def _play(self, madness):
# See if superclass wants to handle the matchup
status, winner, loser = Matchup.base_play(self.teams[0], self.teams[1])
if status:
# Superclass handled the matchup
self.winner = winner
self.loser = loser
return (self.winner, self.loser)
seq = [1,2]
val = random.choice(seq)
if val == 1:
self.winner = self.teams[0]
self.loser = self.teams[1]
else:
self.winner = self.teams[1]
self.loser = self.teams[0]
return (self.winner, self.loser)
def _play(self, madness):
# See if superclass wants to handle the matchup
status, self.winner, self.loser = Matchup.base_play(self.team1['team'],
self.team2['team'])
if status:
# Superclass handled the matchup
return (self.winner, self.loser)
# High seed is seed with larger number (worse)
# Low seed is seed with smaller number (better team)
highseed = self.team1
lowseed = self.team2
if lowseed['mad_seed'] > highseed['mad_seed']:
highseed = self.team2
lowseed = self.team1
# Seeds are the same, coin flip
if highseed['mad_seed'] == lowseed['mad_seed']:
self.winner,self.loser = self._coin_flip(highseed,lowseed)
return (self.winner, self.loser)
# Seeds are off by one, coin flip
if highseed['mad_seed'] - lowseed['mad_seed'] == 1:
self.winner,self.loser = self._coin_flip(highseed,lowseed)
return (self.winner, self.loser)
if madness:
# Adjust lowseed (which is the better team) up a notch
lowseed['mad_seed'] = lowseed['mad_seed'] + 1
return self._play(madness-1)
highrange = range(lowseed['mad_seed'],highseed['mad_seed'])
r = random.randrange(lowseed['mad_seed'],highseed['mad_seed']+1)
if r in highrange:
self.winner = lowseed['team']
self.loser = highseed['team']
else:
self.winner = highseed['team']
self.loser = lowseed['team']
return (self.winner, self.loser)