def _draw_spawn_points(self):
zone = services.current_zone()
with Context(self.layer) as layer:
for spawn_point in zone.spawn_points_gen():
point_color = SpawnPointVisualizer.SPAWN_POINT_COLORS.get(
spawn_point.obj_def_guid, Color.WHITE)
footprint_polygon = spawn_point.get_footprint_polygon()
if footprint_polygon is not None:
layer.add_polygon(footprint_polygon,
color=point_color,
altitude=0.1)
(valid_positions, invalid_positions
) = spawn_point.get_valid_and_invalid_positions()
layer.set_color(point_color)
for slot_position in valid_positions:
layer.add_point(slot_position, altitude=0.1)
layer.set_color(Color.RED)
for slot_position in invalid_positions:
layer.add_point(slot_position, altitude=0.1)
layer.set_color(Color.WHITE)
layer.add_text_world(spawn_point.get_approximate_center(),
spawn_point.get_name())
layer.set_color(Color.CYAN)
for corner in services.current_zone().lot.corners:
layer.add_point(corner, size=1.0)
def redraw(self, sim):
routing_context = sim.get_routing_context()
routing_polygon = routing_context.get_quadtree_polygon()
def _draw_polygon(position, *, color):
if isinstance(routing_polygon, QtCircle):
layer.add_circle(position, routing_polygon.radius, color=color)
else:
layer.add_polygon(list(routing_polygon), color=color)
with Context(self.layer,
altitude=0.1,
routing_surface=sim.routing_surface) as layer:
position_color = pseudo_random_color(sim.id)
position = sim.position
orientation = sim.orientation
_draw_polygon(position, color=position_color)
if orientation != sims4.math.Quaternion.ZERO():
angle = sims4.math.yaw_quaternion_to_angle(orientation)
layer.add_arrow(position, angle, color=position_color)
if sim.parent is not None:
return
intended_transform = sim.intended_transform
intended_position = intended_transform.translation
intended_position_color = pseudo_random_color(sim.id + 1)
_draw_polygon(intended_position, color=intended_position_color)
intended_orientation = intended_transform.orientation
if intended_orientation != sims4.math.Quaternion.ZERO():
angle = sims4.math.yaw_quaternion_to_angle(
intended_orientation)
layer.add_arrow(intended_position,
angle,
color=intended_position_color)
def _on_update(self):
broadcaster_service = services.current_zone().broadcaster_service
with Context(self.layer) as layer:
for broadcaster in broadcaster_service.get_broadcasters_gen(
inspect_only=True):
constraint = broadcaster.get_constraint()
if constraint is not None:
color = pseudo_random_color(broadcaster.guid)
_draw_constraint(layer, constraint, color)
broadcasting_object = broadcaster.broadcasting_object
if broadcasting_object is not None:
broadcaster_center = broadcasting_object.position
layer.add_circle(broadcaster_center,
radius=0.3,
color=color)
for linked_broadcaster in broadcaster.get_linked_broadcasters_gen(
):
linked_broadcasting_object = linked_broadcaster.broadcasting_object
while linked_broadcasting_object is not None:
layer.add_point(linked_broadcasting_object.position,
size=0.25,
color=color)
layer.add_segment(broadcaster_center,
linked_broadcasting_object.position,
color=color)
for broadcaster in broadcaster_service.get_pending_broadcasters_gen(
):
color = pseudo_random_color(broadcaster.guid)
(r, g, b, a) = sims4.color.to_rgba(color)
color = sims4.color.from_rgba(r, g, b, a * 0.5)
broadcasting_object = broadcaster.broadcasting_object
while broadcasting_object is not None:
layer.add_circle(broadcasting_object.position, color=color)
def _on_transition_destinations_changed(self,
sim,
transition_destinations,
transition_sources,
max_cost,
preserve=False):
POSSIBLE_SOURCE = from_rgba(50, 50, 50, 0.5)
with Context(self.layer, preserve=preserve) as layer:
