# [allow (non_snake_case)] # [allow (dead_code)] # [allow (non_upper_case_globals)] # [allow (non_camel_case_types)] mod ffi { pub trait ToCppString { fn into_cpp (self) -> cxx :: UniquePtr < cxx :: CxxString > ; } impl ToCppString for & str { fn into_cpp (self) -> cxx :: UniquePtr < cxx :: CxxString > { make_string (self) } } impl ToCppString for String { fn into_cpp (self) -> cxx :: UniquePtr < cxx :: CxxString > { make_string (& self) } } impl ToCppString for & String { fn into_cpp (self) -> cxx :: UniquePtr < cxx :: CxxString > { make_string (self) } } impl ToCppString for cxx :: UniquePtr < cxx :: CxxString > { fn into_cpp (self) -> cxx :: UniquePtr < cxx :: CxxString > { self } } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: Landmark { type Id = cxx :: type_id ! ("carla::client::Landmark") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: WorldSnapshot { type Id = cxx :: type_id ! ("carla::client::WorldSnapshot") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: Light { type Id = cxx :: type_id ! ("carla::client::Light") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: TrafficSign { type Id = cxx :: type_id ! ("carla::client::TrafficSign") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: TrafficLight { type Id = cxx :: type_id ! ("carla::client::TrafficLight") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: Vehicle { type Id = cxx :: type_id ! ("carla::client::Vehicle") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: Walker { type Id = cxx :: type_id ! ("carla::client::Walker") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: ActorBlueprint { type Id = cxx :: type_id ! ("carla::client::ActorBlueprint") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: ActorList { type Id = cxx :: type_id ! ("carla::client::ActorList") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Vector3D { type Id = cxx :: type_id ! ("carla::geom::Vector3D") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Vector3DInt { type Id = cxx :: type_id ! ("carla::geom::Vector3DInt") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Math { type Id = cxx :: type_id ! ("carla::geom::Math") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Rotation { type Id = cxx :: type_id ! ("carla::geom::Rotation") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: BoundingBox { type Id = cxx :: type_id ! ("carla::geom::BoundingBox") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Vector2D { type Id = cxx :: type_id ! ("carla::geom::Vector2D") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: MeshMaterial { type Id = cxx :: type_id ! ("carla::geom::MeshMaterial") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: Mesh { type Id = cxx :: type_id ! ("carla::geom::Mesh") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: GeoLocation { type Id = cxx :: type_id ! ("carla::geom::GeoLocation") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: geom :: CubicPolynomial { type Id = cxx :: type_id ! ("carla::geom::CubicPolynomial") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: TrafficLightState { type Id = cxx :: type_id ! ("carla::rpc::TrafficLightState") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehicleControl { type Id = cxx :: type_id ! ("carla::rpc::VehicleControl") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: AttachmentType { type Id = cxx :: type_id ! ("carla::rpc::AttachmentType") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: EpisodeSettings { type Id = cxx :: type_id ! ("carla::rpc::EpisodeSettings") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: LabelledPoint { type Id = cxx :: type_id ! ("carla::rpc::LabelledPoint") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehiclePhysicsControl { type Id = cxx :: type_id ! ("carla::rpc::VehiclePhysicsControl") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehicleLightState { type Id = cxx :: type_id ! ("carla::rpc::VehicleLightState") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: OpendriveGenerationParameters { type Id = cxx :: type_id ! ("carla::rpc::OpendriveGenerationParameters") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehicleDoor { type Id = cxx :: type_id ! ("carla::rpc::VehicleDoor") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehicleWheelLocation { type Id = cxx :: type_id ! ("carla::rpc::VehicleWheelLocation") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: SemanticLidarDetection { type Id = cxx :: type_id ! ("carla::sensor::data::SemanticLidarDetection") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: SemanticLidarData { type Id = cxx :: type_id ! ("carla::sensor::data::SemanticLidarData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: LidarDetection { type Id = cxx :: type_id ! ("carla::sensor::data::LidarDetection") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: LidarData { type Id = cxx :: type_id ! ("carla::sensor::data::LidarData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: IMUMeasurement { type Id = cxx :: type_id ! ("carla::sensor::data::IMUMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: GnssMeasurement { type Id = cxx :: type_id ! ("carla::sensor::data::GnssMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: LidarMeasurement { type Id = cxx :: type_id ! ("carla::sensor::data::LidarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: SemanticLidarMeasurement { type Id = cxx :: type_id ! ("carla::sensor::data::SemanticLidarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: RadarDetection { type Id = cxx :: type_id ! ("carla::sensor::data::RadarDetection") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: RadarData { type Id = cxx :: type_id ! ("carla::sensor::data::RadarData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: data :: RadarMeasurement { type Id = cxx :: type_id ! ("carla::sensor::data::RadarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: SensorData { type Id = cxx :: type_id ! ("carla::sensor::SensorData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: element :: LaneMarking_Type { type Id = cxx :: type_id ! ("carla::road::element::LaneMarking::Type") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: element :: LaneMarking_Color { type Id = cxx :: type_id ! ("carla::road::element::LaneMarking::Color") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: element :: LaneMarking_LaneChange { type Id = cxx :: type_id ! ("carla::road::element::LaneMarking::LaneChange") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: geom :: FfiLocation { type Id = cxx :: type_id ! ("carla_rust::geom::FfiLocation") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: geom :: FfiTransform { type Id = cxx :: type_id ! ("carla_rust::geom::FfiTransform") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: rpc :: FfiEpisodeSettings { type Id = cxx :: type_id ! ("carla_rust::rpc::FfiEpisodeSettings") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiCollisionEvent { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiCollisionEvent") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiColor { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiColor") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiImage { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiImage") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiLaneInvasionEvent") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarDetection { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiLidarDetection") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiObstacleDetectionEvent") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiSemanticLidarDetection") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarMeasurement { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiLidarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiSemanticLidarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiRadarMeasurement { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiRadarMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiGnssMeasurement { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiGnssMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: data :: FfiImuMeasurement { type Id = cxx :: type_id ! ("carla_rust::sensor::data::FfiImuMeasurement") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: sensor :: FfiSensorData { type Id = cxx :: type_id ! ("carla_rust::sensor::FfiSensorData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: ListenCallback { type Id = cxx :: type_id ! ("carla_rust::client::ListenCallback") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiWaypoint { type Id = cxx :: type_id ! ("carla_rust::client::FfiWaypoint") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiLandmark { type Id = cxx :: type_id ! ("carla_rust::client::FfiLandmark") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiMap { type Id = cxx :: type_id ! ("carla_rust::client::FfiMap") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiVehicle { type Id = cxx :: type_id ! ("carla_rust::client::FfiVehicle") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiSensor { type Id = cxx :: type_id ! ("carla_rust::client::FfiSensor") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiActor { type Id = cxx :: type_id ! ("carla_rust::client::FfiActor") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiBlueprintLibrary { type Id = cxx :: type_id ! ("carla_rust::client::FfiBlueprintLibrary") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiActorList { type Id = cxx :: type_id ! ("carla_rust::client::FfiActorList") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiWorld { type Id = cxx :: type_id ! ("carla_rust::client::FfiWorld") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: client :: FfiClient { type Id = cxx :: type_id ! ("carla_rust::client::FfiClient") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla_rust :: road :: element :: FfiLaneMarking { type Id = cxx :: type_id ! ("carla_rust::road::element::FfiLaneMarking") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: SignalOrientation { type Id = cxx :: type_id ! ("carla::road::SignalOrientation") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: LaneValidity { type Id = cxx :: type_id ! ("carla::road::LaneValidity") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: Timestamp { type Id = cxx :: type_id ! ("carla::client::Timestamp") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: detail :: EpisodeState { type Id = cxx :: type_id ! ("carla::client::detail::EpisodeState") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: ActorInitializer { type Id = cxx :: type_id ! ("carla::client::ActorInitializer") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: WalkerControl { type Id = cxx :: type_id ! ("carla::rpc::WalkerControl") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: WalkerBoneControlOut { type Id = cxx :: type_id ! ("carla::rpc::WalkerBoneControlOut") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: WalkerBoneControlIn { type Id = cxx :: type_id ! ("carla::rpc::WalkerBoneControlIn") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: ActorDescription { type Id = cxx :: type_id ! ("carla::rpc::ActorDescription") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: ActorDefinition { type Id = cxx :: type_id ! ("carla::rpc::ActorDefinition") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: GearPhysicsControl { type Id = cxx :: type_id ! ("carla::rpc::GearPhysicsControl") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: WheelPhysicsControl { type Id = cxx :: type_id ! ("carla::rpc::WheelPhysicsControl") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: rpc :: VehicleLightState_LightState { type Id = cxx :: type_id ! ("carla::rpc::VehicleLightState::LightState") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: sensor :: RawData { type Id = cxx :: type_id ! ("carla::sensor::RawData") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: Lane_LaneType { type Id = cxx :: type_id ! ("carla::road::Lane::LaneType") ; type Kind = cxx :: kind :: Trivial ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: client :: World { type Id = cxx :: type_id ! ("carla::client::World") ; type Kind = cxx :: kind :: Opaque ; } unsafe impl cxx :: ExternType for bindgen :: root :: carla :: road :: element :: LaneMarking { type Id = cxx :: type_id ! ("carla::road::element::LaneMarking") ; type Kind = cxx :: kind :: Opaque ; } mod bindgen { pub (super) mod root { pub use cxxbridge :: std_pair_float_float_AutocxxConcrete ; pub use cxxbridge :: std_basic_ostream_char_AutocxxConcrete ; pub use cxxbridge :: carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete ; pub mod carla { # [doc = "autocxx bindings couldn't be generated: This item name is used in multiple namespaces. At present, autocxx and cxx allow only one type of a given name. This limitation will be fixed in future. (Items found with this name: carla::time_duration, boost::posix_time::time_duration)"] pub struct time_duration ; # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] pub struct SharedPtr ; impl time_duration { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration"] fn seconds_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration"] fn milliseconds_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: Function operator_equals has a return reference parameter, but 0 or >1 input reference parameters, so the lifetime of the output reference cannot be deduced."] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration, boost::posix_time::time_duration"] fn to_posix_time_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn to_chrono (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration"] fn milliseconds1 (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration"] fn carla_time_duration_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::time_duration, boost::posix_time::time_duration"] fn carla_time_duration_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } pub mod client { # [doc = "autocxx bindings couldn't be generated: This item name is used in multiple namespaces. At present, autocxx and cxx allow only one type of a given name. This limitation will be fixed in future. (Items found with this name: carla::client::Waypoint, carla::road::element::Waypoint)"] pub struct Waypoint ; # [doc = " Class containing a reference to RoadInfoSignal"] # [repr (C , align (8))] pub struct Landmark { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 48] } # [doc = "autocxx bindings couldn't be generated: This item name is used in multiple namespaces. At present, autocxx and cxx allow only one type of a given name. This limitation will be fixed in future. (Items found with this name: carla::client::Junction, carla::road::Junction)"] pub struct Junction ; # [repr (C , align (8))] pub struct WorldSnapshot { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct Light { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 32] } # [doc = "autocxx bindings couldn't be generated: This item name is used in multiple namespaces. At present, autocxx and cxx allow only one type of a given name. This limitation will be fixed in future. (Items found with this name: carla::client::ActorAttribute, carla::rpc::ActorAttribute)"] pub struct ActorAttribute ; # [repr (C , align (8))] pub struct TrafficSign { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 264] } # [repr (C , align (8))] pub struct TrafficLight { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 264] } # [repr (C , align (8))] pub struct Vehicle { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 288] } # [repr (C , align (8))] pub struct Walker { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 288] } # [doc = " Contains all the necessary information for spawning an Actor."] # [repr (C , align (8))] pub struct ActorBlueprint { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 152] } # [repr (C , align (8))] pub struct ActorList { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 64] } pub use cxxbridge :: LaneInvasionSensor ; # [repr (C , align (8))] pub struct Timestamp { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 32] } # [doc = " Used to initialize Actor classes. Only the ActorFactory can create this"] # [doc = " object, thus only the ActorFactory can create actors."] # [repr (C , align (8))] pub struct ActorInitializer { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 240] } pub type Vehicle_Control = root :: carla :: rpc :: VehicleControl ; pub type Vehicle_PhysicsControl = root :: carla :: rpc :: VehiclePhysicsControl ; pub type Walker_Control = root :: carla :: rpc :: WalkerControl ; pub type Walker_BoneControlOut = root :: carla :: rpc :: WalkerBoneControlOut ; pub type Walker_BoneControlIn = root :: carla :: rpc :: WalkerBoneControlIn ; # [repr (C , align (8))] pub struct World { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } impl Waypoint { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn carla_client_Waypoint_GetId_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetRoadId (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetSectionId (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetLaneId (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetDistance (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint, carla::geom::Transform"] fn GetTransform (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetJunctionId (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn IsJunction (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetJunction (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetLaneWidth (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetType (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetNext (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetPrevious (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetNextUntilLaneEnd (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetPreviousUntilLaneStart (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetRight (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetLeft (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetRightLaneMarking (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetLeftLaneMarking (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Waypoint"] fn GetLaneChange (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetAllLandmarksInDistance (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetLandmarksOfTypeInDistance (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl Landmark { # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetWaypoint (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_client_Landmark_GetTransform_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn GetRoadId (self : & root :: carla :: client :: Landmark) -> u32 { cxxbridge :: carla_client_Landmark_GetRoadId_autocxx_wrapper (self) } pub fn GetDistance (self : & root :: carla :: client :: Landmark) -> f64 { cxxbridge :: carla_client_Landmark_GetDistance_autocxx_wrapper (self) } pub fn GetId (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: carla_client_Landmark_GetId_autocxx_wrapper (self) } pub fn GetName (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetName_autocxx_wrapper (self) } pub fn GetCountry (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetCountry_autocxx_wrapper (self) } pub fn GetType (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: carla_client_Landmark_GetType_autocxx_wrapper (self) } pub fn GetSubType (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetSubType_autocxx_wrapper (self) } pub fn GetUnit (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetUnit_autocxx_wrapper (self) } pub fn GetText (self : & root :: carla :: client :: Landmark) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetText_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl Junction { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Junction"] fn carla_client_Junction_GetId_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetWaypoints (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Junction"] fn carla_client_Junction_GetBoundingBox_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl WorldSnapshot { # [doc = " Get the id of the episode associated with this world."] pub fn GetId (self : & root :: carla :: client :: WorldSnapshot) -> u64 { cxxbridge :: carla_client_WorldSnapshot_GetId_autocxx_wrapper (self) } pub fn GetFrame (self : & root :: carla :: client :: WorldSnapshot) -> usize { cxxbridge :: carla_client_WorldSnapshot_GetFrame_autocxx_wrapper (self) } # [doc = " Get timestamp of this snapshot."] pub fn GetTimestamp (self : & root :: carla :: client :: WorldSnapshot) -> & root :: carla :: client :: Timestamp { cxxbridge :: carla_client_WorldSnapshot_GetTimestamp_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::ActorId"] fn Contains (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn Find (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Return number of ActorSnapshots present in this WorldSnapshot."] pub fn size (self : & root :: carla :: client :: WorldSnapshot) -> usize { cxxbridge :: carla_client_WorldSnapshot_size_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn begin (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn end (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new (state : cxx :: SharedPtr < root :: carla :: client :: detail :: EpisodeState >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_WorldSnapshot_new_autocxx_autocxx_wrapper (this , state) }) } } } impl Light { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Color, carla::sensor::data::Color"] fn GetColor_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::LightId"] fn carla_client_Light_GetId_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn GetLocation_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::LightState_LightGroup)"] fn GetLightGroup_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::LightState"] fn GetLightState_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Color, carla::sensor::data::Color"] fn SetColor_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::LightState_LightGroup)"] fn SetLightGroup_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::LightState"] fn SetLightState (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_Light_new_autocxx_autocxx_wrapper (this) }) } } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new1 (_uhoh : autocxx :: BindingGenerationFailure) { } } impl ActorAttribute { # [doc = "autocxx bindings couldn't be generated: Function operator_equals has a return reference parameter, but 0 or >1 input reference parameters, so the lifetime of the output reference cannot be deduced."] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: autocxx does not know how to generate bindings to operator="] fn operator_equals1 (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn GetRecommendedValues (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn IsModifiable (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn Set_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn carla_client_ActorAttribute_GetId_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn carla_client_ActorAttribute_GetType_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::ActorAttribute"] fn carla_client_ActorAttribute_GetValue_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl TrafficSign { pub fn GetSignId (self : & root :: carla :: client :: TrafficSign) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetSignId_autocxx_wrapper (self) } pub fn new < 'a > (init : impl autocxx :: ValueParam < root :: carla :: client :: ActorInitializer > + 'a) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (init) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_TrafficSign_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl TrafficLight { # [doc = " Return the current state of the traffic light."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetState (self : & root :: carla :: client :: TrafficLight) -> root :: carla :: rpc :: TrafficLightState { cxxbridge :: carla_client_TrafficLight_GetState_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetGroupTrafficLights (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetAffectedLaneWaypoints (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn GetLightBoxes (self : & root :: carla :: client :: TrafficLight) -> cxx :: UniquePtr < cxx :: CxxVector < root :: carla :: geom :: BoundingBox > > { cxxbridge :: carla_client_TrafficLight_GetLightBoxes_autocxx_wrapper (self) } pub fn GetOpenDRIVEID (self : & root :: carla :: client :: TrafficLight) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GetOpenDRIVEID_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetStopWaypoints (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new < 'a > (init : impl autocxx :: ValueParam < root :: carla :: client :: ActorInitializer > + 'a) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (init) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_TrafficLight_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl Vehicle { # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleDoor)"] fn OpenDoor_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleDoor)"] fn CloseDoor_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleLightState_LightState)"] fn carla_client_Vehicle_SetLightState_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleWheelLocation)"] fn carla_client_Vehicle_SetWheelSteerDirection_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleWheelLocation)"] fn carla_client_Vehicle_GetWheelSteerAngle_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Return the physics control last applied to this vehicle."] # [doc = ""] # [doc = " @warning This function does call the simulator."] pub fn GetPhysicsControl < 'a > (self : & 'a root :: carla :: client :: Vehicle) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: rpc :: VehiclePhysicsControl > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: GetPhysicsControl_autocxx_wrapper (self , placement_return_type) }) } } # [doc = "autocxx bindings couldn't be generated: This item relies on a type not known to autocxx (super::super::root::carla::rpc::VehicleLightState_LightState)"] fn carla_client_Vehicle_GetLightState_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetTrafficLight (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Enables CarSim simulation if it is availiable"] pub fn EnableCarSim (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Vehicle > , simfile_path : impl ToCppString) { cxxbridge :: carla_client_Vehicle_EnableCarSim_autocxx_wrapper (self , simfile_path . into_cpp ()) } # [doc = " Enables the use of CarSim internal road definition instead of unreal's"] pub fn UseCarSimRoad (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Vehicle > , enabled : bool) { cxxbridge :: carla_client_Vehicle_UseCarSimRoad_autocxx_wrapper (self , enabled) } pub fn EnableChronoPhysics (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Vehicle > , MaxSubsteps : u64 , MaxSubstepDeltaTime : f32 , VehicleJSON : impl ToCppString , PowertrainJSON : impl ToCppString , TireJSON : impl ToCppString , BaseJSONPath : impl ToCppString) { cxxbridge :: carla_client_Vehicle_EnableChronoPhysics_autocxx_wrapper (self , MaxSubsteps , MaxSubstepDeltaTime , VehicleJSON . into_cpp () , PowertrainJSON . into_cpp () , TireJSON . into_cpp () , BaseJSONPath . into_cpp ()) } pub fn new < 'a > (init : impl autocxx :: ValueParam < root :: carla :: client :: ActorInitializer > + 'a) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (init) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_Vehicle_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl Walker { # [doc = " Apply @a control to this Walker."] pub fn ApplyControl (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Walker > , control : & root :: carla :: rpc :: WalkerControl) { cxxbridge :: carla_client_Walker_ApplyControl_autocxx_wrapper (self , control) } # [doc = " Return the control last applied to this Walker."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the Control"] # [doc = " received in the last tick."] pub fn GetWalkerControl < 'a > (self : & 'a root :: carla :: client :: Walker) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: rpc :: WalkerControl > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: GetWalkerControl_autocxx_wrapper (self , placement_return_type) }) } } pub fn GetBonesTransform < 'a > (self : :: std :: pin :: Pin < & 'a mut root :: carla :: client :: Walker >) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: rpc :: WalkerBoneControlOut > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_Walker_GetBonesTransform_autocxx_wrapper (self , placement_return_type) }) } } pub fn SetBonesTransform (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Walker > , bones : & root :: carla :: rpc :: WalkerBoneControlIn) { cxxbridge :: carla_client_Walker_SetBonesTransform_autocxx_wrapper (self , bones) } pub fn BlendPose (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Walker > , blend : f32) { cxxbridge :: carla_client_Walker_BlendPose_autocxx_wrapper (self , blend) } pub fn GetPoseFromAnimation (self : :: std :: pin :: Pin < & mut root :: carla :: client :: Walker >) { cxxbridge :: carla_client_Walker_GetPoseFromAnimation_autocxx_wrapper (self) } pub fn new < 'a > (init : impl autocxx :: ValueParam < root :: carla :: client :: ActorInitializer > + 'a) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (init) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_Walker_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl ActorBlueprint { # [doc = " @{"] pub fn GetId < 'a > (self : & 'a root :: carla :: client :: ActorBlueprint) -> & 'a cxx :: CxxString { cxxbridge :: carla_client_ActorBlueprint_GetId_autocxx_wrapper (self) } pub fn GetTags (self : & root :: carla :: client :: ActorBlueprint) -> cxx :: UniquePtr < cxx :: CxxVector < cxx :: CxxString > > { cxxbridge :: GetTags_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: Function GetAttribute has a return reference parameter, but 0 or >1 input reference parameters, so the lifetime of the output reference cannot be deduced."] fn GetAttribute (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Set the value of the attribute given by @a id."] # [doc = ""] # [doc = " @throw std::out_of_range if no such element exists."] # [doc = " @throw InvalidAttributeValue if attribute is not modifiable."] # [doc = " @throw InvalidAttributeValue if format does not match the attribute type."] pub fn SetAttribute (self : :: std :: pin :: Pin < & mut root :: carla :: client :: ActorBlueprint > , id : & cxx :: CxxString , value : impl ToCppString) { cxxbridge :: SetAttribute_autocxx_wrapper (self , id , value . into_cpp ()) } pub fn size (self : & root :: carla :: client :: ActorBlueprint) -> usize { cxxbridge :: carla_client_ActorBlueprint_size_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn begin (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn end (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " @{"] pub fn MakeActorDescription < 'a > (self : & 'a root :: carla :: client :: ActorBlueprint) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: rpc :: ActorDescription > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: MakeActorDescription_autocxx_wrapper (self , placement_return_type) }) } } # [doc = " @{"] pub fn new < 'a > (actor_definition : impl autocxx :: ValueParam < root :: carla :: rpc :: ActorDefinition > + 'a) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (actor_definition) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_client_ActorBlueprint_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl ActorList { # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn Find (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn Filter (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn at (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn begin (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: We're unable to make a concrete version of this template, because we found an error handling the template."] fn end (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn empty (self : & root :: carla :: client :: ActorList) -> bool { cxxbridge :: carla_client_ActorList_empty_autocxx_wrapper (self) } pub fn size (self : & root :: carla :: client :: ActorList) -> usize { cxxbridge :: carla_client_ActorList_size_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This method is private"] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl LaneInvasionSensor { # [doc = "autocxx bindings couldn't be generated: Found an attempt at using a type marked as blocked! (carla::client::Sensor_CallbackFunctionType)"] fn Listen (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Stop listening for new measurements."] pub fn Stop (self : :: std :: pin :: Pin < & mut root :: carla :: client :: LaneInvasionSensor >) { cxxbridge :: carla_client_LaneInvasionSensor_Stop_autocxx_wrapper (self) } # [doc = " Return whether this Sensor instance is currently listening to the"] # [doc = " associated sensor in the simulator."] pub fn IsListening (self : & root :: carla :: client :: LaneInvasionSensor) -> bool { cxxbridge :: carla_client_LaneInvasionSensor_IsListening_autocxx_wrapper (self) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: Landmark { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: Landmark { cxxbridge :: Landmark_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: Landmark) { cxxbridge :: Landmark_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: WorldSnapshot { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: WorldSnapshot { cxxbridge :: WorldSnapshot_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: WorldSnapshot) { cxxbridge :: WorldSnapshot_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: Light { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: Light { cxxbridge :: Light_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: Light) { cxxbridge :: Light_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: TrafficSign { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: TrafficSign { cxxbridge :: TrafficSign_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: TrafficSign) { cxxbridge :: TrafficSign_free_autocxx_wrapper (arg0) } } impl AsRef < root :: carla :: client :: TrafficSign > for root :: carla :: client :: TrafficLight { fn as_ref (self : & root :: carla :: client :: TrafficLight) -> & root :: carla :: client :: TrafficSign { cxxbridge :: cast_TrafficLight_to_TrafficSign_autocxx_wrapper (self) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: TrafficLight { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: TrafficLight { cxxbridge :: TrafficLight_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: TrafficLight) { cxxbridge :: TrafficLight_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: Vehicle { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: Vehicle { cxxbridge :: Vehicle_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: Vehicle) { cxxbridge :: Vehicle_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: Walker { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: Walker { cxxbridge :: Walker_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: Walker) { cxxbridge :: Walker_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: ActorBlueprint { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: ActorBlueprint { cxxbridge :: ActorBlueprint_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: ActorBlueprint) { cxxbridge :: ActorBlueprint_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: ActorList { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: ActorList { cxxbridge :: ActorList_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: ActorList) { cxxbridge :: ActorList_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: LaneInvasionSensor { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: LaneInvasionSensor { cxxbridge :: LaneInvasionSensor_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: LaneInvasionSensor) { cxxbridge :: LaneInvasionSensor_free_autocxx_wrapper (arg0) } } impl Drop for root :: carla :: client :: LaneInvasionSensor { fn drop (self : & mut root :: carla :: client :: LaneInvasionSensor) { unsafe { cxxbridge :: LaneInvasionSensor_destructor_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: client :: WorldSnapshot { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: client :: WorldSnapshot > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: WorldSnapshot > >) { cxxbridge :: carla_client_WorldSnapshot_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: client :: WorldSnapshot { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: client :: WorldSnapshot , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: WorldSnapshot > >) { cxxbridge :: carla_client_WorldSnapshot_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: client :: WorldSnapshot { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: WorldSnapshot) { unsafe { cxxbridge :: WorldSnapshot_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: ActorBlueprint { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: ActorBlueprint) { unsafe { cxxbridge :: ActorBlueprint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: Landmark { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: Landmark) { unsafe { cxxbridge :: Landmark_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: Light { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: Light) { unsafe { cxxbridge :: Light_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: TrafficSign { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: TrafficSign) { unsafe { cxxbridge :: TrafficSign_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: TrafficLight { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: TrafficLight) { unsafe { cxxbridge :: TrafficLight_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: Vehicle { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: Vehicle) { unsafe { cxxbridge :: Vehicle_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: Walker { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: Walker) { unsafe { cxxbridge :: Walker_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: client :: ActorList { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: client :: ActorList) { unsafe { cxxbridge :: ActorList_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: Timestamp { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: Timestamp { cxxbridge :: Timestamp_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: Timestamp) { cxxbridge :: Timestamp_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: client :: Timestamp { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: client :: Timestamp > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: Timestamp > >) { cxxbridge :: carla_client_Timestamp_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: client :: Timestamp { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: client :: Timestamp , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: Timestamp > >) { cxxbridge :: carla_client_Timestamp_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: ActorInitializer { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: ActorInitializer { cxxbridge :: ActorInitializer_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: ActorInitializer) { cxxbridge :: ActorInitializer_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: client :: ActorInitializer { unsafe fn move_new (mut arg1 : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: client :: ActorInitializer > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: ActorInitializer > >) { cxxbridge :: carla_client_ActorInitializer_new_autocxx_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (arg1 . