def do_start(self, s):
"""Start a new game! Requires the players and roles to be set."""
if self.players == []:
print "Unable to do start because players is empty"
return
if self.roles == []:
print "Unable to do start because roles is empty"
return
self.game = Multiverse(self.players, self.roles, self.keep)
def do_start(self,s):
"""Start a new game! Requires the players and roles to be set."""
if self.players == []:
print "Unable to do start because players is empty"
return
if self.roles == []:
print "Unable to do start because roles is empty"
return
self.game = Multiverse(self.players,self.roles,self.keep)
def do_start(self,s): """Start a new game! Requires the players and roles to be set.""" assert(self.players != []) assert(self.roles != []) self.game = Multiverse(self.players,self.roles,self.keep)
class Main(Cmd):
def __init__(self):
Cmd.__init__(self)
self.players = []
self.roles = []
self.keep = 1.0
self.game = None
def update_roles(self):
seer = 1
wolf = len(self.players) / 3
villager = len(self.players) - wolf - seer
self.roles = [("Seer",seer),("Wolf",wolf),("Villager",villager)]
def do_start(self,s):
"""Start a new game! Requires the players and roles to be set."""
assert(self.players != [])
assert(self.roles != [])
self.game = Multiverse(self.players,self.roles,self.keep)
def do_players(self,s):
"""Enter a comma-separated list of players. This will also reset
the roles list to a sensible default."""
if s == "":
print self.players
else:
players = s.split(",")
self.players = players
self.update_roles()
def do_roles(self,s):
"""Enter the roles to be used, in a format like
roles Villager 3, Wolf 2, Seer 1"""
if s == "":
print self.roles
else:
roles = [role.strip().split(" ") for role in s.split(",")]
roles = [(role,int(count)) for [role,count] in roles]
self.roles = roles
def do_keepfraction(self,s):
"""Specify which fraction of the generated universes to keep. Defaults to 1.0."""
if s == "":
print self.keep
else:
self.keep = float(s)
def do_state(self,s):
"""Returns the current state of the game."""
print self.game
def do_table(self,s):
"""Returns an overview table of the distribution of good and evil."""
print self.game.getGoodEvilDeadTable(False)
def do_namedtable(self,s):
"""Returns an overview table of the distribution of good and evil, with player names."""
print self.game.getGoodEvilDeadTable(True)
def do_next(self,s):
"""Starts the next phase of the game."""
self.game.nextPhase()
print "It is now %s%s" % self.game.time
def do_kill(self,s):
"""kill <player>: kills a player, fixing their role."""
assert(self.game is not None)
if s in self.players:
self.game.killPlayer(s)
else:
print "Player {0:s} not found, did you mean 'attack {0:s}'?".format(s)
def do_attack(self,s):
"""attack <player> <target>: wolf attack during night."""
assert(self.game is not None)
(player,target) = s.split(" ")
if player in self.players and target in self.players:
self.game.wolfAttack(player,target)
else:
print "Error: player {0:s} or {1:s} not found!".format(player,target)
def do_see(self,s):
"""see <player> <target>: seer target during night.
Note: these are executed immediately, so according to the rules
you should input all the wolf attacks first."""
assert(self.game is not None)
(player,target) = s.split(" ")
if player in self.players and target in self.players:
result = self.game.seerAlignmentVision(player,target)
print result
else:
print "Error: player {0:s} or {1:s} not found!".format(player,target)
def do_save(self,s):
"""Saves the game, by default to 'current.bra-ket-wolf' but you
can give another file name as parameter."""
filename = s
if filename == "":
filename = "current.bra-ket-wolf"
f = open(filename,"w")
pickle.dump(self.game,f)
f.close()
def do_load(self,s):
"""Loads the game, by default from 'current.bra-ket-wolf' but you
can give another file name as parameter.
This uses pickle so standard security warning apply, do not open untrusted files."""
filename = s
if filename == "":
filename = "current.bra-ket-wolf"
f = open(filename,"r")
self.game = pickle.load(f)
self.players = self.game.players
self.roles = self.game.rolelist
f.close()
def do_exit(self,s):
"""Exits the program."""
return True
class Main(Cmd):
def __init__(self):
Cmd.__init__(self)
self.players = []
self.roles = []
self.keep = 1.0
self.game = None
def update_roles(self):
seer = 1
wolf = len(self.players) / 3
villager = len(self.players) - wolf - seer
self.roles = [("Seer", seer), ("Wolf", wolf), ("Villager", villager)]
def do_start(self, s):
"""Start a new game! Requires the players and roles to be set."""
if self.players == []:
print "Unable to do start because players is empty"
return
if self.roles == []:
print "Unable to do start because roles is empty"
return
self.game = Multiverse(self.players, self.roles, self.keep)
def do_players(self, s):
"""Enter a comma-separated list of players. This will also reset
the roles list to a sensible default."""
if s == "":
print self.players
else:
players = s.split(",")
self.players = players
self.update_roles()
def do_roles(self, s):
"""Enter the roles to be used, in a format like
roles Villager 3, Wolf 2, Seer 1"""
if s == "":
print self.roles
else:
roles = [role.strip().split(" ") for role in s.split(",")]
roles = [(role, int(count)) for [role, count] in roles]
self.roles = roles
def do_keepfraction(self, s):
"""Specify which fraction of the generated universes to keep. Defaults to 1.0."""
if s == "":
print self.keep
else:
self.keep = float(s)
def do_state(self, s):
"""Returns the current state of the game."""
print self.game
def do_table(self, s):
"""Returns an overview table of the distribution of good and evil."""
print self.game.getGoodEvilDeadTable(False)
def do_namedtable(self, s):
"""Returns an overview table of the distribution of good and evil, with player names."""
print self.game.getGoodEvilDeadTable(True)
def do_next(self, s):
"""Starts the next phase of the game."""
self.game.nextPhase()
print "It is now %s%s" % self.game.time
def do_kill(self, s):
"""kill <player>: kills a player, fixing their role."""
if self.game is None:
print "Unable to do kill because game is None"
return
if s in self.players:
self.game.killPlayer(s)
else:
print "Player {0:s} not found, did you mean 'attack {0:s}'?".format(
s)
def do_attack(self, s):
"""attack <player> <target>: wolf attack during night."""
if self.game is None:
print "Unable to do attack because game is None"
return
(player, target) = s.split(" ")
if player in self.players and target in self.players:
self.game.wolfAttack(player, target)
else:
print "Error: player {0:s} or {1:s} not found!".format(
player, target)
def do_see(self, s):
"""see <player> <target>: seer target during night.
Note: these are executed immediately, so according to the rules
you should input all the wolf attacks first."""
if self.game is None:
print "Unable to do see because game is None"
return
(player, target) = s.split(" ")
if player in self.players and target in self.players:
result = self.game.seerAlignmentVision(player, target)
print result
else:
print "Error: player {0:s} or {1:s} not found!".format(
player, target)
def do_save(self, s):
"""Saves the game, by default to 'current.bra-ket-wolf' but you
can give another file name as parameter."""
filename = s
if filename == "":
filename = "current.bra-ket-wolf"
f = open(filename, "w")
pickle.dump(self.game, f)
f.close()
def do_load(self, s):
"""Loads the game, by default from 'current.bra-ket-wolf' but you
can give another file name as parameter.
This uses pickle so standard security warning apply, do not open untrusted files."""
filename = s
if filename == "":
filename = "current.bra-ket-wolf"
f = open(filename, "r")
self.game = pickle.load(f)
self.players = self.game.players
self.roles = self.game.rolelist
f.close()
def do_exit(self, s):
"""Exits the program."""
return True