return self.gametime - time
##############################################################################
from fsm_ex.base_entity import EntityManager, MessageDispatcher
from fsm_ex.ent_miner import Miner
from fsm_ex.ent_wife import Wife
##############################################################################
if __name__ == "__main__":
# Initialize Manager-type objects:
MASTER_CLOCK = GameClock()
ENTITY_MGR = EntityManager()
MSG_DISPATCHER = MessageDispatcher(MASTER_CLOCK.now, ENTITY_MGR)
# Create and register entities (Miner Bob and Wife Elsa)
for (ename, etype) in [(BOB, Miner), (ELSA, Wife)]:
new_entity = etype(ename,MSG_DISPATCHER)
ENTITY_MGR.register(new_entity)
# Main Loop
while 1:
try:
MASTER_CLOCK.update()
ENTITY_MGR.update()
MSG_DISPATCHER.dispatch_delayed()
except GameOver:
break
##############################################################################
from fsm_ex.base_entity import EntityManager, MessageDispatcher
from fsm_student02.ent_attacker import Attacker
from fsm_student02.ent_sentry import Sentry
from fsm_student02.ent_wall import Wall
##############################################################################
if __name__ == "__main__":
# Initialize Manager-type objects:
MASTER_CLOCK = GameClock()
ENTITY_MGR = EntityManager()
MSG_DISPATCHER = MessageDispatcher(MASTER_CLOCK.now, ENTITY_MGR)
# Create and register entities
# Wall must be initialized first
WALLS = Wall(CASTLE_WALL, MSG_DISPATCHER)
ENTITY_MGR.register(WALLS)
# Sentries and attackers must be assigned to a wall
ent_list = [(ATTACKER, Attacker), (DEFENDER, Sentry)]
for (ename, etype) in ent_list:
new_entity = etype(ename, MSG_DISPATCHER, WALLS)
ENTITY_MGR.register(new_entity)
# Start FSM logic: Must be done AFTER all entities are registered.