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: World { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: World { cxxbridge :: World_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: World) { cxxbridge :: World_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: client :: World { unsafe fn copy_new (arg1 : & root :: carla :: client :: World , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: World > >) { cxxbridge :: carla_client_World_new1_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , arg1) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: client :: World { unsafe fn move_new (mut arg1 : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: client :: World > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: client :: World > >) { cxxbridge :: carla_client_World_new2_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (arg1 . as_mut ()) ; r }) } } pub mod detail { # [doc = " Represents the state of all the actors of an episode at a given frame."] # [repr (C , align (8))] pub struct EpisodeState { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 128] } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: client :: detail :: EpisodeState { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: client :: detail :: EpisodeState { cxxbridge :: EpisodeState_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: client :: detail :: EpisodeState) { cxxbridge :: EpisodeState_free_autocxx_wrapper (arg0) } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod geom { # [repr (C)] pub struct Vector3D { pub x : f32 , pub y : f32 , pub z : f32 , } # [repr (C , align (4))] pub struct Vector3DInt { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 12] } # [repr (C , align (1))] pub struct Math { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 1] } # [doc = "autocxx bindings couldn't be generated: This item name is used in multiple namespaces. At present, autocxx and cxx allow only one type of a given name. This limitation will be fixed in future. (Items found with this name: carla::geom::Location, carla::rpc::Location)"] pub struct Location ; # [repr (C)] pub struct Rotation { pub pitch : f32 , pub yaw : f32 , pub roll : f32 , } # [repr (C , align (4))] pub struct BoundingBox { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 36] } # [repr (C)] pub struct Vector2D { pub x : f32 , pub y : f32 , } # [doc = " Material that references the vertex index start and end of"] # [doc = " a mesh where it is affecting."] # [repr (C , align (8))] pub struct MeshMaterial { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 48] } # [doc = " Mesh data container, validator and exporter."] # [repr (C , align (8))] pub struct Mesh { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 120] } pub type Mesh_vertex_type = root :: carla :: geom :: Vector3D ; pub type Mesh_normal_type = root :: carla :: geom :: Vector3D ; pub type Mesh_index_type = usize ; pub type Mesh_uv_type = root :: carla :: geom :: Vector2D ; # [doc = " Material that references the vertex index start and end of"] # [doc = " a mesh where it is affecting."] pub type Mesh_material_type = root :: carla :: geom :: MeshMaterial ; # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] pub struct PointCloudRtree_BPoint ; # [doc = "autocxx bindings couldn't be generated: This typedef takes generic parameters, not yet supported by autocxx."] pub struct PointCloudRtree_TreeElement ; # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] pub struct SegmentCloudRtree_BPoint ; # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] pub struct SegmentCloudRtree_BSegment ; # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] pub struct SegmentCloudRtree_TreeElement ; # [repr (C)] pub struct GeoLocation { pub latitude : f64 , pub longitude : f64 , pub altitude : f64 , } # [doc = " Describes a Cubic Polynomial so:"] # [doc = " f(x) = a + bx + cx^2 + dx^3"] # [repr (C , align (8))] pub struct CubicPolynomial { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 40] } pub type CubicPolynomial_value_type = f64 ; # [doc = "autocxx bindings couldn't be generated: bindgen generated multiple different APIs (functions/types) with this name. autocxx doesn't know how to disambiguate them, so we won't generate bindings for any of them."] pub struct Transform ; impl Vector3D { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn msgpack_unpack (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector3D_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (ix : f32 , iy : f32 , iz : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector3D_new1_autocxx_wrapper (this , ix , iy , iz) }) } } } impl Vector3DInt { pub fn SquaredLength (self : & root :: carla :: geom :: Vector3DInt) -> i64 { cxxbridge :: carla_geom_Vector3DInt_SquaredLength_autocxx_wrapper (self) } pub fn Length (self : & root :: carla :: geom :: Vector3DInt) -> f64 { cxxbridge :: carla_geom_Vector3DInt_Length_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_geom_Vector3DInt_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector3DInt_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (ix : i32 , iy : i32 , iz : i32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector3DInt_new1_autocxx_wrapper (this , ix , iy , iz) }) } } } impl Math { pub fn Cross (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> root :: carla :: geom :: Vector3D { cxxbridge :: Cross_autocxx_wrapper (a , b) } pub fn Dot (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: Dot_autocxx_wrapper (a , b) } pub fn Dot2D (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: Dot2D_autocxx_wrapper (a , b) } pub fn DistanceSquared (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: DistanceSquared_autocxx_wrapper (a , b) } pub fn DistanceSquared2D (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: DistanceSquared2D_autocxx_wrapper (a , b) } pub fn Distance (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: Distance_autocxx_wrapper (a , b) } pub fn Distance2D (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f32 { cxxbridge :: Distance2D_autocxx_wrapper (a , b) } # [doc = " Returns the angle between 2 vectors in radians"] pub fn GetVectorAngle (a : & root :: carla :: geom :: Vector3D , b : & root :: carla :: geom :: Vector3D) -> f64 { cxxbridge :: GetVectorAngle_autocxx_wrapper (a , b) } # [doc = " Returns a pair containing:"] # [doc = " - @b first:  distance from v to p' where p' = p projected on segment"] # [doc = "   (w - v)"] # [doc = " - @b second: Euclidean distance from p to p'"] # [doc = "   @param p point to calculate distance"] # [doc = "   @param v first point of the segment"] # [doc = "   @param w second point of the segment"] pub fn DistanceSegmentToPoint (p : & root :: carla :: geom :: Vector3D , v : & root :: carla :: geom :: Vector3D , w : & root :: carla :: geom :: Vector3D) -> cxx :: UniquePtr < root :: std_pair_float_float_AutocxxConcrete > { cxxbridge :: DistanceSegmentToPoint_autocxx_wrapper (p , v , w) } # [doc = " Returns a pair containing:"] # [doc = " - @b first:  distance across the arc from start_pos to p' where p' = p"] # [doc = " projected on Arc"] # [doc = " - @b second: Euclidean distance from p to p'"] pub fn DistanceArcToPoint (p : root :: carla :: geom :: Vector3D , start_pos : root :: carla :: geom :: Vector3D , length : f32 , heading : f32 , curvature : f32) -> cxx :: UniquePtr < root :: std_pair_float_float_AutocxxConcrete > { cxxbridge :: DistanceArcToPoint_autocxx_wrapper (p , start_pos , length , heading , curvature) } pub fn RotatePointOnOrigin2D (p : root :: carla :: geom :: Vector3D , angle : f32) -> root :: carla :: geom :: Vector3D { cxxbridge :: RotatePointOnOrigin2D_autocxx_wrapper (p , angle) } # [doc = " Compute the unit vector pointing towards the X-axis of @a rotation."] pub fn GetForwardVector (rotation : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: GetForwardVector_autocxx_wrapper (rotation) } # [doc = " Compute the unit vector pointing towards the Y-axis of @a rotation."] pub fn GetRightVector (rotation : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: GetRightVector_autocxx_wrapper (rotation) } # [doc = " Compute the unit vector pointing towards the Y-axis of @a rotation."] pub fn GetUpVector (rotation : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: GetUpVector_autocxx_wrapper (rotation) } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (int)"] fn GenerateRange (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "Synthesized default constructor."] pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Math_new_autocxx_autocxx_wrapper (this) }) } } } impl Location { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_Location_Distance_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_Location_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_Location_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_Location_new2_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl Rotation { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_geom_Rotation_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn GetForwardVector (self : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_geom_Rotation_GetForwardVector_autocxx_wrapper (self) } pub fn GetRightVector (self : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_geom_Rotation_GetRightVector_autocxx_wrapper (self) } pub fn GetUpVector (self : & root :: carla :: geom :: Rotation) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_geom_Rotation_GetUpVector_autocxx_wrapper (self) } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Rotation_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (p : f32 , y : f32 , r : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Rotation_new1_autocxx_wrapper (this , p , y , r) }) } } } impl Transform { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform, clmdep_msgpack::v2::object"] fn carla_geom_Transform_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_geom_Transform_GetForwardVector_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_geom_Transform_GetRightVector_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_geom_Transform_GetUpVector_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn TransformPoint (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn TransformVector (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn InverseTransformPoint (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetMatrix (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetInverseMatrix (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_geom_Transform_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform, carla::geom::Location"] fn carla_geom_Transform_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform, carla::geom::Location"] fn carla_geom_Transform_new2_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl BoundingBox { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location, carla::geom::Transform"] fn carla_geom_BoundingBox_Contains_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetLocalVertices (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn GetWorldVertices (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_geom_BoundingBox_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_BoundingBox_new_autocxx_autocxx_wrapper (this) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_BoundingBox_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_geom_BoundingBox_new2_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new3 < 'a > (in_extent : & 'a root :: carla :: geom :: Vector3D) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_BoundingBox_new3_autocxx_wrapper (this , in_extent) }) } } } impl Vector2D { pub fn SquaredLength (self : & root :: carla :: geom :: Vector2D) -> f32 { cxxbridge :: carla_geom_Vector2D_SquaredLength_autocxx_wrapper (self) } pub fn Length (self : & root :: carla :: geom :: Vector2D) -> f32 { cxxbridge :: carla_geom_Vector2D_Length_autocxx_wrapper (self) } pub fn MakeUnitVector (self : & root :: carla :: geom :: Vector2D) -> root :: carla :: geom :: Vector2D { cxxbridge :: carla_geom_Vector2D_MakeUnitVector_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_geom_Vector2D_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector2D_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (ix : f32 , iy : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Vector2D_new1_autocxx_wrapper (this , ix , iy) }) } } } impl MeshMaterial { pub fn new < 'a > (new_name : & 'a cxx :: CxxString , start : usize , end : usize) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_MeshMaterial_new_autocxx_autocxx_wrapper (this , new_name , start , end) }) } } } impl Mesh { # [doc = " Returns a string containing the mesh encoded in OBJ."] # [doc = " Units are in meters. It is in Unreal space."] pub fn GenerateOBJ (self : & root :: carla :: geom :: Mesh) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GenerateOBJ_autocxx_wrapper (self) } # [doc = " Returns a string containing the mesh encoded in OBJ."] # [doc = " Units are in meters. This function exports the OBJ file"] # [doc = " specifically to be consumed by Recast library."] # [doc = " Changes the build face direction and the coordinate space."] pub fn GenerateOBJForRecast (self : & root :: carla :: geom :: Mesh) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GenerateOBJForRecast_autocxx_wrapper (self) } # [doc = " Returns a string containing the mesh encoded in PLY."] # [doc = " Units are in meters."] pub fn GeneratePLY (self : & root :: carla :: geom :: Mesh) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: GeneratePLY_autocxx_wrapper (self) } pub fn new < 'a > (vertices : & 'a cxx :: CxxVector < root :: carla :: geom :: Vector3D > , normals : & 'a cxx :: CxxVector < root :: carla :: geom :: Vector3D > , indexes : & 'a cxx :: CxxVector < usize > , uvs : & 'a cxx :: CxxVector < root :: carla :: geom :: Vector2D >) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_Mesh_new_autocxx_autocxx_wrapper (this , vertices , normals , indexes , uvs) }) } } } impl GeoLocation { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_geom_GeoLocation_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_GeoLocation_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (latitude : f64 , longitude : f64 , altitude : f64) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_GeoLocation_new1_autocxx_wrapper (this , latitude , longitude , altitude) }) } } } impl CubicPolynomial { pub fn GetS (self : & root :: carla :: geom :: CubicPolynomial) -> f64 { cxxbridge :: carla_geom_CubicPolynomial_GetS_autocxx_wrapper (self) } pub fn Set (self : :: std :: pin :: Pin < & mut root :: carla :: geom :: CubicPolynomial > , a : & f64 , b : & f64 , c : & f64 , d : & f64 , s : & f64) { cxxbridge :: carla_geom_CubicPolynomial_Set_autocxx_wrapper (self , a , b , c , d , s) } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_CubicPolynomial_new_autocxx_autocxx_wrapper (this) }) } } pub fn new2 < 'a > (a : & 'a f64 , b : & 'a f64 , c : & 'a f64 , d : & 'a f64) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_CubicPolynomial_new2_autocxx_wrapper (this , a , b , c , d) }) } } pub fn new3 < 'a > (a : & 'a f64 , b : & 'a f64 , c : & 'a f64 , d : & 'a f64 , s : & 'a f64) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_geom_CubicPolynomial_new3_autocxx_wrapper (this , a , b , c , d , s) }) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Vector3D { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Vector3D { cxxbridge :: Vector3D_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Vector3D) { cxxbridge :: Vector3D_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Vector3DInt { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Vector3DInt { cxxbridge :: Vector3DInt_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Vector3DInt) { cxxbridge :: Vector3DInt_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Math { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Math { cxxbridge :: Math_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Math) { cxxbridge :: Math_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Rotation { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Rotation { cxxbridge :: Rotation_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Rotation) { cxxbridge :: Rotation_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: BoundingBox { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: BoundingBox { cxxbridge :: BoundingBox_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: BoundingBox) { cxxbridge :: BoundingBox_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Vector2D { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Vector2D { cxxbridge :: Vector2D_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Vector2D) { cxxbridge :: Vector2D_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: MeshMaterial { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: MeshMaterial { cxxbridge :: MeshMaterial_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: MeshMaterial) { cxxbridge :: MeshMaterial_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: Mesh { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: Mesh { cxxbridge :: Mesh_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: Mesh) { cxxbridge :: Mesh_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: GeoLocation { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: GeoLocation { cxxbridge :: GeoLocation_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: GeoLocation) { cxxbridge :: GeoLocation_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: geom :: CubicPolynomial { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: geom :: CubicPolynomial { cxxbridge :: CubicPolynomial_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: geom :: CubicPolynomial) { cxxbridge :: CubicPolynomial_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: CubicPolynomial { unsafe fn copy_new (arg1 : & root :: carla :: geom :: CubicPolynomial , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: CubicPolynomial > >) { cxxbridge :: carla_geom_CubicPolynomial_new1_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , arg1) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Vector3D { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Vector3D > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector3D > >) { cxxbridge :: carla_geom_Vector3D_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: Vector3D { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: Vector3D , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector3D > >) { cxxbridge :: carla_geom_Vector3D_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: Vector3D { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Vector3D) { unsafe { cxxbridge :: Vector3D_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Vector3DInt { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Vector3DInt > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector3DInt > >) { cxxbridge :: carla_geom_Vector3DInt_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: Vector3DInt { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: Vector3DInt , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector3DInt > >) { cxxbridge :: carla_geom_Vector3DInt_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: Vector3DInt { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Vector3DInt) { unsafe { cxxbridge :: Vector3DInt_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Math { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Math > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Math > >) { cxxbridge :: carla_geom_Math_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: Math { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: Math , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Math > >) { cxxbridge :: carla_geom_Math_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: Math { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Math) { unsafe { cxxbridge :: Math_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Rotation { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Rotation > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Rotation > >) { cxxbridge :: carla_geom_Rotation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: Rotation { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: Rotation , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Rotation > >) { cxxbridge :: carla_geom_Rotation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: Rotation { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Rotation) { unsafe { cxxbridge :: Rotation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: BoundingBox { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: BoundingBox > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: BoundingBox > >) { cxxbridge :: carla_geom_BoundingBox_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: BoundingBox { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: BoundingBox , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: BoundingBox > >) { cxxbridge :: carla_geom_BoundingBox_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: BoundingBox { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: BoundingBox) { unsafe { cxxbridge :: BoundingBox_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Vector2D { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Vector2D > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector2D > >) { cxxbridge :: carla_geom_Vector2D_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: Vector2D { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: Vector2D , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Vector2D > >) { cxxbridge :: carla_geom_Vector2D_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: Vector2D { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Vector2D) { unsafe { cxxbridge :: Vector2D_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: MeshMaterial { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: MeshMaterial > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: MeshMaterial > >) { cxxbridge :: carla_geom_MeshMaterial_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: MeshMaterial { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: MeshMaterial , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: MeshMaterial > >) { cxxbridge :: carla_geom_MeshMaterial_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: MeshMaterial { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: MeshMaterial) { unsafe { cxxbridge :: MeshMaterial_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: Mesh { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: Mesh > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: Mesh > >) { cxxbridge :: carla_geom_Mesh_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } impl Drop for root :: carla :: geom :: Mesh { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: Mesh) { unsafe { cxxbridge :: Mesh_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: geom :: GeoLocation { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: geom :: GeoLocation > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: GeoLocation > >) { cxxbridge :: carla_geom_GeoLocation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: geom :: GeoLocation { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: geom :: GeoLocation , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: geom :: GeoLocation > >) { cxxbridge :: carla_geom_GeoLocation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: geom :: GeoLocation { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: GeoLocation) { unsafe { cxxbridge :: GeoLocation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: geom :: CubicPolynomial { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: geom :: CubicPolynomial) { unsafe { cxxbridge :: CubicPolynomial_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod road { pub type RoadId = u32 ; # [repr (u32)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum SignalOrientation { Positive = 0 , Negative = 1 , Both = 2 , } # [repr (C , align (4))] pub struct LaneValidity { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 8] } pub type SignId = cxx :: CxxString ; pub type SectionId = u32 ; pub type LaneId = i32 ; pub type JuncId = i32 ; # [repr (i32)] # [doc = " Can be used as flags"] # [derive (Clone , Hash , PartialEq , Eq)] pub enum Lane_LaneType { None = 1 , Driving = 2 , Stop = 4 , Shoulder = 8 , Biking = 16 , Sidewalk = 32 , Border = 64 , Restricted = 128 , Parking = 256 , Bidirectional = 512 , Median = 1024 , Special1 = 2048 , Special2 = 4096 , Special3 = 8192 , RoadWorks = 16384 , Tram = 32768 , Rail = 65536 , Entry = 131072 , Exit = 262144 , OffRamp = 524288 , OnRamp = 1048576 , Any = - 2 , } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: road :: LaneValidity { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: road :: LaneValidity { cxxbridge :: LaneValidity_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: road :: LaneValidity) { cxxbridge :: LaneValidity_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: road :: LaneValidity { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: road :: LaneValidity > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: road :: LaneValidity > >) { cxxbridge :: carla_road_LaneValidity_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: road :: LaneValidity { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: road :: LaneValidity , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: road :: LaneValidity > >) { cxxbridge :: carla_road_LaneValidity_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } pub mod element { # [repr (i32)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum LaneMarking_Type { Other = 0 , Broken = 1 , Solid = 2 , SolidSolid = 3 , SolidBroken = 4 , BrokenSolid = 5 , BrokenBroken = 6 , BottsDots = 7 , Grass = 8 , Curb = 9 , None = 10 , } # [repr (u8)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum LaneMarking_Color { Standard = 0 , Blue = 1 , Green = 2 , Red = 3 , Yellow = 4 , Other = 5 , } # [repr (u8)] # [doc = " Can be used as flags."] # [derive (Clone , Hash , PartialEq , Eq)] pub enum LaneMarking_LaneChange { None = 0 , Right = 1 , Left = 2 , Both = 3 , } # [repr (C , align (8))] pub struct LaneMarking { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: road :: element :: LaneMarking { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: road :: element :: LaneMarking { cxxbridge :: LaneMarking_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: road :: element :: LaneMarking) { cxxbridge :: LaneMarking_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: road :: element :: LaneMarking { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: road :: element :: LaneMarking > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: road :: element :: LaneMarking > >) { cxxbridge :: carla_road_element_LaneMarking_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: road :: element :: LaneMarking { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: road :: element :: LaneMarking , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: road :: element :: LaneMarking > >) { cxxbridge :: carla_road_element_LaneMarking_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod rpc { # [repr (u8)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum TrafficLightState { Red = 0 , Yellow = 1 , Green = 2 , Off = 3 , Unknown = 4 , SIZE = 5 , } # [repr (C)] pub struct VehicleControl { pub throttle : f32 , pub steer : f32 , pub brake : f32 , pub hand_brake : bool , pub reverse : bool , pub manual_gear_shift : bool , pub gear : i32 , } # [repr (u8)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum AttachmentType { Rigid = 0 , SpringArm = 1 , SIZE = 2 , INVALID = 3 , } # [repr (C , align (8))] pub struct EpisodeSettings { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 64] } # [repr (C , align (4))] pub struct LabelledPoint { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct VehiclePhysicsControl { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 168] } # [doc = " Defines the physical appearance of a vehicle whitch is obtained"] # [doc = " by the sensors."] # [repr (C , align (4))] pub struct VehicleLightState { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 4] } # [doc = " Seting for map generation from opendrive without additional geometry"] # [repr (C , align (8))] pub struct OpendriveGenerationParameters { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 40] } # [repr (u8)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum VehicleDoor { FL = 0 , FR = 1 , RL = 2 , RR = 3 , Hood = 4 , Trunk = 5 , All = 6 , } # [repr (u8)] # [derive (Clone , Hash , PartialEq , Eq)] pub enum VehicleWheelLocation { FL_Wheel = 0 , FR_Wheel = 1 , BL_Wheel = 2 , BR_Wheel = 3 , } # [repr (C , align (4))] pub struct WalkerControl { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 20] } # [repr (C , align (8))] pub struct WalkerBoneControlOut { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [repr (C , align (8))] pub struct WalkerBoneControlIn { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [repr (C , align (8))] pub struct ActorDescription { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 64] } # [repr (C , align (8))] pub struct ActorDefinition { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 96] } # [repr (C , align (4))] pub struct GearPhysicsControl { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 12] } # [repr (C , align (4))] pub struct WheelPhysicsControl { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 48] } # [repr (u32)] # [doc = " Can be used as flags"] # [derive (Clone , Hash , PartialEq , Eq)] pub enum VehicleLightState_LightState { None = 0 , Position = 1 , LowBeam = 2 , HighBeam = 4 , Brake = 8 , RightBlinker = 16 , LeftBlinker = 32 , Reverse = 64 , Fog = 128 , Interior = 256 , Special1 = 512 , Special2 = 1024 , All = 4294967295 , } pub type VehicleLightState_flag_type = u32 ; impl VehicleControl { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_VehicleControl_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehicleControl_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (in_throttle : f32 , in_steer : f32 , in_brake : f32 , in_hand_brake : bool , in_reverse : bool , in_manual_gear_shift : bool , in_gear : i32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehicleControl_new1_autocxx_wrapper (this , in_throttle , in_steer , in_brake , in_hand_brake , in_reverse , in_manual_gear_shift , in_gear) }) } } } impl EpisodeSettings { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_EpisodeSettings_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_EpisodeSettings_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (synchronous_mode : bool , no_rendering_mode : bool , fixed_delta_seconds : f64 , substepping : bool , max_substep_delta_time : f64 , max_substeps : autocxx :: c_int , max_culling_distance : f32 , deterministic_ragdolls : bool , tile_stream_distance : f32 , actor_active_distance : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_EpisodeSettings_new1_autocxx_wrapper (this , synchronous_mode , no_rendering_mode , fixed_delta_seconds , substepping , max_substep_delta_time , max_substeps , max_culling_distance , deterministic_ragdolls , tile_stream_distance , actor_active_distance) }) } } } impl LabelledPoint { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_LabelledPoint_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_LabelledPoint_new_autocxx_autocxx_wrapper (this) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::rpc::Location, carla::geom::Location"] fn carla_rpc_LabelledPoint_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl VehiclePhysicsControl { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_VehiclePhysicsControl_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehiclePhysicsControl_new_autocxx_autocxx_wrapper (this) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_rpc_VehiclePhysicsControl_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl VehicleLightState { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_VehicleLightState_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehicleLightState_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (light_state : root :: carla :: rpc :: VehicleLightState_LightState) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehicleLightState_new1_autocxx_wrapper (this , light_state) }) } } pub fn new2 (light_state : u32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_VehicleLightState_new2_autocxx_wrapper (this , light_state) }) } } } impl OpendriveGenerationParameters { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: clmdep_msgpack::v2::object"] fn carla_rpc_OpendriveGenerationParameters_msgpack_unpack_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_OpendriveGenerationParameters_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (v_distance : f64 , max_road_len : f64 , w_height : f64 , a_width : f64 , smooth_junc : bool , e_visibility : bool , e_pedestrian : bool) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rpc_OpendriveGenerationParameters_new1_autocxx_wrapper (this , v_distance , max_road_len , w_height , a_width , smooth_junc , e_visibility , e_pedestrian) }) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: VehicleControl { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: VehicleControl { cxxbridge :: VehicleControl_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: VehicleControl) { cxxbridge :: VehicleControl_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: EpisodeSettings { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: EpisodeSettings { cxxbridge :: EpisodeSettings_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: EpisodeSettings) { cxxbridge :: EpisodeSettings_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: LabelledPoint { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: LabelledPoint { cxxbridge :: LabelledPoint_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: LabelledPoint) { cxxbridge :: LabelledPoint_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: VehiclePhysicsControl { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: VehiclePhysicsControl { cxxbridge :: VehiclePhysicsControl_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: VehiclePhysicsControl) { cxxbridge :: VehiclePhysicsControl_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: VehicleLightState { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: VehicleLightState { cxxbridge :: VehicleLightState_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: VehicleLightState) { cxxbridge :: VehicleLightState_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: OpendriveGenerationParameters { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: OpendriveGenerationParameters { cxxbridge :: OpendriveGenerationParameters_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: OpendriveGenerationParameters) { cxxbridge :: OpendriveGenerationParameters_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: VehicleControl { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: VehicleControl > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: VehicleControl > >) { cxxbridge :: carla_rpc_VehicleControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: VehicleControl { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: VehicleControl , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: VehicleControl > >) { cxxbridge :: carla_rpc_VehicleControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: rpc :: VehicleControl { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: VehicleControl) { unsafe { cxxbridge :: VehicleControl_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: EpisodeSettings { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: EpisodeSettings > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: EpisodeSettings > >) { cxxbridge :: carla_rpc_EpisodeSettings_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: EpisodeSettings { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: EpisodeSettings , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: EpisodeSettings > >) { cxxbridge :: carla_rpc_EpisodeSettings_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: rpc :: EpisodeSettings { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: EpisodeSettings) { unsafe { cxxbridge :: EpisodeSettings_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: LabelledPoint { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: LabelledPoint > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: LabelledPoint > >) { cxxbridge :: carla_rpc_LabelledPoint_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: LabelledPoint { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: LabelledPoint , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: LabelledPoint > >) { cxxbridge :: carla_rpc_LabelledPoint_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: rpc :: LabelledPoint { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: LabelledPoint) { unsafe { cxxbridge :: LabelledPoint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: VehiclePhysicsControl { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: VehiclePhysicsControl > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: VehiclePhysicsControl > >) { cxxbridge :: carla_rpc_VehiclePhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } impl Drop for root :: carla :: rpc :: VehiclePhysicsControl { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: VehiclePhysicsControl) { unsafe { cxxbridge :: VehiclePhysicsControl_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: VehicleLightState { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: VehicleLightState > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: VehicleLightState > >) { cxxbridge :: carla_rpc_VehicleLightState_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: VehicleLightState { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: VehicleLightState , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: VehicleLightState > >) { cxxbridge :: carla_rpc_VehicleLightState_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: rpc :: VehicleLightState { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: VehicleLightState) { unsafe { cxxbridge :: VehicleLightState_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: OpendriveGenerationParameters { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: OpendriveGenerationParameters > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: OpendriveGenerationParameters > >) { cxxbridge :: carla_rpc_OpendriveGenerationParameters_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: OpendriveGenerationParameters { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: OpendriveGenerationParameters , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: OpendriveGenerationParameters > >) { cxxbridge :: carla_rpc_OpendriveGenerationParameters_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: rpc :: OpendriveGenerationParameters { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: rpc :: OpendriveGenerationParameters) { unsafe { cxxbridge :: OpendriveGenerationParameters_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: WalkerControl { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: WalkerControl { cxxbridge :: WalkerControl_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: WalkerControl) { cxxbridge :: WalkerControl_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: WalkerControl { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: WalkerControl > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WalkerControl > >) { cxxbridge :: carla_rpc_WalkerControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: WalkerControl { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: WalkerControl , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WalkerControl > >) { cxxbridge :: carla_rpc_WalkerControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: WalkerBoneControlOut { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: WalkerBoneControlOut { cxxbridge :: WalkerBoneControlOut_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: WalkerBoneControlOut) { cxxbridge :: WalkerBoneControlOut_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: WalkerBoneControlOut { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: WalkerBoneControlOut > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WalkerBoneControlOut > >) { cxxbridge :: carla_rpc_WalkerBoneControlOut_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: WalkerBoneControlIn { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: WalkerBoneControlIn { cxxbridge :: WalkerBoneControlIn_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: WalkerBoneControlIn) { cxxbridge :: WalkerBoneControlIn_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: WalkerBoneControlIn { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: WalkerBoneControlIn > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WalkerBoneControlIn > >) { cxxbridge :: carla_rpc_WalkerBoneControlIn_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: ActorDescription { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: ActorDescription { cxxbridge :: ActorDescription_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: ActorDescription) { cxxbridge :: ActorDescription_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: ActorDescription { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: ActorDescription > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: ActorDescription > >) { cxxbridge :: carla_rpc_ActorDescription_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: ActorDefinition { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: ActorDefinition { cxxbridge :: ActorDefinition_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: ActorDefinition) { cxxbridge :: ActorDefinition_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: ActorDefinition { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: ActorDefinition > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: ActorDefinition > >) { cxxbridge :: carla_rpc_ActorDefinition_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: GearPhysicsControl { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: GearPhysicsControl { cxxbridge :: GearPhysicsControl_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: GearPhysicsControl) { cxxbridge :: GearPhysicsControl_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: GearPhysicsControl { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: GearPhysicsControl > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: GearPhysicsControl > >) { cxxbridge :: carla_rpc_GearPhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: GearPhysicsControl { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: GearPhysicsControl , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: GearPhysicsControl > >) { cxxbridge :: carla_rpc_GearPhysicsControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: rpc :: WheelPhysicsControl { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: rpc :: WheelPhysicsControl { cxxbridge :: WheelPhysicsControl_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: rpc :: WheelPhysicsControl) { cxxbridge :: WheelPhysicsControl_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: rpc :: WheelPhysicsControl { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: rpc :: WheelPhysicsControl > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WheelPhysicsControl > >) { cxxbridge :: carla_rpc_WheelPhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: rpc :: WheelPhysicsControl { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: rpc :: WheelPhysicsControl , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: rpc :: WheelPhysicsControl > >) { cxxbridge :: carla_rpc_WheelPhysicsControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod sensor { # [doc = " Base class for all the objects containing data generated by a sensor."] # [repr (C , align (8))] pub struct SensorData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 88] } # [doc = " Wrapper around the raw data generated by a sensor plus some useful"] # [doc = " meta-information."] # [repr (C , align (8))] pub struct RawData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 32] } impl SensorData { # [doc = " Frame count when the data was generated."] pub fn GetFrame (self : & root :: carla :: sensor :: SensorData) -> usize { cxxbridge :: carla_sensor_SensorData_GetFrame_autocxx_wrapper (self) } # [doc = " Simulation-time when the data was generated."] pub fn GetTimestamp (self : & root :: carla :: sensor :: SensorData) -> f64 { cxxbridge :: carla_sensor_SensorData_GetTimestamp_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::rpc::Transform, carla::geom::Transform"] fn carla_sensor_SensorData_GetSensorTransform_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::rpc::Transform, carla::geom::Transform"] fn carla_sensor_SensorData_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: SensorData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: SensorData { cxxbridge :: SensorData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: SensorData) { cxxbridge :: SensorData_free_autocxx_wrapper (arg0) } } impl Drop for root :: carla :: sensor :: SensorData { fn drop (self : & mut root :: carla :: sensor :: SensorData) { unsafe { cxxbridge :: SensorData_destructor_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: RawData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: RawData { cxxbridge :: RawData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: RawData) { cxxbridge :: RawData_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: sensor :: RawData { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: sensor :: RawData > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: RawData > >) { cxxbridge :: carla_sensor_RawData_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } pub mod data { pub use cxxbridge :: Image ; # [repr (C , align (1))] pub struct SemanticLidarDetection { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [repr (C , align (8))] pub struct SemanticLidarData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 64] } # [doc = " Helper class to store and serialize the data generated by a Lidar."] # [doc = ""] # [doc = " The header of a Lidar measurement consists of an array of uint32_t's in"] # [doc = " the following layout"] # [doc = ""] # [doc = "    {"] # [doc = "      Horizontal angle (float),"] # [doc = "      Channel count,"] # [doc = "      Point count of channel 0,"] # [doc = "      ..."] # [doc = "      Point count of channel n,"] # [doc = "    }"] # [doc = ""] # [doc = " The points are stored in an array of floats"] # [doc = ""] # [doc = "    {"] # [doc = "      X0, Y0, Z0, I0"] # [doc = "      ..."] # [doc = "      Xn, Yn, Zn, In"] # [doc = "    }"] # [doc = ""] # [repr (C , align (4))] pub struct LidarDetection { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct LidarData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 88] } # [repr (C , align (8))] pub struct IMUMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 120] } # [doc = " A change of GNSS Measurement."] # [repr (C , align (8))] pub struct GnssMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 112] } # [doc = " Measurement produced by a Lidar. Consists of an array of 3D points plus"] # [doc = " some extra meta-information about the Lidar."] # [repr (C , align (8))] pub struct LidarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 128] } # [doc = " Measurement produced by a Lidar. Consists of an array of 3D points plus"] # [doc = " some extra meta-information about the Lidar."] # [repr (C , align (8))] pub struct SemanticLidarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 128] } # [repr (C)] pub struct RadarDetection { pub velocity : f32 , pub azimuth : f32 , pub altitude : f32 , pub depth : f32 , } # [repr (C , align (8))] pub struct RadarData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [doc = " Measurement produced by a Radar. Consists of an array of RadarDetection."] # [doc = " A RadarDetection contains 4 floats: velocity, azimuth, altitude and depth"] # [repr (C , align (8))] pub struct RadarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 128] } impl SemanticLidarDetection { pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_SemanticLidarDetection_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (x : f32 , y : f32 , z : f32 , cosTh : f32 , idx : u32 , tag : u32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_SemanticLidarDetection_new1_autocxx_wrapper (this , x , y , z , cosTh , idx , tag) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_sensor_data_SemanticLidarDetection_new2_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl SemanticLidarData { # [doc = "autocxx bindings couldn't be generated: autocxx does not know how to generate bindings to operator="] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn new (ChannelCount : u32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_SemanticLidarData_new_autocxx_autocxx_wrapper (this , ChannelCount) }) } } pub fn ResetMemory (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: SemanticLidarData > , points_per_channel : impl autocxx :: ValueParam < cxx :: CxxVector < u32 > >) { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = unsafe { :: std :: pin :: Pin :: new_unchecked (& mut space0) } ; unsafe { space0 . as_mut () . populate (points_per_channel) ; cxxbridge :: ResetMemory_autocxx_wrapper (self , space0 . get_ptr ()) } } pub fn WriteChannelCount (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: SemanticLidarData > , points_per_channel : impl autocxx :: ValueParam < cxx :: CxxVector < u32 > >) { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = unsafe { :: std :: pin :: Pin :: new_unchecked (& mut space0) } ; unsafe { space0 . as_mut () . populate (points_per_channel) ; cxxbridge :: WriteChannelCount_autocxx_wrapper (self , space0 . get_ptr ()) } } pub fn WritePointSync (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: SemanticLidarData > , detection : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: SemanticLidarDetection >) { cxxbridge :: WritePointSync_autocxx_wrapper (self , detection) } } impl LidarDetection { pub fn WritePlyHeaderInfo (self : & root :: carla :: sensor :: data :: LidarDetection , out : :: std :: pin :: Pin < & mut root :: std_basic_ostream_char_AutocxxConcrete >) { cxxbridge :: carla_sensor_data_LidarDetection_WritePlyHeaderInfo_autocxx_wrapper (self , out) } pub fn WriteDetection (self : & root :: carla :: sensor :: data :: LidarDetection , out : :: std :: pin :: Pin < & mut root :: std_basic_ostream_char_AutocxxConcrete >) { cxxbridge :: carla_sensor_data_LidarDetection_WriteDetection_autocxx_wrapper (self , out) } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_LidarDetection_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (x : f32 , y : f32 , z : f32 , intensity : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_LidarDetection_new1_autocxx_wrapper (this , x , y , z , intensity) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_sensor_data_LidarDetection_new2_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl LidarData { # [doc = "autocxx bindings couldn't be generated: autocxx does not know how to generate bindings to operator="] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn WritePointSync (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: LidarData > , detection : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: LidarDetection >) { cxxbridge :: carla_sensor_data_LidarData_WritePointSync_autocxx_wrapper (self , detection) } pub fn new (ChannelCount : u32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_LidarData_new_autocxx_autocxx_wrapper (this , ChannelCount) }) } } pub fn ResetMemory (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: LidarData > , points_per_channel : impl autocxx :: ValueParam < cxx :: CxxVector < u32 > >) { let mut space0 = autocxx :: ValueParamHandler :: default () ; let mut space0 = unsafe { :: std :: pin :: Pin :: new_unchecked (& mut space0) } ; unsafe { space0 . as_mut () . populate (points_per_channel) ; cxxbridge :: carla_sensor_data_LidarData_ResetMemory_autocxx_wrapper (self , space0 . get_ptr ()) } } pub fn WritePointSync1 (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: LidarData > , detection : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: SemanticLidarDetection >) { cxxbridge :: WritePointSync1_autocxx_wrapper (self , detection) } } impl LidarMeasurement { # [doc = "autocxx bindings couldn't be generated: This method is private"] fn GetHeader (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Horizontal angle of the Lidar at the time of the measurement."] pub fn GetHorizontalAngle (self : & root :: carla :: sensor :: data :: LidarMeasurement) -> f32 { cxxbridge :: carla_sensor_data_LidarMeasurement_GetHorizontalAngle_autocxx_wrapper (self) } # [doc = " Number of channels of the Lidar."] pub fn GetChannelCount (self : & root :: carla :: sensor :: data :: LidarMeasurement) -> autocxx :: c_uint { cxxbridge :: carla_sensor_data_LidarMeasurement_GetChannelCount_autocxx_wrapper (self) } } impl SemanticLidarMeasurement { # [doc = "autocxx bindings couldn't be generated: This method is private"] fn GetHeader (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Horizontal angle of the Lidar at the time of the measurement."] pub fn GetHorizontalAngle (self : & root :: carla :: sensor :: data :: SemanticLidarMeasurement) -> f32 { cxxbridge :: carla_sensor_data_SemanticLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (self) } # [doc = " Number of channels of the Lidar."] pub fn GetChannelCount (self : & root :: carla :: sensor :: data :: SemanticLidarMeasurement) -> autocxx :: c_uint { cxxbridge :: carla_sensor_data_SemanticLidarMeasurement_GetChannelCount_autocxx_wrapper (self) } # [doc = " Retrieve the number of points that @a channel generated. Points are"] # [doc = " sorted by channel, so this method allows to identify the channel that"] # [doc = " generated each point."] pub fn GetPointCount (self : & root :: carla :: sensor :: data :: SemanticLidarMeasurement , channel : usize) -> autocxx :: c_uint { cxxbridge :: carla_sensor_data_SemanticLidarMeasurement_GetPointCount_autocxx_wrapper (self , channel) } } impl RadarData { # [doc = "autocxx bindings couldn't be generated: autocxx does not know how to generate bindings to operator="] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = " Deletes the current detections."] # [doc = " It doesn't change the resolution nor the allocated memory."] pub fn Reset (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: RadarData >) { cxxbridge :: carla_sensor_data_RadarData_Reset_autocxx_wrapper (self) } # [doc = " Adds a new detection."] pub fn WriteDetection (self : :: std :: pin :: Pin < & mut root :: carla :: sensor :: data :: RadarData > , detection : root :: carla :: sensor :: data :: RadarDetection) { cxxbridge :: carla_sensor_data_RadarData_WriteDetection_autocxx_wrapper (self , detection) } pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_RadarData_new_autocxx_autocxx_wrapper (this) }) } } } impl RadarMeasurement { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: size_type"] fn GetDetectionAmount_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl RadarDetection { # [doc = "Synthesized default constructor."] pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_sensor_data_RadarDetection_new_autocxx_autocxx_wrapper (this) }) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: SemanticLidarDetection { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: SemanticLidarDetection { cxxbridge :: SemanticLidarDetection_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: SemanticLidarDetection) { cxxbridge :: SemanticLidarDetection_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: SemanticLidarData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: SemanticLidarData { cxxbridge :: SemanticLidarData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: SemanticLidarData) { cxxbridge :: SemanticLidarData_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: LidarDetection { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: LidarDetection { cxxbridge :: LidarDetection_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: LidarDetection) { cxxbridge :: LidarDetection_free_autocxx_wrapper (arg0) } } impl AsRef < root :: carla :: sensor :: data :: SemanticLidarData > for root :: carla :: sensor :: data :: LidarData { fn as_ref (self : & root :: carla :: sensor :: data :: LidarData) -> & root :: carla :: sensor :: data :: SemanticLidarData { cxxbridge :: cast_LidarData_to_SemanticLidarData_autocxx_wrapper (self) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: LidarData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: LidarData { cxxbridge :: LidarData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: LidarData) { cxxbridge :: LidarData_free_autocxx_wrapper (arg0) } } impl AsRef < root :: carla :: sensor :: SensorData > for root :: carla :: sensor :: data :: IMUMeasurement { fn as_ref (self : & root :: carla :: sensor :: data :: IMUMeasurement) -> & root :: carla :: sensor :: SensorData { cxxbridge :: cast_IMUMeasurement_to_SensorData_autocxx_wrapper (self) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: IMUMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: IMUMeasurement { cxxbridge :: IMUMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: IMUMeasurement) { cxxbridge :: IMUMeasurement_free_autocxx_wrapper (arg0) } } impl AsRef < root :: carla :: sensor :: SensorData > for root :: carla :: sensor :: data :: GnssMeasurement { fn as_ref (self : & root :: carla :: sensor :: data :: GnssMeasurement) -> & root :: carla :: sensor :: SensorData { cxxbridge :: cast_GnssMeasurement_to_SensorData_autocxx_wrapper (self) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: GnssMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: GnssMeasurement { cxxbridge :: GnssMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: GnssMeasurement) { cxxbridge :: GnssMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: LidarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: LidarMeasurement { cxxbridge :: LidarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: LidarMeasurement) { cxxbridge :: LidarMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: SemanticLidarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: SemanticLidarMeasurement { cxxbridge :: SemanticLidarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: SemanticLidarMeasurement) { cxxbridge :: SemanticLidarMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: RadarDetection { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: RadarDetection { cxxbridge :: RadarDetection_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: RadarDetection) { cxxbridge :: RadarDetection_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: RadarData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: RadarData { cxxbridge :: RadarData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: RadarData) { cxxbridge :: RadarData_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla :: sensor :: data :: RadarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla :: sensor :: data :: RadarMeasurement { cxxbridge :: RadarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla :: sensor :: data :: RadarMeasurement) { cxxbridge :: RadarMeasurement_free_autocxx_wrapper (arg0) } } impl Drop for root :: carla :: sensor :: data :: SemanticLidarData { fn drop (self : & mut root :: carla :: sensor :: data :: SemanticLidarData) { unsafe { cxxbridge :: SemanticLidarData_destructor_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: LidarData { fn drop (self : & mut root :: carla :: sensor :: data :: LidarData) { unsafe { cxxbridge :: LidarData_destructor_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: sensor :: data :: SemanticLidarDetection { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: sensor :: data :: SemanticLidarDetection > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: SemanticLidarDetection > >) { cxxbridge :: carla_sensor_data_SemanticLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: sensor :: data :: SemanticLidarDetection { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: sensor :: data :: SemanticLidarDetection , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: SemanticLidarDetection > >) { cxxbridge :: carla_sensor_data_SemanticLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: sensor :: data :: SemanticLidarDetection { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: SemanticLidarDetection) { unsafe { cxxbridge :: SemanticLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: sensor :: data :: LidarDetection { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: sensor :: data :: LidarDetection > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: LidarDetection > >) { cxxbridge :: carla_sensor_data_LidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: sensor :: data :: LidarDetection { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: sensor :: data :: LidarDetection , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: LidarDetection > >) { cxxbridge :: carla_sensor_data_LidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: sensor :: data :: LidarDetection { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: LidarDetection) { unsafe { cxxbridge :: LidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: LidarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: LidarMeasurement) { unsafe { cxxbridge :: LidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: SemanticLidarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: SemanticLidarMeasurement) { unsafe { cxxbridge :: SemanticLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla :: sensor :: data :: RadarDetection { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla :: sensor :: data :: RadarDetection > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: RadarDetection > >) { cxxbridge :: carla_sensor_data_RadarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla :: sensor :: data :: RadarDetection { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla :: sensor :: data :: RadarDetection , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla :: sensor :: data :: RadarDetection > >) { cxxbridge :: carla_sensor_data_RadarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla :: sensor :: data :: RadarDetection { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: RadarDetection) { unsafe { cxxbridge :: RadarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: RadarData { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: RadarData) { unsafe { cxxbridge :: RadarData_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: RadarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: RadarMeasurement) { unsafe { cxxbridge :: RadarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: IMUMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: IMUMeasurement) { unsafe { cxxbridge :: IMUMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla :: sensor :: data :: GnssMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla :: sensor :: data :: GnssMeasurement) { unsafe { cxxbridge :: GnssMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod traffic_manager { pub mod constants { pub mod Collision { pub const BOUNDARY_EXTENSION_MINIMUM : f32 = 2.5 ; pub const BOUNDARY_EXTENSION_RATE : f32 = 4.349999904632568 ; pub const COS_10_DEGREES : f32 = 0.9847999811172485 ; pub const OVERLAP_THRESHOLD : f32 = 0.10000000149011612 ; pub const LOCKING_DISTANCE_PADDING : f32 = 4.0 ; pub const COLLISION_RADIUS_STOP : f32 = 8.0 ; pub const COLLISION_RADIUS_MIN : f32 = 20.0 ; pub const COLLISION_RADIUS_RATE : f32 = 2.6500000953674316 ; pub const MAX_LOCKING_EXTENSION : f32 = 10.0 ; pub const WALKER_TIME_EXTENSION : f32 = 1.5 ; pub const SQUARE_ROOT_OF_TWO : f32 = 1.4140000343322754 ; pub const VERTICAL_OVERLAP_THRESHOLD : f32 = 4.0 ; pub const EPSILON : f32 = 0.0000002384185791015625 ; pub const MIN_REFERENCE_DISTANCE : f32 = 0.5 ; pub const MIN_VELOCITY_COLL_RADIUS : f32 = 2.0 ; pub const VEL_EXT_FACTOR : f32 = 0.36000001430511475 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod FrameMemory { pub const INITIAL_SIZE : u64 = 50 ; pub const GROWTH_STEP_SIZE : u64 = 50 ; pub const INV_GROWTH_STEP_SIZE : f32 = 0.019999999552965164 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod HybridMode { pub const HYBRID_MODE_DT_FL : f32 = 0.10000000149011612 ; pub const HYBRID_MODE_DT : f64 = 0.1 ; pub const INV_HYBRID_DT : f64 = 10.0 ; pub const PHYSICS_RADIUS : f32 = 50.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod LaneChange { pub const MINIMUM_LANE_CHANGE_DISTANCE : f32 = 20.0 ; pub const MAXIMUM_LANE_OBSTACLE_DISTANCE : f32 = 50.0 ; pub const MAXIMUM_LANE_OBSTACLE_CURVATURE : f32 = 0.6000000238418579 ; pub const INTER_LANE_CHANGE_DISTANCE : f32 = 10.0 ; pub const MIN_WPT_DISTANCE : f32 = 5.0 ; pub const MAX_WPT_DISTANCE : f32 = 20.0 ; pub const MIN_LANE_CHANGE_SPEED : f32 = 5.0 ; pub const FIFTYPERC : f32 = 50.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod Map { pub const INFINITE_DISTANCE : f32 = 340282346638528860000000000000000000000.0 ; pub const MAX_GEODESIC_GRID_LENGTH : f32 = 20.0 ; pub const MAP_RESOLUTION : f32 = 5.0 ; pub const INV_MAP_RESOLUTION : f32 = 0.20000000298023224 ; pub const MAX_WPT_DISTANCE : f64 = 27.5 ; pub const MAX_WPT_RADIANS : f32 = 0.08699999749660492 ; pub const DELTA : f32 = 25.0 ; pub const Z_DELTA : f32 = 500.0 ; pub const STRAIGHT_DEG : f32 = 19.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod MotionPlan { pub const RELATIVE_APPROACH_SPEED : f32 = 3.3333334922790527 ; pub const MIN_FOLLOW_LEAD_DISTANCE : f32 = 2.0 ; pub const CRITICAL_BRAKING_MARGIN : f32 = 0.20000000298023224 ; pub const EPSILON_RELATIVE_SPEED : f32 = 0.0010000000474974513 ; pub const MAX_JUNCTION_BLOCK_DISTANCE : f32 = 4.0 ; pub const TWO_KM : f32 = 2000.0 ; pub const ATTEMPTS_TO_TELEPORT : u16 = 5 ; pub const LANDMARK_DETECTION_TIME : f32 = 2.5 ; pub const TL_GREEN_TARGET_VELOCITY : f32 = 5.555555820465088 ; pub const TL_RED_TARGET_VELOCITY : f32 = 4.1666669845581055 ; pub const TL_UNKNOWN_TARGET_VELOCITY : f32 = 4.1666669845581055 ; pub const STOP_TARGET_VELOCITY : f32 = 4.1666669845581055 ; pub const YIELD_TARGET_VELOCITY : f32 = 4.1666669845581055 ; pub const FRICTION : f32 = 0.6000000238418579 ; pub const GRAVITY : f32 = 9.8100004196167 ; pub const PI : f32 = 3.1415927410125732 ; pub const PERC_MAX_SLOWDOWN : f32 = 0.07999999821186066 ; pub const FOLLOW_LEAD_FACTOR : f32 = 2.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod Networking { pub const MIN_TRY_COUNT : u64 = 20 ; pub const TM_DEFAULT_PORT : :: std :: os :: raw :: c_ushort = 8000 ; pub const TM_TIMEOUT : i64 = 2000 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod PID { pub const MAX_THROTTLE : f32 = 0.8500000238418579 ; pub const MAX_BRAKE : f32 = 0.699999988079071 ; pub const MAX_STEERING : f32 = 0.800000011920929 ; pub const MAX_STEERING_DIFF : f32 = 0.15000000596046448 ; pub const DT : f32 = 0.05000000074505806 ; pub const INV_DT : f32 = 20.0 ; # [doc = "autocxx bindings couldn't be generated: Encountered mutable static data, not yet supported: LONGITUDIAL_PARAM"] pub struct LONGITUDIAL_PARAM ; # [doc = "autocxx bindings couldn't be generated: Encountered mutable static data, not yet supported: LONGITUDIAL_HIGHWAY_PARAM"] pub struct LONGITUDIAL_HIGHWAY_PARAM ; # [doc = "autocxx bindings couldn't be generated: Encountered mutable static data, not yet supported: LATERAL_PARAM"] pub struct LATERAL_PARAM ; # [doc = "autocxx bindings couldn't be generated: Encountered mutable static data, not yet supported: LATERAL_HIGHWAY_PARAM"] pub struct LATERAL_HIGHWAY_PARAM ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod PathBufferUpdate { pub const MAX_START_DISTANCE : f32 = 20.0 ; pub const MINIMUM_HORIZON_LENGTH : f32 = 15.0 ; pub const HORIZON_RATE : f32 = 2.0 ; pub const HIGH_SPEED_HORIZON_RATE : f32 = 4.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod SpeedThreshold { pub const HIGHWAY_SPEED : f32 = 16.666667938232422 ; pub const AFTER_JUNCTION_MIN_SPEED : f32 = 1.388888955116272 ; pub const INITIAL_PERCENTAGE_SPEED_DIFFERENCE : f32 = 0.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod TrackTraffic { pub const BUFFER_STEP_THROUGH : u64 = 5 ; pub const INV_BUFFER_STEP_THROUGH : f32 = 0.20000000298023224 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod TrafficLight { pub const NO_SIGNAL_PASSTHROUGH_INTERVAL : u64 = 5 ; pub const DOUBLE_NO_SIGNAL_PASSTHROUGH_INTERVAL : f64 = 5.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod VehicleLight { pub const SUN_ALTITUDE_DEGREES_BEFORE_DAWN : f32 = 15.0 ; pub const SUN_ALTITUDE_DEGREES_AFTER_SUNSET : f32 = 165.0 ; pub const SUN_ALTITUDE_DEGREES_JUST_AFTER_DAWN : f32 = 35.0 ; pub const SUN_ALTITUDE_DEGREES_JUST_BEFORE_SUNSET : f32 = 145.0 ; pub const HEAVY_PRECIPITATION_THRESHOLD : f32 = 80.0 ; pub const FOG_DENSITY_THRESHOLD : f32 = 20.0 ; pub const MAX_DISTANCE_LIGHT_CHECK : f32 = 225.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod VehicleRemoval { pub const STOPPED_VELOCITY_THRESHOLD : f32 = 0.800000011920929 ; pub const BLOCKED_TIME_THRESHOLD : f64 = 90.0 ; pub const RED_TL_BLOCKED_TIME_THRESHOLD : f64 = 180.0 ; pub const DELTA_TIME_BETWEEN_DESTRUCTIONS : f64 = 10.