def get_action(self, battle):
print("Choose an action: " + str(self.get_id()))
print("Opponent")
if (battle.active1 == self.active):
battle.active2.print_min_decision_vars()
else:
battle.active1.print_min_decision_vars()
print("Active Pokemon")
self.active.print_min_decision_vars()
print("Team")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False and pokemon.is_active == False):
pokemon.print_min_decision_vars()
while True:
possible_choices = []
for pokemon in self.team.pokemon:
if (pokemon.fainted == False and pokemon.is_active == False):
possible_choices.append(
Action(SWITCH, self.active, pokemon))
for move in self.active.moves:
if (move.pp > 0):
possible_choices.append(Action(ATTACK, self.active, move))
possible_choices.append(Action(ATTACK, self.active, move))
possible_choices.append(Action(ATTACK, self.active, move))
return fakerandom.fakechoice(possible_choices)
def get_fainted_switch(self, battle, sim=False):
print(
str(self.get_id()) +
": Your active Pokemon fainted, choose a Pokemon to switch in")
print("\n\nOpponent")
if (battle.active1 == self.active):
battle.active2.print_opponent_decision_vars()
else:
battle.active1.print_opponent_decision_vars()
print("\n\nTeam")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
pokemon.print_team_decision_vars()
print("\n")
if sim:
possible_choices = []
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
possible_choices.append(pokemon)
return fakerandom.fakechoice(possible_choices)
while True:
choice = raw_input("Type Pokemon name to switch to that Pokemon: ")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False
and pokemon.template.species == choice):
return pokemon
def get_action(self, battle):
print ("Choose an action: " + str(self.get_id()))
print ("Opponent")
opponent_decision_vars = None
if (battle.active1 == self.active):
opponent_decision_vars = battle.active2.get_decision_vars()
opponent_decision_vars.print_min_decision_vars()
else:
opponent_decision_vars = battle.active1.get_decision_vars()
opponent_decision_vars.print_min_decision_vars()
print ("Active Pokemon")
active_decision_vars = self.active.get_decision_vars()
active_decision_vars.print_min_decision_vars()
print ("Team")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False and pokemon.is_active == False):
decision_vars = pokemon.get_decision_vars()
decision_vars.print_min_decision_vars()
while True:
possible_choices = []
for pokemon in self.team.pokemon:
if (pokemon.fainted == False and pokemon.is_active == False):
possible_choices.append(Action(SWITCH, self.active, pokemon))
for move in self.active.moves:
if (move.pp > 0):
possible_choices.append(Action(ATTACK, self.active, move))
possible_choices.append(Action(ATTACK, self.active, move))
possible_choices.append(Action(ATTACK, self.active, move))
return fakerandom.fakechoice(possible_choices)
def get_fainted_switch(self, battle):
print(
str(self.get_id()) +
": Your active Pokemon fainted, choose a Pokemon to switch in")
print("Opponent")
if (battle.active1 == self.active):
battle.active2.print_min_decision_vars()
else:
battle.active1.print_min_decision_vars()
print("Team")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
pokemon.print_min_decision_vars()
while True:
possible_choices = []
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
possible_choices.append(pokemon)
return fakerandom.fakechoice(possible_choices)
def get_fainted_switch(self, battle):
print (str(self.get_id()) + ": Your active Pokemon fainted, choose a Pokemon to switch in")
print ("Opponent")
opponent_decision_vars = None
if (battle.active1 == self.active):
opponent_decision_vars = battle.active2.get_decision_vars()
opponent_decision_vars.print_min_decision_vars()
else:
opponent_decision_vars = battle.active1.get_decision_vars()
opponent_decision_vars.print_min_decision_vars()
print ("Team")
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
decision_vars = pokemon.get_decision_vars()
decision_vars.print_min_decision_vars()
while True:
possible_choices = []
for pokemon in self.team.pokemon:
if (pokemon.fainted == False):
possible_choices.append(pokemon)
return fakerandom.fakechoice(possible_choices)