def get_job(self):
pos = self.position.to_tuple()
# try to get away with a random job (with normal forest density this works > 99% of the time)
for i in xrange(
min(5, self._building_index.get_num_buildings_in_range(pos))):
provider = self._building_index.get_random_building_in_range(pos)
if provider is not None and self.check_possible_job_target(
provider):
job = self.check_possible_job_target_for(
provider, self._required_resource_id)
if job is not None and self.check_move(
job.object.loading_area):
return job
jobs = JobList(self, JobList.order_by.random)
# try all possible jobs
for provider in self.home_island.get_building_index(
self._required_resource_id).get_buildings_in_range(pos):
if self.check_possible_job_target(provider):
job = self.check_possible_job_target_for(
provider, self._required_resource_id)
if job is not None:
jobs.append(job)
return self.get_best_possible_job(jobs)
def get_job(self): pos = self.position.to_tuple() # try to get away with a random job (with normal forest density this works > 99% of the time) for i in xrange(min(5, self._building_index.get_num_buildings_in_range(pos))): provider = self._building_index.get_random_building_in_range(pos) if provider is not None and self.check_possible_job_target(provider): job = self.check_possible_job_target_for(provider, self._required_resource_id) if job is not None: path = self.check_move(job.object.loading_area) if path: job.path = path return job # NOTE: only use random job for now, see how it's working it # it speeds up animal.search_job by a third (0.00321 -> 0.00231) # and animal.get_job by 3/4 (0.00231 -> 0.00061) return None jobs = JobList(self, JobList.order_by.random) # try all possible jobs for provider in self.home_island.get_building_index(self._required_resource_id).get_buildings_in_range(pos): if self.check_possible_job_target(provider): job = self.check_possible_job_target_for(provider, self._required_resource_id) if job is not None: jobs.append(job) return self.get_best_possible_job(jobs)
def get_job(self): jobs = JobList(self, JobList.order_by.random) collectable_resources = self.get_needed_resources() # iterate over all possible providers and needed resources # and save possible job targets reach = Circle(self.position, self.walking_range) for provider in self.home_island.get_providers_in_range(reach): if self.check_possible_job_target(provider): for res in collectable_resources: job = self.check_possible_job_target_for(provider, res) if job is not None: jobs.append(job) return self.get_best_possible_job(jobs)
def get_job(self):
jobs = JobList(self, JobList.order_by.random)
collectable_resources = self.get_needed_resources()
# iterate over all possible providers and needed resources
# and save possible job targets
position_rect = Rect.init_from_topleft_and_size(
self.position.x, self.position.y, 0, 0)
reach = RadiusRect(position_rect, self.walking_range)
for provider in self.home_island.get_providers_in_range(reach):
if self.check_possible_job_target(provider):
for res in collectable_resources:
job = self.check_possible_job_target_for(provider, res)
if job is not None:
jobs.append(job)
return self.get_best_possible_job(jobs)
def get_job(self): pos = self.position.to_tuple() # try to get away with a random job (with normal forest density this works > 99% of the time) for i in xrange(min(5, self._building_index.get_num_buildings_in_range(pos))): provider = self._building_index.get_random_building_in_range(pos) if provider is not None and self.check_possible_job_target(provider): job = self.check_possible_job_target_for(provider, self._required_resource_id) if job is not None and self.check_move(job.object.loading_area): return job jobs = JobList(self, JobList.order_by.random) # try all possible jobs for provider in self.home_island.get_building_index(self._required_resource_id).get_buildings_in_range(pos): if self.check_possible_job_target(provider): job = self.check_possible_job_target_for(provider, self._required_resource_id) if job is not None: jobs.append(job) return self.get_best_possible_job(jobs)