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } pub mod WaypointSelection { pub const TARGET_WAYPOINT_TIME_HORIZON : f32 = 0.30000001192092896 ; pub const MIN_TARGET_WAYPOINT_DISTANCE : f32 = 3.0 ; pub const JUNCTION_LOOK_AHEAD : f32 = 5.0 ; pub const SAFE_DISTANCE_AFTER_JUNCTION : f32 = 4.0 ; pub const MIN_JUNCTION_LENGTH : f32 = 8.0 ; pub const MIN_SAFE_INTERVAL_LENGTH : f32 = 2.0 ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: root ; } pub mod carla_rust { pub mod client { # [repr (C , align (8))] pub struct ListenCallback { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [repr (C , align (8))] pub struct FfiWaypoint { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiLandmark { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiMap { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiVehicle { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiSensor { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiActor { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiBlueprintLibrary { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiActorList { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiWorld { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 24] } # [repr (C , align (8))] pub struct FfiClient { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } pub fn copy_actor_blueprint < 'a > (ref_ : & 'a root :: carla :: client :: ActorBlueprint) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: client :: ActorBlueprint > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: copy_actor_blueprint_autocxx_wrapper (ref_ , placement_return_type) }) } } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (std::shared_ptr)"] pub struct to_ffi_waypoint_vec ; impl ListenCallback { # [doc = "autocxx bindings couldn't be generated: autocxx does not know how to generate bindings to operator="] fn operator_equals (_uhoh : autocxx :: BindingGenerationFailure) { } pub unsafe fn new (caller : * mut autocxx :: c_void , fn_ : * mut autocxx :: c_void , delete_fn : * mut autocxx :: c_void) -> impl autocxx :: moveit :: new :: New < Output = Self > { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_ListenCallback_new_autocxx_autocxx_wrapper (this , caller , fn_ , delete_fn) }) } } impl FfiWaypoint { pub fn GetId (self : & root :: carla_rust :: client :: FfiWaypoint) -> u64 { cxxbridge :: carla_rust_client_FfiWaypoint_GetId_autocxx_wrapper (self) } pub fn GetRoadId (self : & root :: carla_rust :: client :: FfiWaypoint) -> u32 { cxxbridge :: carla_rust_client_FfiWaypoint_GetRoadId_autocxx_wrapper (self) } pub fn GetSectionId (self : & root :: carla_rust :: client :: FfiWaypoint) -> u32 { cxxbridge :: carla_rust_client_FfiWaypoint_GetSectionId_autocxx_wrapper (self) } pub fn GetLaneId (self : & root :: carla_rust :: client :: FfiWaypoint) -> i32 { cxxbridge :: carla_rust_client_FfiWaypoint_GetLaneId_autocxx_wrapper (self) } pub fn GetDistance (self : & root :: carla_rust :: client :: FfiWaypoint) -> f64 { cxxbridge :: carla_rust_client_FfiWaypoint_GetDistance_autocxx_wrapper (self) } pub fn GetTransform (self : & root :: carla_rust :: client :: FfiWaypoint) -> root :: carla_rust :: geom :: FfiTransform { cxxbridge :: carla_rust_client_FfiWaypoint_GetTransform_autocxx_wrapper (self) } pub fn GetJunctionId (self : & root :: carla_rust :: client :: FfiWaypoint) -> i32 { cxxbridge :: carla_rust_client_FfiWaypoint_GetJunctionId_autocxx_wrapper (self) } pub fn IsJunction (self : & root :: carla_rust :: client :: FfiWaypoint) -> bool { cxxbridge :: carla_rust_client_FfiWaypoint_IsJunction_autocxx_wrapper (self) } pub fn GetLaneWidth (self : & root :: carla_rust :: client :: FfiWaypoint) -> f64 { cxxbridge :: carla_rust_client_FfiWaypoint_GetLaneWidth_autocxx_wrapper (self) } pub fn GetType (self : & root :: carla_rust :: client :: FfiWaypoint) -> root :: carla :: road :: Lane_LaneType { cxxbridge :: carla_rust_client_FfiWaypoint_GetType_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (std::shared_ptr)"] fn GetNext (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (std::shared_ptr)"] fn GetPrevious (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (std::shared_ptr)"] fn GetNextUntilLaneEnd (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: A C++ std::vector was found containing some type that cxx can't accommodate as a vector element (std::shared_ptr)"] fn GetPreviousUntilLaneStart (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn GetRight (self : & root :: carla_rust :: client :: FfiWaypoint) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiWaypoint > { cxxbridge :: carla_rust_client_FfiWaypoint_GetRight_autocxx_wrapper (self) } pub fn GetLeft (self : & root :: carla_rust :: client :: FfiWaypoint) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiWaypoint > { cxxbridge :: carla_rust_client_FfiWaypoint_GetLeft_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiLandmark { # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn inner (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiMap { pub fn GetName < 'a > (self : & 'a root :: carla_rust :: client :: FfiMap) -> & 'a cxx :: CxxString { cxxbridge :: carla_rust_client_FfiMap_GetName_autocxx_wrapper (self) } pub fn GetOpenDrive < 'a > (self : & 'a root :: carla_rust :: client :: FfiMap) -> & 'a cxx :: CxxString { cxxbridge :: carla_rust_client_FfiMap_GetOpenDrive_autocxx_wrapper (self) } pub fn GetRecommendedSpawnPoints (self : & root :: carla_rust :: client :: FfiMap) -> cxx :: UniquePtr < cxx :: CxxVector < root :: carla_rust :: geom :: FfiTransform > > { cxxbridge :: carla_rust_client_FfiMap_GetRecommendedSpawnPoints_autocxx_wrapper (self) } pub fn GetWaypoint (self : & root :: carla_rust :: client :: FfiMap , location : & root :: carla_rust :: geom :: FfiLocation , project_to_road : bool , lane_type : i32) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiWaypoint > { cxxbridge :: carla_rust_client_FfiMap_GetWaypoint_autocxx_wrapper (self , location , project_to_road , lane_type) } pub fn GetWaypointXODR (self : & root :: carla_rust :: client :: FfiMap , road_id : u32 , lane_id : i32 , s : f32) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiWaypoint > { cxxbridge :: carla_rust_client_FfiMap_GetWaypointXODR_autocxx_wrapper (self , road_id , lane_id , s) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiVehicle { pub fn SetAutopilot (self : & root :: carla_rust :: client :: FfiVehicle , enabled : bool , tm_port : u16) { cxxbridge :: carla_rust_client_FfiVehicle_SetAutopilot_autocxx_wrapper (self , enabled , tm_port) } pub fn ShowDebugTelemetry (self : & root :: carla_rust :: client :: FfiVehicle , enabled : bool) { cxxbridge :: carla_rust_client_FfiVehicle_ShowDebugTelemetry_autocxx_wrapper (self , enabled) } # [doc = " Apply @a control to this vehicle."] pub fn ApplyControl (self : & root :: carla_rust :: client :: FfiVehicle , control : & root :: carla :: rpc :: VehicleControl) { cxxbridge :: carla_rust_client_FfiVehicle_ApplyControl_autocxx_wrapper (self , control) } pub fn ApplyPhysicsControl (self : & root :: carla_rust :: client :: FfiVehicle , physics_control : & root :: carla :: rpc :: VehiclePhysicsControl) { cxxbridge :: carla_rust_client_FfiVehicle_ApplyPhysicsControl_autocxx_wrapper (self , physics_control) } pub fn OpenDoor (self : & root :: carla_rust :: client :: FfiVehicle , door_idx : root :: carla :: rpc :: VehicleDoor) { cxxbridge :: carla_rust_client_FfiVehicle_OpenDoor_autocxx_wrapper (self , door_idx) } pub fn CloseDoor (self : & root :: carla_rust :: client :: FfiVehicle , door_idx : root :: carla :: rpc :: VehicleDoor) { cxxbridge :: carla_rust_client_FfiVehicle_CloseDoor_autocxx_wrapper (self , door_idx) } pub fn SetLightState (self : & root :: carla_rust :: client :: FfiVehicle , light_state : & root :: carla :: rpc :: VehicleLightState_LightState) { cxxbridge :: carla_rust_client_FfiVehicle_SetLightState_autocxx_wrapper (self , light_state) } pub fn SetWheelSteerDirection (self : & root :: carla_rust :: client :: FfiVehicle , wheel_location : root :: carla :: rpc :: VehicleWheelLocation , angle_in_deg : f32) { cxxbridge :: carla_rust_client_FfiVehicle_SetWheelSteerDirection_autocxx_wrapper (self , wheel_location , angle_in_deg) } pub fn GetWheelSteerAngle (self : & root :: carla_rust :: client :: FfiVehicle , wheel_location : root :: carla :: rpc :: VehicleWheelLocation) -> f32 { cxxbridge :: carla_rust_client_FfiVehicle_GetWheelSteerAngle_autocxx_wrapper (self , wheel_location) } pub fn GetControl (self : & root :: carla_rust :: client :: FfiVehicle) -> root :: carla :: rpc :: VehicleControl { cxxbridge :: carla_rust_client_FfiVehicle_GetControl_autocxx_wrapper (self) } pub fn GetPhysicsControl < 'a > (self : & 'a root :: carla_rust :: client :: FfiVehicle) -> impl autocxx :: moveit :: new :: New < Output = root :: carla :: rpc :: VehiclePhysicsControl > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiVehicle_GetPhysicsControl_autocxx_wrapper (self , placement_return_type) }) } } pub fn GetLightState (self : & root :: carla_rust :: client :: FfiVehicle) -> root :: carla :: rpc :: VehicleLightState_LightState { cxxbridge :: carla_rust_client_FfiVehicle_GetLightState_autocxx_wrapper (self) } pub fn GetSpeedLimit (self : & root :: carla_rust :: client :: FfiVehicle) -> f32 { cxxbridge :: carla_rust_client_FfiVehicle_GetSpeedLimit_autocxx_wrapper (self) } pub fn GetTrafficLightState (self : & root :: carla_rust :: client :: FfiVehicle) -> root :: carla :: rpc :: TrafficLightState { cxxbridge :: carla_rust_client_FfiVehicle_GetTrafficLightState_autocxx_wrapper (self) } pub fn IsAtTrafficLight (self : & root :: carla_rust :: client :: FfiVehicle) -> bool { cxxbridge :: carla_rust_client_FfiVehicle_IsAtTrafficLight_autocxx_wrapper (self) } pub fn EnableCarSim (self : & root :: carla_rust :: client :: FfiVehicle , simfile_path : impl ToCppString) { cxxbridge :: carla_rust_client_FfiVehicle_EnableCarSim_autocxx_wrapper (self , simfile_path . into_cpp ()) } pub fn UseCarSimRoad (self : & root :: carla_rust :: client :: FfiVehicle , enabled : bool) { cxxbridge :: carla_rust_client_FfiVehicle_UseCarSimRoad_autocxx_wrapper (self , enabled) } pub fn EnableChronoPhysics (self : & root :: carla_rust :: client :: FfiVehicle , MaxSubsteps : u64 , MaxSubstepDeltaTime : f32 , VehicleJSON : impl ToCppString , PowertrainJSON : impl ToCppString , TireJSON : impl ToCppString , BaseJSONPath : impl ToCppString) { cxxbridge :: carla_rust_client_FfiVehicle_EnableChronoPhysics_autocxx_wrapper (self , MaxSubsteps , MaxSubstepDeltaTime , VehicleJSON . into_cpp () , PowertrainJSON . into_cpp () , TireJSON . into_cpp () , BaseJSONPath . into_cpp ()) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiSensor { pub unsafe fn Listen (self : & root :: carla_rust :: client :: FfiSensor , caller : * mut autocxx :: c_void , fn_ : * mut autocxx :: c_void , delete_fn : * mut autocxx :: c_void) { cxxbridge :: carla_rust_client_FfiSensor_Listen_autocxx_wrapper (self , caller , fn_ , delete_fn) } pub fn Stop (self : & root :: carla_rust :: client :: FfiSensor) { cxxbridge :: carla_rust_client_FfiSensor_Stop_autocxx_wrapper (self) } pub fn IsListening (self : & root :: carla_rust :: client :: FfiSensor) -> bool { cxxbridge :: carla_rust_client_FfiSensor_IsListening_autocxx_wrapper (self) } pub fn to_actor (self : & root :: carla_rust :: client :: FfiSensor) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiSensor_to_actor_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiActor { # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn inner (_uhoh : autocxx :: BindingGenerationFailure) { } pub fn GetLocation (self : & root :: carla_rust :: client :: FfiActor) -> root :: carla_rust :: geom :: FfiLocation { cxxbridge :: carla_rust_client_FfiActor_GetLocation_autocxx_wrapper (self) } pub fn GetTransform (self : & root :: carla_rust :: client :: FfiActor) -> root :: carla_rust :: geom :: FfiTransform { cxxbridge :: carla_rust_client_FfiActor_GetTransform_autocxx_wrapper (self) } pub fn GetVelocity (self : & root :: carla_rust :: client :: FfiActor) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_client_FfiActor_GetVelocity_autocxx_wrapper (self) } pub fn GetAngularVelocity (self : & root :: carla_rust :: client :: FfiActor) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_client_FfiActor_GetAngularVelocity_autocxx_wrapper (self) } pub fn GetAcceleration (self : & root :: carla_rust :: client :: FfiActor) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_client_FfiActor_GetAcceleration_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiBlueprintLibrary { pub fn at (self : & root :: carla_rust :: client :: FfiBlueprintLibrary , pos : usize) -> * const root :: carla :: client :: ActorBlueprint { cxxbridge :: carla_rust_client_FfiBlueprintLibrary_at_autocxx_wrapper (self , pos) } pub fn size (self : & root :: carla_rust :: client :: FfiBlueprintLibrary) -> usize { cxxbridge :: carla_rust_client_FfiBlueprintLibrary_size_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiActorList { pub fn Find (self : & root :: carla_rust :: client :: FfiActorList , actor_id : u32) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiActorList_Find_autocxx_wrapper (self , actor_id) } pub fn Filter (self : & root :: carla_rust :: client :: FfiActorList , wildcard_pattern : & cxx :: CxxString) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActorList > { cxxbridge :: carla_rust_client_FfiActorList_Filter_autocxx_wrapper (self , wildcard_pattern) } pub fn at (self : & root :: carla_rust :: client :: FfiActorList , pos : usize) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiActorList_at_autocxx_wrapper (self , pos) } pub fn empty (self : & root :: carla_rust :: client :: FfiActorList) -> bool { cxxbridge :: carla_rust_client_FfiActorList_empty_autocxx_wrapper (self) } pub fn size (self : & root :: carla_rust :: client :: FfiActorList) -> usize { cxxbridge :: carla_rust_client_FfiActorList_size_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiWorld { pub fn GetId (self : & root :: carla_rust :: client :: FfiWorld) -> u64 { cxxbridge :: carla_rust_client_FfiWorld_GetId_autocxx_wrapper (self) } pub fn GetMap (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiMap > { cxxbridge :: carla_rust_client_FfiWorld_GetMap_autocxx_wrapper (self) } pub fn GetSpectator (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_GetSpectator_autocxx_wrapper (self) } pub fn GetBlueprintLibrary (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiBlueprintLibrary > { cxxbridge :: carla_rust_client_FfiWorld_GetBlueprintLibrary_autocxx_wrapper (self) } pub unsafe fn TrySpawnActor (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , blueprint : & root :: carla :: client :: ActorBlueprint , transform : & root :: carla_rust :: geom :: FfiTransform , parent : * mut root :: carla_rust :: client :: FfiActor , attachment_type : root :: carla :: rpc :: AttachmentType) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_TrySpawnActor_autocxx_wrapper (self , blueprint , transform , parent , attachment_type) } pub fn WaitForTick (self : & root :: carla_rust :: client :: FfiWorld , millis : usize) -> cxx :: UniquePtr < root :: carla :: client :: WorldSnapshot > { cxxbridge :: carla_rust_client_FfiWorld_WaitForTick_autocxx_wrapper (self , millis) } pub fn Tick (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , millis : usize) -> u64 { cxxbridge :: carla_rust_client_FfiWorld_Tick_autocxx_wrapper (self , millis) } pub fn SetPedestriansCrossFactor (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , percentage : f32) { cxxbridge :: carla_rust_client_FfiWorld_SetPedestriansCrossFactor_autocxx_wrapper (self , percentage) } pub fn SetPedestriansSeed (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , seed : autocxx :: c_uint) { cxxbridge :: carla_rust_client_FfiWorld_SetPedestriansSeed_autocxx_wrapper (self , seed) } pub fn GetTrafficSign (self : & root :: carla_rust :: client :: FfiWorld , landmark : & root :: carla_rust :: client :: FfiLandmark) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_GetTrafficSign_autocxx_wrapper (self , landmark) } pub fn GetTrafficLight (self : & root :: carla_rust :: client :: FfiWorld , landmark : & root :: carla_rust :: client :: FfiLandmark) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_GetTrafficLight_autocxx_wrapper (self , landmark) } pub fn GetTrafficLightFromOpenDRIVE (self : & root :: carla_rust :: client :: FfiWorld , sign_id : & cxx :: CxxString) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_GetTrafficLightFromOpenDRIVE_autocxx_wrapper (self , sign_id) } pub fn ResetAllTrafficLights (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld >) { cxxbridge :: carla_rust_client_FfiWorld_ResetAllTrafficLights_autocxx_wrapper (self) } pub fn FreezeAllTrafficLights (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , frozen : bool) { cxxbridge :: carla_rust_client_FfiWorld_FreezeAllTrafficLights_autocxx_wrapper (self , frozen) } pub fn GetLevelBBs (self : & root :: carla_rust :: client :: FfiWorld , queried_tag : u8) -> cxx :: UniquePtr < cxx :: CxxVector < root :: carla :: geom :: BoundingBox > > { cxxbridge :: carla_rust_client_FfiWorld_GetLevelBBs_autocxx_wrapper (self , queried_tag) } pub fn GetSettings < 'a > (self : & 'a root :: carla_rust :: client :: FfiWorld) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: rpc :: FfiEpisodeSettings > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiWorld_GetSettings_autocxx_wrapper (self , placement_return_type) }) } } pub fn ApplySettings (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiWorld > , settings : & root :: carla_rust :: rpc :: FfiEpisodeSettings , timeout_millis : usize) -> u64 { cxxbridge :: carla_rust_client_FfiWorld_ApplySettings_autocxx_wrapper (self , settings , timeout_millis) } pub fn GetSnapshot (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: UniquePtr < root :: carla :: client :: WorldSnapshot > { cxxbridge :: carla_rust_client_FfiWorld_GetSnapshot_autocxx_wrapper (self) } pub fn GetNamesOfAllObjects (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: UniquePtr < cxx :: CxxVector < cxx :: CxxString > > { cxxbridge :: carla_rust_client_FfiWorld_GetNamesOfAllObjects_autocxx_wrapper (self) } pub fn GetActor (self : & root :: carla_rust :: client :: FfiWorld , id : u32) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_client_FfiWorld_GetActor_autocxx_wrapper (self , id) } pub fn GetActors (self : & root :: carla_rust :: client :: FfiWorld) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActorList > { cxxbridge :: carla_rust_client_FfiWorld_GetActors_autocxx_wrapper (self) } pub fn new (base : impl autocxx :: RValueParam < root :: carla :: client :: World >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: RValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (base) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiWorld_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl FfiClient { pub fn GetTimeout (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiClient >) -> usize { cxxbridge :: carla_rust_client_FfiClient_GetTimeout_autocxx_wrapper (self) } pub fn SetTimeout (self : :: std :: pin :: Pin < & mut root :: carla_rust :: client :: FfiClient > , millis : usize) { cxxbridge :: carla_rust_client_FfiClient_SetTimeout_autocxx_wrapper (self , millis) } pub fn GetClientVersion (self : & root :: carla_rust :: client :: FfiClient) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: carla_rust_client_FfiClient_GetClientVersion_autocxx_wrapper (self) } pub fn GetServerVersion (self : & root :: carla_rust :: client :: FfiClient) -> cxx :: UniquePtr < cxx :: CxxString > { cxxbridge :: carla_rust_client_FfiClient_GetServerVersion_autocxx_wrapper (self) } pub fn GetAvailableMaps (self : & root :: carla_rust :: client :: FfiClient) -> cxx :: UniquePtr < cxx :: CxxVector < cxx :: CxxString > > { cxxbridge :: carla_rust_client_FfiClient_GetAvailableMaps_autocxx_wrapper (self) } pub fn ReloadWorld < 'a > (self : & 'a root :: carla_rust :: client :: FfiClient , reset_settings : bool) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: client :: FfiWorld > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiClient_ReloadWorld_autocxx_wrapper (self , reset_settings , placement_return_type) }) } } pub fn LoadWorld < 'a > (self : & 'a root :: carla_rust :: client :: FfiClient , map_name : impl ToCppString + 'a , reset_settings : bool) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: client :: FfiWorld > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiClient_LoadWorld_autocxx_wrapper (self , map_name . into_cpp () , reset_settings , placement_return_type) }) } } pub fn GenerateOpenDriveWorld < 'a > (self : & 'a root :: carla_rust :: client :: FfiClient , opendrive : impl ToCppString + 'a , params : & 'a root :: carla :: rpc :: OpendriveGenerationParameters , reset_settings : bool) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: client :: FfiWorld > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiClient_GenerateOpenDriveWorld_autocxx_wrapper (self , opendrive . into_cpp () , params , reset_settings , placement_return_type) }) } } pub fn GetWorld < 'a > (self : & 'a root :: carla_rust :: client :: FfiClient) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: client :: FfiWorld > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiClient_GetWorld_autocxx_wrapper (self , placement_return_type) }) } } pub fn new < 'a > (host : & 'a cxx :: CxxString , port : u16 , worker_threads : usize) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_client_FfiClient_new_autocxx_autocxx_wrapper (this , host , port , worker_threads) }) } } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::client::Client"] fn carla_rust_client_FfiClient_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: ListenCallback { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: ListenCallback { cxxbridge :: ListenCallback_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: ListenCallback) { cxxbridge :: ListenCallback_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiWaypoint { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiWaypoint { cxxbridge :: FfiWaypoint_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiWaypoint) { cxxbridge :: FfiWaypoint_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiLandmark { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiLandmark { cxxbridge :: FfiLandmark_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiLandmark) { cxxbridge :: FfiLandmark_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiMap { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiMap { cxxbridge :: FfiMap_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiMap) { cxxbridge :: FfiMap_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiVehicle { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiVehicle { cxxbridge :: FfiVehicle_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiVehicle) { cxxbridge :: FfiVehicle_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiSensor { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiSensor { cxxbridge :: FfiSensor_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiSensor) { cxxbridge :: FfiSensor_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiActor { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiActor { cxxbridge :: FfiActor_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiActor) { cxxbridge :: FfiActor_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiBlueprintLibrary { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiBlueprintLibrary { cxxbridge :: FfiBlueprintLibrary_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiBlueprintLibrary) { cxxbridge :: FfiBlueprintLibrary_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiActorList { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiActorList { cxxbridge :: FfiActorList_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiActorList) { cxxbridge :: FfiActorList_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiWorld { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiWorld { cxxbridge :: FfiWorld_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiWorld) { cxxbridge :: FfiWorld_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: client :: FfiClient { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: client :: FfiClient { cxxbridge :: FfiClient_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: client :: FfiClient) { cxxbridge :: FfiClient_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: client :: ListenCallback { unsafe fn move_new (mut arg1 : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: client :: ListenCallback > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: ListenCallback > >) { cxxbridge :: carla_rust_client_ListenCallback_new1_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (arg1 . as_mut ()) ; r }) } } impl Drop for root :: carla_rust :: client :: ListenCallback { fn drop (self : & mut root :: carla_rust :: client :: ListenCallback) { unsafe { cxxbridge :: ListenCallback_destructor_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: client :: FfiMap { unsafe fn move_new (mut from : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: client :: FfiMap > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: FfiMap > >) { cxxbridge :: carla_rust_client_FfiMap_new1_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (from . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: client :: FfiWorld { unsafe fn copy_new (arg1 : & root :: carla_rust :: client :: FfiWorld , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: FfiWorld > >) { cxxbridge :: carla_rust_client_FfiWorld_new1_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , arg1) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: client :: FfiWorld { unsafe fn move_new (mut arg1 : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: client :: FfiWorld > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: FfiWorld > >) { cxxbridge :: carla_rust_client_FfiWorld_new2_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (arg1 . as_mut ()) ; r }) } } impl Drop for root :: carla_rust :: client :: FfiWaypoint { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiWaypoint) { unsafe { cxxbridge :: FfiWaypoint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiLandmark { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiLandmark) { unsafe { cxxbridge :: FfiLandmark_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiMap { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiMap) { unsafe { cxxbridge :: FfiMap_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiVehicle { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiVehicle) { unsafe { cxxbridge :: FfiVehicle_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiSensor { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiSensor) { unsafe { cxxbridge :: FfiSensor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiActor { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiActor) { unsafe { cxxbridge :: FfiActor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiBlueprintLibrary { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiBlueprintLibrary) { unsafe { cxxbridge :: FfiBlueprintLibrary_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiActorList { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiActorList) { unsafe { cxxbridge :: FfiActorList_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: client :: FfiClient { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: client :: FfiClient > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: FfiClient > >) { cxxbridge :: carla_rust_client_FfiClient_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: client :: FfiClient { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: client :: FfiClient , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: client :: FfiClient > >) { cxxbridge :: carla_rust_client_FfiClient_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: client :: FfiClient { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiClient) { unsafe { cxxbridge :: FfiClient_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: client :: FfiWorld { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: client :: FfiWorld) { unsafe { cxxbridge :: FfiWorld_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod geom { # [repr (C)] pub struct FfiLocation { pub x : f32 , pub y : f32 , pub z : f32 , } # [repr (C)] pub struct FfiTransform { pub location : root :: carla_rust :: geom :: FfiLocation , pub rotation : root :: carla :: geom :: Rotation , } impl FfiLocation { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn as_location (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Location"] fn carla_rust_geom_FfiLocation_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiTransform { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn as_transform (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_rust_geom_FfiTransform_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::geom::Transform"] fn carla_rust_geom_FfiTransform_new1_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: geom :: FfiLocation { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: geom :: FfiLocation { cxxbridge :: FfiLocation_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: geom :: FfiLocation) { cxxbridge :: FfiLocation_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: geom :: FfiTransform { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: geom :: FfiTransform { cxxbridge :: FfiTransform_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: geom :: FfiTransform) { cxxbridge :: FfiTransform_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: geom :: FfiLocation { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: geom :: FfiLocation > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: geom :: FfiLocation > >) { cxxbridge :: carla_rust_geom_FfiLocation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: geom :: FfiLocation { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: geom :: FfiLocation , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: geom :: FfiLocation > >) { cxxbridge :: carla_rust_geom_FfiLocation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: geom :: FfiLocation { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: geom :: FfiLocation) { unsafe { cxxbridge :: FfiLocation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: geom :: FfiTransform { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: geom :: FfiTransform > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: geom :: FfiTransform > >) { cxxbridge :: carla_rust_geom_FfiTransform_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: geom :: FfiTransform { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: geom :: FfiTransform , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: geom :: FfiTransform > >) { cxxbridge :: carla_rust_geom_FfiTransform_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: geom :: FfiTransform { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: geom :: FfiTransform) { unsafe { cxxbridge :: FfiTransform_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod road { pub mod element { # [repr (C , align (8))] pub struct FfiLaneMarking { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } impl FfiLaneMarking { pub fn type_ (self : & root :: carla_rust :: road :: element :: FfiLaneMarking) -> root :: carla :: road :: element :: LaneMarking_Type { cxxbridge :: carla_rust_road_element_FfiLaneMarking_type_autocxx_wrapper (self) } pub fn width (self : & root :: carla_rust :: road :: element :: FfiLaneMarking) -> f64 { cxxbridge :: carla_rust_road_element_FfiLaneMarking_width_autocxx_wrapper (self) } pub fn clone < 'a > (self : & 'a root :: carla_rust :: road :: element :: FfiLaneMarking) -> impl autocxx :: moveit :: new :: New < Output = root :: carla_rust :: road :: element :: FfiLaneMarking > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | placement_return_type | { let placement_return_type = placement_return_type . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: clone_autocxx_wrapper (self , placement_return_type) }) } } pub fn new (base : impl autocxx :: RValueParam < root :: carla :: road :: element :: LaneMarking >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: RValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (base) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_road_element_FfiLaneMarking_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } pub fn new1 < 'a > (base : :: std :: pin :: Pin < & 'a mut root :: carla :: road :: element :: LaneMarking >) -> impl autocxx :: moveit :: new :: New < Output = Self > + 'a { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_road_element_FfiLaneMarking_new1_autocxx_wrapper (this , base) }) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: road :: element :: FfiLaneMarking { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: road :: element :: FfiLaneMarking { cxxbridge :: FfiLaneMarking_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: road :: element :: FfiLaneMarking) { cxxbridge :: FfiLaneMarking_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: road :: element :: FfiLaneMarking { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: road :: element :: FfiLaneMarking > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: road :: element :: FfiLaneMarking > >) { cxxbridge :: carla_rust_road_element_FfiLaneMarking_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: road :: element :: FfiLaneMarking { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: road :: element :: FfiLaneMarking , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: road :: element :: FfiLaneMarking > >) { cxxbridge :: carla_rust_road_element_FfiLaneMarking_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: road :: element :: FfiLaneMarking { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: road :: element :: FfiLaneMarking) { unsafe { cxxbridge :: FfiLaneMarking_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod rpc { # [repr (C , align (8))] pub struct FfiEpisodeSettings { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 64] } impl FfiEpisodeSettings { pub fn new () -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_rpc_FfiEpisodeSettings_new_autocxx_autocxx_wrapper (this) }) } } pub fn new1 (base : impl autocxx :: RValueParam < root :: carla :: rpc :: EpisodeSettings >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: RValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (base) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_rpc_FfiEpisodeSettings_new1_autocxx_wrapper (this , space0 . get_ptr ()) }) } } pub fn new2 (synchronous_mode : bool , no_rendering_mode : bool , fixed_delta_seconds : f64 , substepping : bool , max_substep_delta_time : f64 , max_substeps : autocxx :: c_int , max_culling_distance : f32 , deterministic_ragdolls : bool , tile_stream_distance : f32 , actor_active_distance : f32) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_rpc_FfiEpisodeSettings_new2_autocxx_wrapper (this , synchronous_mode , no_rendering_mode , fixed_delta_seconds , substepping , max_substep_delta_time , max_substeps , max_culling_distance , deterministic_ragdolls , tile_stream_distance , actor_active_distance) }) } } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: rpc :: FfiEpisodeSettings { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: rpc :: FfiEpisodeSettings { cxxbridge :: FfiEpisodeSettings_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: rpc :: FfiEpisodeSettings) { cxxbridge :: FfiEpisodeSettings_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: rpc :: FfiEpisodeSettings { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: rpc :: FfiEpisodeSettings > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: rpc :: FfiEpisodeSettings > >) { cxxbridge :: carla_rust_rpc_FfiEpisodeSettings_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: rpc :: FfiEpisodeSettings { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: rpc :: FfiEpisodeSettings , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: rpc :: FfiEpisodeSettings > >) { cxxbridge :: carla_rust_rpc_FfiEpisodeSettings_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: rpc :: FfiEpisodeSettings { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: rpc :: FfiEpisodeSettings) { unsafe { cxxbridge :: FfiEpisodeSettings_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } pub mod sensor { # [repr (C , align (8))] pub struct FfiSensorData { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } impl FfiSensorData { pub fn GetFrame (self : & root :: carla_rust :: sensor :: FfiSensorData) -> usize { cxxbridge :: carla_rust_sensor_FfiSensorData_GetFrame_autocxx_wrapper (self) } # [doc = " Simulation-time when the data was generated."] pub fn GetTimestamp (self : & root :: carla_rust :: sensor :: FfiSensorData) -> f64 { cxxbridge :: carla_rust_sensor_FfiSensorData_GetTimestamp_autocxx_wrapper (self) } # [doc = " Sensor's transform when the data was generated."] pub fn GetSensorTransform (self : & root :: carla_rust :: sensor :: FfiSensorData) -> root :: carla_rust :: geom :: FfiTransform { cxxbridge :: carla_rust_sensor_FfiSensorData_GetSensorTransform_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: FfiSensorData { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: FfiSensorData { cxxbridge :: FfiSensorData_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: FfiSensorData) { cxxbridge :: FfiSensorData_free_autocxx_wrapper (arg0) } } impl Drop for root :: carla_rust :: sensor :: FfiSensorData { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: FfiSensorData) { unsafe { cxxbridge :: FfiSensorData_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } pub mod data { # [repr (C , align (8))] pub struct FfiCollisionEvent { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C)] pub struct FfiColor { pub b : u8 , pub g : u8 , pub r : u8 , pub a : u8 , } # [repr (C , align (8))] pub struct FfiImage { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiLaneInvasionEvent { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C)] pub struct FfiLidarDetection { pub point : root :: carla_rust :: geom :: FfiLocation , pub intensity : f32 , } # [repr (C , align (8))] pub struct FfiObstacleDetectionEvent { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C)] pub struct FfiSemanticLidarDetection { pub point : root :: carla_rust :: geom :: FfiLocation , pub cos_inc_angle : f32 , pub object_idx : u32 , pub object_tag : u32 , } # [repr (C , align (8))] pub struct FfiLidarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiSemanticLidarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiRadarMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiGnssMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } # [repr (C , align (8))] pub struct FfiImuMeasurement { _pinned : core :: marker :: PhantomData < core :: marker :: PhantomPinned > , _non_send_sync : core :: marker :: PhantomData < [* const u8 ; 0] > , _data : [u8 ; 16] } impl FfiCollisionEvent { pub fn GetActor (self : & root :: carla_rust :: sensor :: data :: FfiCollisionEvent) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_sensor_data_FfiCollisionEvent_GetActor_autocxx_wrapper (self) } pub fn GetOtherActor (self : & root :: carla_rust :: sensor :: data :: FfiCollisionEvent) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_sensor_data_FfiCollisionEvent_GetOtherActor_autocxx_wrapper (self) } pub fn GetNormalImpulse < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiCollisionEvent) -> & 'a root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_sensor_data_FfiCollisionEvent_GetNormalImpulse_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiColor { # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::sensor::data::Color"] fn as_builtin (_uhoh : autocxx :: BindingGenerationFailure) { } # [doc = "autocxx bindings couldn't be generated: This item depends on some other type(s) which autocxx could not generate, some of them are: carla::sensor::data::Color"] fn carla_rust_sensor_data_FfiColor_new_autocxx_autocxx_wrapper (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiImage { pub fn GetWidth (self : & root :: carla_rust :: sensor :: data :: FfiImage) -> usize { cxxbridge :: carla_rust_sensor_data_FfiImage_GetWidth_autocxx_wrapper (self) } pub fn GetHeight (self : & root :: carla_rust :: sensor :: data :: FfiImage) -> usize { cxxbridge :: carla_rust_sensor_data_FfiImage_GetHeight_autocxx_wrapper (self) } pub fn size (self : & root :: carla_rust :: sensor :: data :: FfiImage) -> usize { cxxbridge :: carla_rust_sensor_data_FfiImage_size_autocxx_wrapper (self) } pub fn data (self : & root :: carla_rust :: sensor :: data :: FfiImage) -> * const root :: carla_rust :: sensor :: data :: FfiColor { cxxbridge :: carla_rust_sensor_data_FfiImage_data_autocxx_wrapper (self) } pub fn at < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiImage , pos : usize) -> & 'a root :: carla_rust :: sensor :: data :: FfiColor { cxxbridge :: carla_rust_sensor_data_FfiImage_at_autocxx_wrapper (self , pos) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiLaneInvasionEvent { pub fn GetActor (self : & root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_sensor_data_FfiLaneInvasionEvent_GetActor_autocxx_wrapper (self) } pub fn GetCrossedLaneMarkings < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent) -> & 'a cxx :: CxxVector < root :: carla_rust :: road :: element :: FfiLaneMarking > { cxxbridge :: carla_rust_sensor_data_FfiLaneInvasionEvent_GetCrossedLaneMarkings_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiLidarDetection { pub fn as_builtin < 'a > (self : :: std :: pin :: Pin < & 'a mut root :: carla_rust :: sensor :: data :: FfiLidarDetection >) -> :: std :: pin :: Pin < & 'a mut root :: carla :: sensor :: data :: LidarDetection > { cxxbridge :: carla_rust_sensor_data_FfiLidarDetection_as_builtin_autocxx_wrapper (self) } pub fn new (base : impl autocxx :: RValueParam < root :: carla :: sensor :: data :: LidarDetection >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: RValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (base) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_sensor_data_FfiLidarDetection_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl FfiObstacleDetectionEvent { pub fn GetActor (self : & root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_sensor_data_FfiObstacleDetectionEvent_GetActor_autocxx_wrapper (self) } pub fn GetOtherActor (self : & root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent) -> cxx :: SharedPtr < root :: carla_rust :: client :: FfiActor > { cxxbridge :: carla_rust_sensor_data_FfiObstacleDetectionEvent_GetOtherActor_autocxx_wrapper (self) } pub fn GetDistance (self : & root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent) -> f32 { cxxbridge :: carla_rust_sensor_data_FfiObstacleDetectionEvent_GetDistance_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiSemanticLidarDetection { pub fn as_builtin < 'a > (self : :: std :: pin :: Pin < & 'a mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection >) -> :: std :: pin :: Pin < & 'a mut root :: carla :: sensor :: data :: SemanticLidarDetection > { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarDetection_as_builtin_autocxx_wrapper (self) } pub fn new (base : impl autocxx :: RValueParam < root :: carla :: sensor :: data :: SemanticLidarDetection >) -> impl autocxx :: moveit :: new :: New < Output = Self > { unsafe { autocxx :: moveit :: new :: by_raw (move | this | { let mut space0 = autocxx :: RValueParamHandler :: default () ; let mut space0 = :: std :: pin :: Pin :: new_unchecked (& mut space0) ; space0 . as_mut () . populate (base) ; let this = this . get_unchecked_mut () . as_mut_ptr () ; cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarDetection_new_autocxx_autocxx_wrapper (this , space0 . get_ptr ()) }) } } } impl FfiLidarMeasurement { pub fn GetHorizontalAngle (self : & root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) -> f32 { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (self) } pub fn GetChannelCount (self : & root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) -> u32 { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_GetChannelCount_autocxx_wrapper (self) } pub fn GetPointCount (self : & root :: carla_rust :: sensor :: data :: FfiLidarMeasurement , channel : usize) -> u32 { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_GetPointCount_autocxx_wrapper (self , channel) } pub fn size (self : & root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) -> usize { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_size_autocxx_wrapper (self) } pub fn data (self : & root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) -> * const root :: carla_rust :: sensor :: data :: FfiLidarDetection { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_data_autocxx_wrapper (self) } pub fn at < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiLidarMeasurement , pos : usize) -> & 'a root :: carla_rust :: sensor :: data :: FfiLidarDetection { cxxbridge :: carla_rust_sensor_data_FfiLidarMeasurement_at_autocxx_wrapper (self , pos) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiSemanticLidarMeasurement { pub fn GetHorizontalAngle (self : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) -> f32 { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (self) } pub fn GetChannelCount (self : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) -> u32 { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetChannelCount_autocxx_wrapper (self) } pub fn GetPointCount (self : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement , channel : usize) -> u32 { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetPointCount_autocxx_wrapper (self , channel) } pub fn size (self : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) -> usize { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_size_autocxx_wrapper (self) } pub fn data (self : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) -> * const root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_data_autocxx_wrapper (self) } pub fn at < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement , pos : usize) -> & 'a root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarMeasurement_at_autocxx_wrapper (self , pos) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiRadarMeasurement { pub fn GetDetectionAmount (self : & root :: carla_rust :: sensor :: data :: FfiRadarMeasurement) -> usize { cxxbridge :: carla_rust_sensor_data_FfiRadarMeasurement_GetDetectionAmount_autocxx_wrapper (self) } pub fn size (self : & root :: carla_rust :: sensor :: data :: FfiRadarMeasurement) -> usize { cxxbridge :: carla_rust_sensor_data_FfiRadarMeasurement_size_autocxx_wrapper (self) } pub fn data (self : & root :: carla_rust :: sensor :: data :: FfiRadarMeasurement) -> * const root :: carla :: sensor :: data :: RadarDetection { cxxbridge :: carla_rust_sensor_data_FfiRadarMeasurement_data_autocxx_wrapper (self) } pub fn at < 'a > (self : & 'a root :: carla_rust :: sensor :: data :: FfiRadarMeasurement , pos : usize) -> & 'a root :: carla :: sensor :: data :: RadarDetection { cxxbridge :: carla_rust_sensor_data_FfiRadarMeasurement_at_autocxx_wrapper (self , pos) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiGnssMeasurement { pub fn GetGeoLocation (self : & root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) -> root :: carla :: geom :: GeoLocation { cxxbridge :: carla_rust_sensor_data_FfiGnssMeasurement_GetGeoLocation_autocxx_wrapper (self) } pub fn GetLongitude (self : & root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) -> f64 { cxxbridge :: carla_rust_sensor_data_FfiGnssMeasurement_GetLongitude_autocxx_wrapper (self) } pub fn GetLatitude (self : & root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) -> f64 { cxxbridge :: carla_rust_sensor_data_FfiGnssMeasurement_GetLatitude_autocxx_wrapper (self) } pub fn GetAltitude (self : & root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) -> f64 { cxxbridge :: carla_rust_sensor_data_FfiGnssMeasurement_GetAltitude_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } impl FfiImuMeasurement { pub fn GetAccelerometer (self : & root :: carla_rust :: sensor :: data :: FfiImuMeasurement) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_sensor_data_FfiImuMeasurement_GetAccelerometer_autocxx_wrapper (self) } pub fn GetGyroscope (self : & root :: carla_rust :: sensor :: data :: FfiImuMeasurement) -> root :: carla :: geom :: Vector3D { cxxbridge :: carla_rust_sensor_data_FfiImuMeasurement_GetGyroscope_autocxx_wrapper (self) } pub fn GetCompass (self : & root :: carla_rust :: sensor :: data :: FfiImuMeasurement) -> f32 { cxxbridge :: carla_rust_sensor_data_FfiImuMeasurement_GetCompass_autocxx_wrapper (self) } # [doc = "autocxx bindings couldn't be generated: This function or method uses a type where one of the template parameters was incomprehensible to bindgen/autocxx - probably because it uses template specialization."] fn new (_uhoh : autocxx :: BindingGenerationFailure) { } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiCollisionEvent { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiCollisionEvent { cxxbridge :: FfiCollisionEvent_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiCollisionEvent) { cxxbridge :: FfiCollisionEvent_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiColor { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiColor { cxxbridge :: FfiColor_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiColor) { cxxbridge :: FfiColor_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiImage { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiImage { cxxbridge :: FfiImage_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiImage) { cxxbridge :: FfiImage_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent { cxxbridge :: FfiLaneInvasionEvent_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent) { cxxbridge :: FfiLaneInvasionEvent_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiLidarDetection { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiLidarDetection { cxxbridge :: FfiLidarDetection_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiLidarDetection) { cxxbridge :: FfiLidarDetection_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent { cxxbridge :: FfiObstacleDetectionEvent_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent) { cxxbridge :: FfiObstacleDetectionEvent_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { cxxbridge :: FfiSemanticLidarDetection_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection) { cxxbridge :: FfiSemanticLidarDetection_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiLidarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiLidarMeasurement { cxxbridge :: FfiLidarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) { cxxbridge :: FfiLidarMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement { cxxbridge :: FfiSemanticLidarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) { cxxbridge :: FfiSemanticLidarMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiRadarMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiRadarMeasurement { cxxbridge :: FfiRadarMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiRadarMeasurement) { cxxbridge :: FfiRadarMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiGnssMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiGnssMeasurement { cxxbridge :: FfiGnssMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) { cxxbridge :: FfiGnssMeasurement_free_autocxx_wrapper (arg0) } } unsafe impl autocxx :: moveit :: MakeCppStorage for root :: carla_rust :: sensor :: data :: FfiImuMeasurement { unsafe fn allocate_uninitialized_cpp_storage () -> * mut root :: carla_rust :: sensor :: data :: FfiImuMeasurement { cxxbridge :: FfiImuMeasurement_alloc_autocxx_wrapper () } unsafe fn free_uninitialized_cpp_storage (arg0 : * mut root :: carla_rust :: sensor :: data :: FfiImuMeasurement) { cxxbridge :: FfiImuMeasurement_free_autocxx_wrapper (arg0) } } impl Drop for root :: carla_rust :: sensor :: data :: FfiCollisionEvent { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiCollisionEvent) { unsafe { cxxbridge :: FfiCollisionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: sensor :: data :: FfiColor { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: sensor :: data :: FfiColor > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiColor > >) { cxxbridge :: carla_rust_sensor_data_FfiColor_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: sensor :: data :: FfiColor { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: sensor :: data :: FfiColor , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiColor > >) { cxxbridge :: carla_rust_sensor_data_FfiColor_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: sensor :: data :: FfiColor { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiColor) { unsafe { cxxbridge :: FfiColor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiImage { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiImage) { unsafe { cxxbridge :: FfiImage_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent) { unsafe { cxxbridge :: FfiLaneInvasionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: sensor :: data :: FfiLidarDetection { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: sensor :: data :: FfiLidarDetection > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiLidarDetection > >) { cxxbridge :: carla_rust_sensor_data_FfiLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: sensor :: data :: FfiLidarDetection { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: sensor :: data :: FfiLidarDetection , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiLidarDetection > >) { cxxbridge :: carla_rust_sensor_data_FfiLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: sensor :: data :: FfiLidarDetection { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiLidarDetection) { unsafe { cxxbridge :: FfiLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent) { unsafe { cxxbridge :: FfiObstacleDetectionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } unsafe impl autocxx :: moveit :: new :: MoveNew for root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { # [doc = "Synthesized move constructor."] unsafe fn move_new (mut other : :: std :: pin :: Pin < autocxx :: moveit :: MoveRef < '_ , root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection > > , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection > >) { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , { let r : & mut _ = :: std :: pin :: Pin :: into_inner_unchecked (other . as_mut ()) ; r }) } } unsafe impl autocxx :: moveit :: new :: CopyNew for root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { # [doc = "Synthesized copy constructor."] unsafe fn copy_new (other : & root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection , this : :: std :: pin :: Pin < & mut :: std :: mem :: MaybeUninit < root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection > >) { cxxbridge :: carla_rust_sensor_data_FfiSemanticLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (this . get_unchecked_mut () . as_mut_ptr () , other) } } impl Drop for root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection) { unsafe { cxxbridge :: FfiSemanticLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiLidarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiLidarMeasurement) { unsafe { cxxbridge :: FfiLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement) { unsafe { cxxbridge :: FfiSemanticLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiRadarMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiRadarMeasurement) { unsafe { cxxbridge :: FfiRadarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiGnssMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiGnssMeasurement) { unsafe { cxxbridge :: FfiGnssMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } impl Drop for root :: carla_rust :: sensor :: data :: FfiImuMeasurement { # [doc = "Synthesized destructor."] fn drop (self : & mut root :: carla_rust :: sensor :: data :: FfiImuMeasurement) { unsafe { cxxbridge :: FfiImuMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (self) } } } # [allow (unused_imports)] use self :: super :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: root ; } pub mod std { pub type ostream = root :: std_basic_ostream_char_AutocxxConcrete ; # [allow (unused_imports)] use self :: super :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: super :: root ; } # [allow (unused_imports)] use self :: super :: super :: { cxxbridge , ToCppString } ; # [allow (unused_imports)] use self :: super :: root ; } } # [cxx :: bridge] mod cxxbridge { impl UniquePtr < Landmark > { } impl SharedPtr < Landmark > { } impl WeakPtr < Landmark > { } impl UniquePtr < WorldSnapshot > { } impl SharedPtr < WorldSnapshot > { } impl WeakPtr < WorldSnapshot > { } impl CxxVector < WorldSnapshot > { } impl UniquePtr < Light > { } impl SharedPtr < Light > { } impl WeakPtr < Light > { } impl UniquePtr < TrafficSign > { } impl SharedPtr < TrafficSign > { } impl WeakPtr < TrafficSign > { } impl UniquePtr < TrafficLight > { } impl SharedPtr < TrafficLight > { } impl WeakPtr < TrafficLight > { } impl UniquePtr < Vehicle > { } impl SharedPtr < Vehicle > { } impl WeakPtr < Vehicle > { } impl UniquePtr < Walker > { } impl SharedPtr < Walker > { } impl WeakPtr < Walker > { } impl UniquePtr < ActorBlueprint > { } impl SharedPtr < ActorBlueprint > { } impl WeakPtr < ActorBlueprint > { } impl UniquePtr < ActorList > { } impl SharedPtr < ActorList > { } impl WeakPtr < ActorList > { } impl UniquePtr < LaneInvasionSensor > { } impl SharedPtr < LaneInvasionSensor > { } impl WeakPtr < LaneInvasionSensor > { } impl UniquePtr < Vector3D > { } impl SharedPtr < Vector3D > { } impl WeakPtr < Vector3D > { } impl CxxVector < Vector3D > { } impl UniquePtr < Vector3DInt > { } impl SharedPtr < Vector3DInt > { } impl WeakPtr < Vector3DInt > { } impl CxxVector < Vector3DInt > { } impl UniquePtr < Math > { } impl SharedPtr < Math > { } impl WeakPtr < Math > { } impl CxxVector < Math > { } impl UniquePtr < Rotation > { } impl SharedPtr < Rotation > { } impl WeakPtr < Rotation > { } impl CxxVector < Rotation > { } impl UniquePtr < BoundingBox > { } impl SharedPtr < BoundingBox > { } impl WeakPtr < BoundingBox > { } impl CxxVector < BoundingBox > { } impl UniquePtr < Vector2D > { } impl SharedPtr < Vector2D > { } impl WeakPtr < Vector2D > { } impl CxxVector < Vector2D > { } impl UniquePtr < MeshMaterial > { } impl SharedPtr < MeshMaterial > { } impl WeakPtr < MeshMaterial > { } impl CxxVector < MeshMaterial > { } impl UniquePtr < Mesh > { } impl SharedPtr < Mesh > { } impl WeakPtr < Mesh > { } impl CxxVector < Mesh > { } impl UniquePtr < GeoLocation > { } impl SharedPtr < GeoLocation > { } impl WeakPtr < GeoLocation > { } impl CxxVector < GeoLocation > { } impl UniquePtr < CubicPolynomial > { } impl SharedPtr < CubicPolynomial > { } impl WeakPtr < CubicPolynomial > { } impl UniquePtr < TrafficLightState > { } impl SharedPtr < TrafficLightState > { } impl WeakPtr < TrafficLightState > { } impl CxxVector < TrafficLightState > { } impl UniquePtr < VehicleControl > { } impl SharedPtr < VehicleControl > { } impl WeakPtr < VehicleControl > { } impl CxxVector < VehicleControl > { } impl UniquePtr < AttachmentType > { } impl SharedPtr < AttachmentType > { } impl WeakPtr < AttachmentType > { } impl CxxVector < AttachmentType > { } impl UniquePtr < EpisodeSettings > { } impl SharedPtr < EpisodeSettings > { } impl WeakPtr < EpisodeSettings > { } impl CxxVector < EpisodeSettings > { } impl UniquePtr < LabelledPoint > { } impl SharedPtr < LabelledPoint > { } impl WeakPtr < LabelledPoint > { } impl CxxVector < LabelledPoint > { } impl UniquePtr < VehiclePhysicsControl > { } impl SharedPtr < VehiclePhysicsControl > { } impl WeakPtr < VehiclePhysicsControl > { } impl CxxVector < VehiclePhysicsControl > { } impl UniquePtr < VehicleLightState > { } impl SharedPtr < VehicleLightState > { } impl WeakPtr < VehicleLightState > { } impl CxxVector < VehicleLightState > { } impl UniquePtr < OpendriveGenerationParameters > { } impl SharedPtr < OpendriveGenerationParameters > { } impl WeakPtr < OpendriveGenerationParameters > { } impl CxxVector < OpendriveGenerationParameters > { } impl UniquePtr < VehicleDoor > { } impl SharedPtr < VehicleDoor > { } impl WeakPtr < VehicleDoor > { } impl CxxVector < VehicleDoor > { } impl UniquePtr < VehicleWheelLocation > { } impl SharedPtr < VehicleWheelLocation > { } impl WeakPtr < VehicleWheelLocation > { } impl CxxVector < VehicleWheelLocation > { } impl UniquePtr < SemanticLidarDetection > { } impl SharedPtr < SemanticLidarDetection > { } impl WeakPtr < SemanticLidarDetection > { } impl CxxVector < SemanticLidarDetection > { } impl UniquePtr < SemanticLidarData > { } impl SharedPtr < SemanticLidarData > { } impl WeakPtr < SemanticLidarData > { } impl UniquePtr < LidarDetection > { } impl SharedPtr < LidarDetection > { } impl WeakPtr < LidarDetection > { } impl CxxVector < LidarDetection > { } impl UniquePtr < LidarData > { } impl SharedPtr < LidarData > { } impl WeakPtr < LidarData > { } impl UniquePtr < IMUMeasurement > { } impl SharedPtr < IMUMeasurement > { } impl WeakPtr < IMUMeasurement > { } impl UniquePtr < GnssMeasurement > { } impl SharedPtr < GnssMeasurement > { } impl WeakPtr < GnssMeasurement > { } impl UniquePtr < LidarMeasurement > { } impl SharedPtr < LidarMeasurement > { } impl WeakPtr < LidarMeasurement > { } impl UniquePtr < SemanticLidarMeasurement > { } impl SharedPtr < SemanticLidarMeasurement > { } impl WeakPtr < SemanticLidarMeasurement > { } impl UniquePtr < RadarDetection > { } impl SharedPtr < RadarDetection > { } impl WeakPtr < RadarDetection > { } impl CxxVector < RadarDetection > { } impl UniquePtr < RadarData > { } impl SharedPtr < RadarData > { } impl WeakPtr < RadarData > { } impl UniquePtr < RadarMeasurement > { } impl SharedPtr < RadarMeasurement > { } impl WeakPtr < RadarMeasurement > { } impl UniquePtr < SensorData > { } impl SharedPtr < SensorData > { } impl WeakPtr < SensorData > { } impl UniquePtr < LaneMarking_Type > { } impl SharedPtr < LaneMarking_Type > { } impl WeakPtr < LaneMarking_Type > { } impl CxxVector < LaneMarking_Type > { } impl UniquePtr < LaneMarking_Color > { } impl SharedPtr < LaneMarking_Color > { } impl WeakPtr < LaneMarking_Color > { } impl CxxVector < LaneMarking_Color > { } impl UniquePtr < LaneMarking_LaneChange > { } impl SharedPtr < LaneMarking_LaneChange > { } impl WeakPtr < LaneMarking_LaneChange > { } impl CxxVector < LaneMarking_LaneChange > { } impl UniquePtr < FfiLocation > { } impl SharedPtr < FfiLocation > { } impl WeakPtr < FfiLocation > { } impl CxxVector < FfiLocation > { } impl UniquePtr < FfiTransform > { } impl SharedPtr < FfiTransform > { } impl WeakPtr < FfiTransform > { } impl CxxVector < FfiTransform > { } impl UniquePtr < FfiEpisodeSettings > { } impl SharedPtr < FfiEpisodeSettings > { } impl WeakPtr < FfiEpisodeSettings > { } impl CxxVector < FfiEpisodeSettings > { } impl UniquePtr < FfiCollisionEvent > { } impl SharedPtr < FfiCollisionEvent > { } impl WeakPtr < FfiCollisionEvent > { } impl UniquePtr < FfiColor > { } impl SharedPtr < FfiColor > { } impl WeakPtr < FfiColor > { } impl CxxVector < FfiColor > { } impl UniquePtr < FfiImage > { } impl SharedPtr < FfiImage > { } impl WeakPtr < FfiImage > { } impl UniquePtr < FfiLaneInvasionEvent > { } impl SharedPtr < FfiLaneInvasionEvent > { } impl WeakPtr < FfiLaneInvasionEvent > { } impl UniquePtr < FfiLidarDetection > { } impl SharedPtr < FfiLidarDetection > { } impl WeakPtr < FfiLidarDetection > { } impl CxxVector < FfiLidarDetection > { } impl UniquePtr < FfiObstacleDetectionEvent > { } impl SharedPtr < FfiObstacleDetectionEvent > { } impl WeakPtr < FfiObstacleDetectionEvent > { } impl UniquePtr < FfiSemanticLidarDetection > { } impl SharedPtr < FfiSemanticLidarDetection > { } impl WeakPtr < FfiSemanticLidarDetection > { } impl CxxVector < FfiSemanticLidarDetection > { } impl UniquePtr < FfiLidarMeasurement > { } impl SharedPtr < FfiLidarMeasurement > { } impl WeakPtr < FfiLidarMeasurement > { } impl UniquePtr < FfiSemanticLidarMeasurement > { } impl SharedPtr < FfiSemanticLidarMeasurement > { } impl WeakPtr < FfiSemanticLidarMeasurement > { } impl UniquePtr < FfiRadarMeasurement > { } impl SharedPtr < FfiRadarMeasurement > { } impl WeakPtr < FfiRadarMeasurement > { } impl UniquePtr < FfiGnssMeasurement > { } impl SharedPtr < FfiGnssMeasurement > { } impl WeakPtr < FfiGnssMeasurement > { } impl UniquePtr < FfiImuMeasurement > { } impl SharedPtr < FfiImuMeasurement > { } impl WeakPtr < FfiImuMeasurement > { } impl UniquePtr < FfiSensorData > { } impl SharedPtr < FfiSensorData > { } impl WeakPtr < FfiSensorData > { } impl UniquePtr < ListenCallback > { } impl SharedPtr < ListenCallback > { } impl WeakPtr < ListenCallback > { } impl CxxVector < ListenCallback > { } impl UniquePtr < FfiWaypoint > { } impl SharedPtr < FfiWaypoint > { } impl WeakPtr < FfiWaypoint > { } impl UniquePtr < FfiLandmark > { } impl SharedPtr < FfiLandmark > { } impl WeakPtr < FfiLandmark > { } impl UniquePtr < FfiMap > { } impl SharedPtr < FfiMap > { } impl WeakPtr < FfiMap > { } impl CxxVector < FfiMap > { } impl UniquePtr < FfiVehicle > { } impl SharedPtr < FfiVehicle > { } impl WeakPtr < FfiVehicle > { } impl UniquePtr < FfiSensor > { } impl SharedPtr < FfiSensor > { } impl WeakPtr < FfiSensor > { } impl UniquePtr < FfiActor > { } impl SharedPtr < FfiActor > { } impl WeakPtr < FfiActor > { } impl UniquePtr < FfiBlueprintLibrary > { } impl SharedPtr < FfiBlueprintLibrary > { } impl WeakPtr < FfiBlueprintLibrary > { } impl UniquePtr < FfiActorList > { } impl SharedPtr < FfiActorList > { } impl WeakPtr < FfiActorList > { } impl UniquePtr < FfiWorld > { } impl SharedPtr < FfiWorld > { } impl WeakPtr < FfiWorld > { } impl CxxVector < FfiWorld > { } impl UniquePtr < FfiClient > { } impl SharedPtr < FfiClient > { } impl WeakPtr < FfiClient > { } impl CxxVector < FfiClient > { } impl UniquePtr < FfiLaneMarking > { } impl SharedPtr < FfiLaneMarking > { } impl WeakPtr < FfiLaneMarking > { } impl CxxVector < FfiLaneMarking > { } impl UniquePtr < SignalOrientation > { } impl SharedPtr < SignalOrientation > { } impl WeakPtr < SignalOrientation > { } impl CxxVector < SignalOrientation > { } impl UniquePtr < LaneValidity > { } impl SharedPtr < LaneValidity > { } impl WeakPtr < LaneValidity > { } impl CxxVector < LaneValidity > { } impl UniquePtr < Timestamp > { } impl SharedPtr < Timestamp > { } impl WeakPtr < Timestamp > { } impl CxxVector < Timestamp > { } impl UniquePtr < EpisodeState > { } impl SharedPtr < EpisodeState > { } impl WeakPtr < EpisodeState > { } impl UniquePtr < ActorInitializer > { } impl SharedPtr < ActorInitializer > { } impl WeakPtr < ActorInitializer > { } impl CxxVector < ActorInitializer > { } impl UniquePtr < WalkerControl > { } impl SharedPtr < WalkerControl > { } impl WeakPtr < WalkerControl > { } impl CxxVector < WalkerControl > { } impl UniquePtr < WalkerBoneControlOut > { } impl SharedPtr < WalkerBoneControlOut > { } impl WeakPtr < WalkerBoneControlOut > { } impl CxxVector < WalkerBoneControlOut > { } impl UniquePtr < WalkerBoneControlIn > { } impl SharedPtr < WalkerBoneControlIn > { } impl WeakPtr < WalkerBoneControlIn > { } impl CxxVector < WalkerBoneControlIn > { } impl UniquePtr < ActorDescription > { } impl SharedPtr < ActorDescription > { } impl WeakPtr < ActorDescription > { } impl CxxVector < ActorDescription > { } impl UniquePtr < ActorDefinition > { } impl SharedPtr < ActorDefinition > { } impl WeakPtr < ActorDefinition > { } impl CxxVector < ActorDefinition > { } impl UniquePtr < std_pair_float_float_AutocxxConcrete > { } impl SharedPtr < std_pair_float_float_AutocxxConcrete > { } impl WeakPtr < std_pair_float_float_AutocxxConcrete > { } impl UniquePtr < GearPhysicsControl > { } impl SharedPtr < GearPhysicsControl > { } impl WeakPtr < GearPhysicsControl > { } impl CxxVector < GearPhysicsControl > { } impl UniquePtr < WheelPhysicsControl > { } impl SharedPtr < WheelPhysicsControl > { } impl WeakPtr < WheelPhysicsControl > { } impl CxxVector < WheelPhysicsControl > { } impl UniquePtr < VehicleLightState_LightState > { } impl SharedPtr < VehicleLightState_LightState > { } impl WeakPtr < VehicleLightState_LightState > { } impl CxxVector < VehicleLightState_LightState > { } impl UniquePtr < std_basic_ostream_char_AutocxxConcrete > { } impl SharedPtr < std_basic_ostream_char_AutocxxConcrete > { } impl WeakPtr < std_basic_ostream_char_AutocxxConcrete > { } impl UniquePtr < RawData > { } impl SharedPtr < RawData > { } impl WeakPtr < RawData > { } impl CxxVector < RawData > { } impl UniquePtr < carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete > { } impl SharedPtr < carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete > { } impl WeakPtr < carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete > { } impl UniquePtr < Lane_LaneType > { } impl SharedPtr < Lane_LaneType > { } impl WeakPtr < Lane_LaneType > { } impl CxxVector < Lane_LaneType > { } impl UniquePtr < World > { } impl SharedPtr < World > { } impl WeakPtr < World > { } impl CxxVector < World > { } impl UniquePtr < LaneMarking > { } impl SharedPtr < LaneMarking > { } impl WeakPtr < LaneMarking > { } impl CxxVector < LaneMarking > { } unsafe extern "C++" { fn autocxx_make_string_0x73d3672784ebe17c (str_ : & str) -> UniquePtr < CxxString > ; pub unsafe fn Landmark_alloc_autocxx_wrapper () -> * mut Landmark ; pub unsafe fn Landmark_free_autocxx_wrapper (arg0 : * mut Landmark) ; # [namespace = "carla::client"] # [doc = " Class containing a reference to RoadInfoSignal"] type Landmark = super :: bindgen :: root :: carla :: client :: Landmark ; pub unsafe fn WorldSnapshot_alloc_autocxx_wrapper () -> * mut WorldSnapshot ; pub unsafe fn WorldSnapshot_free_autocxx_wrapper (arg0 : * mut WorldSnapshot) ; # [namespace = "carla::client"] type WorldSnapshot = super :: bindgen :: root :: carla :: client :: WorldSnapshot ; pub unsafe fn Light_alloc_autocxx_wrapper () -> * mut Light ; pub unsafe fn Light_free_autocxx_wrapper (arg0 : * mut Light) ; # [namespace = "carla::client"] type Light = super :: bindgen :: root :: carla :: client :: Light ; pub unsafe fn TrafficSign_alloc_autocxx_wrapper () -> * mut TrafficSign ; pub unsafe fn TrafficSign_free_autocxx_wrapper (arg0 : * mut TrafficSign) ; # [namespace = "carla::client"] type TrafficSign = super :: bindgen :: root :: carla :: client :: TrafficSign ; pub fn cast_TrafficLight_to_TrafficSign_autocxx_wrapper (autocxx_gen_this : & TrafficLight) -> & TrafficSign ; pub unsafe fn TrafficLight_alloc_autocxx_wrapper () -> * mut TrafficLight ; pub unsafe fn TrafficLight_free_autocxx_wrapper (arg0 : * mut TrafficLight) ; # [namespace = "carla::client"] type TrafficLight = super :: bindgen :: root :: carla :: client :: TrafficLight ; pub unsafe fn Vehicle_alloc_autocxx_wrapper () -> * mut Vehicle ; pub unsafe fn Vehicle_free_autocxx_wrapper (arg0 : * mut Vehicle) ; # [namespace = "carla::client"] type Vehicle = super :: bindgen :: root :: carla :: client :: Vehicle ; pub unsafe fn Walker_alloc_autocxx_wrapper () -> * mut Walker ; pub unsafe fn Walker_free_autocxx_wrapper (arg0 : * mut Walker) ; # [namespace = "carla::client"] type Walker = super :: bindgen :: root :: carla :: client :: Walker ; pub unsafe fn ActorBlueprint_alloc_autocxx_wrapper () -> * mut ActorBlueprint ; pub unsafe fn ActorBlueprint_free_autocxx_wrapper (arg0 : * mut ActorBlueprint) ; # [namespace = "carla::client"] # [doc = " Contains all the necessary information for spawning an Actor."] type ActorBlueprint = super :: bindgen :: root :: carla :: client :: ActorBlueprint ; pub unsafe fn ActorList_alloc_autocxx_wrapper () -> * mut ActorList ; pub unsafe fn ActorList_free_autocxx_wrapper (arg0 : * mut ActorList) ; # [namespace = "carla::client"] type ActorList = super :: bindgen :: root :: carla :: client :: ActorList ; pub unsafe fn LaneInvasionSensor_alloc_autocxx_wrapper () -> * mut LaneInvasionSensor ; pub unsafe fn LaneInvasionSensor_free_autocxx_wrapper (arg0 : * mut LaneInvasionSensor) ; # [namespace = "carla::client"] type LaneInvasionSensor ; pub fn carla_client_Landmark_GetRoadId_autocxx_wrapper (autocxx_gen_this : & Landmark) -> u32 ; pub fn carla_client_Landmark_GetDistance_autocxx_wrapper (autocxx_gen_this : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetS (self : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetT (self : & Landmark) -> f64 ; pub fn carla_client_Landmark_GetId_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; pub fn GetName_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; # [namespace = "carla::client"] pub fn IsDynamic (self : & Landmark) -> bool ; # [namespace = "carla::client"] pub fn GetOrientation (self : & Landmark) -> SignalOrientation ; # [namespace = "carla::client"] pub fn GetZOffset (self : & Landmark) -> f64 ; pub fn GetCountry_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; pub fn carla_client_Landmark_GetType_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; pub fn GetSubType_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; # [namespace = "carla::client"] pub fn GetValue (self : & Landmark) -> f64 ; pub fn GetUnit_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; # [namespace = "carla::client"] pub fn GetHeight (self : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetWidth (self : & Landmark) -> f64 ; pub fn GetText_autocxx_wrapper (autocxx_gen_this : & Landmark) -> UniquePtr < CxxString > ; # [namespace = "carla::client"] pub fn GethOffset (self : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetPitch (self : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetRoll (self : & Landmark) -> f64 ; # [namespace = "carla::client"] pub fn GetValidities < 'a > (self : & 'a Landmark) -> & 'a CxxVector < LaneValidity > ; # [doc = " Get the id of the episode associated with this world."] pub fn carla_client_WorldSnapshot_GetId_autocxx_wrapper (autocxx_gen_this : & WorldSnapshot) -> u64 ; pub fn carla_client_WorldSnapshot_GetFrame_autocxx_wrapper (autocxx_gen_this : & WorldSnapshot) -> usize ; # [doc = " Get timestamp of this snapshot."] pub fn carla_client_WorldSnapshot_GetTimestamp_autocxx_wrapper (autocxx_gen_this : & WorldSnapshot) -> & Timestamp ; # [doc = " Return number of ActorSnapshots present in this WorldSnapshot."] pub fn carla_client_WorldSnapshot_size_autocxx_wrapper (autocxx_gen_this : & WorldSnapshot) -> usize ; pub unsafe fn carla_client_WorldSnapshot_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut WorldSnapshot , state : SharedPtr < EpisodeState >) ; # [namespace = "carla::client"] pub fn GetIntensity (self : & Light) -> f32 ; # [namespace = "carla::client"] pub fn IsOn (self : & Light) -> bool ; # [namespace = "carla::client"] pub fn IsOff (self : & Light) -> bool ; # [namespace = "carla::client"] pub fn SetIntensity (self : Pin < & mut Light > , intensity : f32) ; # [namespace = "carla::client"] pub fn TurnOn (self : Pin < & mut Light >) ; # [namespace = "carla::client"] pub fn TurnOff (self : Pin < & mut Light >) ; pub unsafe fn carla_client_Light_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Light) ; # [namespace = "carla::client"] pub fn GetTriggerVolume (self : & TrafficSign) -> & BoundingBox ; pub fn GetSignId_autocxx_wrapper (autocxx_gen_this : & TrafficSign) -> UniquePtr < CxxString > ; pub unsafe fn carla_client_TrafficSign_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut TrafficSign , init : * mut ActorInitializer) ; # [namespace = "carla::client"] pub fn SetState (self : Pin < & mut TrafficLight > , state : TrafficLightState) ; # [doc = " Return the current state of the traffic light."