for (path_id, constraint, weight) in transition_destinations:
alpha = 1.0
if max_cost > 0:
alpha = alpha - weight / max_cost
if alpha < 0.01:
alpha = 0.01
color = pseudo_random_color(path_id, a=alpha)
if constraint.was_selected:
_draw_constraint(layer,
constraint,
color,
altitude_modifier=0.5)
else:
_draw_constraint(layer, constraint, color)
for constraint in transition_sources:
if constraint.was_selected:
_draw_constraint(layer,
constraint,
POSSIBLE_SOURCE,
altitude_modifier=0.5)
else:
_draw_constraint(layer, constraint, POSSIBLE_SOURCE)
def debugvis_simposition_stop(opt_sim: OptionalTargetParam = None,
_connection=None):
if opt_sim is None:
sim_info_manager = services.sim_info_manager()
if sim_info_manager is not None:
while True:
for info in sim_info_manager.get_all():
while info.account_id is not None and info.is_instanced():
sim = info.get_sim_instance()
if sim is not None and sim.id in _sim_layer_visualizers:
visualizer = _sim_layer_visualizers[sim.id]
visualizer.stop()
del _sim_layer_visualizers[sim.id]
with Context(visualizer.layer):
pass
sims4.commands.output(
'Removed visualization: {0}'.format(
visualizer.layer), _connection)
sims4.commands.client_cheat(
'debugvis.layer.disable {0}'.format(
visualizer.layer), _connection)
elif not _stop_sim_visualizer(opt_sim, _connection, 'sim_pos',
_sim_layer_visualizers):
return 0
return 1
def stop(self):
routing_component = self.sim.routing_component
if self._on_position_changed in routing_component.on_follow_path:
routing_component.on_follow_path.remove(self._on_position_changed)
if self.sim._on_location_changed_callbacks is not None and self._on_position_changed in self.sim._on_location_changed_callbacks:
self.sim.unregister_on_location_changed(self._on_position_changed)
with Context(self.layer):
pass
def _redraw(self, _=None):
los_constraint = self._sim.los_constraint
with Context(self.layer,
routing_surface=los_constraint.routing_surface) as layer:
_draw_constraint(layer, los_constraint, self._color)
_draw_constraint(layer,
self._sim.get_social_group_constraint(None),
self._color_semitrans)
def _on_mood_changed(self):
offset = sims4.math.Vector3.Y_AXIS() * 0.4
BONE_INDEX = 5
mood_name = strip_prefix(self.sim.get_mood().__name__, 'Mood_')
with Context(self.layer) as context:
context.add_text_object(self.sim,
offset,
mood_name,
bone_index=BONE_INDEX)
def _on_quadtree_changed(self):
quadtree = services.sim_quadtree()
if quadtree is None:
return
zone = services.current_zone()
pos = sims4.math.Vector2(0, 0)
bounds = sims4.geometry.QtCircle(pos, 10000)
all_sims_positions = quadtree.query(
bounds=bounds,
level=self.ALL_LEVELS,
filter=placement.ItemType.SIM_POSITION,
flags=sims4.geometry.ObjectQuadTreeQueryFlag.IGNORE_LEVEL)
all_intended = quadtree.query(
bounds=bounds,
level=self.ALL_LEVELS,
filter=placement.ItemType.SIM_INTENDED_POSITION,
flags=sims4.geometry.ObjectQuadTreeQueryFlag.IGNORE_LEVEL)
all_suppressors = quadtree.query(
bounds=bounds,
level=self.ALL_LEVELS,
filter=placement.ItemType.ROUTE_GOAL_SUPPRESSOR,
flags=sims4.geometry.ObjectQuadTreeQueryFlag.IGNORE_LEVEL)
with Context(self.layer) as layer:
layer.set_color(Color.GREEN)
for o in all_sims_positions:
height = terrain.get_lot_level_height(
o[2].center.x, o[2].center.y, o[3], zone.id) + 0.1
pos = sims4.math.Vector3(o[2].center.x, height, o[2].center.y)
layer.add_circle(pos, o[2].radius, altitude=KEEP_ALTITUDE)
layer.set_color(Color.YELLOW)
for o in all_intended:
if isinstance(o[2], Polygon):
routing_surface = routing.SurfaceIdentifier(
zone.id, o[3], routing.SURFACETYPE_WORLD)
layer.add_polygon(o[2],
altitude=0.1,
routing_surface=routing_surface)
else:
height = terrain.get_lot_level_height(
