def createItems():
doc1 = doctor('1', 'Ольга', 'Яновская', 'Андреевна', 'Психолог',
'высшая категория')
doc2 = doctor('2', 'Елена', 'Дорофеева', 'Борисовна', 'Психолог',
'1 категория')
h.appendDoctor(doc1)
h.appendDoctor(doc2)
r1 = procedure('1', 'тыкнуть носом', 50, doc1)
r2 = procedure('2', 'консультация', 350, doc2)
h.appendProcedure(r1)
h.appendProcedure(r2)
p1 = patient('1', 'Кирилл', 'Вторцев', 'Дмитриевич', '21.11.2001', 50)
p2 = patient('2', 'Марк', 'Захаров', '', '08.05.2001', -90)
h.appendPatient(p1)
h.appendPatient(p2)
d1 = deal('1', '02.11.2020', 'что-то там 1', p1, [r1])
d2 = deal('2', '03.11.2020', 'что-то там 2', p2, [r1, r2])
h.appendDeal(d1)
d1.appendProcedure(r1)
h.appendDeal(d2)
d2.appendProcedure(r1)
d2.appendProcedure(r2)
h.save('res.json')
def threadFun():
try:
time = int(e2.get())
except Exception as e:
time = 1
pass
finally:
e2.delete(0, "end")
deal.deal(beginX.get(), beginY.get(), endX.get(), endY.get(), time,
text)
def hand_percentages(n=700 * 1000):
"Sample n random hands and print a table of frequencies for each type of hand"
counts = [0] * 9
for i in range(n / 10):
for hand in deal(10):
ranking = hand_rank(hand)[0]
counts[ranking] += 1
for i in reversed(range(9)):
print "%14s: %6.3f %%" % (hand_names[i], 100. * counts[i] / n)
def hand_percentages(n=700*1000): "Sample n random hands and print a table of frequencies for each type of hand" counts = [0] * 9 for i in range(n/10): for hand in deal(10): ranking = hand_rank(hand)[0] counts[ranking] += 1 for i in reversed(range(9)): print "%14s: %6.3f %%" % (hand_names[i], 100.*counts[i]/n)
def hand_percentages(n=1000000):
""" sample n random hands and print percentages for each hand """
counts = [0]*9
for i in range(n/10):
hands = deal(10)
for hand in hands:
rank = hand_rank(hand)[0]
counts[rank] += 1
for i in reversed(range(9)):
print "%20s: %6.3f %%" % (hand_names[i], (100.*counts[i]/n))
def changeItems():
doc3 = doctor('3', 'Наталия', 'Чехонина', 'Павловна', 'стоматолог',
'1 категория')
h.appendDoctor(doc3)
r3 = procedure('3', 'консультация', 500, doc3)
h.appendProcedure(r3)
p2 = patient('2', 'Марк', 'Захаров', '', '08.05.2001', -90)
h.appendPatient(p2)
d3 = deal('3', '13.12.2020', 'Зубной налет', p2, [r3])
h.appendDeal(d3)
def __init__(self, name,path,switch=False,solr=None): self.name=name self.switch=switch self.path=path+'\logs\\'+self.name if not os.path.exists(path+'\logs'): os.mkdir(path+'\logs') if not os.path.exists(self.path): os.mkdir(self.path) self.routor=Routor(name,path) self.queue=Queue.Queue(maxsize=0) self.failQueue=Queue.Queue(maxsize=0)#失败队列 self.logger=self.newLogging(name) self.bloomfilter=BloomFilter() self.count=0 self.queue.put(self.routor.route[0]['pattern']) self.sleeptime=self.routor.route[-1]['sleeptime'] self.block=SleepTime(self.sleeptime)#屏蔽模块 self.fail=0 self.job=deal(name,'job',path,solr) self.company=deal(name,'company',path,solr)
def hand_percenteges(n=700 * 1000):
'''
Sample n random hands and print a table of percentages for each type of hand.
'''
hand_names = ('High Card', 'Pair', '2 Pair', '3 Kind', 'Straight', 'Flush',
'Full House', '4 Kind', 'Straight Flush')
counts = [0] * 9
for i in range(n // 10):
for poker.hand in deal.deal(10):
counts[poker.hand_rank(poker.hand)[0]] += 1
for j in reversed(range(9)):
print('{:14} {:6.3%}'.format(hand_names[j], counts[j] / n))
def hand_percentage(n=700*1000):
"""Sample n random hands and print a table of percentages for each type
of hand.
Args:
n: int indicates total number of hands to be dealt.