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn carla_client_TrafficLight_GetState_autocxx_wrapper (autocxx_gen_this : & TrafficLight) -> TrafficLightState ; # [namespace = "carla::client"] pub fn SetGreenTime (self : Pin < & mut TrafficLight > , green_time : f32) ; # [namespace = "carla::client"] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetGreenTime (self : & TrafficLight) -> f32 ; # [namespace = "carla::client"] pub fn SetYellowTime (self : Pin < & mut TrafficLight > , yellow_time : f32) ; # [namespace = "carla::client"] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetYellowTime (self : & TrafficLight) -> f32 ; # [namespace = "carla::client"] pub fn SetRedTime (self : Pin < & mut TrafficLight > , red_time : f32) ; # [namespace = "carla::client"] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetRedTime (self : & TrafficLight) -> f32 ; # [namespace = "carla::client"] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetElapsedTime (self : & TrafficLight) -> f32 ; # [namespace = "carla::client"] pub fn Freeze (self : Pin < & mut TrafficLight > , freeze : bool) ; # [namespace = "carla::client"] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn IsFrozen (self : & TrafficLight) -> bool ; # [namespace = "carla::client"] # [doc = " Returns the index of the pole in the traffic light group"] pub fn GetPoleIndex (self : Pin < & mut TrafficLight >) -> u32 ; # [namespace = "carla::client"] pub fn ResetGroup (self : Pin < & mut TrafficLight >) ; pub fn carla_client_TrafficLight_GetLightBoxes_autocxx_wrapper (autocxx_gen_this : & TrafficLight) -> UniquePtr < CxxVector < BoundingBox > > ; pub fn GetOpenDRIVEID_autocxx_wrapper (autocxx_gen_this : & TrafficLight) -> UniquePtr < CxxString > ; pub unsafe fn carla_client_TrafficLight_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut TrafficLight , init : * mut ActorInitializer) ; # [namespace = "carla::client"] # [doc = " Switch on/off this vehicle's autopilot."] pub fn SetAutopilot (self : Pin < & mut Vehicle > , enabled : bool , tm_port : u16) ; # [namespace = "carla::client"] # [doc = " Switch on/off this vehicle's autopilot."] pub fn ShowDebugTelemetry (self : Pin < & mut Vehicle > , enabled : bool) ; # [namespace = "carla::client"] # [doc = " Apply @a control to this vehicle."] pub fn ApplyControl (self : Pin < & mut Vehicle > , control : & VehicleControl) ; # [namespace = "carla::client"] # [doc = " Apply physics control to this vehicle."] pub fn ApplyPhysicsControl (self : Pin < & mut Vehicle > , physics_control : & VehiclePhysicsControl) ; # [namespace = "carla::client"] # [doc = " Return the control last applied to this vehicle."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetControl (self : & Vehicle) -> VehicleControl ; # [doc = " Return the physics control last applied to this vehicle."] # [doc = ""] # [doc = " @warning This function does call the simulator."] pub unsafe fn GetPhysicsControl_autocxx_wrapper (autocxx_gen_this : & Vehicle , placement_return_type : * mut VehiclePhysicsControl) ; # [namespace = "carla::client"] # [doc = " Return the speed limit currently affecting this vehicle."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetSpeedLimit (self : & Vehicle) -> f32 ; # [namespace = "carla::client"] # [doc = " Return the state of the traffic light currently affecting this vehicle."] # [doc = ""] # [doc = " @return Green If no traffic light is affecting the vehicle."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn GetTrafficLightState (self : & Vehicle) -> TrafficLightState ; # [namespace = "carla::client"] # [doc = " Return whether a traffic light is affecting this vehicle."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the data"] # [doc = " received in the last tick."] pub fn IsAtTrafficLight (self : Pin < & mut Vehicle >) -> bool ; # [doc = " Enables CarSim simulation if it is availiable"] pub fn carla_client_Vehicle_EnableCarSim_autocxx_wrapper (autocxx_gen_this : Pin < & mut Vehicle > , simfile_path : UniquePtr < CxxString >) ; # [doc = " Enables the use of CarSim internal road definition instead of unreal's"] pub fn carla_client_Vehicle_UseCarSimRoad_autocxx_wrapper (autocxx_gen_this : Pin < & mut Vehicle > , enabled : bool) ; pub fn carla_client_Vehicle_EnableChronoPhysics_autocxx_wrapper (autocxx_gen_this : Pin < & mut Vehicle > , MaxSubsteps : u64 , MaxSubstepDeltaTime : f32 , VehicleJSON : UniquePtr < CxxString > , PowertrainJSON : UniquePtr < CxxString > , TireJSON : UniquePtr < CxxString > , BaseJSONPath : UniquePtr < CxxString >) ; pub unsafe fn carla_client_Vehicle_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Vehicle , init : * mut ActorInitializer) ; # [doc = " Apply @a control to this Walker."] pub fn carla_client_Walker_ApplyControl_autocxx_wrapper (autocxx_gen_this : Pin < & mut Walker > , control : & WalkerControl) ; # [doc = " Return the control last applied to this Walker."] # [doc = ""] # [doc = " @note This function does not call the simulator, it returns the Control"] # [doc = " received in the last tick."] pub unsafe fn GetWalkerControl_autocxx_wrapper (autocxx_gen_this : & Walker , placement_return_type : * mut WalkerControl) ; pub unsafe fn carla_client_Walker_GetBonesTransform_autocxx_wrapper (autocxx_gen_this : Pin < & mut Walker > , placement_return_type : * mut WalkerBoneControlOut) ; pub fn carla_client_Walker_SetBonesTransform_autocxx_wrapper (autocxx_gen_this : Pin < & mut Walker > , bones : & WalkerBoneControlIn) ; pub fn carla_client_Walker_BlendPose_autocxx_wrapper (autocxx_gen_this : Pin < & mut Walker > , blend : f32) ; # [namespace = "carla::client"] pub fn ShowPose (self : Pin < & mut Walker >) ; # [namespace = "carla::client"] pub fn HidePose (self : Pin < & mut Walker >) ; pub fn carla_client_Walker_GetPoseFromAnimation_autocxx_wrapper (autocxx_gen_this : Pin < & mut Walker >) ; pub unsafe fn carla_client_Walker_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Walker , init : * mut ActorInitializer) ; # [doc = " @{"] pub fn carla_client_ActorBlueprint_GetId_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a ActorBlueprint) -> & 'a CxxString ; # [namespace = "carla::client"] # [doc = " @{"] pub fn ContainsTag (self : & ActorBlueprint , tag : & CxxString) -> bool ; # [namespace = "carla::client"] # [doc = " Test if any of the flags matches @a wildcard_pattern."] # [doc = ""] # [doc = " @a wildcard_pattern follows Unix shell-style wildcards."] pub fn MatchTags (self : & ActorBlueprint , wildcard_pattern : & CxxString) -> bool ; pub fn GetTags_autocxx_wrapper (autocxx_gen_this : & ActorBlueprint) -> UniquePtr < CxxVector < CxxString > > ; # [namespace = "carla::client"] # [doc = " @{"] pub fn ContainsAttribute (self : & ActorBlueprint , id : & CxxString) -> bool ; # [doc = " Set the value of the attribute given by @a id."] # [doc = ""] # [doc = " @throw std::out_of_range if no such element exists."] # [doc = " @throw InvalidAttributeValue if attribute is not modifiable."] # [doc = " @throw InvalidAttributeValue if format does not match the attribute type."] pub fn SetAttribute_autocxx_wrapper (autocxx_gen_this : Pin < & mut ActorBlueprint > , id : & CxxString , value : UniquePtr < CxxString >) ; pub fn carla_client_ActorBlueprint_size_autocxx_wrapper (autocxx_gen_this : & ActorBlueprint) -> usize ; # [doc = " @{"] pub unsafe fn MakeActorDescription_autocxx_wrapper (autocxx_gen_this : & ActorBlueprint , placement_return_type : * mut ActorDescription) ; # [doc = " @{"] pub unsafe fn carla_client_ActorBlueprint_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut ActorBlueprint , actor_definition : * mut ActorDefinition) ; pub fn carla_client_ActorList_empty_autocxx_wrapper (autocxx_gen_this : & ActorList) -> bool ; pub fn carla_client_ActorList_size_autocxx_wrapper (autocxx_gen_this : & ActorList) -> usize ; pub unsafe fn LaneInvasionSensor_destructor_autocxx_wrapper (autocxx_gen_this : * mut LaneInvasionSensor) ; # [doc = " Stop listening for new measurements."] pub fn carla_client_LaneInvasionSensor_Stop_autocxx_wrapper (autocxx_gen_this : Pin < & mut LaneInvasionSensor >) ; # [doc = " Return whether this Sensor instance is currently listening to the"] # [doc = " associated sensor in the simulator."] pub fn carla_client_LaneInvasionSensor_IsListening_autocxx_wrapper (autocxx_gen_this : & LaneInvasionSensor) -> bool ; pub unsafe fn Vector3D_alloc_autocxx_wrapper () -> * mut Vector3D ; pub unsafe fn Vector3D_free_autocxx_wrapper (arg0 : * mut Vector3D) ; # [namespace = "carla::geom"] type Vector3D = super :: bindgen :: root :: carla :: geom :: Vector3D ; pub unsafe fn Vector3DInt_alloc_autocxx_wrapper () -> * mut Vector3DInt ; pub unsafe fn Vector3DInt_free_autocxx_wrapper (arg0 : * mut Vector3DInt) ; # [namespace = "carla::geom"] type Vector3DInt = super :: bindgen :: root :: carla :: geom :: Vector3DInt ; pub unsafe fn Math_alloc_autocxx_wrapper () -> * mut Math ; pub unsafe fn Math_free_autocxx_wrapper (arg0 : * mut Math) ; # [namespace = "carla::geom"] type Math = super :: bindgen :: root :: carla :: geom :: Math ; pub unsafe fn Rotation_alloc_autocxx_wrapper () -> * mut Rotation ; pub unsafe fn Rotation_free_autocxx_wrapper (arg0 : * mut Rotation) ; # [namespace = "carla::geom"] type Rotation = super :: bindgen :: root :: carla :: geom :: Rotation ; pub unsafe fn BoundingBox_alloc_autocxx_wrapper () -> * mut BoundingBox ; pub unsafe fn BoundingBox_free_autocxx_wrapper (arg0 : * mut BoundingBox) ; # [namespace = "carla::geom"] type BoundingBox = super :: bindgen :: root :: carla :: geom :: BoundingBox ; pub unsafe fn Vector2D_alloc_autocxx_wrapper () -> * mut Vector2D ; pub unsafe fn Vector2D_free_autocxx_wrapper (arg0 : * mut Vector2D) ; # [namespace = "carla::geom"] type Vector2D = super :: bindgen :: root :: carla :: geom :: Vector2D ; pub unsafe fn MeshMaterial_alloc_autocxx_wrapper () -> * mut MeshMaterial ; pub unsafe fn MeshMaterial_free_autocxx_wrapper (arg0 : * mut MeshMaterial) ; # [namespace = "carla::geom"] # [doc = " Material that references the vertex index start and end of"] # [doc = " a mesh where it is affecting."] type MeshMaterial = super :: bindgen :: root :: carla :: geom :: MeshMaterial ; pub unsafe fn Mesh_alloc_autocxx_wrapper () -> * mut Mesh ; pub unsafe fn Mesh_free_autocxx_wrapper (arg0 : * mut Mesh) ; # [namespace = "carla::geom"] # [doc = " Mesh data container, validator and exporter."] type Mesh = super :: bindgen :: root :: carla :: geom :: Mesh ; pub unsafe fn GeoLocation_alloc_autocxx_wrapper () -> * mut GeoLocation ; pub unsafe fn GeoLocation_free_autocxx_wrapper (arg0 : * mut GeoLocation) ; # [namespace = "carla::geom"] type GeoLocation = super :: bindgen :: root :: carla :: geom :: GeoLocation ; pub unsafe fn CubicPolynomial_alloc_autocxx_wrapper () -> * mut CubicPolynomial ; pub unsafe fn CubicPolynomial_free_autocxx_wrapper (arg0 : * mut CubicPolynomial) ; # [namespace = "carla::geom"] # [doc = " Describes a Cubic Polynomial so:"] # [doc = " f(x) = a + bx + cx^2 + dx^3"] type CubicPolynomial = super :: bindgen :: root :: carla :: geom :: CubicPolynomial ; # [namespace = "carla::geom"] pub fn SquaredLength (self : & Vector3D) -> f32 ; # [namespace = "carla::geom"] pub fn Length (self : & Vector3D) -> f32 ; # [namespace = "carla::geom"] pub fn Abs (self : & Vector3D) -> Vector3D ; # [namespace = "carla::geom"] pub fn MakeUnitVector (self : & Vector3D) -> Vector3D ; # [namespace = "carla::geom"] pub fn MakeSafeUnitVector (self : & Vector3D , epsilon : f32) -> Vector3D ; pub unsafe fn carla_geom_Vector3D_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Vector3D) ; pub unsafe fn carla_geom_Vector3D_new1_autocxx_wrapper (autocxx_gen_this : * mut Vector3D , ix : f32 , iy : f32 , iz : f32) ; pub fn carla_geom_Vector3DInt_SquaredLength_autocxx_wrapper (autocxx_gen_this : & Vector3DInt) -> i64 ; pub fn carla_geom_Vector3DInt_Length_autocxx_wrapper (autocxx_gen_this : & Vector3DInt) -> f64 ; pub unsafe fn carla_geom_Vector3DInt_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Vector3DInt) ; pub unsafe fn carla_geom_Vector3DInt_new1_autocxx_wrapper (autocxx_gen_this : * mut Vector3DInt , ix : i32 , iy : i32 , iz : i32) ; pub fn Cross_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> Vector3D ; pub fn Dot_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; pub fn Dot2D_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; pub fn DistanceSquared_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; pub fn DistanceSquared2D_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; pub fn Distance_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; pub fn Distance2D_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f32 ; # [doc = " Returns the angle between 2 vectors in radians"] pub fn GetVectorAngle_autocxx_wrapper (a : & Vector3D , b : & Vector3D) -> f64 ; # [doc = " Returns a pair containing:"] # [doc = " - @b first:  distance from v to p' where p' = p projected on segment"] # [doc = "   (w - v)"] # [doc = " - @b second: Euclidean distance from p to p'"] # [doc = "   @param p point to calculate distance"] # [doc = "   @param v first point of the segment"] # [doc = "   @param w second point of the segment"] pub fn DistanceSegmentToPoint_autocxx_wrapper (p : & Vector3D , v : & Vector3D , w : & Vector3D) -> UniquePtr < std_pair_float_float_AutocxxConcrete > ; # [doc = " Returns a pair containing:"] # [doc = " - @b first:  distance across the arc from start_pos to p' where p' = p"] # [doc = " projected on Arc"] # [doc = " - @b second: Euclidean distance from p to p'"] pub fn DistanceArcToPoint_autocxx_wrapper (p : Vector3D , start_pos : Vector3D , length : f32 , heading : f32 , curvature : f32) -> UniquePtr < std_pair_float_float_AutocxxConcrete > ; pub fn RotatePointOnOrigin2D_autocxx_wrapper (p : Vector3D , angle : f32) -> Vector3D ; # [doc = " Compute the unit vector pointing towards the X-axis of @a rotation."] pub fn GetForwardVector_autocxx_wrapper (rotation : & Rotation) -> Vector3D ; # [doc = " Compute the unit vector pointing towards the Y-axis of @a rotation."] pub fn GetRightVector_autocxx_wrapper (rotation : & Rotation) -> Vector3D ; # [doc = " Compute the unit vector pointing towards the Y-axis of @a rotation."] pub fn GetUpVector_autocxx_wrapper (rotation : & Rotation) -> Vector3D ; pub fn carla_geom_Rotation_GetForwardVector_autocxx_wrapper (autocxx_gen_this : & Rotation) -> Vector3D ; pub fn carla_geom_Rotation_GetRightVector_autocxx_wrapper (autocxx_gen_this : & Rotation) -> Vector3D ; pub fn carla_geom_Rotation_GetUpVector_autocxx_wrapper (autocxx_gen_this : & Rotation) -> Vector3D ; # [namespace = "carla::geom"] pub fn RotateVector (self : & Rotation , in_point : Pin < & mut Vector3D >) ; # [namespace = "carla::geom"] # [cxx_name = "RotateVector"] pub fn RotateVector1 (self : & Rotation , in_point : & Vector3D) -> Vector3D ; # [namespace = "carla::geom"] pub fn InverseRotateVector (self : & Rotation , in_point : Pin < & mut Vector3D >) ; pub unsafe fn carla_geom_Rotation_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Rotation) ; pub unsafe fn carla_geom_Rotation_new1_autocxx_wrapper (autocxx_gen_this : * mut Rotation , p : f32 , y : f32 , r : f32) ; pub unsafe fn carla_geom_BoundingBox_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut BoundingBox) ; pub unsafe fn carla_geom_BoundingBox_new3_autocxx_wrapper (autocxx_gen_this : * mut BoundingBox , in_extent : & Vector3D) ; pub fn carla_geom_Vector2D_SquaredLength_autocxx_wrapper (autocxx_gen_this : & Vector2D) -> f32 ; pub fn carla_geom_Vector2D_Length_autocxx_wrapper (autocxx_gen_this : & Vector2D) -> f32 ; pub fn carla_geom_Vector2D_MakeUnitVector_autocxx_wrapper (autocxx_gen_this : & Vector2D) -> Vector2D ; pub unsafe fn carla_geom_Vector2D_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Vector2D) ; pub unsafe fn carla_geom_Vector2D_new1_autocxx_wrapper (autocxx_gen_this : * mut Vector2D , ix : f32 , iy : f32) ; pub unsafe fn carla_geom_MeshMaterial_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut MeshMaterial , new_name : & CxxString , start : usize , end : usize) ; # [namespace = "carla::geom"] # [doc = " Check if the mesh can be valid or not."] pub fn IsValid (self : & Mesh) -> bool ; # [namespace = "carla::geom"] # [doc = " Adds a triangle strip to the mesh, vertex order is counterclockwise."] pub fn AddTriangleStrip (self : Pin < & mut Mesh > , vertices : & CxxVector < Vector3D >) ; # [namespace = "carla::geom"] # [doc = " Adds a triangle fan to the mesh, vertex order is counterclockwise."] pub fn AddTriangleFan (self : Pin < & mut Mesh > , vertices : & CxxVector < Vector3D >) ; # [namespace = "carla::geom"] # [doc = " Appends a vertex to the vertices list."] pub fn AddVertex (self : Pin < & mut Mesh > , vertex : Vector3D) ; # [namespace = "carla::geom"] # [doc = " Appends a vertex to the vertices list."] pub fn AddVertices (self : Pin < & mut Mesh > , vertices : & CxxVector < Vector3D >) ; # [namespace = "carla::geom"] # [doc = " Appends a normal to the normal list."] pub fn AddNormal (self : Pin < & mut Mesh > , normal : Vector3D) ; # [namespace = "carla::geom"] # [doc = " Appends a index to the indexes list."] pub fn AddIndex (self : Pin < & mut Mesh > , index : usize) ; # [namespace = "carla::geom"] # [doc = " Appends a vertex to the vertices list, they will be read 3 in 3."] pub fn AddUV (self : Pin < & mut Mesh > , uv : Vector2D) ; # [namespace = "carla::geom"] # [doc = " Starts applying a new material to the new added triangles."] pub fn AddMaterial (self : Pin < & mut Mesh > , material_name : & CxxString) ; # [namespace = "carla::geom"] # [doc = " Stops applying the material to the new added triangles."] pub fn EndMaterial (self : Pin < & mut Mesh >) ; # [doc = " Returns a string containing the mesh encoded in OBJ."] # [doc = " Units are in meters. It is in Unreal space."] pub fn GenerateOBJ_autocxx_wrapper (autocxx_gen_this : & Mesh) -> UniquePtr < CxxString > ; # [doc = " Returns a string containing the mesh encoded in OBJ."] # [doc = " Units are in meters. This function exports the OBJ file"] # [doc = " specifically to be consumed by Recast library."] # [doc = " Changes the build face direction and the coordinate space."] pub fn GenerateOBJForRecast_autocxx_wrapper (autocxx_gen_this : & Mesh) -> UniquePtr < CxxString > ; # [doc = " Returns a string containing the mesh encoded in PLY."] # [doc = " Units are in meters."] pub fn GeneratePLY_autocxx_wrapper (autocxx_gen_this : & Mesh) -> UniquePtr < CxxString > ; # [namespace = "carla::geom"] pub fn GetVertices < 'a > (self : & 'a Mesh) -> & 'a CxxVector < Vector3D > ; # [namespace = "carla::geom"] # [cxx_name = "GetVertices"] pub fn GetVertices1 < 'a > (self : Pin < & 'a mut Mesh >) -> Pin < & 'a mut CxxVector < Vector3D > > ; # [namespace = "carla::geom"] pub fn GetVerticesNum (self : & Mesh) -> usize ; # [namespace = "carla::geom"] pub fn GetNormals < 'a > (self : & 'a Mesh) -> & 'a CxxVector < Vector3D > ; # [namespace = "carla::geom"] pub fn GetIndexes < 'a > (self : & 'a Mesh) -> & 'a CxxVector < usize > ; # [namespace = "carla::geom"] pub fn GetIndexesNum (self : & Mesh) -> usize ; # [namespace = "carla::geom"] pub fn GetUVs < 'a > (self : & 'a Mesh) -> & 'a CxxVector < Vector2D > ; # [namespace = "carla::geom"] pub fn GetMaterials < 'a > (self : & 'a Mesh) -> & 'a CxxVector < MeshMaterial > ; # [namespace = "carla::geom"] # [doc = " Returns the index of the last added vertex (number of vertices)."] pub fn GetLastVertexIndex (self : & Mesh) -> usize ; pub unsafe fn carla_geom_Mesh_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Mesh , vertices : & CxxVector < Vector3D > , normals : & CxxVector < Vector3D > , indexes : & CxxVector < usize > , uvs : & CxxVector < Vector2D >) ; pub unsafe fn carla_geom_GeoLocation_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut GeoLocation) ; pub unsafe fn carla_geom_GeoLocation_new1_autocxx_wrapper (autocxx_gen_this : * mut GeoLocation , latitude : f64 , longitude : f64 , altitude : f64) ; # [namespace = "carla::geom"] pub fn GetA (self : & CubicPolynomial) -> f64 ; # [namespace = "carla::geom"] pub fn GetB (self : & CubicPolynomial) -> f64 ; # [namespace = "carla::geom"] pub fn GetC (self : & CubicPolynomial) -> f64 ; # [namespace = "carla::geom"] pub fn GetD (self : & CubicPolynomial) -> f64 ; pub fn carla_geom_CubicPolynomial_GetS_autocxx_wrapper (autocxx_gen_this : & CubicPolynomial) -> f64 ; pub fn carla_geom_CubicPolynomial_Set_autocxx_wrapper (autocxx_gen_this : Pin < & mut CubicPolynomial > , a : & f64 , b : & f64 , c : & f64 , d : & f64 , s : & f64) ; # [namespace = "carla::geom"] # [cxx_name = "Set"] pub fn Set1 (self : Pin < & mut CubicPolynomial > , a : & f64 , b : & f64 , c : & f64 , d : & f64) ; # [namespace = "carla::geom"] # [doc = " Evaluates f(x) = a + bx + cx^2 + dx^3"] pub fn Evaluate (self : & CubicPolynomial , x : & f64) -> f64 ; # [namespace = "carla::geom"] # [doc = " Evaluates the tangent using df/dx = b + 2cx + 3dx^2"] pub fn Tangent (self : & CubicPolynomial , x : & f64) -> f64 ; pub unsafe fn carla_geom_CubicPolynomial_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut CubicPolynomial) ; pub unsafe fn carla_geom_CubicPolynomial_new1_autocxx_wrapper (autocxx_gen_this : * mut CubicPolynomial , arg1 : & CubicPolynomial) ; pub unsafe fn carla_geom_CubicPolynomial_new2_autocxx_wrapper (autocxx_gen_this : * mut CubicPolynomial , a : & f64 , b : & f64 , c : & f64 , d : & f64) ; pub unsafe fn carla_geom_CubicPolynomial_new3_autocxx_wrapper (autocxx_gen_this : * mut CubicPolynomial , a : & f64 , b : & f64 , c : & f64 , d : & f64 , s : & f64) ; # [namespace = "carla::rpc"] type TrafficLightState = super :: bindgen :: root :: carla :: rpc :: TrafficLightState ; pub unsafe fn VehicleControl_alloc_autocxx_wrapper () -> * mut VehicleControl ; pub unsafe fn VehicleControl_free_autocxx_wrapper (arg0 : * mut VehicleControl) ; # [namespace = "carla::rpc"] type VehicleControl = super :: bindgen :: root :: carla :: rpc :: VehicleControl ; # [namespace = "carla::rpc"] type AttachmentType = super :: bindgen :: root :: carla :: rpc :: AttachmentType ; pub unsafe fn EpisodeSettings_alloc_autocxx_wrapper () -> * mut EpisodeSettings ; pub unsafe fn EpisodeSettings_free_autocxx_wrapper (arg0 : * mut EpisodeSettings) ; # [namespace = "carla::rpc"] type EpisodeSettings = super :: bindgen :: root :: carla :: rpc :: EpisodeSettings ; pub unsafe fn LabelledPoint_alloc_autocxx_wrapper () -> * mut LabelledPoint ; pub unsafe fn LabelledPoint_free_autocxx_wrapper (arg0 : * mut LabelledPoint) ; # [namespace = "carla::rpc"] type LabelledPoint = super :: bindgen :: root :: carla :: rpc :: LabelledPoint ; pub unsafe fn VehiclePhysicsControl_alloc_autocxx_wrapper () -> * mut VehiclePhysicsControl ; pub unsafe fn VehiclePhysicsControl_free_autocxx_wrapper (arg0 : * mut VehiclePhysicsControl) ; # [namespace = "carla::rpc"] type VehiclePhysicsControl = super :: bindgen :: root :: carla :: rpc :: VehiclePhysicsControl ; pub unsafe fn VehicleLightState_alloc_autocxx_wrapper () -> * mut VehicleLightState ; pub unsafe fn VehicleLightState_free_autocxx_wrapper (arg0 : * mut VehicleLightState) ; # [namespace = "carla::rpc"] # [doc = " Defines the physical appearance of a vehicle whitch is obtained"] # [doc = " by the sensors."] type VehicleLightState = super :: bindgen :: root :: carla :: rpc :: VehicleLightState ; pub unsafe fn OpendriveGenerationParameters_alloc_autocxx_wrapper () -> * mut OpendriveGenerationParameters ; pub unsafe fn OpendriveGenerationParameters_free_autocxx_wrapper (arg0 : * mut OpendriveGenerationParameters) ; # [namespace = "carla::rpc"] # [doc = " Seting for map generation from opendrive without additional geometry"] type OpendriveGenerationParameters = super :: bindgen :: root :: carla :: rpc :: OpendriveGenerationParameters ; # [namespace = "carla::rpc"] type VehicleDoor = super :: bindgen :: root :: carla :: rpc :: VehicleDoor ; # [namespace = "carla::rpc"] type VehicleWheelLocation = super :: bindgen :: root :: carla :: rpc :: VehicleWheelLocation ; pub unsafe fn carla_rpc_VehicleControl_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut VehicleControl) ; pub unsafe fn carla_rpc_VehicleControl_new1_autocxx_wrapper (autocxx_gen_this : * mut VehicleControl , in_throttle : f32 , in_steer : f32 , in_brake : f32 , in_hand_brake : bool , in_reverse : bool , in_manual_gear_shift : bool , in_gear : i32) ; pub unsafe fn carla_rpc_EpisodeSettings_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut EpisodeSettings) ; pub unsafe fn carla_rpc_EpisodeSettings_new1_autocxx_wrapper (autocxx_gen_this : * mut EpisodeSettings , synchronous_mode : bool , no_rendering_mode : bool , fixed_delta_seconds : f64 , substepping : bool , max_substep_delta_time : f64 , max_substeps : c_int , max_culling_distance : f32 , deterministic_ragdolls : bool , tile_stream_distance : f32 , actor_active_distance : f32) ; pub unsafe fn carla_rpc_LabelledPoint_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut LabelledPoint) ; # [namespace = "carla::rpc"] pub fn GetForwardGears < 'a > (self : & 'a VehiclePhysicsControl) -> & 'a CxxVector < GearPhysicsControl > ; # [namespace = "carla::rpc"] pub fn SetForwardGears (self : Pin < & mut VehiclePhysicsControl > , in_forward_gears : Pin < & mut CxxVector < GearPhysicsControl > >) ; # [namespace = "carla::rpc"] pub fn GetWheels < 'a > (self : & 'a VehiclePhysicsControl) -> & 'a CxxVector < WheelPhysicsControl > ; # [namespace = "carla::rpc"] pub fn SetWheels (self : Pin < & mut VehiclePhysicsControl > , in_wheels : Pin < & mut CxxVector < WheelPhysicsControl > >) ; # [namespace = "carla::rpc"] pub fn GetTorqueCurve < 'a > (self : & 'a VehiclePhysicsControl) -> & 'a CxxVector < Vector2D > ; # [namespace = "carla::rpc"] pub fn SetTorqueCurve (self : Pin < & mut VehiclePhysicsControl > , in_torque_curve : Pin < & mut CxxVector < Vector2D > >) ; # [namespace = "carla::rpc"] pub fn GetSteeringCurve < 'a > (self : & 'a VehiclePhysicsControl) -> & 'a CxxVector < Vector2D > ; # [namespace = "carla::rpc"] pub fn SetSteeringCurve (self : Pin < & mut VehiclePhysicsControl > , in_steering_curve : Pin < & mut CxxVector < Vector2D > >) ; # [namespace = "carla::rpc"] pub fn SetUseSweepWheelCollision (self : Pin < & mut VehiclePhysicsControl > , in_sweep : bool) ; # [namespace = "carla::rpc"] pub fn GetUseSweepWheelCollision (self : Pin < & mut VehiclePhysicsControl >) -> bool ; pub unsafe fn carla_rpc_VehiclePhysicsControl_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut VehiclePhysicsControl) ; # [namespace = "carla::rpc"] # [doc = " Returns the current light state as an enum type"] pub fn GetLightStateEnum (self : & VehicleLightState) -> VehicleLightState_LightState ; # [namespace = "carla::rpc"] # [doc = " Returns the current light state as a value type"] pub fn GetLightStateAsValue (self : & VehicleLightState) -> u32 ; pub unsafe fn carla_rpc_VehicleLightState_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState) ; pub unsafe fn carla_rpc_VehicleLightState_new1_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState , light_state : VehicleLightState_LightState) ; pub unsafe fn carla_rpc_VehicleLightState_new2_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState , light_state : u32) ; pub unsafe fn carla_rpc_OpendriveGenerationParameters_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut OpendriveGenerationParameters) ; pub unsafe fn carla_rpc_OpendriveGenerationParameters_new1_autocxx_wrapper (autocxx_gen_this : * mut OpendriveGenerationParameters , v_distance : f64 , max_road_len : f64 , w_height : f64 , a_width : f64 , smooth_junc : bool , e_visibility : bool , e_pedestrian : bool) ; # [namespace = "carla::sensor::data"] type Image ; pub unsafe fn SemanticLidarDetection_alloc_autocxx_wrapper () -> * mut SemanticLidarDetection ; pub unsafe fn SemanticLidarDetection_free_autocxx_wrapper (arg0 : * mut SemanticLidarDetection) ; # [namespace = "carla::sensor::data"] type SemanticLidarDetection = super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarDetection ; pub unsafe fn SemanticLidarData_alloc_autocxx_wrapper () -> * mut SemanticLidarData ; pub unsafe fn SemanticLidarData_free_autocxx_wrapper (arg0 : * mut SemanticLidarData) ; # [namespace = "carla::sensor::data"] type SemanticLidarData = super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarData ; pub unsafe fn LidarDetection_alloc_autocxx_wrapper () -> * mut LidarDetection ; pub unsafe fn LidarDetection_free_autocxx_wrapper (arg0 : * mut LidarDetection) ; # [namespace = "carla::sensor::data"] # [doc = " Helper class to store and serialize the data generated by a Lidar."] # [doc = ""] # [doc = " The header of a Lidar measurement consists of an array of uint32_t's in"] # [doc = " the following layout"] # [doc = ""] # [doc = "    {"] # [doc = "      Horizontal angle (float),"] # [doc = "      Channel count,"] # [doc = "      Point count of channel 0,"] # [doc = "      ..."] # [doc = "      Point count of channel n,"] # [doc = "    }"] # [doc = ""] # [doc = " The points are stored in an array of floats"] # [doc = ""] # [doc = "    {"] # [doc = "      X0, Y0, Z0, I0"] # [doc = "      ..."] # [doc = "      Xn, Yn, Zn, In"] # [doc = "    }"] # [doc = ""] type LidarDetection = super :: bindgen :: root :: carla :: sensor :: data :: LidarDetection ; pub fn cast_LidarData_to_SemanticLidarData_autocxx_wrapper (autocxx_gen_this : & LidarData) -> & SemanticLidarData ; pub unsafe fn LidarData_alloc_autocxx_wrapper () -> * mut LidarData ; pub unsafe fn LidarData_free_autocxx_wrapper (arg0 : * mut LidarData) ; # [namespace = "carla::sensor::data"] type LidarData = super :: bindgen :: root :: carla :: sensor :: data :: LidarData ; pub fn cast_IMUMeasurement_to_SensorData_autocxx_wrapper (autocxx_gen_this : & IMUMeasurement) -> & SensorData ; pub unsafe fn IMUMeasurement_alloc_autocxx_wrapper () -> * mut IMUMeasurement ; pub unsafe fn IMUMeasurement_free_autocxx_wrapper (arg0 : * mut IMUMeasurement) ; # [namespace = "carla::sensor::data"] type IMUMeasurement = super :: bindgen :: root :: carla :: sensor :: data :: IMUMeasurement ; pub fn cast_GnssMeasurement_to_SensorData_autocxx_wrapper (autocxx_gen_this : & GnssMeasurement) -> & SensorData ; pub unsafe fn GnssMeasurement_alloc_autocxx_wrapper () -> * mut GnssMeasurement ; pub unsafe fn GnssMeasurement_free_autocxx_wrapper (arg0 : * mut GnssMeasurement) ; # [namespace = "carla::sensor::data"] # [doc = " A change of GNSS Measurement."] type GnssMeasurement = super :: bindgen :: root :: carla :: sensor :: data :: GnssMeasurement ; pub unsafe fn LidarMeasurement_alloc_autocxx_wrapper () -> * mut LidarMeasurement ; pub unsafe fn LidarMeasurement_free_autocxx_wrapper (arg0 : * mut LidarMeasurement) ; # [namespace = "carla::sensor::data"] # [doc = " Measurement produced by a Lidar. Consists of an array of 3D points plus"] # [doc = " some extra meta-information about the Lidar."] type LidarMeasurement = super :: bindgen :: root :: carla :: sensor :: data :: LidarMeasurement ; pub unsafe fn SemanticLidarMeasurement_alloc_autocxx_wrapper () -> * mut SemanticLidarMeasurement ; pub unsafe fn SemanticLidarMeasurement_free_autocxx_wrapper (arg0 : * mut SemanticLidarMeasurement) ; # [namespace = "carla::sensor::data"] # [doc = " Measurement produced by a Lidar. Consists of an array of 3D points plus"] # [doc = " some extra meta-information about the Lidar."] type SemanticLidarMeasurement = super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarMeasurement ; pub unsafe fn RadarDetection_alloc_autocxx_wrapper () -> * mut RadarDetection ; pub unsafe fn RadarDetection_free_autocxx_wrapper (arg0 : * mut RadarDetection) ; # [namespace = "carla::sensor::data"] type RadarDetection = super :: bindgen :: root :: carla :: sensor :: data :: RadarDetection ; pub unsafe fn RadarData_alloc_autocxx_wrapper () -> * mut RadarData ; pub unsafe fn RadarData_free_autocxx_wrapper (arg0 : * mut RadarData) ; # [namespace = "carla::sensor::data"] type RadarData = super :: bindgen :: root :: carla :: sensor :: data :: RadarData ; pub unsafe fn RadarMeasurement_alloc_autocxx_wrapper () -> * mut RadarMeasurement ; pub unsafe fn RadarMeasurement_free_autocxx_wrapper (arg0 : * mut RadarMeasurement) ; # [namespace = "carla::sensor::data"] # [doc = " Measurement produced by a Radar. Consists of an array of RadarDetection."] # [doc = " A RadarDetection contains 4 floats: velocity, azimuth, altitude and depth"] type RadarMeasurement = super :: bindgen :: root :: carla :: sensor :: data :: RadarMeasurement ; # [namespace = "carla::sensor::data"] pub fn WritePlyHeaderInfo (self : & SemanticLidarDetection , out : Pin < & mut std_basic_ostream_char_AutocxxConcrete >) ; # [namespace = "carla::sensor::data"] pub fn WriteDetection (self : & SemanticLidarDetection , out : Pin < & mut std_basic_ostream_char_AutocxxConcrete >) ; pub unsafe fn carla_sensor_data_SemanticLidarDetection_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarDetection) ; pub unsafe fn carla_sensor_data_SemanticLidarDetection_new1_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarDetection , x : f32 , y : f32 , z : f32 , cosTh : f32 , idx : u32 , tag : u32) ; # [namespace = "carla::sensor::data"] pub fn GetHorizontalAngle (self : & SemanticLidarData) -> f32 ; # [namespace = "carla::sensor::data"] pub fn SetHorizontalAngle (self : Pin < & mut SemanticLidarData > , angle : f32) ; # [namespace = "carla::sensor::data"] pub fn GetChannelCount (self : & SemanticLidarData) -> u32 ; pub unsafe fn carla_sensor_data_SemanticLidarData_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarData , ChannelCount : u32) ; pub unsafe fn SemanticLidarData_destructor_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarData) ; pub unsafe fn ResetMemory_autocxx_wrapper (autocxx_gen_this : Pin < & mut SemanticLidarData > , points_per_channel : * mut CxxVector < u32 >) ; pub unsafe fn WriteChannelCount_autocxx_wrapper (autocxx_gen_this : Pin < & mut SemanticLidarData > , points_per_channel : * mut CxxVector < u32 >) ; pub fn WritePointSync_autocxx_wrapper (autocxx_gen_this : Pin < & mut SemanticLidarData > , detection : Pin < & mut SemanticLidarDetection >) ; pub fn carla_sensor_data_LidarDetection_WritePlyHeaderInfo_autocxx_wrapper (autocxx_gen_this : & LidarDetection , out : Pin < & mut std_basic_ostream_char_AutocxxConcrete >) ; pub fn carla_sensor_data_LidarDetection_WriteDetection_autocxx_wrapper (autocxx_gen_this : & LidarDetection , out : Pin < & mut std_basic_ostream_char_AutocxxConcrete >) ; pub unsafe fn carla_sensor_data_LidarDetection_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut LidarDetection) ; pub unsafe fn carla_sensor_data_LidarDetection_new1_autocxx_wrapper (autocxx_gen_this : * mut LidarDetection , x : f32 , y : f32 , z : f32 , intensity : f32) ; pub fn carla_sensor_data_LidarData_WritePointSync_autocxx_wrapper (autocxx_gen_this : Pin < & mut LidarData > , detection : Pin < & mut LidarDetection >) ; pub unsafe fn carla_sensor_data_LidarData_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut LidarData , ChannelCount : u32) ; pub unsafe fn LidarData_destructor_autocxx_wrapper (autocxx_gen_this : * mut LidarData) ; pub unsafe fn carla_sensor_data_LidarData_ResetMemory_autocxx_wrapper (autocxx_gen_this : Pin < & mut LidarData > , points_per_channel : * mut CxxVector < u32 >) ; pub fn WritePointSync1_autocxx_wrapper (autocxx_gen_this : Pin < & mut LidarData > , detection : Pin < & mut SemanticLidarDetection >) ; # [namespace = "carla::sensor::data"] pub fn GetAccelerometer (self : & IMUMeasurement) -> Vector3D ; # [namespace = "carla::sensor::data"] pub fn GetGyroscope (self : & IMUMeasurement) -> Vector3D ; # [namespace = "carla::sensor::data"] pub fn GetCompass (self : & IMUMeasurement) -> f32 ; # [namespace = "carla::sensor::data"] pub fn GetGeoLocation (self : & GnssMeasurement) -> GeoLocation ; # [namespace = "carla::sensor::data"] pub fn GetLongitude (self : & GnssMeasurement) -> f64 ; # [namespace = "carla::sensor::data"] pub fn GetLatitude (self : & GnssMeasurement) -> f64 ; # [namespace = "carla::sensor::data"] pub fn GetAltitude (self : & GnssMeasurement) -> f64 ; # [doc = " Horizontal angle of the Lidar at the time of the measurement."] pub fn carla_sensor_data_LidarMeasurement_GetHorizontalAngle_autocxx_wrapper (autocxx_gen_this : & LidarMeasurement) -> f32 ; # [doc = " Number of channels of the Lidar."] pub fn carla_sensor_data_LidarMeasurement_GetChannelCount_autocxx_wrapper (autocxx_gen_this : & LidarMeasurement) -> c_uint ; # [namespace = "carla::sensor::data"] # [doc = " Retrieve the number of points that @a channel generated. Points are"] # [doc = " sorted by channel, so this method allows to identify the channel that"] # [doc = " generated each point."] pub fn GetPointCount (self : & LidarMeasurement , channel : usize) -> c_uint ; # [doc = " Horizontal angle of the Lidar at the time of the measurement."] pub fn carla_sensor_data_SemanticLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (autocxx_gen_this : & SemanticLidarMeasurement) -> f32 ; # [doc = " Number of channels of the Lidar."] pub fn carla_sensor_data_SemanticLidarMeasurement_GetChannelCount_autocxx_wrapper (autocxx_gen_this : & SemanticLidarMeasurement) -> c_uint ; # [doc = " Retrieve the number of points that @a channel generated. Points are"] # [doc = " sorted by channel, so this method allows to identify the channel that"] # [doc = " generated each point."] pub fn carla_sensor_data_SemanticLidarMeasurement_GetPointCount_autocxx_wrapper (autocxx_gen_this : & SemanticLidarMeasurement , channel : usize) -> c_uint ; # [namespace = "carla::sensor::data"] # [doc = " Set a new resolution for the RadarData."] # [doc = " Allocates / Deallocates space in memory if needed."] # [doc = ""] # [doc = " @warning This is expensive, not to be called each tick!"] pub fn SetResolution (self : Pin < & mut