o[2].center.x, o[2].center.y, o[3], zone.id) + 0.1
pos = sims4.math.Vector3(o[2].center.x, height,
o[2].center.y)
layer.add_circle(pos, o[2].radius, altitude=KEEP_ALTITUDE)
layer.set_color(Color.RED)
for o in all_suppressors:
if isinstance(o[2], Polygon):
routing_surface = routing.SurfaceIdentifier(
zone.id, o[3], routing.SURFACETYPE_WORLD)
layer.add_polygon(o[2],
altitude=0.1,
routing_surface=routing_surface)
else:
height = terrain.get_lot_level_height(
o[2].center.x, o[2].center.y, o[3], zone.id) + 0.1
pos = sims4.math.Vector3(o[2].center.x, height,
o[2].center.y)
layer.add_circle(pos, o[2].radius, altitude=KEEP_ALTITUDE)
def _on_quadtree_changed(self):
fire_service = services.get_fire_service()
fire_quadtree = fire_service.fire_quadtree
flammable_quadtree = fire_service.flammable_objects_quadtree
zone = services.current_zone()
pos = sims4.math.Vector2(0, 0)
bounds = sims4.geometry.QtCircle(pos, 10000)
if fire_quadtree is not None:
fire_objects = fire_quadtree.query(bounds)
else:
fire_objects = []
if flammable_quadtree is not None:
flammable_objects = flammable_quadtree.query(bounds)
else:
flammable_objects = []
with Context(self.layer) as layer:
layer.set_color(Color.RED)
for obj in fire_objects:
level = obj.location.level
height = terrain.get_lot_level_height(
obj.position.x, obj.position.z, level, zone.id) + 0.1
radius = FireService.FIRE_QUADTREE_RADIUS
pos = sims4.math.Vector3(obj.position.x, height,
obj.position.z)
layer.add_circle(pos, radius, altitude=KEEP_ALTITUDE)
layer.set_color(Color.YELLOW)
for obj in flammable_objects:
if obj.location.world_routing_surface is None:
pass
level = obj.location.level
height = terrain.get_lot_level_height(
obj.position.x, obj.position.z, level, zone.id) + 0.1
radius = obj.object_radius
if obj.fire_retardant:
radius += FireService.FIRE_RETARDANT_EXTRA_OBJECT_RADIUS
location = sims4.math.Vector2(obj.position.x, obj.position.z)
object_bounds = obj.object_bounds_for_flammable_object(
location=location,
fire_retardant_bonus=FireService.
FIRE_RETARDANT_EXTRA_OBJECT_RADIUS)
if isinstance(object_bounds, QtCircle):
pos = sims4.math.Vector3(obj.position.x, height,
obj.position.z)
layer.add_circle(pos, radius, altitude=KEEP_ALTITUDE)
else:
while isinstance(object_bounds, QtRect):
v0 = sims4.math.Vector3(object_bounds.a.x, height,
object_bounds.a.y)
v2 = sims4.math.Vector3(object_bounds.b.x, height,
object_bounds.b.y)
delta = v2 - v0
v1 = v0 + sims4.math.Vector3(delta.x, 0, 0)
v3 = v0 + sims4.math.Vector3(0, 0, delta.z)
vertices = [v0, v1, v2, v3]
layer.add_polygon(vertices, altitude=KEEP_ALTITUDE)
def _draw_all_portals(self, *_, **__):
object_manager = services.object_manager()
with Context(self.layer, preserve=True) as context:
context.layer.clear()
if self.portal_obj_id:
portal_obj = object_manager.get(self.portal_obj_id)
if portal_obj is not None:
self._draw_portal_obj(portal_obj, portal_id=self.portal_id)
return
for obj in object_manager.portal_cache_gen():
self._draw_portal_obj(obj, portal_id=0)
def _on_update(self):
with Context(self.layer) as layer:
for ensemble in services.ensemble_service().get_all_ensembles():
color = pseudo_random_color(ensemble.guid)
if ensemble.last_center_of_mass is None:
continue
layer.add_circle(ensemble.last_center_of_mass,
radius=math.sqrt(
ensemble.max_ensemble_radius),
color=color)
for sim in ensemble:
layer.add_circle(sim.position, radius=0.3, color=color)
def _stop_visualizer(_connection, vis_name, container, handle):
if handle in container:
visualizer = container[handle]
visualizer.stop()
del container[handle]
with Context(visualizer.layer):
pass
sims4.commands.output(
'Removed visualization: {0}'.format(visualizer.layer), _connection)
