f = True
break
if k == n - 1:
grids[k][i] = grids[j][i]
grids[j][i] = 0
f = True
elif attrs[0] in ('左', 'A', 'a', 'hidari'):
for i in range(n):
for j in range(1, n, 1):
if grids[i][j]:
for k in range(j - 1, -1, -1):
if grids[i][k] != 0:
if grids[i][j] == grids[i][k] and (
i, k) not in movedGrids:
grids[i][k] *= 2
grids[i][j] = 0
f = True
movedGrids.add((i, k))
elif k + 1 != j:
grids[i][k + 1] = grids[i][j]
grids[i][j] = 0
f = True
break
if k == 0:
grids[i][k] = grids[i][j]
grids[i][j] = 0
f = True
elif attrs[0] in ('右', 'D', 'd', 'migi'):
for i in range(n):
for j in range(n - 2, -1, -1):
if grids[i][j]:
for k in range(j + 1, n, 1):
if grids[i][k] != 0:
if grids[i][j] == grids[i][k] and (
i, k) not in movedGrids:
grids[i][k] *= 2
grids[i][j] = 0
f = True
movedGrids.add((i, k))
elif k - 1 != j:
grids[i][k - 1] = grids[i][j]
grids[i][j] = 0
f = True
break
if k == n - 1:
grids[i][k] = grids[i][j]
grids[i][j] = 0
f = True
elif attrs[0].lower() in ('cancel', 'terminate', 'quit', 'exit', 'seeyou',
'bye', 'sayonara', 'sayounara', 'madane',
'yamero', '停', '关', 'やめろ'):
removeSniffer(player, '#2048')
return [Plain(text=random.choice(['我错了我不会条条都回了', '快速游戏模式关闭']))]
elif attrs[0] in ('快速模式', 'gamestart'):
overwriteSniffer(player, '#2048', '.*')
return [
Plain(
text=random.choice(['开始切咧，让我闭嘴大声yamero', '快速游戏模式开启，关闭请使用bye']))
]
if f:
zeromap = []
for i in range(n):
for j in range(n):
if grids[i][j] == 0:
zeromap.append((i, j))
x, y = random.choice(zeromap)
grids[x][y] = random.randint(1, 2) * 2
outputString = []
numpy.savetxt(f'2048/{player}mat.txt', grids, fmt='%d')
for i in grids:
for j in i:
outputString.append(Plain(text='%6d' % j))
outputString.append(Plain(text='\n'))
return outputString
async def asobiSlidingPuzzle(*attrs, kwargs={}):
player = getPlayer(**kwargs)
def find1(array):
for p, i in enumerate(array):
for q, j in enumerate(i):
if j == 1:
return p, q
def splitImage(fn: str, n: int, array) -> str:
"""
根据传入的array将图片重组
array得是n*n的numpy.array对象
返回保存的文件的临时文件路径
array是1~n^2，注意不是从0开始
"""
bg = PImage.open(fn).convert('RGBA')
edge = min(bg.width, bg.height)
cell = edge // n
bg = bg.crop((0, 0, edge, edge))
newbg = []
for i in range(n):
# tmp = []
for j in range(n):
newbg.append(
bg.crop(
(i * cell, j * cell, (i + 1) * cell, (j + 1) * cell)))
# newbg.append(tmp)
dst = PImage.new('RGBA', (n * cell, n * cell))
for i in range(n):
# tmp = []
for j in range(n):
if array[i][j] != 1:
dst.paste(newbg[int(array[i][j] - 1)],
(i * cell, j * cell, (i + 1) * cell,
(j + 1) * cell))
sfn = 'tmp' + randstr(4) + '.png'
dst.save(sfn)
asyncio.ensure_future(rmTmpFile(sfn))
return sfn
if not os.path.exists('SlidingPuzzle/'):
os.mkdir('SlidingPuzzle/')
if not os.path.exists(f'''SlidingPuzzle/{player}BG'''):
shutil.copy('Assets/default.png', f'''SlidingPuzzle/{player}BG''')
if not os.path.exists(
f'''SlidingPuzzle/{player}.txt''') or attrs and attrs[0] == 'init':
try:
n = int(attrs[1])
if n not in range(2, 7):
return [Plain(text='为了宁的游戏体验，棋盘只能要2~6阶内的方阵')]
except:
n = 3
arr = [i for i in range(1, 1 + n * n)]
random.shuffle(arr)
tmp = copy.deepcopy(arr)
tmp.remove(1)
invs = calcinvs(tmp)
k = arr.index(1) // n
if n & 1:
while invs & 1:
random.shuffle(arr)
tmp = copy.deepcopy(arr)
tmp.remove(1)
invs = calcinvs(tmp)
else:
while (invs ^ (k & 1)) & 1:
random.shuffle(arr)
tmp = copy.deepcopy(arr)
tmp.remove(1)
invs = calcinvs(tmp)
k = arr.index(1) // n
print(arr)
grids = numpy.array(arr)
grids.resize(n, n)
numpy.savetxt(f'''SlidingPuzzle/{player}.txt''', grids, fmt='%d')
return [
Plain(f'移动拼图初始化完成\n{grids}'),
generateImageFromFile(
splitImage(f'''SlidingPuzzle/{player}BG''', n, grids))
]
grids = numpy.loadtxt(f'''SlidingPuzzle/{player}.txt''')
n = len(grids)
if attrs:
if attrs[0] in ('下', 'S', 's', 'shita'):
x, y = find1(grids)
if y > 0:
grids[x][y], grids[x][y - 1] = grids[x][y - 1], grids[x][y]
elif attrs[0] in ('上', 'W', 'w', 'ue'):
x, y = find1(grids)
if y < 3:
grids[x][y], grids[x][y + 1] = grids[x][y + 1], grids[x][y]
elif attrs[0] in ('右', 'D', 'd', 'migi'):
x, y = find1(grids)
if x > 0:
grids[x][y], grids[x - 1][y] = grids[x - 1][y], grids[x][y]
elif attrs[0] in ('左', 'A', 'a', 'hidari'):
x, y = find1(grids)
if x < 3:
grids[x][y], grids[x + 1][y] = grids[x + 1][y], grids[x][y]
elif attrs[0] in ('txt', 't', 'T', '文字'):
return [Plain(f'{grids}')]
elif attrs[0] in ('bg', 'changebackground', '换图', '换老婆'):
if 'pic' in kwargs and kwargs['pic']:
src = requests.get(kwargs['pic'].url).content
with open(f'''SlidingPuzzle/{player}BG''', 'wb') as f:
f.write(src)
return [Plain('图片背景更新成功')]
elif attrs[0] in ('快速模式', 'gamestart'):
overwriteSniffer(player, '#华容道', '.*')
return [Plain(text=random.choice(['老婆快速重组模式，退出请用bye']))]
elif attrs[0].lower() in ('cancel', 'terminate', 'quit', 'exit',
'seeyou', 'bye', 'sayonara', 'sayounara',
'madane', 'yamero', '停', '关', 'やめろ'):
removeSniffer(player, '#华容道')
return [Plain(text=random.choice(['还是慢慢拼老婆吧']))]
numpy.savetxt(f'''SlidingPuzzle/{player}.txt''', grids, fmt='%d')
return [
generateImageFromFile(
splitImage(f'''SlidingPuzzle/{player}BG''', n, grids))
]