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)