def act(player_name,agent_position,agent_arguments,agent_energy,agent_loaded,agents_viewed,plants_viewed,energy_map,world_width,world_height):
ennemies = [agent[1] for agent in agents_viewed if agent[0]!=player_name and neighbor(agent_position,agent[1])<2]
if ennemies:
return ccells.attack(*ennemies[0])
if agent_arguments and agent_arguments[0]==1:
plants = [plant for plant in plants_viewed if neighbor(agent_position,plant[0])<2]
if plants:
plant_position = plants[0][0]
plant_eff = plants[0][1]
occupied = False
for agent_viewed in agents_viewed:
if agent_viewed[1]==plant_position:
occupied = True
if occupied:
return ccells.moveTo(agent_arguments[1],agent_arguments[2])
#print "found plant"
#print plant_position,agent_position
#print occupied
if agent_energy>55:
return ccells.spawn(plant_position[0],plant_position[1])
else:
return ccells.eat()
return ccells.moveTo(agent_arguments[1],agent_arguments[2])
else:
if agent_energy>70:
destx = random.randint(0,world_width-1)
desty = random.randint(0,world_height-1)
return ccells.spawn(destx,desty,[1,destx,desty,agent_position[0],agent_position[1]])
else:
return ccells.eat()
def Action(type,pos=None):
if type==ACT_EAT: return ccells.eat()
elif type==ACT_LIFT: return ccells.lift()
elif type==ACT_DROP: return ccells.drop()
elif type==ACT_SPAWN: return ccells.spawn(pos[0],pos[1],list(pos))
elif type==ACT_MOVE: return ccells.moveTo(*pos)
elif type==ACT_ATTACK: return ccells.attack(*pos)
else: assert(False)
def act(player_name,agent_position,agent_arguments,agent_energy,agent_loaded,agents_viewed,plants_viewed,energy_map,world_width,world_height):
global prout
print "player_name=",player_name
print "agent_position =",agent_position
print "agent_arguments =",agent_arguments
print "agent_energy =",agent_energy,"agent_loaded =",agent_loaded
print "agents_viewed =",agents_viewed
print "plants_viewed =",plants_viewed
print "world_size =",(world_width,world_height)
print "energy_map =",len(energy_map)
print ccells.__doc__
prout += 1
print "prout =",prout
print "messages =",ccells.getMessages()
ret = ccells.doNothing()
ret = ccells.spawn(10,10,[23,42])
ret = ccells.moveTo(10,14)
ret = ccells.eat()
ret = ccells.attack(10,23)
ret = ccells.lift()
ret = ccells.drop()
print ret
ccells.sendMessage("hello from prout = %d" % prout)
return ret