sims4.commands.client_cheat(
'debugvis.layer.disable {0}'.format(visualizer.layer), _connection)
return True
def _visualize_contours(self, layer, contours, color, make_closed=True):
with Context(layer, routing_surface=self._routing_surface) as context:
for contour in contours:
length = len(contour)
while length != 0:
for i in range(length - 1):
context.add_segment(contour[i],
contour[i + 1],
color=color)
if make_closed:
context.add_segment(contour[length - 1],
contour[0],
color=color)
def debugvis_draw_circle(x: float = 0.0,
y: float = 0.0,
z: float = 0.0,
rad: float = 0.1,
snap_to_terrain: bool = False,
_connection=None):
debugvis_draw_start(_connection)
pos = sims4.math.Vector3(x, y, z)
altitude = KEEP_ALTITUDE
if snap_to_terrain == True:
altitude = None
with Context(_draw_viz_layer, preserve=True) as layer:
layer.add_circle(pos, radius=rad, altitude=altitude)
def debugvis_draw_text(x: float = 0.0,
y: float = 0.0,
z: float = 0.0,
text='test',
snap_to_terrain: bool = False,
_connection=None):
debugvis_draw_start(_connection)
pos = sims4.math.Vector3(x, y, z)
altitude = KEEP_ALTITUDE
if snap_to_terrain == True:
altitude = None
with Context(_draw_viz_layer, preserve=True) as layer:
layer.add_text_world(pos, text, altitude=altitude)
def _draw_portal_obj(self, portal_obj, *args, portal_id=0, **kwargs):
with Context(self.layer, preserve=True) as layer:
for portal_instance in portal_obj.get_portal_instances():
if portal_id and not portal_id == portal_instance.there and not portal_id == portal_instance.back:
continue
if portal_instance.there is not None:
self._draw_portal_pair(portal_instance,
portal_instance.there, layer,
Color.CYAN, Color.MAGENTA, 6.0, 6)
if portal_instance.back is not None:
self._draw_portal_pair(portal_instance,
portal_instance.back, layer,
Color.GREEN, Color.ORANGE, 4.0, 6)
def redraw(self, sim, constraint):
routing_surface = None if isinstance(
constraint, _ConstraintSet) else constraint.routing_surface
color = pseudo_random_color(sim.id)
(r, g, b, a) = sims4.color.to_rgba(color)
(gr, gg, gb, ga) = sims4.color.to_rgba(Color.GREY)
semitransparent = sims4.color.from_rgba(
(gr + r) / 2, (gg + g) / 2, (gb + b) / 2, (ga + a) / 2 * 0.4)
transparent = sims4.color.from_rgba((gr + r) / 2, (gg + g) / 2,
(gb + b) / 2, (ga + a) / 2 * 0.15)
if isinstance(constraint, _ConstraintSet):
for sub_constraint in constraint:
if sub_constraint.routing_surface is not None:
routing_surface = sub_constraint.routing_surface
break
else:
routing_surface = constraint.routing_surface
with Context(self.layer, routing_surface=routing_surface) as layer:
direction_constraint = None
direction_constraints = []
for sub_constraint in constraint:
if sub_constraint._geometry is not None:
if sub_constraint._geometry.polygon is None:
if sub_constraint._geometry.restrictions is not None:
direction_constraints.append(sub_constraint)
if direction_constraints:
direction_constraint = create_constraint_set(
direction_constraints)
for si in sim.si_state:
participant_type = si.get_participant_type(sim)
for si_constraint in si.constraint_intersection(
participant_type=participant_type):
if direction_constraint is not None:
si_constraint = direction_constraint.intersect(
si_constraint)
si_color = transparent
si_altitude = 0.01
if si.is_guaranteed():
si_color = semitransparent
si_altitude = 0.02
_draw_constraint(layer,
si_constraint,
si_color,
altitude_modifier=si_altitude)
_draw_constraint(layer,
constraint,
color,
altitude_modifier=0.03,
anywhere_position=sim.position,
draw_contours=True)
def debugvis_draw_arrow(x: float = 0.0,
y: float = 0.0,
z: float = 0.0,
angle: float = 0.0,
length: float = 0.5,
