class CNOutput(object):
def __init__(self):
self.lang = Language.CN
self.name_key = 'cn_name'
self.bp = BanPick()
def recommend(self, match_ups, teammates):
_h_v = self.bp.cal_match(match_ups, teammates)
exclude = []
exclude.extend(match_ups)
exclude.extend(teammates)
v_list = self.bp.get_v_list(exclude, _h_v)
msgs = []
msg = '推荐:'
h_list = []
for i in range(15):
h_list.append(self.bp.data[v_list[i][0]][self.name_key])
msg += ','.join(h_list)
msgs.append(msg)
print(msg)
msg = '不推荐:'
h_list = []
for i in range(15):
h_list.append(self.bp.data[v_list[-i - 1][0]][self.name_key])
msg += ','.join(h_list)
msgs.append(msg)
print(msg)
pyperclip.copy(';'.join(msgs))
class CNOutput(object):
def __init__(self):
self.lang = Language.CN
self.name_key = 'cn_name'
self.bp = BanPick()
def get_abbrev_name(self, hero):
names = CN_ABBREV_DICT[hero]
min_len = 10
abbrev = ''
for name in names:
if min_len > len(name):
abbrev = name
min_len = len(name)
elif min_len == len(name) and ord(name[0]) > 255:
abbrev = name
min_len = len(name)
return abbrev
def recommend(self, match_ups, teammates, available=None):
if len(match_ups) == 5 and len(teammates) == 5:
return
_h_v, reasons, v_list, _, _ = self.bp.recommend(
match_ups, teammates, available)
msgs = []
msg = '推荐:'
h_list = []
for i in range(15):
h = v_list[i][0]
h_list.append(self.get_abbrev_name(h))
msg += ','.join(h_list)
msgs.append(msg)
print(msg)
msg = '不推荐:'
h_list = []
for i in range(15):
h = v_list[-i - 1][0]
h_list.append(self.get_abbrev_name(h))
msg += ','.join(h_list)
print(msg)
pyperclip.copy(';'.join(msgs))
def win_rate(self, match_ups, teammates):
if len(match_ups) != 5 or len(teammates) != 5:
return
theirs_score, ours_score, wr, table = self.bp.win_rate(match_ups,
teammates,
lang=self.lang)
msg = '胜率:{0:.2f},易发挥:'.format(wr)
h_list = []
for i in range(3):
h_list.append(self.get_abbrev_name(table[i][0]))
msg += ','.join(h_list)
print(msg)
pyperclip.copy(msg)
def uct_ban_pick():
team_no = 0
cv = HeroMatchCV()
bp = BanPick()
available, teams = cv.find_heroes()
print('Available: {}'.format(len(available)))
print('Teams: {}'.format(teams))
state = BanPickGame(bp, available, teams, team_no)
m = uct(root_state=state, iter_max=200, verbose=False)
print("Result: " + str(m) + "\n")
def __init__(self):
self.lang = Language.CN
self.name_key = 'cn_name'
self.bp = BanPick()
def main():
team_no = 0
lang = Language.CN
cv = HeroMatchCV()
o = CNOutput()
bp = BanPick()
available, teams = cv.find_heroes()
print('Available: {}'.format(len(available)))
print('Teams: {}'.format(teams))
teammates = teams[team_no]
match_ups = teams[1 - team_no]
match_ups, teammates = bp.remove_none(match_ups, teammates)
r = bp.recommend(match_ups, teammates, available)
if r is not None:
_, _, _, t_1, t_2 = r
t_1 = bp.convert_table_lang(t_1, lang)
t_2 = bp.convert_table_lang(t_2, lang)
bp.print_recommend(t_1, t_2)
o.recommend(match_ups, teammates, available)
r = bp.win_rate(match_ups, teammates, lang=lang)
if r is not None:
_, _, _, table = r
table = bp.convert_table_lang(table, lang)
bp.print_table(table, headers=['Name', 'Value', 'Reason'])
o.win_rate(match_ups, teammates)
def main():
team_no = 0
teams = [[
CNAbbrevHeroes.none, CNAbbrevHeroes.none, CNAbbrevHeroes.none,
CNAbbrevHeroes.none, CNAbbrevHeroes.none
],
[
CNAbbrevHeroes.none, CNAbbrevHeroes.none, CNAbbrevHeroes.none,
CNAbbrevHeroes.none, CNAbbrevHeroes.none
]]
bans = []
lang = Language.CN
o = CNOutput()
bp = BanPick()
available = list(bp.data.keys())
for ban in bans:
available.remove(ban)
for team in teams:
for h in team:
if h in available:
available.remove(h)
print('Available: {}'.format(len(available)))
print('Teams: {}'.format(teams))
teammates = teams[team_no]
match_ups = teams[1 - team_no]
match_ups, teammates = bp.remove_none(match_ups, teammates)
r = bp.recommend(match_ups, teammates, available)
if r is not None:
_, _, _, t_1, t_2 = r
t_1 = bp.convert_table_lang(t_1, lang)
t_2 = bp.convert_table_lang(t_2, lang)
bp.print_recommend(t_1, t_2)
o.recommend(match_ups, teammates, available)
r = bp.win_rate(match_ups, teammates, lang=lang)
if r is not None:
_, _, _, table = r
table = bp.convert_table_lang(table, lang)
bp.print_table(table, headers=['Name', 'Value', 'Reason'])
o.win_rate(match_ups, teammates)