def turn(self):
for i, m in enumerate(self.player1.remnants + self.player2.remnants):
send_message('%d: %s %d' % (i + 1, m.name, m.hp))
commands = list()
# if psi psi select
if self.psi_player:
self.psi_player.enemy_player.get_commands(commands)
send_message('PSI: Enemy commands')
for c in commands:
send_message(c)
self.psi_player.get_commands(commands)
else:
self.player1.get_commands(commands)
self.player2.get_commands(commands)
for event in self.begin_turn_events:
event()
self.check_battle_state()
commands.sort()
for command in commands:
if command.caster.hp <= 0:
continue
if command.target.hp <= 0:
command.target = command.target.owner[0]
try:
command.execute_command()
except DeathEvent as de:
send_message(str(de))
de.remnant.owner.remove(de.remnant)
self.check_battle_state()
for event in self.end_turn_events:
event()
self.check_battle_state()
def turn(self):
for i, m in enumerate(self.player1.remnants + self.player2.remnants):
send_message('%d: %s %d' % (i + 1, m.name, m.hp))
commands = list()
# if psi psi select
if self.psi_player:
self.psi_player.enemy_player.get_commands(commands)
send_message('PSI: Enemy commands')
for c in commands:
send_message(c)
self.psi_player.get_commands(commands)
else:
self.player1.get_commands(commands)
self.player2.get_commands(commands)
for event in self.begin_turn_events:
event()
self.check_battle_state()
commands.sort()
for command in commands:
if command.caster.hp <= 0:
continue
if command.target.hp <= 0:
command.target = command.target.owner[0]
try:
command.execute_command()
except DeathEvent as de:
send_message(str(de))
de.remnant.owner.remove(de.remnant)
self.check_battle_state()
for event in self.end_turn_events:
event()
self.check_battle_state()
self.check_battle_state()
def battle_loop(self):
while True:
self.turn()
self.check_battle_state()
def check_battle_state(self):
if all(map(lambda x: x.hp <= 0, self.player1)):
raise LossEvent("%s lost" % self.player1.name)
if all(map(lambda x: x.hp <= 0, self.player2)):
raise LossEvent("%s lost" % self.player2.name)
if __name__ == '__main__':
communicationFacade.communicator = CliInterface()
d1 = Dragon('dragon1')
d2 = Dragon('dragon2')
g1 = Ghost('ghost1')
m1 = Mech('mech1')
m2 = Mech('mech2')
m3 = Mech('mech3')
t1 = CliPlayer(d1, d2, g1, name="player Dragon")
t2 = AiPlayer(m1, m2, m3, name='player Mech')
b = Battle(t1, t2)
try:
b.battle_loop()
except LossEvent as e:
send_message(str(e))
def battle_loop(self):
while True:
self.turn()
self.check_battle_state()
def check_battle_state(self):
if all(map(lambda x: x.hp <= 0, self.player1)):
raise LossEvent("%s lost" % self.player1.name)
if all(map(lambda x: x.hp <= 0, self.player2)):
raise LossEvent("%s lost" % self.player2.name)
if __name__ == '__main__':
communicationFacade.communicator = CliInterface()
d1 = Dragon('dragon1')
d2 = Dragon('dragon2')
g1 = Ghost('ghost1')
m1 = Mech('mech1')
m2 = Mech('mech2')
m3 = Mech('mech3')
t1 = CliPlayer(d1, d2, g1, name="player Dragon")
t2 = AiPlayer(m1, m2, m3, name='player Mech')
b = Battle(t1, t2)
try:
b.battle_loop()
except LossEvent as e:
send_message(str(e))