snap_to_terrain: bool = False,
_connection=None):
debugvis_draw_start(_connection)
pos = sims4.math.Vector3(x, y, z)
altitude = KEEP_ALTITUDE
if snap_to_terrain == True:
altitude = None
with Context(_draw_viz_layer, preserve=True) as layer:
layer.add_arrow(pos, angle, length, altitude=altitude)
def _process(self, _):
sim = self.sim
if sim is None:
self.stop()
return
offset = sims4.math.Vector3.Y_AXIS()*0.4
BONE_INDEX = 5
if sim.to_skip_autonomy():
autonomy_timer_text = 'Skipping'
elif sim.get_autonomy_state_setting() < autonomy.settings.AutonomyState.FULL:
autonomy_timer_text = 'Disabled'
else:
autonomy_timer_text = str(sim.get_time_until_next_update())
with Context(self._layer) as context:
context.add_text_object(self.sim, offset, autonomy_timer_text, bone_index=BONE_INDEX)
def _on_quadtree_changed(self):
quadtree = services.sim_quadtree()
if quadtree is None:
return
bounds = QtCircle(Vector2(0, 0), 10000)
with Context(self.layer) as layer:
filter_visualizers = ((placement.ItemType.SIM_POSITION, Color.GREEN), (placement.ItemType.SIM_INTENDED_POSITION, Color.YELLOW), (placement.ItemType.ROUTE_GOAL_SUPPRESSOR, Color.RED), (placement.ItemType.ROUTABLE_OBJECT_SURFACE, Color.CYAN))
for (quadtree_filter, color) in filter_visualizers:
layer.set_color(color)
for o in quadtree.query(bounds=bounds, surface_id=routing.SurfaceIdentifier(0, 0, 0), filter=quadtree_filter, flags=ObjectQuadTreeQueryFlag.IGNORE_SURFACE):
if isinstance(o[2], Polygon):
layer.add_polygon(o[2], altitude=0.1, routing_surface=o[3])
else:
height = terrain.get_lot_level_height(o[2].center.x, o[2].center.y, o[3].secondary_id, services.current_zone_id()) + 0.1
layer.add_circle(sims4.math.Vector3(o[2].center.x, height, o[2].center.y), o[2].radius, altitude=KEEP_ALTITUDE)
def _draw_path(self):
with Context(self.layer) as context:
context.layer.clear()
if self.route is None:
return
verticies_left = []
verticies_right = []
for index in range(len(self.route) - 1, 0, -1):
cur_node = self.route[index]
prev_node = self.route[index - 1]
cur_pos = sims4.math.Vector3(cur_node.position[0], cur_node.position[1], cur_node.position[2])
prev_pos = sims4.math.Vector3(prev_node.position[0], prev_node.position[1], prev_node.position[2])
context.add_segment(prev_pos, cur_pos, color=Color.CYAN)
portal = services.object_manager().get(cur_node.portal_object_id)
if portal is not None:
for portal_instance in portal.get_portal_instances():
if portal_instance.there is not None:
self._draw_portal_pair(portal_instance, portal_instance.there, context, Color.CYAN, Color.MAGENTA, self.PORTAL_THERE_HEIGHT, self.PORTAL_ARCH_DETAIL)
if portal_instance.back is not None:
self._draw_portal_pair(portal_instance, portal_instance.back, context, Color.GREEN, Color.ORANGE, self.PORTAL_BACK_HEIGHT, self.PORTAL_ARCH_DETAIL)
vector = cur_pos - prev_pos
vector = sims4.math.vector_cross(sims4.math.Vector3.Y_AXIS(), vector)
if vector.magnitude() != 0:
vector = sims4.math.vector_normalize(vector)
tunnel_p1 = cur_pos + vector*self.TUNNEL_OFFSET
tunnel_p2 = prev_pos + vector*self.TUNNEL_OFFSET
tunnel_p3 = cur_pos + vector*-self.TUNNEL_OFFSET
tunnel_p4 = prev_pos + vector*-self.TUNNEL_OFFSET
verticies_left.append(tunnel_p1)
verticies_right.append(tunnel_p3)
if index == 1:
context.add_circle(prev_pos, radius=0.15, color=Color.GREEN)
context.add_circle(prev_pos, radius=0.18, color=Color.GREEN)
verticies_left.append(tunnel_p2)
verticies_left.append(prev_pos)
verticies_left.append(tunnel_p4)
if index == len(self.route) - 1:
context.add_circle(cur_pos, radius=self.ENDPOINT_INNER_CIRCLE_RADIUS, color=Color.RED)
context.add_circle(cur_pos, radius=self.ENDPOINT_OUTER_CIRCLE_RADIUS, color=Color.RED)