"""
counts = [0]*9
for i in range(n/10):
for hand in deal(10):
ranking = hand_rank(hand)[0]
counts[ranking] += 1
for i in reversed(range(9)):
print "%14s: %6.3f %%" % (hand_names[i], 100.*counts[i]/n)
def sangriento(n, texas_holdem=True):
if texas_holdem:
hands = texas_holdem_deal(n)
else:
hands = deal(n)
for hand in hands:
print hand
winner = poker(hands)
ranking = hand_rank(winner[0])[0]
print "Winner hand(s):"
print hand_names[ranking]
return winner
def generate_game(game_no, model):
# deal cards
l, p1, p2 = deal(model)
landlord = HandCard(l.card_dict, 'dict', is_landlord=True)
peasant1 = HandCard(p1.card_dict, 'dict')
peasant2 = HandCard(p2.card_dict, 'dict')
# construct game tree
node = Node(current=landlord, down=peasant1, up=peasant2)
game_data = pd.DataFrame()
for i in range(100):
# calculate next step
_, node = minimax(node, 3, -inf, +inf)
if node is None or node.is_over():
break
if node.pre1_combo is None:
combo_str = ''
primal_str = ''
primal_type = 0
kicker_len = 0
kicker_type = 0
else:
combo_str = node.pre1_combo.__str__()
primal_str = node.pre1_combo.primal.__str__()
primal_type = node.pre1_combo.get_primal_type()
kicker_len = 0 if node.pre1_combo.kicker is None else node.pre1_combo.kicker.kicker_len
kicker_type = node.pre1_combo.get_kicker_type()
player_no = i % 3 + 1
round_no = (i // 3) + 1
current_str = node.current.__str__()
up_str = node.up.__str__()
down_str = node.down.__str__()
data = pd.DataFrame({
'game_no': [game_no],
'player_no': [player_no],
'round_no': [round_no],
'primal_type': [primal_type],
'kicker_type': [kicker_type],
'kicker_len': [kicker_len],
'combo_str': [combo_str],
'primal_str': [primal_str],
'current_str': [current_str],
'up_str': [up_str],
'down_str': [down_str]
})
game_data = pd.concat([game_data, data])
return game_data
doctors = doctorList()
procedures = procedureList()
doc1 = doctor(1, 'Ольга', 'Яновская', 'Андреевна', 'Психолог',
'высшая категория')
doc2 = doctor(2, 'Елена', 'Дорофеева', 'Борисовна', 'Психолог', '1 категория')
doctors.appendList(doc1)
doctors.appendList(doc2)
r1 = procedure(0, 'тыкунть носом', 500, doc1)
r2 = procedure(0, 'консультация', 3500, doc2)
r3 = procedure(0, 'консультация2', 100, doc2)
procedures.appendList(r1)
procedures.appendList(r2)
procedures.appendList(r3)
p1 = patient(1, 'Кирилл', 'Вторцев', 'Дмитриевич', '21.11.2001', 50)
p2 = patient(2, 'Марк', 'Захаров', '', '08.05.2001', -90)
patients.appendList(p1)
patients.appendList(p2)
d1 = deal(1, '02.11.2020', 'что-то там 1', p1, [r1])
d2 = deal(2, '03.11.2020', 'что-то там 2', p2, [r1, r2])
d3 = deal(3, '11.11.2020', 'что-то там 3', p1, [r3])
#d1.setPatient(p1)
#d2.setPatient(p2)
deals.appendList(d1)
deals.appendList(d2)
deals.appendList(d3)
print(procedures)
# b.show_pack_of_card() # Input my hand card1, card2 = hand.UI.input_my_hand() c = hand.myhand(card1, card2) my_hand_list = c.myhand_list() c.show_my_hand(new_line=True) # Remove hand from the pack of card # b.remove_card(card1) # b.remove_card(card2) # b.show_pack_of_card() # # # Create my hand # my_hand = hand.myhand(card1,card2) # Flop mid_card = deal(b) flop = mid_card.flop() mid_card.show_flop(new_line=True) turn = mid_card.turn() mid_card.show_turn(new_line=True) river = mid_card.river() mid_card.show_river(new_line=True) combination = hand.combination(my_hand_list, flop, turn, river) # hand.find_all_combination(combination)
import deal,transfer,layers path=r'C:\Users\mimota\OneDrive\python\机器学习\lihongyi_hw_1\train.csv' matrix=deal.deal(path) x_9,y_10=transfer.transfer(matrix) layers.layer(x_9,y_10)
import deal
# import draw
deal.init()
while True:
# 处理事件
if deal.deal():
break
# 绘图
for k, v in kwargs.items():
print(k)
def process_command(self, cmd, *args, **kwargs):
ss_count = 0
sub_cmd = ''
if cmd in self.tmap: sub_cmd = cmd
else:
for map_cmd in self.tmap:
if(map_cmd[:cmd.__len__()] == cmd):
sub_cmd = map_cmd
ss_count += 1
if(ss_count >= 2):
sub_cmd = ''
break
if(sub_cmd): self.tmap[sub_cmd](*args, **kwargs)
if __name__ == "__main__":
c = Controller()
d, h1, h2, h3, h4 = deal()
kwargs = {'one': 23}
print(c.tmap) #["foo"]()
c.fmap["one"](**kwargs)
c.fmap["two"](**kwargs)
print(Controller._get_method_dict(c))
c.process_command('f')
c.process_command('fun')
c.process_command('foo')
def test_deal(self):
i=deal(3)
self.assertIn(i,"012")
