def gather(self, resource, place, num_people):
logsystem.log("gather resource %s at %s with %s people" %
(resource, place, num_people))
if self.gathering.can_gather(resource, place, num_people, self):
self.gathering.assign_people(resource, place, num_people, self)
say('%s people starts to gather %s' % (num_people, resource))
def add_new_people(self, total_new_people):
if self.current + total_new_people <= self.limit:
for p in range(0, total_new_people):
new_person = Person()
new_person.name = "Person_" + str(self.current + p + 1)
self.people.append(new_person)
self.current = self.current + total_new_people
logsystem.log('New people just arrived: your population incremented in %s' % (total_new_people,) )
def build(self, building_obj):
b = building_obj
if self.verify_cost(b.cost):
self.pay_cost(b.cost)
logsystem.log('create_building - lets create a ' + b.name)
new_building = b.create_new(self)
self.buildings.append(new_building)
say('You %s building is ready!' % (new_building.type))
else:
say("You don't have %s gold" % (b.cost['gold']))
def create_building(self, building_name):
logsystem.log('debug: create_building - ' + building_name)
if utils.is_int(building_name):
b = self.available_buildings[int(building_name)]
self.build(b)
return
for b in self.available_buildings:
if b.name.lower() == building_name.lower():
self.build(b)
return
def world_update(self, game_data):
self.verify_new_people(game_data)
total_meat_consumption_day = 0
for p in self.people:
# Activity
if p.current_activity is not None:
p.current_activity(p)
# Consumption
consumption_day = 0
if p.state == 'idle':
consumption_day = 0.1 * random.randint(5, 10)
else:
consumption_day = 0.15 * random.randint(5, 10)
total_meat_consumption_day += consumption_day
game_data.resources["meat"] -= consumption_day
logsystem.log("people consumed %f meat today" % (total_meat_consumption_day,))
def world_update(self):
self.population.world_update(self)
self.gathering.world_update(self)
logsystem.log('World Update!')
self.current_day += 1