verticies_right.append(tunnel_p1)
verticies_right.append(cur_pos)
verticies_right.append(tunnel_p3)
else:
context.add_circle(cur_pos, radius=self.NODE_RADIUS, color=Color.CYAN)
verticies_right.reverse()
verticies_left.extend(verticies_right)
context.add_polygon(verticies_left, color=Color.GREEN)
def redraw(self, sim):
with Context(self.layer, altitude=0.1) as layer:
for group in sim.get_groups_for_sim_gen():
if group is not None:
if self.sim in group:
if group.geometry:
for sim in group:
layer.routing_surface = sim.routing_surface
geometry = group.geometry.get(sim, None)
if geometry is not None:
color = pseudo_random_color(sim.id)
layer.add_polygon(geometry.field,
color=color)
layer.add_point(geometry.focus,
color=color)
layer.add_arrow_for_transform(
sim.transform,
color=color,
altitude=0.05)
layer.routing_surface = group.routing_surface
color = pseudo_random_color(id(group))
layer.add_polygon(group.geometry.field,
color=color,
altitude=0.125)
layer.add_point(group.geometry.focus,
color=color,
size=0.2)
if group.radius is not None:
layer.add_circle(group.geometry.focus,
group.radius,
color=color)
if group._focus is not None:
layer.add_point(group._focus.position,
color=sims4.color.Color.CYAN)
if isinstance(
group,
JigGroup) and group.jig_polygon is not None:
color = pseudo_random_color(id(group))
layer.add_polygon(group.jig_polygon,
color=color,
altitude=0.125)
for (index, sim) in enumerate(group):
for i in range(index):
layer.add_point(sim.position,
altitude=2 + i * 0.15,
size=0.025,
color=Color.RED)
def redraw(self, sim):
with Context(self.layer, altitude=0.1, routing_surface=sim.routing_surface) as layer:
position_color = pseudo_random_color(sim.id)
position = sim.position
orientation = sim.orientation
layer.add_circle(position, routing.get_default_agent_radius(), color=position_color)
if orientation != sims4.math.Quaternion.ZERO():
angle = sims4.math.yaw_quaternion_to_angle(orientation)
layer.add_arrow(position, angle, color=position_color)
while sim.intended_location is not None:
intended_position_color = pseudo_random_color(sim.id + 1)
intended_position = sim.intended_location.position
intended_orientation = sim.intended_location.orientation
layer.add_circle(intended_position, routing.get_default_agent_radius(), color=intended_position_color)
while intended_orientation != sims4.math.Quaternion.ZERO():
angle = sims4.math.yaw_quaternion_to_angle(intended_orientation)
layer.add_arrow(intended_position, angle, color=intended_position_color)
def _on_spawn_points_changed(self):
zone = services.current_zone()
with Context(self.layer) as layer:
for spawn_point in zone.spawn_points_gen():
point_color = SpawnPointVisualizer.SPAWN_POINT_COLORS.get(spawn_point.obj_def_guid, Color.WHITE)
footprint_polygon = spawn_point.get_footprint_polygon()
if footprint_polygon is not None:
layer.add_polygon(footprint_polygon, color=point_color, altitude=0.1)
for (slot_index, slot_position) in enumerate(spawn_point.get_slot_positions()):
if not spawn_point.valid_slots & 1 << slot_index:
layer.set_color(Color.RED)
else:
layer.set_color(point_color)
layer.add_point(slot_position, altitude=0.1)
layer.set_color(Color.CYAN)
for corner in services.current_zone().lot.corners:
layer.add_point(corner, size=1.0)
def debugvis_draw_line(x1: float = 0.0,
y1: float = 0.0,
z1: float = 0.0,
x2: float = 0.0,
y2: float = 0.0,
z2: float = 0.0,
snap_to_terrain: bool = False,
color: int = None,
_connection=None):
debugvis_draw_start(_connection)
start = sims4.math.Vector3(x1, y1, z1)
dest = sims4.math.Vector3(x2, y2, z2)
altitude = KEEP_ALTITUDE
if snap_to_terrain == True:
altitude = None
