def update(self):
if not super().update():
return False
self.last_distance = utils.dist(
h_utils.get_coords(h_utils.get_player_ped_id()), self.end_pos)
pos = h_utils.get_coords(h_utils.get_player_ped_id())
x1, y1, z1 = pos.x, pos.y, pos.z
x2, y2, z2 = self.end_pos.x, self.end_pos.y, self.end_pos.z
self.last_distance_curve = h.Pathfind.calculate_travel_distance_between_points(
x1, y1, z1, x2, y2, z1)
return self.should_keep_running
def state(self):
"""
Dict of current scenario/player state.
"""
coord = h_utils.get_coords(h_utils.get_player_ped_id())
return dict(position=(coord.x, coord.y, coord.z), reward=0)
def __init__(self, ints=None, floats=None, **kwargs):
super().__init__(**kwargs)
if floats is None:
floats = [0] * 7
floats[0] = h_utils.get_coords(h_utils.get_player_ped_id()).x
floats[1] = h_utils.get_coords(h_utils.get_player_ped_id()).y
floats[2] = h_utils.get_coords(h_utils.get_player_ped_id()).z
floats[3] = 0.0
floats[4] = h_utils.random_point(
h_utils.get_coords(h_utils.get_player_ped_id()).x, 1000)
floats[5] = h_utils.random_point(
h_utils.get_coords(h_utils.get_player_ped_id()).y, 1000)
floats[6] = h_utils.random_point(
h_utils.get_coords(h_utils.get_player_ped_id()).z, 1000)
# Normal
self.start_pos = h.Vector3(floats[0], floats[1], floats[2])
self.start_heading = floats[3]
self.end_pos = h.Vector3(floats[4], floats[5], floats[6])
pos = h_utils.get_coords(h_utils.get_player_ped_id())
self.last_distance = utils.dist(pos, self.end_pos)
self.last_distance_curve = h.Pathfind.calculate_travel_distance_between_points(
pos.x, pos.y, pos.z, self.end_pos.x, self.end_pos.y,
self.end_pos.z)
def clear(self):
"""
Keep player in vehicle after toggling autopilot.
"""
if self.scenario is not None and self.scenario.vehicle is not None:
h_utils.set_ped_into_vehicle(h_utils.get_player_ped_id(),
self.scenario.vehicle)
super().clear()
def _drive(self, **kwargs):
if self.scenario is None:
return
# Hack.
if hasattr(self.scenario, 'end_pos'):
h.Ai.task_vehicle_drive_to_coord(
h_utils.get_player_ped_id(), self.scenario.vehicle,
self.scenario.end_pos.x, self.scenario.end_pos.y,
self.scenario.end_pos.z, self.scenario.max_speed, 1,
self.scenario.vehicle_metadata.hash,
self.scenario.driving_style, 1.0, 0.0)
else:
h.Ai.task_vehicle_drive_wander(h_utils.get_player_ped_id(),
self.scenario.vehicle,
self.scenario.max_speed,
self.scenario.driving_style)
self.drive_start = time.time()
def _inject_noise(self, **kwargs):
self.status = constants.AgentStatus.NOISE
self.angle = -abs(self.scenario.vehicle.control[0] * 5.0)
self.throttle = self.scenario.vehicle.control[1]
self.brake = self.scenario.vehicle.control[2]
self.sign = int(self.angle < 0)
h.Ai.clear_ped_tasks(h_utils.get_player_ped_id())
self.noise_start = time.time()
def _respawn(self):
player_ped_id = h_utils.get_player_ped_id()
if self.random_respawn:
pos = h_utils.get_coord_near_road(self.x, self.y)
heading = h_utils.get_road_heading(pos.x, pos.y)
else:
pos = h_utils.get_coords(player_ped_id)
heading = player_ped_id.heading
h_utils.set_ped_position(player_ped_id, pos)
h_utils.set_ped_heading(player_ped_id, heading)
def setup(self, autopilot):
coord = h_utils.get_coords(h_utils.get_player_ped_id())
h.Gameplay.clear_area(coord.x, coord.y, coord.z, 30.0, 0, 0, 0, 0)
self._remove_all_vehicles()
self._respawn()
self._ready_vehicle()
self.last_control = self.vehicle.control
# Give autopilot information about vehicle, etc.
autopilot.init(self)
def setup(self, autopilot):
"""
Teleport to and wander around a random road.
"""
pos = get_coord_near_road(self.x, self.y)
heading = get_road_heading(pos.x, pos.y)
player_ped_id = h_utils.get_player_ped_id()
h_utils.set_ped_position(player_ped_id, pos)
h_utils.set_ped_heading(player_ped_id, heading)
h_utils.pause(50)
def _ready_vehicle(self):
player_ped_id = h_utils.get_player_ped_id()
pos = player_ped_id.get_coords(1)
heading = player_ped_id.heading
h_utils.set_ped_position(player_ped_id, pos)
h_utils.set_ped_heading(player_ped_id, heading)
h.wait(500)
self.vehicle = h_utils.spawn_entity(
self.vehicle_metadata.code,
lambda: h_utils.spawn_vehicle(self.vehicle_metadata, pos, heading))
h.wait(500)
player_ped_id.set_into_vehicle(self.vehicle, -1)
if INVISIBLE:
self.vehicle.set_alpha(0, 0)
player_ped_id.set_alpha(0, 0)
def tick(self, data):
"""
Returns last action.
"""
if not self.has_valid_keys(data):
return
if self._pause_timer.is_time():
h_utils.pause(0)
if self._log_timer.is_time():
logging.debug('Task: %s. Status: %s.' %
(self.active_index, self._status))
player_ped_id = h_utils.get_player_ped_id()
set_task = self._set_task_funcs[self.active_index]
is_task_done = self._is_task_done_funcs[self.active_index]
# Reset action vector.
h_utils.Controls.reset()
if self.only_set_once:
if self._status == TaskStatus.SETTING_TASK:
set_task(**data)
self._status = TaskStatus.WAITING_FOR_TASK_TO_FINISH
elif self._status == TaskStatus.WAITING_FOR_TASK_TO_FINISH:
if is_task_done(**data):
self.active_index = (self.active_index + 1) % len(self)
self._status = TaskStatus.SETTING_TASK
else:
set_task(**data)
if is_task_done(**data):
self.active_index = (self.active_index + 1) % len(self)
return h_utils.Controls.get_last_action()
def __init__(self):
super.__init__([
lambda **kwargs: h_utils.make_ped_wander(h_utils.get_player_ped_id(
))
], [utils.always_returns_false],
only_set_once=True)
def clear(self):
self._status = TaskStatus.SETTING_TASK
h.Ai.clear_ped_tasks_immediately(h_utils.get_player_ped_id())
def _respawn(self):
player_ped_id = h_utils.get_player_ped_id()
h_utils.set_ped_position(player_ped_id, self.start_pos)
h_utils.set_ped_heading(player_ped_id, self.start_heading)
def get_info(self):
"""
Must override for TaskQueue to work properly.
"""
return dict(player_ped_id=h_utils.get_player_ped_id())