with Context(_draw_viz_layer, preserve=True) as layer:
layer.add_segment(start, dest, altitude=altitude, color=color)
def _on_transition_destinations_changed(self,
sim,
transition_destinations,
possible_sources,
max_weight,
preserve=False):
POSSIBLE_SOURCE = from_rgba(50, 50, 50, 0.5)
with Context(self.layer, preserve=preserve) as layer:
for (path_id, constraint, weight) in transition_destinations:
alpha = 1.0
if max_weight > 0:
alpha = weight / max_weight
color = pseudo_random_color(path_id, a=alpha)
_draw_constraint(layer, constraint, color)
for constraint in possible_sources:
_draw_constraint(layer,
constraint,
POSSIBLE_SOURCE,
altitude_modifier=0.5)
def debugvis_social_clustering(detailed_obj_id: int = None, _connection=None):
with Context('social_clustering') as layer:
for cluster in services.social_group_cluster_service(
).get_clusters_gen(regenerate=True):
layer.routing_surface = cluster.routing_surface
for obj in cluster.objects_gen():
layer.set_color(Color.CYAN)
layer.add_segment(obj.position, cluster.position)
if obj.id == detailed_obj_id:
layer.set_color(Color.WHITE)
layer.add_polygon(cluster.polygon)
detailed_obj_id = None
layer.set_color(Color.YELLOW)
layer.add_circle(obj.position, 0.65)
layer.set_color(Color.CYAN)
layer.add_circle(cluster.position, 0.35)
_draw_constraint(layer, cluster.constraint, Color.GREEN)
sims4.commands.client_cheat('debugvis.layer.enable social_clustering',
_connection)
return True
def _draw_spawner_constraints(self):
with Context(self.layer) as layer:
for obj in services.object_manager(
).get_all_objects_with_component_gen(SPAWNER_COMPONENT):
position = obj.position
spawner_component = obj.get_component(SPAWNER_COMPONENT)
radii = []
slot_positions = []
for data in spawner_component._spawner_data:
if data.spawner_option.spawn_type == SpawnerTuning.GROUND_SPAWNER and data.spawner_option.radius not in radii:
radii.append(data.spawner_option.radius)
if data.spawner_option.spawn_type == SpawnerTuning.SLOT_SPAWNER:
slot_types = {data.spawner_option.slot_type}
for slot in obj.get_runtime_slots_gen(
slot_types=slot_types):
slot_positions.append(slot.position)
spawner_color = pseudo_random_color(obj.id)
for radius in radii:
layer.add_circle(position, radius, color=spawner_color)
for slot in slot_positions:
layer.add_point(slot,
color=spawner_color,
altitude=KEEP_ALTITUDE)
def debugvis_test(name, _connection=None):
client = services.client_manager().get(_connection)
sim = client.active_sim
time = services.time_service().sim_now
hour = time.hour() % 12 * sims4.math.TWO_PI / 12
minute = time.minute() * sims4.math.TWO_PI / 60
a = sim.position + sims4.math.Vector3(0, 1, 0)
b = a + sims4.math.Vector3(math.cos(hour), 0, math.sin(hour)) * 3
c = a + sims4.math.Vector3(math.cos(minute), 0, math.sin(minute)) * 4
with Context(name, routing_surface=sim.routing_surface) as layer:
layer.set_color(Color.YELLOW)
layer.add_segment(a, b, color=Color.CYAN)
layer.add_segment(a, c, color=Color.RED)
layer.add_point(a, size=0.2)
layer.add_point(b, size=0.1, color=Color.BLUE)
layer.add_point(c, size=0.1, color=Color.MAGENTA)
layer.add_circle(a, 5, color=Color.GREEN)
for i in range(12):
theta = i * sims4.math.TWO_PI / 12
x = sims4.math.Vector3(4.75 * math.cos(theta), 0,
4.75 * math.sin(theta))
color = sims4.color.interpolate(Color.YELLOW, Color.BLUE, i / 11)
layer.add_arrow(a + x,
0.5 * sims4.math.PI - theta,
end_arrow=False,
color=color)
layer.add_text_world(a + x,
str(i),
color_foreground=pseudo_random_color(i))
layer.add_text_screen(sims4.math.Vector2(4, 32),
'Displaying debug visualization tests.')
for i in range(200):
layer.add_text_object(sim,
sims4.math.Vector3.ZERO(),
str(i),
bone_index=i)
return 1