RadarData > , resolution : u32) ; # [namespace = "carla::sensor::data"] # [doc = " Returns the number of current detections."] pub fn GetDetectionCount (self : & RadarData) -> usize ; # [doc = " Deletes the current detections."] # [doc = " It doesn't change the resolution nor the allocated memory."] pub fn carla_sensor_data_RadarData_Reset_autocxx_wrapper (autocxx_gen_this : Pin < & mut RadarData >) ; # [doc = " Adds a new detection."] pub fn carla_sensor_data_RadarData_WriteDetection_autocxx_wrapper (autocxx_gen_this : Pin < & mut RadarData > , detection : RadarDetection) ; pub unsafe fn carla_sensor_data_RadarData_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut RadarData) ; pub unsafe fn SensorData_alloc_autocxx_wrapper () -> * mut SensorData ; pub unsafe fn SensorData_free_autocxx_wrapper (arg0 : * mut SensorData) ; # [namespace = "carla::sensor"] # [doc = " Base class for all the objects containing data generated by a sensor."] type SensorData = super :: bindgen :: root :: carla :: sensor :: SensorData ; # [doc = " Frame count when the data was generated."] pub fn carla_sensor_SensorData_GetFrame_autocxx_wrapper (autocxx_gen_this : & SensorData) -> usize ; # [doc = " Simulation-time when the data was generated."] pub fn carla_sensor_SensorData_GetTimestamp_autocxx_wrapper (autocxx_gen_this : & SensorData) -> f64 ; pub unsafe fn SensorData_destructor_autocxx_wrapper (autocxx_gen_this : * mut SensorData) ; # [namespace = "carla::road::element::LaneMarking"] # [cxx_name = "Type"] type LaneMarking_Type = super :: bindgen :: root :: carla :: road :: element :: LaneMarking_Type ; # [namespace = "carla::road::element::LaneMarking"] # [cxx_name = "Color"] type LaneMarking_Color = super :: bindgen :: root :: carla :: road :: element :: LaneMarking_Color ; # [namespace = "carla::road::element::LaneMarking"] # [cxx_name = "LaneChange"] # [doc = " Can be used as flags."] type LaneMarking_LaneChange = super :: bindgen :: root :: carla :: road :: element :: LaneMarking_LaneChange ; pub unsafe fn FfiLocation_alloc_autocxx_wrapper () -> * mut FfiLocation ; pub unsafe fn FfiLocation_free_autocxx_wrapper (arg0 : * mut FfiLocation) ; # [namespace = "carla_rust::geom"] type FfiLocation = super :: bindgen :: root :: carla_rust :: geom :: FfiLocation ; pub unsafe fn FfiTransform_alloc_autocxx_wrapper () -> * mut FfiTransform ; pub unsafe fn FfiTransform_free_autocxx_wrapper (arg0 : * mut FfiTransform) ; # [namespace = "carla_rust::geom"] type FfiTransform = super :: bindgen :: root :: carla_rust :: geom :: FfiTransform ; pub unsafe fn FfiEpisodeSettings_alloc_autocxx_wrapper () -> * mut FfiEpisodeSettings ; pub unsafe fn FfiEpisodeSettings_free_autocxx_wrapper (arg0 : * mut FfiEpisodeSettings) ; # [namespace = "carla_rust::rpc"] type FfiEpisodeSettings = super :: bindgen :: root :: carla_rust :: rpc :: FfiEpisodeSettings ; # [namespace = "carla_rust::rpc"] pub fn inner (self : & FfiEpisodeSettings) -> & EpisodeSettings ; # [namespace = "carla_rust::rpc"] pub fn synchronous_mode (self : & FfiEpisodeSettings) -> bool ; # [namespace = "carla_rust::rpc"] pub fn no_rendering_mode (self : & FfiEpisodeSettings) -> bool ; # [namespace = "carla_rust::rpc"] pub fn fixed_delta_seconds (self : & FfiEpisodeSettings) -> f64 ; # [namespace = "carla_rust::rpc"] pub fn substepping (self : & FfiEpisodeSettings) -> bool ; # [namespace = "carla_rust::rpc"] pub fn max_substep_delta_time (self : & FfiEpisodeSettings) -> f64 ; # [namespace = "carla_rust::rpc"] pub fn max_substeps (self : & FfiEpisodeSettings) -> c_int ; # [namespace = "carla_rust::rpc"] pub fn max_culling_distance (self : & FfiEpisodeSettings) -> f32 ; # [namespace = "carla_rust::rpc"] pub fn deterministic_ragdolls (self : & FfiEpisodeSettings) -> bool ; # [namespace = "carla_rust::rpc"] pub fn tile_stream_distance (self : & FfiEpisodeSettings) -> f32 ; # [namespace = "carla_rust::rpc"] pub fn actor_active_distance (self : & FfiEpisodeSettings) -> f32 ; pub unsafe fn carla_rust_rpc_FfiEpisodeSettings_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings) ; pub unsafe fn carla_rust_rpc_FfiEpisodeSettings_new1_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings , base : * mut EpisodeSettings) ; pub unsafe fn carla_rust_rpc_FfiEpisodeSettings_new2_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings , synchronous_mode : bool , no_rendering_mode : bool , fixed_delta_seconds : f64 , substepping : bool , max_substep_delta_time : f64 , max_substeps : c_int , max_culling_distance : f32 , deterministic_ragdolls : bool , tile_stream_distance : f32 , actor_active_distance : f32) ; pub unsafe fn FfiCollisionEvent_alloc_autocxx_wrapper () -> * mut FfiCollisionEvent ; pub unsafe fn FfiCollisionEvent_free_autocxx_wrapper (arg0 : * mut FfiCollisionEvent) ; # [namespace = "carla_rust::sensor::data"] type FfiCollisionEvent = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiCollisionEvent ; pub unsafe fn FfiColor_alloc_autocxx_wrapper () -> * mut FfiColor ; pub unsafe fn FfiColor_free_autocxx_wrapper (arg0 : * mut FfiColor) ; # [namespace = "carla_rust::sensor::data"] type FfiColor = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiColor ; pub unsafe fn FfiImage_alloc_autocxx_wrapper () -> * mut FfiImage ; pub unsafe fn FfiImage_free_autocxx_wrapper (arg0 : * mut FfiImage) ; # [namespace = "carla_rust::sensor::data"] type FfiImage = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiImage ; pub unsafe fn FfiLaneInvasionEvent_alloc_autocxx_wrapper () -> * mut FfiLaneInvasionEvent ; pub unsafe fn FfiLaneInvasionEvent_free_autocxx_wrapper (arg0 : * mut FfiLaneInvasionEvent) ; # [namespace = "carla_rust::sensor::data"] type FfiLaneInvasionEvent = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent ; pub unsafe fn FfiLidarDetection_alloc_autocxx_wrapper () -> * mut FfiLidarDetection ; pub unsafe fn FfiLidarDetection_free_autocxx_wrapper (arg0 : * mut FfiLidarDetection) ; # [namespace = "carla_rust::sensor::data"] type FfiLidarDetection = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarDetection ; pub unsafe fn FfiObstacleDetectionEvent_alloc_autocxx_wrapper () -> * mut FfiObstacleDetectionEvent ; pub unsafe fn FfiObstacleDetectionEvent_free_autocxx_wrapper (arg0 : * mut FfiObstacleDetectionEvent) ; # [namespace = "carla_rust::sensor::data"] type FfiObstacleDetectionEvent = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent ; pub unsafe fn FfiSemanticLidarDetection_alloc_autocxx_wrapper () -> * mut FfiSemanticLidarDetection ; pub unsafe fn FfiSemanticLidarDetection_free_autocxx_wrapper (arg0 : * mut FfiSemanticLidarDetection) ; # [namespace = "carla_rust::sensor::data"] type FfiSemanticLidarDetection = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection ; pub unsafe fn FfiLidarMeasurement_alloc_autocxx_wrapper () -> * mut FfiLidarMeasurement ; pub unsafe fn FfiLidarMeasurement_free_autocxx_wrapper (arg0 : * mut FfiLidarMeasurement) ; # [namespace = "carla_rust::sensor::data"] type FfiLidarMeasurement = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarMeasurement ; pub unsafe fn FfiSemanticLidarMeasurement_alloc_autocxx_wrapper () -> * mut FfiSemanticLidarMeasurement ; pub unsafe fn FfiSemanticLidarMeasurement_free_autocxx_wrapper (arg0 : * mut FfiSemanticLidarMeasurement) ; # [namespace = "carla_rust::sensor::data"] type FfiSemanticLidarMeasurement = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement ; pub unsafe fn FfiRadarMeasurement_alloc_autocxx_wrapper () -> * mut FfiRadarMeasurement ; pub unsafe fn FfiRadarMeasurement_free_autocxx_wrapper (arg0 : * mut FfiRadarMeasurement) ; # [namespace = "carla_rust::sensor::data"] type FfiRadarMeasurement = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiRadarMeasurement ; pub unsafe fn FfiGnssMeasurement_alloc_autocxx_wrapper () -> * mut FfiGnssMeasurement ; pub unsafe fn FfiGnssMeasurement_free_autocxx_wrapper (arg0 : * mut FfiGnssMeasurement) ; # [namespace = "carla_rust::sensor::data"] type FfiGnssMeasurement = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiGnssMeasurement ; pub unsafe fn FfiImuMeasurement_alloc_autocxx_wrapper () -> * mut FfiImuMeasurement ; pub unsafe fn FfiImuMeasurement_free_autocxx_wrapper (arg0 : * mut FfiImuMeasurement) ; # [namespace = "carla_rust::sensor::data"] type FfiImuMeasurement = super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiImuMeasurement ; pub fn carla_rust_sensor_data_FfiCollisionEvent_GetActor_autocxx_wrapper (autocxx_gen_this : & FfiCollisionEvent) -> SharedPtr < FfiActor > ; pub fn carla_rust_sensor_data_FfiCollisionEvent_GetOtherActor_autocxx_wrapper (autocxx_gen_this : & FfiCollisionEvent) -> SharedPtr < FfiActor > ; pub fn carla_rust_sensor_data_FfiCollisionEvent_GetNormalImpulse_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiCollisionEvent) -> & 'a Vector3D ; pub fn carla_rust_sensor_data_FfiImage_GetWidth_autocxx_wrapper (autocxx_gen_this : & FfiImage) -> usize ; pub fn carla_rust_sensor_data_FfiImage_GetHeight_autocxx_wrapper (autocxx_gen_this : & FfiImage) -> usize ; # [namespace = "carla_rust::sensor::data"] pub fn GetFOVAngle (self : & FfiImage) -> f32 ; pub fn carla_rust_sensor_data_FfiImage_size_autocxx_wrapper (autocxx_gen_this : & FfiImage) -> usize ; pub fn carla_rust_sensor_data_FfiImage_data_autocxx_wrapper (autocxx_gen_this : & FfiImage) -> * const FfiColor ; pub fn carla_rust_sensor_data_FfiImage_at_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiImage , pos : usize) -> & 'a FfiColor ; pub fn carla_rust_sensor_data_FfiLaneInvasionEvent_GetActor_autocxx_wrapper (autocxx_gen_this : & FfiLaneInvasionEvent) -> SharedPtr < FfiActor > ; pub fn carla_rust_sensor_data_FfiLaneInvasionEvent_GetCrossedLaneMarkings_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiLaneInvasionEvent) -> & 'a CxxVector < FfiLaneMarking > ; pub fn carla_rust_sensor_data_FfiLidarDetection_as_builtin_autocxx_wrapper < 'a > (autocxx_gen_this : Pin < & 'a mut FfiLidarDetection >) -> Pin < & 'a mut LidarDetection > ; pub unsafe fn carla_rust_sensor_data_FfiLidarDetection_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiLidarDetection , base : * mut LidarDetection) ; pub fn carla_rust_sensor_data_FfiObstacleDetectionEvent_GetActor_autocxx_wrapper (autocxx_gen_this : & FfiObstacleDetectionEvent) -> SharedPtr < FfiActor > ; pub fn carla_rust_sensor_data_FfiObstacleDetectionEvent_GetOtherActor_autocxx_wrapper (autocxx_gen_this : & FfiObstacleDetectionEvent) -> SharedPtr < FfiActor > ; pub fn carla_rust_sensor_data_FfiObstacleDetectionEvent_GetDistance_autocxx_wrapper (autocxx_gen_this : & FfiObstacleDetectionEvent) -> f32 ; pub fn carla_rust_sensor_data_FfiSemanticLidarDetection_as_builtin_autocxx_wrapper < 'a > (autocxx_gen_this : Pin < & 'a mut FfiSemanticLidarDetection >) -> Pin < & 'a mut SemanticLidarDetection > ; pub unsafe fn carla_rust_sensor_data_FfiSemanticLidarDetection_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiSemanticLidarDetection , base : * mut SemanticLidarDetection) ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (autocxx_gen_this : & FfiLidarMeasurement) -> f32 ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_GetChannelCount_autocxx_wrapper (autocxx_gen_this : & FfiLidarMeasurement) -> u32 ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_GetPointCount_autocxx_wrapper (autocxx_gen_this : & FfiLidarMeasurement , channel : usize) -> u32 ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_size_autocxx_wrapper (autocxx_gen_this : & FfiLidarMeasurement) -> usize ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_data_autocxx_wrapper (autocxx_gen_this : & FfiLidarMeasurement) -> * const FfiLidarDetection ; pub fn carla_rust_sensor_data_FfiLidarMeasurement_at_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiLidarMeasurement , pos : usize) -> & 'a FfiLidarDetection ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetHorizontalAngle_autocxx_wrapper (autocxx_gen_this : & FfiSemanticLidarMeasurement) -> f32 ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetChannelCount_autocxx_wrapper (autocxx_gen_this : & FfiSemanticLidarMeasurement) -> u32 ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_GetPointCount_autocxx_wrapper (autocxx_gen_this : & FfiSemanticLidarMeasurement , channel : usize) -> u32 ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_size_autocxx_wrapper (autocxx_gen_this : & FfiSemanticLidarMeasurement) -> usize ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_data_autocxx_wrapper (autocxx_gen_this : & FfiSemanticLidarMeasurement) -> * const FfiSemanticLidarDetection ; pub fn carla_rust_sensor_data_FfiSemanticLidarMeasurement_at_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiSemanticLidarMeasurement , pos : usize) -> & 'a FfiSemanticLidarDetection ; pub fn carla_rust_sensor_data_FfiRadarMeasurement_GetDetectionAmount_autocxx_wrapper (autocxx_gen_this : & FfiRadarMeasurement) -> usize ; pub fn carla_rust_sensor_data_FfiRadarMeasurement_size_autocxx_wrapper (autocxx_gen_this : & FfiRadarMeasurement) -> usize ; pub fn carla_rust_sensor_data_FfiRadarMeasurement_data_autocxx_wrapper (autocxx_gen_this : & FfiRadarMeasurement) -> * const RadarDetection ; pub fn carla_rust_sensor_data_FfiRadarMeasurement_at_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiRadarMeasurement , pos : usize) -> & 'a RadarDetection ; pub fn carla_rust_sensor_data_FfiGnssMeasurement_GetGeoLocation_autocxx_wrapper (autocxx_gen_this : & FfiGnssMeasurement) -> GeoLocation ; pub fn carla_rust_sensor_data_FfiGnssMeasurement_GetLongitude_autocxx_wrapper (autocxx_gen_this : & FfiGnssMeasurement) -> f64 ; pub fn carla_rust_sensor_data_FfiGnssMeasurement_GetLatitude_autocxx_wrapper (autocxx_gen_this : & FfiGnssMeasurement) -> f64 ; pub fn carla_rust_sensor_data_FfiGnssMeasurement_GetAltitude_autocxx_wrapper (autocxx_gen_this : & FfiGnssMeasurement) -> f64 ; pub fn carla_rust_sensor_data_FfiImuMeasurement_GetAccelerometer_autocxx_wrapper (autocxx_gen_this : & FfiImuMeasurement) -> Vector3D ; pub fn carla_rust_sensor_data_FfiImuMeasurement_GetGyroscope_autocxx_wrapper (autocxx_gen_this : & FfiImuMeasurement) -> Vector3D ; pub fn carla_rust_sensor_data_FfiImuMeasurement_GetCompass_autocxx_wrapper (autocxx_gen_this : & FfiImuMeasurement) -> f32 ; pub unsafe fn FfiSensorData_alloc_autocxx_wrapper () -> * mut FfiSensorData ; pub unsafe fn FfiSensorData_free_autocxx_wrapper (arg0 : * mut FfiSensorData) ; # [namespace = "carla_rust::sensor"] type FfiSensorData = super :: bindgen :: root :: carla_rust :: sensor :: FfiSensorData ; pub fn carla_rust_sensor_FfiSensorData_GetFrame_autocxx_wrapper (autocxx_gen_this : & FfiSensorData) -> usize ; # [doc = " Simulation-time when the data was generated."] pub fn carla_rust_sensor_FfiSensorData_GetTimestamp_autocxx_wrapper (autocxx_gen_this : & FfiSensorData) -> f64 ; # [doc = " Sensor's transform when the data was generated."] pub fn carla_rust_sensor_FfiSensorData_GetSensorTransform_autocxx_wrapper (autocxx_gen_this : & FfiSensorData) -> FfiTransform ; # [namespace = "carla_rust::sensor"] pub fn to_image (self : & FfiSensorData) -> SharedPtr < FfiImage > ; # [namespace = "carla_rust::sensor"] pub fn to_gnss_measurement (self : & FfiSensorData) -> SharedPtr < FfiGnssMeasurement > ; # [namespace = "carla_rust::sensor"] pub fn to_imu_measurement (self : & FfiSensorData) -> SharedPtr < FfiImuMeasurement > ; # [namespace = "carla_rust::sensor"] pub fn to_collision_event (self : & FfiSensorData) -> SharedPtr < FfiCollisionEvent > ; # [namespace = "carla_rust::sensor"] pub fn to_obstacle_detection_event (self : & FfiSensorData) -> SharedPtr < FfiObstacleDetectionEvent > ; # [namespace = "carla_rust::sensor"] pub fn to_lane_invasion_event (self : & FfiSensorData) -> SharedPtr < FfiLaneInvasionEvent > ; # [namespace = "carla_rust::sensor"] pub fn to_lidar_measurement (self : & FfiSensorData) -> SharedPtr < FfiLidarMeasurement > ; # [namespace = "carla_rust::sensor"] pub fn to_semantic_lidar_measurement (self : & FfiSensorData) -> SharedPtr < FfiSemanticLidarMeasurement > ; # [namespace = "carla_rust::sensor"] pub fn to_radar_measurement (self : & FfiSensorData) -> SharedPtr < FfiRadarMeasurement > ; pub unsafe fn ListenCallback_alloc_autocxx_wrapper () -> * mut ListenCallback ; pub unsafe fn ListenCallback_free_autocxx_wrapper (arg0 : * mut ListenCallback) ; # [namespace = "carla_rust::client"] type ListenCallback = super :: bindgen :: root :: carla_rust :: client :: ListenCallback ; pub unsafe fn FfiWaypoint_alloc_autocxx_wrapper () -> * mut FfiWaypoint ; pub unsafe fn FfiWaypoint_free_autocxx_wrapper (arg0 : * mut FfiWaypoint) ; # [namespace = "carla_rust::client"] type FfiWaypoint = super :: bindgen :: root :: carla_rust :: client :: FfiWaypoint ; pub unsafe fn FfiLandmark_alloc_autocxx_wrapper () -> * mut FfiLandmark ; pub unsafe fn FfiLandmark_free_autocxx_wrapper (arg0 : * mut FfiLandmark) ; # [namespace = "carla_rust::client"] type FfiLandmark = super :: bindgen :: root :: carla_rust :: client :: FfiLandmark ; pub unsafe fn FfiMap_alloc_autocxx_wrapper () -> * mut FfiMap ; pub unsafe fn FfiMap_free_autocxx_wrapper (arg0 : * mut FfiMap) ; # [namespace = "carla_rust::client"] type FfiMap = super :: bindgen :: root :: carla_rust :: client :: FfiMap ; pub unsafe fn FfiVehicle_alloc_autocxx_wrapper () -> * mut FfiVehicle ; pub unsafe fn FfiVehicle_free_autocxx_wrapper (arg0 : * mut FfiVehicle) ; # [namespace = "carla_rust::client"] type FfiVehicle = super :: bindgen :: root :: carla_rust :: client :: FfiVehicle ; pub unsafe fn FfiSensor_alloc_autocxx_wrapper () -> * mut FfiSensor ; pub unsafe fn FfiSensor_free_autocxx_wrapper (arg0 : * mut FfiSensor) ; # [namespace = "carla_rust::client"] type FfiSensor = super :: bindgen :: root :: carla_rust :: client :: FfiSensor ; pub unsafe fn FfiActor_alloc_autocxx_wrapper () -> * mut FfiActor ; pub unsafe fn FfiActor_free_autocxx_wrapper (arg0 : * mut FfiActor) ; # [namespace = "carla_rust::client"] type FfiActor = super :: bindgen :: root :: carla_rust :: client :: FfiActor ; pub unsafe fn FfiBlueprintLibrary_alloc_autocxx_wrapper () -> * mut FfiBlueprintLibrary ; pub unsafe fn FfiBlueprintLibrary_free_autocxx_wrapper (arg0 : * mut FfiBlueprintLibrary) ; # [namespace = "carla_rust::client"] type FfiBlueprintLibrary = super :: bindgen :: root :: carla_rust :: client :: FfiBlueprintLibrary ; pub unsafe fn FfiActorList_alloc_autocxx_wrapper () -> * mut FfiActorList ; pub unsafe fn FfiActorList_free_autocxx_wrapper (arg0 : * mut FfiActorList) ; # [namespace = "carla_rust::client"] type FfiActorList = super :: bindgen :: root :: carla_rust :: client :: FfiActorList ; pub unsafe fn FfiWorld_alloc_autocxx_wrapper () -> * mut FfiWorld ; pub unsafe fn FfiWorld_free_autocxx_wrapper (arg0 : * mut FfiWorld) ; # [namespace = "carla_rust::client"] type FfiWorld = super :: bindgen :: root :: carla_rust :: client :: FfiWorld ; pub unsafe fn FfiClient_alloc_autocxx_wrapper () -> * mut FfiClient ; pub unsafe fn FfiClient_free_autocxx_wrapper (arg0 : * mut FfiClient) ; # [namespace = "carla_rust::client"] type FfiClient = super :: bindgen :: root :: carla_rust :: client :: FfiClient ; pub unsafe fn carla_rust_client_ListenCallback_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut ListenCallback , caller : * mut c_void , fn_ : * mut c_void , delete_fn : * mut c_void) ; pub unsafe fn carla_rust_client_ListenCallback_new1_autocxx_wrapper (autocxx_gen_this : * mut ListenCallback , arg1 : * mut ListenCallback) ; pub unsafe fn ListenCallback_destructor_autocxx_wrapper (autocxx_gen_this : * mut ListenCallback) ; pub unsafe fn copy_actor_blueprint_autocxx_wrapper (ref_ : & ActorBlueprint , placement_return_type : * mut ActorBlueprint) ; pub fn carla_rust_client_FfiWaypoint_GetId_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> u64 ; pub fn carla_rust_client_FfiWaypoint_GetRoadId_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> u32 ; pub fn carla_rust_client_FfiWaypoint_GetSectionId_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> u32 ; pub fn carla_rust_client_FfiWaypoint_GetLaneId_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> i32 ; pub fn carla_rust_client_FfiWaypoint_GetDistance_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> f64 ; pub fn carla_rust_client_FfiWaypoint_GetTransform_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> FfiTransform ; pub fn carla_rust_client_FfiWaypoint_GetJunctionId_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> i32 ; pub fn carla_rust_client_FfiWaypoint_IsJunction_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> bool ; pub fn carla_rust_client_FfiWaypoint_GetLaneWidth_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> f64 ; pub fn carla_rust_client_FfiWaypoint_GetType_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> Lane_LaneType ; pub fn carla_rust_client_FfiWaypoint_GetRight_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> SharedPtr < FfiWaypoint > ; pub fn carla_rust_client_FfiWaypoint_GetLeft_autocxx_wrapper (autocxx_gen_this : & FfiWaypoint) -> SharedPtr < FfiWaypoint > ; pub fn carla_rust_client_FfiMap_GetName_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiMap) -> & 'a CxxString ; pub fn carla_rust_client_FfiMap_GetOpenDrive_autocxx_wrapper < 'a > (autocxx_gen_this : & 'a FfiMap) -> & 'a CxxString ; pub fn carla_rust_client_FfiMap_GetRecommendedSpawnPoints_autocxx_wrapper (autocxx_gen_this : & FfiMap) -> UniquePtr < CxxVector < FfiTransform > > ; pub fn carla_rust_client_FfiMap_GetWaypoint_autocxx_wrapper (autocxx_gen_this : & FfiMap , location : & FfiLocation , project_to_road : bool , lane_type : i32) -> SharedPtr < FfiWaypoint > ; pub fn carla_rust_client_FfiMap_GetWaypointXODR_autocxx_wrapper (autocxx_gen_this : & FfiMap , road_id : u32 , lane_id : i32 , s : f32) -> SharedPtr < FfiWaypoint > ; pub unsafe fn carla_rust_client_FfiMap_new1_autocxx_wrapper (autocxx_gen_this : * mut FfiMap , from : * mut FfiMap) ; pub fn carla_rust_client_FfiVehicle_SetAutopilot_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , enabled : bool , tm_port : u16) ; pub fn carla_rust_client_FfiVehicle_ShowDebugTelemetry_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , enabled : bool) ; # [doc = " Apply @a control to this vehicle."] pub fn carla_rust_client_FfiVehicle_ApplyControl_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , control : & VehicleControl) ; pub fn carla_rust_client_FfiVehicle_ApplyPhysicsControl_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , physics_control : & VehiclePhysicsControl) ; pub fn carla_rust_client_FfiVehicle_OpenDoor_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , door_idx : VehicleDoor) ; pub fn carla_rust_client_FfiVehicle_CloseDoor_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , door_idx : VehicleDoor) ; pub fn carla_rust_client_FfiVehicle_SetLightState_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , light_state : & VehicleLightState_LightState) ; pub fn carla_rust_client_FfiVehicle_SetWheelSteerDirection_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , wheel_location : VehicleWheelLocation , angle_in_deg : f32) ; pub fn carla_rust_client_FfiVehicle_GetWheelSteerAngle_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , wheel_location : VehicleWheelLocation) -> f32 ; pub fn carla_rust_client_FfiVehicle_GetControl_autocxx_wrapper (autocxx_gen_this : & FfiVehicle) -> VehicleControl ; pub unsafe fn carla_rust_client_FfiVehicle_GetPhysicsControl_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , placement_return_type : * mut VehiclePhysicsControl) ; pub fn carla_rust_client_FfiVehicle_GetLightState_autocxx_wrapper (autocxx_gen_this : & FfiVehicle) -> VehicleLightState_LightState ; pub fn carla_rust_client_FfiVehicle_GetSpeedLimit_autocxx_wrapper (autocxx_gen_this : & FfiVehicle) -> f32 ; pub fn carla_rust_client_FfiVehicle_GetTrafficLightState_autocxx_wrapper (autocxx_gen_this : & FfiVehicle) -> TrafficLightState ; pub fn carla_rust_client_FfiVehicle_IsAtTrafficLight_autocxx_wrapper (autocxx_gen_this : & FfiVehicle) -> bool ; pub fn carla_rust_client_FfiVehicle_EnableCarSim_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , simfile_path : UniquePtr < CxxString >) ; pub fn carla_rust_client_FfiVehicle_UseCarSimRoad_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , enabled : bool) ; pub fn carla_rust_client_FfiVehicle_EnableChronoPhysics_autocxx_wrapper (autocxx_gen_this : & FfiVehicle , MaxSubsteps : u64 , MaxSubstepDeltaTime : f32 , VehicleJSON : UniquePtr < CxxString > , PowertrainJSON : UniquePtr < CxxString > , TireJSON : UniquePtr < CxxString > , BaseJSONPath : UniquePtr < CxxString >) ; # [namespace = "carla_rust::client"] pub fn to_actor (self : & FfiVehicle) -> SharedPtr < FfiActor > ; pub unsafe fn carla_rust_client_FfiSensor_Listen_autocxx_wrapper (autocxx_gen_this : & FfiSensor , caller : * mut c_void , fn_ : * mut c_void , delete_fn : * mut c_void) ; pub fn carla_rust_client_FfiSensor_Stop_autocxx_wrapper (autocxx_gen_this : & FfiSensor) ; pub fn carla_rust_client_FfiSensor_IsListening_autocxx_wrapper (autocxx_gen_this : & FfiSensor) -> bool ; pub fn carla_rust_client_FfiSensor_to_actor_autocxx_wrapper (autocxx_gen_this : & FfiSensor) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiActor_GetLocation_autocxx_wrapper (autocxx_gen_this : & FfiActor) -> FfiLocation ; pub fn carla_rust_client_FfiActor_GetTransform_autocxx_wrapper (autocxx_gen_this : & FfiActor) -> FfiTransform ; pub fn carla_rust_client_FfiActor_GetVelocity_autocxx_wrapper (autocxx_gen_this : & FfiActor) -> Vector3D ; pub fn carla_rust_client_FfiActor_GetAngularVelocity_autocxx_wrapper (autocxx_gen_this : & FfiActor) -> Vector3D ; pub fn carla_rust_client_FfiActor_GetAcceleration_autocxx_wrapper (autocxx_gen_this : & FfiActor) -> Vector3D ; # [namespace = "carla_rust::client"] pub fn to_vehicle (self : & FfiActor) -> SharedPtr < FfiVehicle > ; # [namespace = "carla_rust::client"] pub fn to_sensor (self : & FfiActor) -> SharedPtr < FfiSensor > ; # [namespace = "carla_rust::client"] pub fn filter (self : & FfiBlueprintLibrary , pattern : & CxxString) -> SharedPtr < FfiBlueprintLibrary > ; # [namespace = "carla_rust::client"] pub fn find (self : & FfiBlueprintLibrary , key : & CxxString) -> * const ActorBlueprint ; pub fn carla_rust_client_FfiBlueprintLibrary_at_autocxx_wrapper (autocxx_gen_this : & FfiBlueprintLibrary , pos : usize) -> * const ActorBlueprint ; # [namespace = "carla_rust::client"] pub fn is_empty (self : & FfiBlueprintLibrary) -> bool ; pub fn carla_rust_client_FfiBlueprintLibrary_size_autocxx_wrapper (autocxx_gen_this : & FfiBlueprintLibrary) -> usize ; pub fn carla_rust_client_FfiActorList_Find_autocxx_wrapper (autocxx_gen_this : & FfiActorList , actor_id : u32) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiActorList_Filter_autocxx_wrapper (autocxx_gen_this : & FfiActorList , wildcard_pattern : & CxxString) -> SharedPtr < FfiActorList > ; pub fn carla_rust_client_FfiActorList_at_autocxx_wrapper (autocxx_gen_this : & FfiActorList , pos : usize) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiActorList_empty_autocxx_wrapper (autocxx_gen_this : & FfiActorList) -> bool ; pub fn carla_rust_client_FfiActorList_size_autocxx_wrapper (autocxx_gen_this : & FfiActorList) -> usize ; pub fn carla_rust_client_FfiWorld_GetId_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> u64 ; pub fn carla_rust_client_FfiWorld_GetMap_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> SharedPtr < FfiMap > ; pub fn carla_rust_client_FfiWorld_GetSpectator_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_GetBlueprintLibrary_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> SharedPtr < FfiBlueprintLibrary > ; pub unsafe fn carla_rust_client_FfiWorld_TrySpawnActor_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , blueprint : & ActorBlueprint , transform : & FfiTransform , parent : * mut FfiActor , attachment_type : AttachmentType) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_WaitForTick_autocxx_wrapper (autocxx_gen_this : & FfiWorld , millis : usize) -> UniquePtr < WorldSnapshot > ; pub fn carla_rust_client_FfiWorld_Tick_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , millis : usize) -> u64 ; pub fn carla_rust_client_FfiWorld_SetPedestriansCrossFactor_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , percentage : f32) ; pub fn carla_rust_client_FfiWorld_SetPedestriansSeed_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , seed : c_uint) ; pub fn carla_rust_client_FfiWorld_GetTrafficSign_autocxx_wrapper (autocxx_gen_this : & FfiWorld , landmark : & FfiLandmark) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_GetTrafficLight_autocxx_wrapper (autocxx_gen_this : & FfiWorld , landmark : & FfiLandmark) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_GetTrafficLightFromOpenDRIVE_autocxx_wrapper (autocxx_gen_this : & FfiWorld , sign_id : & CxxString) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_ResetAllTrafficLights_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld >) ; pub fn carla_rust_client_FfiWorld_FreezeAllTrafficLights_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , frozen : bool) ; pub fn carla_rust_client_FfiWorld_GetLevelBBs_autocxx_wrapper (autocxx_gen_this : & FfiWorld , queried_tag : u8) -> UniquePtr < CxxVector < BoundingBox > > ; pub unsafe fn carla_rust_client_FfiWorld_GetSettings_autocxx_wrapper (autocxx_gen_this : & FfiWorld , placement_return_type : * mut FfiEpisodeSettings) ; pub fn carla_rust_client_FfiWorld_ApplySettings_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiWorld > , settings : & FfiEpisodeSettings , timeout_millis : usize) -> u64 ; pub fn carla_rust_client_FfiWorld_GetSnapshot_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> UniquePtr < WorldSnapshot > ; pub fn carla_rust_client_FfiWorld_GetNamesOfAllObjects_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> UniquePtr < CxxVector < CxxString > > ; pub fn carla_rust_client_FfiWorld_GetActor_autocxx_wrapper (autocxx_gen_this : & FfiWorld , id : u32) -> SharedPtr < FfiActor > ; pub fn carla_rust_client_FfiWorld_GetActors_autocxx_wrapper (autocxx_gen_this : & FfiWorld) -> SharedPtr < FfiActorList > ; # [namespace = "carla_rust::client"] pub fn GetActorsByIds (self : & FfiWorld , actor_ids : & CxxVector < u32 >) -> SharedPtr < FfiActorList > ; pub unsafe fn carla_rust_client_FfiWorld_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiWorld , base : * mut World) ; pub unsafe fn carla_rust_client_FfiWorld_new1_autocxx_wrapper (autocxx_gen_this : * mut FfiWorld , arg1 : & FfiWorld) ; pub unsafe fn carla_rust_client_FfiWorld_new2_autocxx_wrapper (autocxx_gen_this : * mut FfiWorld , arg1 : * mut FfiWorld) ; pub fn carla_rust_client_FfiClient_GetTimeout_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiClient >) -> usize ; pub fn carla_rust_client_FfiClient_SetTimeout_autocxx_wrapper (autocxx_gen_this : Pin < & mut FfiClient > , millis : usize) ; pub fn carla_rust_client_FfiClient_GetClientVersion_autocxx_wrapper (autocxx_gen_this : & FfiClient) -> UniquePtr < CxxString > ; pub fn carla_rust_client_FfiClient_GetServerVersion_autocxx_wrapper (autocxx_gen_this : & FfiClient) -> UniquePtr < CxxString > ; pub fn carla_rust_client_FfiClient_GetAvailableMaps_autocxx_wrapper (autocxx_gen_this : & FfiClient) -> UniquePtr < CxxVector < CxxString > > ; pub unsafe fn carla_rust_client_FfiClient_ReloadWorld_autocxx_wrapper (autocxx_gen_this : & FfiClient , reset_settings : bool , placement_return_type : * mut FfiWorld) ; pub unsafe fn carla_rust_client_FfiClient_LoadWorld_autocxx_wrapper (autocxx_gen_this : & FfiClient , map_name : UniquePtr < CxxString > , reset_settings : bool , placement_return_type : * mut FfiWorld) ; pub unsafe fn carla_rust_client_FfiClient_GenerateOpenDriveWorld_autocxx_wrapper (autocxx_gen_this : & FfiClient , opendrive : UniquePtr < CxxString > , params : & OpendriveGenerationParameters , reset_settings : bool , placement_return_type : * mut FfiWorld) ; pub unsafe fn carla_rust_client_FfiClient_GetWorld_autocxx_wrapper (autocxx_gen_this : & FfiClient , placement_return_type : * mut FfiWorld) ; pub unsafe fn carla_rust_client_FfiClient_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiClient , host : & CxxString , port : u16 , worker_threads : usize) ; pub unsafe fn FfiLaneMarking_alloc_autocxx_wrapper () -> * mut FfiLaneMarking ; pub unsafe fn FfiLaneMarking_free_autocxx_wrapper (arg0 : * mut FfiLaneMarking) ; # [namespace = "carla_rust::road::element"] type FfiLaneMarking = super :: bindgen :: root :: carla_rust :: road :: element :: FfiLaneMarking ; pub fn carla_rust_road_element_FfiLaneMarking_type_autocxx_wrapper (autocxx_gen_this : & FfiLaneMarking) -> LaneMarking_Type ; # [namespace = "carla_rust::road::element"] pub fn color (self : & FfiLaneMarking) -> LaneMarking_Color ; # [namespace = "carla_rust::road::element"] pub fn lane_change (self : & FfiLaneMarking) -> LaneMarking_LaneChange ; pub fn carla_rust_road_element_FfiLaneMarking_width_autocxx_wrapper (autocxx_gen_this : & FfiLaneMarking) -> f64 ; pub unsafe fn clone_autocxx_wrapper (autocxx_gen_this : & FfiLaneMarking , placement_return_type : * mut FfiLaneMarking) ; pub unsafe fn carla_rust_road_element_FfiLaneMarking_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneMarking , base : * mut LaneMarking) ; pub unsafe fn carla_rust_road_element_FfiLaneMarking_new1_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneMarking , base : Pin < & mut LaneMarking >) ; # [namespace = "carla_rust"] pub fn new_vector_uint32_t () -> UniquePtr < CxxVector < u32 > > ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_client_WorldSnapshot_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WorldSnapshot , other : * mut WorldSnapshot) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_client_WorldSnapshot_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WorldSnapshot , other : & WorldSnapshot) ; # [doc = "Synthesized destructor."] pub unsafe fn WorldSnapshot_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WorldSnapshot) ; # [doc = "Synthesized destructor."] pub unsafe fn ActorBlueprint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut ActorBlueprint) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Vector3D_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3D , other : * mut Vector3D) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_Vector3D_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3D , other : & Vector3D) ; # [doc = "Synthesized destructor."] pub unsafe fn Vector3D_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3D) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Vector3DInt_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3DInt , other : * mut Vector3DInt) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_Vector3DInt_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3DInt , other : & Vector3DInt) ; # [doc = "Synthesized destructor."] pub unsafe fn Vector3DInt_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector3DInt) ; # [doc = "Synthesized default constructor."] pub unsafe fn carla_geom_Math_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut Math) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Math_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Math , other : * mut Math) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_Math_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Math , other : & Math) ; # [doc = "Synthesized destructor."] pub unsafe fn Math_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Math) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Rotation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Rotation , other : * mut Rotation) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_Rotation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Rotation , other : & Rotation) ; # [doc = "Synthesized destructor."] pub unsafe fn Rotation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Rotation) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_BoundingBox_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut BoundingBox , other : * mut BoundingBox) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_BoundingBox_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut BoundingBox , other : & BoundingBox) ; # [doc = "Synthesized destructor."] pub unsafe fn BoundingBox_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut BoundingBox) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Vector2D_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector2D , other : * mut Vector2D) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_Vector2D_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector2D , other : & Vector2D) ; # [doc = "Synthesized destructor."] pub unsafe fn Vector2D_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vector2D) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_MeshMaterial_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut MeshMaterial , other : * mut MeshMaterial) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_MeshMaterial_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut MeshMaterial , other : & MeshMaterial) ; # [doc = "Synthesized destructor."] pub unsafe fn MeshMaterial_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut MeshMaterial) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_Mesh_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Mesh , other : * mut Mesh) ; # [doc = "Synthesized destructor."] pub unsafe fn Mesh_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Mesh) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_geom_GeoLocation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GeoLocation , other : * mut GeoLocation) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_geom_GeoLocation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GeoLocation , other : & GeoLocation) ; # [doc = "Synthesized destructor."] pub unsafe fn GeoLocation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GeoLocation) ; # [doc = "Synthesized destructor."] pub unsafe fn CubicPolynomial_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut CubicPolynomial) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_VehicleControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleControl , other : * mut VehicleControl) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_VehicleControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleControl , other : & VehicleControl) ; # [doc = "Synthesized destructor."] pub unsafe fn VehicleControl_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleControl) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_EpisodeSettings_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut EpisodeSettings , other : * mut EpisodeSettings) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_EpisodeSettings_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut EpisodeSettings , other : & EpisodeSettings) ; # [doc = "Synthesized destructor."] pub unsafe fn EpisodeSettings_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut EpisodeSettings) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_LabelledPoint_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LabelledPoint , other : * mut LabelledPoint) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_LabelledPoint_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LabelledPoint , other : & LabelledPoint) ; # [doc = "Synthesized destructor."] pub unsafe fn LabelledPoint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LabelledPoint) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_VehiclePhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehiclePhysicsControl , other : * mut VehiclePhysicsControl) ; # [doc = "Synthesized destructor."] pub unsafe fn VehiclePhysicsControl_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehiclePhysicsControl) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_VehicleLightState_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState , other : * mut VehicleLightState) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_VehicleLightState_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState , other : & VehicleLightState) ; # [doc = "Synthesized destructor."] pub unsafe fn VehicleLightState_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut VehicleLightState) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_OpendriveGenerationParameters_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut OpendriveGenerationParameters , other : * mut OpendriveGenerationParameters) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_OpendriveGenerationParameters_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut OpendriveGenerationParameters , other : & OpendriveGenerationParameters) ; # [doc = "Synthesized destructor."] pub unsafe fn OpendriveGenerationParameters_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut OpendriveGenerationParameters) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_sensor_data_SemanticLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarDetection , other : * mut SemanticLidarDetection) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_sensor_data_SemanticLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarDetection , other : & SemanticLidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn SemanticLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarDetection) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_sensor_data_LidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LidarDetection , other : * mut LidarDetection) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_sensor_data_LidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LidarDetection , other : & LidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn LidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn LidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LidarMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn SemanticLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut SemanticLidarMeasurement) ; # [doc = "Synthesized default constructor."] pub unsafe fn carla_sensor_data_RadarDetection_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut RadarDetection) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_sensor_data_RadarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RadarDetection , other : * mut RadarDetection) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_sensor_data_RadarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RadarDetection , other : & RadarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn RadarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RadarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn RadarData_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RadarData) ; # [doc = "Synthesized destructor."] pub unsafe fn RadarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RadarMeasurement) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_geom_FfiLocation_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLocation , other : * mut FfiLocation) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_geom_FfiLocation_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLocation , other : & FfiLocation) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLocation_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLocation) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_geom_FfiTransform_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiTransform , other : * mut FfiTransform) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_geom_FfiTransform_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiTransform , other : & FfiTransform) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiTransform_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiTransform) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_rpc_FfiEpisodeSettings_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings , other : * mut FfiEpisodeSettings) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_rpc_FfiEpisodeSettings_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings , other : & FfiEpisodeSettings) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiEpisodeSettings_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiEpisodeSettings) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiCollisionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiCollisionEvent) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_sensor_data_FfiColor_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiColor , other : * mut FfiColor) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_sensor_data_FfiColor_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiColor , other : & FfiColor) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiColor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiColor) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiImage_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiImage) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLaneInvasionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneInvasionEvent) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_sensor_data_FfiLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLidarDetection , other : * mut FfiLidarDetection) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_sensor_data_FfiLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLidarDetection , other : & FfiLidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiObstacleDetectionEvent_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiObstacleDetectionEvent) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_sensor_data_FfiSemanticLidarDetection_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSemanticLidarDetection , other : * mut FfiSemanticLidarDetection) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_sensor_data_FfiSemanticLidarDetection_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSemanticLidarDetection , other : & FfiSemanticLidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiSemanticLidarDetection_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSemanticLidarDetection) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLidarMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiSemanticLidarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSemanticLidarMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiRadarMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiRadarMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiGnssMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiGnssMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiImuMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiImuMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiSensorData_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSensorData) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiWaypoint_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiWaypoint) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLandmark_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLandmark) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiMap_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiMap) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiVehicle_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiVehicle) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiSensor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiSensor) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiActor_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiActor) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiBlueprintLibrary_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiBlueprintLibrary) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiActorList_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiActorList) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_client_FfiClient_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiClient , other : * mut FfiClient) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_client_FfiClient_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiClient , other : & FfiClient) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiClient_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiClient) ; # [doc = "Synthesized destructor."] pub unsafe fn Landmark_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Landmark) ; # [doc = "Synthesized destructor."] pub unsafe fn Light_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Light) ; # [doc = "Synthesized destructor."] pub unsafe fn TrafficSign_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut TrafficSign) ; # [doc = "Synthesized destructor."] pub unsafe fn TrafficLight_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut TrafficLight) ; # [doc = "Synthesized destructor."] pub unsafe fn Vehicle_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Vehicle) ; # [doc = "Synthesized destructor."] pub unsafe fn Walker_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Walker) ; # [doc = "Synthesized destructor."] pub unsafe fn ActorList_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut ActorList) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiWorld_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiWorld) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rust_road_element_FfiLaneMarking_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneMarking , other : * mut FfiLaneMarking) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rust_road_element_FfiLaneMarking_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneMarking , other : & FfiLaneMarking) ; # [doc = "Synthesized destructor."] pub unsafe fn FfiLaneMarking_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut FfiLaneMarking) ; # [doc = "Synthesized destructor."] pub unsafe fn IMUMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut IMUMeasurement) ; # [doc = "Synthesized destructor."] pub unsafe fn GnssMeasurement_synthetic_destructor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GnssMeasurement) ; # [namespace = "carla::road"] type SignalOrientation = super :: bindgen :: root :: carla :: road :: SignalOrientation ; # [namespace = "carla::road"] type LaneValidity = super :: bindgen :: root :: carla :: road :: LaneValidity ; # [namespace = "carla::client"] type Timestamp = super :: bindgen :: root :: carla :: client :: Timestamp ; # [namespace = "carla::client::detail"] # [doc = " Represents the state of all the actors of an episode at a given frame."] type EpisodeState = super :: bindgen :: root :: carla :: client :: detail :: EpisodeState ; # [namespace = "carla::client"] # [doc = " Used to initialize Actor classes. Only the ActorFactory can create this"] # [doc = " object, thus only the ActorFactory can create actors."] type ActorInitializer = super :: bindgen :: root :: carla :: client :: ActorInitializer ; # [namespace = "carla::rpc"] type WalkerControl = super :: bindgen :: root :: carla :: rpc :: WalkerControl ; # [namespace = "carla::rpc"] type WalkerBoneControlOut = super :: bindgen :: root :: carla :: rpc :: WalkerBoneControlOut ; # [namespace = "carla::rpc"] type WalkerBoneControlIn = super :: bindgen :: root :: carla :: rpc :: WalkerBoneControlIn ; # [namespace = "carla::rpc"] type ActorDescription = super :: bindgen :: root :: carla :: rpc :: ActorDescription ; # [namespace = "carla::rpc"] type ActorDefinition = super :: bindgen :: root :: carla :: rpc :: ActorDefinition ; type std_pair_float_float_AutocxxConcrete ; # [namespace = "carla::rpc"] type GearPhysicsControl = super :: bindgen :: root :: carla :: rpc :: GearPhysicsControl ; # [namespace = "carla::rpc"] type WheelPhysicsControl = super :: bindgen :: root :: carla :: rpc :: WheelPhysicsControl ; # [namespace = "carla::rpc::VehicleLightState"] # [cxx_name = "LightState"] # [doc = " Can be used as flags"] type VehicleLightState_LightState = super :: bindgen :: root :: carla :: rpc :: VehicleLightState_LightState ; type std_basic_ostream_char_AutocxxConcrete ; # [namespace = "carla::sensor"] # [doc = " Wrapper around the raw data generated by a sensor plus some useful"] # [doc = " meta-information."] type RawData = super :: bindgen :: root :: carla :: sensor :: RawData ; type carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete ; # [namespace = "carla::road::Lane"] # [cxx_name = "LaneType"] # [doc = " Can be used as flags"] type Lane_LaneType = super :: bindgen :: root :: carla :: road :: Lane_LaneType ; # [namespace = "carla::client"] type World = super :: bindgen :: root :: carla :: client :: World ; # [namespace = "carla::road::element"] type LaneMarking = super :: bindgen :: root :: carla :: road :: element :: LaneMarking ; pub unsafe fn LaneValidity_alloc_autocxx_wrapper () -> * mut LaneValidity ; pub unsafe fn LaneValidity_free_autocxx_wrapper (arg0 : * mut LaneValidity) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_road_LaneValidity_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LaneValidity , other : * mut LaneValidity) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_road_LaneValidity_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LaneValidity , other : & LaneValidity) ; pub unsafe fn Timestamp_alloc_autocxx_wrapper () -> * mut Timestamp ; pub unsafe fn Timestamp_free_autocxx_wrapper (arg0 : * mut Timestamp) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_client_Timestamp_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Timestamp , other : * mut Timestamp) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_client_Timestamp_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut Timestamp , other : & Timestamp) ; pub unsafe fn EpisodeState_alloc_autocxx_wrapper () -> * mut EpisodeState ; pub unsafe fn EpisodeState_free_autocxx_wrapper (arg0 : * mut EpisodeState) ; pub unsafe fn ActorInitializer_alloc_autocxx_wrapper () -> * mut ActorInitializer ; pub unsafe fn ActorInitializer_free_autocxx_wrapper (arg0 : * mut ActorInitializer) ; pub unsafe fn carla_client_ActorInitializer_new_autocxx_autocxx_wrapper (autocxx_gen_this : * mut ActorInitializer , arg1 : * mut ActorInitializer) ; pub unsafe fn WalkerControl_alloc_autocxx_wrapper () -> * mut WalkerControl ; pub unsafe fn WalkerControl_free_autocxx_wrapper (arg0 : * mut WalkerControl) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_WalkerControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WalkerControl , other : * mut WalkerControl) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_WalkerControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WalkerControl , other : & WalkerControl) ; pub unsafe fn WalkerBoneControlOut_alloc_autocxx_wrapper () -> * mut WalkerBoneControlOut ; pub unsafe fn WalkerBoneControlOut_free_autocxx_wrapper (arg0 : * mut WalkerBoneControlOut) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_WalkerBoneControlOut_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WalkerBoneControlOut , other : * mut WalkerBoneControlOut) ; pub unsafe fn WalkerBoneControlIn_alloc_autocxx_wrapper () -> * mut WalkerBoneControlIn ; pub unsafe fn WalkerBoneControlIn_free_autocxx_wrapper (arg0 : * mut WalkerBoneControlIn) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_WalkerBoneControlIn_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WalkerBoneControlIn , other : * mut WalkerBoneControlIn) ; pub unsafe fn ActorDescription_alloc_autocxx_wrapper () -> * mut ActorDescription ; pub unsafe fn ActorDescription_free_autocxx_wrapper (arg0 : * mut ActorDescription) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_ActorDescription_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut ActorDescription , other : * mut ActorDescription) ; pub unsafe fn ActorDefinition_alloc_autocxx_wrapper () -> * mut ActorDefinition ; pub unsafe fn ActorDefinition_free_autocxx_wrapper (arg0 : * mut ActorDefinition) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_ActorDefinition_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut ActorDefinition , other : * mut ActorDefinition) ; pub unsafe fn GearPhysicsControl_alloc_autocxx_wrapper () -> * mut GearPhysicsControl ; pub unsafe fn GearPhysicsControl_free_autocxx_wrapper (arg0 : * mut GearPhysicsControl) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_GearPhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GearPhysicsControl , other : * mut GearPhysicsControl) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_GearPhysicsControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut GearPhysicsControl , other : & GearPhysicsControl) ; pub unsafe fn WheelPhysicsControl_alloc_autocxx_wrapper () -> * mut WheelPhysicsControl ; pub unsafe fn WheelPhysicsControl_free_autocxx_wrapper (arg0 : * mut WheelPhysicsControl) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_rpc_WheelPhysicsControl_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WheelPhysicsControl , other : * mut WheelPhysicsControl) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_rpc_WheelPhysicsControl_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut WheelPhysicsControl , other : & WheelPhysicsControl) ; pub unsafe fn RawData_alloc_autocxx_wrapper () -> * mut RawData ; pub unsafe fn RawData_free_autocxx_wrapper (arg0 : * mut RawData) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_sensor_RawData_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut RawData , other : * mut RawData) ; pub unsafe fn World_alloc_autocxx_wrapper () -> * mut World ; pub unsafe fn World_free_autocxx_wrapper (arg0 : * mut World) ; pub unsafe fn carla_client_World_new1_autocxx_wrapper (autocxx_gen_this : * mut World , arg1 : & World) ; pub unsafe fn carla_client_World_new2_autocxx_wrapper (autocxx_gen_this : * mut World , arg1 : * mut World) ; pub unsafe fn LaneMarking_alloc_autocxx_wrapper () -> * mut LaneMarking ; pub unsafe fn LaneMarking_free_autocxx_wrapper (arg0 : * mut LaneMarking) ; # [doc = "Synthesized move constructor."] pub unsafe fn carla_road_element_LaneMarking_new_synthetic_move_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LaneMarking , other : * mut LaneMarking) ; # [doc = "Synthesized copy constructor."] pub unsafe fn carla_road_element_LaneMarking_new_synthetic_const_copy_ctor_0x73d3672784ebe17c_autocxx_wrapper (autocxx_gen_this : * mut LaneMarking , other : & LaneMarking) ; type c_int = autocxx :: c_int ; type c_uint = autocxx :: c_uint ; type c_void = autocxx :: c_void ; include ! ("carla_rust.hpp") ; include ! ("carla/Time.h") ; include ! ("carla/Memory.h") ; include ! ("carla/geom/Location.h") ; include ! ("carla/geom/Rotation.h") ; include ! ("carla/geom/Transform.h") ; include ! ("carla/geom/Vector2D.h") ; include ! ("carla/geom/Vector3D.h") ; include ! ("carla/rpc/AttachmentType.h") ; include ! ("carla/rpc/VehicleControl.h") ; include ! ("carla/rpc/VehiclePhysicsControl.h") ; include ! ("carla/rpc/VehicleLightState.h") ; include ! ("carla/rpc/VehicleDoor.h") ; include ! ("carla/rpc/VehicleWheels.h") ; include ! ("carla/rpc/OpendriveGenerationParameters.h") ; include ! ("carla/rpc/TrafficLightState.h") ; include ! ("carla/rpc/EpisodeSettings.h") ; include ! ("carla/trafficmanager/Constants.h") ; include ! ("carla/trafficmanager/TrafficManager.h") ; include ! ("carla/client/Waypoint.h") ; include ! ("carla/client/Sensor.h") ; include ! ("carla/client/Vehicle.h") ; include ! ("carla/client/Walker.h") ; include ! ("carla/client/TrafficLight.h") ; include ! ("carla/client/TrafficSign.h") ; include ! ("carla/client/Junction.h") ; include ! ("carla/client/ActorAttribute.h") ; include ! ("carla/client/ActorBlueprint.h") ; include ! ("carla/client/ActorList.h") ; include ! ("carla/client/BlueprintLibrary.h") ; include ! ("carla/client/Landmark.h") ; include ! ("carla/client/LaneInvasionSensor.h") ; include ! ("carla/client/Light.h") ; include ! ("carla/client/LightManager.h") ; include ! ("carla/client/Map.h") ; include ! ("carla/client/World.h") ; include ! ("carla/client/WorldSnapshot.h") ; include ! ("carla/sensor/SensorData.h") ; include ! ("carla/sensor/data/Image.h") ; include ! ("carla/sensor/data/RadarMeasurement.h") ; include ! ("carla/sensor/data/RadarData.h") ; include ! ("carla/sensor/data/LidarMeasurement.h") ; include ! ("carla/sensor/data/SemanticLidarMeasurement.h") ; include ! ("carla/sensor/data/LidarData.h") ; include ! ("carla/sensor/data/SemanticLidarData.h") ; include ! ("carla/sensor/data/ObstacleDetectionEvent.h") ; include ! ("carla/sensor/data/CollisionEvent.h") ; include ! ("carla/sensor/data/LaneInvasionEvent.h") ; include ! ("autocxxgen_ffi.h") ; } extern "Rust" { } } # [allow (unused_imports)] use bindgen :: root ; pub use cxxbridge :: autocxx_make_string_0x73d3672784ebe17c as make_string ; pub use bindgen :: root :: std_pair_float_float_AutocxxConcrete ; pub use bindgen :: root :: std_basic_ostream_char_AutocxxConcrete ; pub use bindgen :: root :: carla_client_detail_EpisodeProxyImpl_std_weak_ptr_carla_client_detail_Simulator_AutocxxConcrete ; pub mod carla { pub use super :: bindgen :: root :: carla :: time_duration ; pub use super :: bindgen :: root :: carla :: SharedPtr ; pub mod client { pub use super :: super :: bindgen :: root :: carla :: client :: Waypoint ; pub use super :: super :: bindgen :: root :: carla :: client :: Landmark ; pub use super :: super :: bindgen :: root :: carla :: client :: Junction ; pub use super :: super :: bindgen :: root :: carla :: client :: WorldSnapshot ; pub use super :: super :: bindgen :: root :: carla :: client :: Light ; pub use super :: super :: bindgen :: root :: carla :: client :: ActorAttribute ; pub use super :: super :: bindgen :: root :: carla :: client :: TrafficSign ; pub use super :: super :: bindgen :: root :: carla :: client :: TrafficLight ; pub use super :: super :: bindgen :: root :: carla :: client :: Vehicle ; pub use super :: super :: bindgen :: root :: carla :: client :: Walker ; pub use super :: super :: bindgen :: root :: carla :: client :: ActorBlueprint ; pub use super :: super :: bindgen :: root :: carla :: client :: ActorList ; pub use super :: super :: bindgen :: root :: carla :: client :: LaneInvasionSensor ; pub use super :: super :: bindgen :: root :: carla :: client :: Timestamp ; pub use super :: super :: bindgen :: root :: carla :: client :: ActorInitializer ; pub use super :: super :: bindgen :: root :: carla :: client :: Vehicle_Control ; pub use super :: super :: bindgen :: root :: carla :: client :: Vehicle_PhysicsControl ; pub use super :: super :: bindgen :: root :: carla :: client :: Walker_Control ; pub use super :: super :: bindgen :: root :: carla :: client :: Walker_BoneControlOut ; pub use super :: super :: bindgen :: root :: carla :: client :: Walker_BoneControlIn ; pub use super :: super :: bindgen :: root :: carla :: client :: World ; pub mod detail { pub use super :: super :: super :: bindgen :: root :: carla :: client :: detail :: EpisodeState ; } } pub mod geom { pub use super :: super :: bindgen :: root :: carla :: geom :: Vector3D ; pub use super :: super :: bindgen :: root :: carla :: geom :: Vector3DInt ; pub use super :: super :: bindgen :: root :: carla :: geom :: Math ; pub use super :: super :: bindgen :: root :: carla :: geom :: Location ; pub use super :: super :: bindgen :: root :: carla :: geom :: Rotation ; pub use super :: super :: bindgen :: root :: carla :: geom :: BoundingBox ; pub use super :: super :: bindgen :: root :: carla :: geom :: Vector2D ; pub use super :: super :: bindgen :: root :: carla :: geom :: MeshMaterial ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh_vertex_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh_normal_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh_index_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh_uv_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: Mesh_material_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: PointCloudRtree_BPoint ; pub use super :: super :: bindgen :: root :: carla :: geom :: PointCloudRtree_TreeElement ; pub use super :: super :: bindgen :: root :: carla :: geom :: SegmentCloudRtree_BPoint ; pub use super :: super :: bindgen :: root :: carla :: geom :: SegmentCloudRtree_BSegment ; pub use super :: super :: bindgen :: root :: carla :: geom :: SegmentCloudRtree_TreeElement ; pub use super :: super :: bindgen :: root :: carla :: geom :: GeoLocation ; pub use super :: super :: bindgen :: root :: carla :: geom :: CubicPolynomial ; pub use super :: super :: bindgen :: root :: carla :: geom :: CubicPolynomial_value_type ; pub use super :: super :: bindgen :: root :: carla :: geom :: Transform ; } pub mod road { pub use super :: super :: bindgen :: root :: carla :: road :: RoadId ; pub use super :: super :: bindgen :: root :: carla :: road :: SignalOrientation ; pub use super :: super :: bindgen :: root :: carla :: road :: LaneValidity ; pub use super :: super :: bindgen :: root :: carla :: road :: SignId ; pub use super :: super :: bindgen :: root :: carla :: road :: SectionId ; pub use super :: super :: bindgen :: root :: carla :: road :: LaneId ; pub use super :: super :: bindgen :: root :: carla :: road :: JuncId ; pub use super :: super :: bindgen :: root :: carla :: road :: Lane_LaneType ; pub mod element { pub use super :: super :: super :: bindgen :: root :: carla :: road :: element :: LaneMarking_Type ; pub use super :: super :: super :: bindgen :: root :: carla :: road :: element :: LaneMarking_Color ; pub use super :: super :: super :: bindgen :: root :: carla :: road :: element :: LaneMarking_LaneChange ; pub use super :: super :: super :: bindgen :: root :: carla :: road :: element :: LaneMarking ; } } pub mod rpc { pub use super :: super :: bindgen :: root :: carla :: rpc :: TrafficLightState ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleControl ; pub use super :: super :: bindgen :: root :: carla :: rpc :: AttachmentType ; pub use super :: super :: bindgen :: root :: carla :: rpc :: EpisodeSettings ; pub use super :: super :: bindgen :: root :: carla :: rpc :: LabelledPoint ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehiclePhysicsControl ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleLightState ; pub use super :: super :: bindgen :: root :: carla :: rpc :: OpendriveGenerationParameters ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleDoor ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleWheelLocation ; pub use super :: super :: bindgen :: root :: carla :: rpc :: WalkerControl ; pub use super :: super :: bindgen :: root :: carla :: rpc :: WalkerBoneControlOut ; pub use super :: super :: bindgen :: root :: carla :: rpc :: WalkerBoneControlIn ; pub use super :: super :: bindgen :: root :: carla :: rpc :: ActorDescription ; pub use super :: super :: bindgen :: root :: carla :: rpc :: ActorDefinition ; pub use super :: super :: bindgen :: root :: carla :: rpc :: GearPhysicsControl ; pub use super :: super :: bindgen :: root :: carla :: rpc :: WheelPhysicsControl ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleLightState_LightState ; pub use super :: super :: bindgen :: root :: carla :: rpc :: VehicleLightState_flag_type ; } pub mod sensor { pub use super :: super :: bindgen :: root :: carla :: sensor :: SensorData ; pub use super :: super :: bindgen :: root :: carla :: sensor :: RawData ; pub mod data { pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: Image ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarDetection ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarData ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: LidarDetection ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: LidarData ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: IMUMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: GnssMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: LidarMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: SemanticLidarMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: RadarDetection ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: RadarData ; pub use super :: super :: super :: bindgen :: root :: carla :: sensor :: data :: RadarMeasurement ; } } pub mod traffic_manager { pub mod constants { pub mod Collision { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: BOUNDARY_EXTENSION_MINIMUM ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: BOUNDARY_EXTENSION_RATE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: COS_10_DEGREES ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: OVERLAP_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: LOCKING_DISTANCE_PADDING ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: COLLISION_RADIUS_STOP ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: COLLISION_RADIUS_MIN ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: COLLISION_RADIUS_RATE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: MAX_LOCKING_EXTENSION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: WALKER_TIME_EXTENSION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: SQUARE_ROOT_OF_TWO ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: VERTICAL_OVERLAP_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: EPSILON ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: MIN_REFERENCE_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: MIN_VELOCITY_COLL_RADIUS ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Collision :: VEL_EXT_FACTOR ; } pub mod FrameMemory { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: FrameMemory :: INITIAL_SIZE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: FrameMemory :: GROWTH_STEP_SIZE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: FrameMemory :: INV_GROWTH_STEP_SIZE ; } pub mod HybridMode { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: HybridMode :: HYBRID_MODE_DT_FL ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: HybridMode :: HYBRID_MODE_DT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: HybridMode :: INV_HYBRID_DT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: HybridMode :: PHYSICS_RADIUS ; } pub mod LaneChange { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MINIMUM_LANE_CHANGE_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MAXIMUM_LANE_OBSTACLE_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MAXIMUM_LANE_OBSTACLE_CURVATURE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: INTER_LANE_CHANGE_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MIN_WPT_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MAX_WPT_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: MIN_LANE_CHANGE_SPEED ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: LaneChange :: FIFTYPERC ; } pub mod Map { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: INFINITE_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: MAX_GEODESIC_GRID_LENGTH ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: MAP_RESOLUTION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: INV_MAP_RESOLUTION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: MAX_WPT_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: MAX_WPT_RADIANS ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: DELTA ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: Z_DELTA ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Map :: STRAIGHT_DEG ; } pub mod MotionPlan { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: RELATIVE_APPROACH_SPEED ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: MIN_FOLLOW_LEAD_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: CRITICAL_BRAKING_MARGIN ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: EPSILON_RELATIVE_SPEED ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: MAX_JUNCTION_BLOCK_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: TWO_KM ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: ATTEMPTS_TO_TELEPORT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: LANDMARK_DETECTION_TIME ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: TL_GREEN_TARGET_VELOCITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: TL_RED_TARGET_VELOCITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: TL_UNKNOWN_TARGET_VELOCITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: STOP_TARGET_VELOCITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: YIELD_TARGET_VELOCITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: FRICTION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: GRAVITY ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: PI ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: PERC_MAX_SLOWDOWN ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: MotionPlan :: FOLLOW_LEAD_FACTOR ; } pub mod Networking { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Networking :: MIN_TRY_COUNT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Networking :: TM_DEFAULT_PORT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: Networking :: TM_TIMEOUT ; } pub mod PID { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: MAX_THROTTLE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: MAX_BRAKE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: MAX_STEERING ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: MAX_STEERING_DIFF ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: DT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: INV_DT ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: LONGITUDIAL_PARAM ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: LONGITUDIAL_HIGHWAY_PARAM ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: LATERAL_PARAM ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PID :: LATERAL_HIGHWAY_PARAM ; } pub mod PathBufferUpdate { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PathBufferUpdate :: MAX_START_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PathBufferUpdate :: MINIMUM_HORIZON_LENGTH ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PathBufferUpdate :: HORIZON_RATE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: PathBufferUpdate :: HIGH_SPEED_HORIZON_RATE ; } pub mod SpeedThreshold { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: SpeedThreshold :: HIGHWAY_SPEED ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: SpeedThreshold :: AFTER_JUNCTION_MIN_SPEED ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: SpeedThreshold :: INITIAL_PERCENTAGE_SPEED_DIFFERENCE ; } pub mod TrackTraffic { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: TrackTraffic :: BUFFER_STEP_THROUGH ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: TrackTraffic :: INV_BUFFER_STEP_THROUGH ; } pub mod TrafficLight { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: TrafficLight :: NO_SIGNAL_PASSTHROUGH_INTERVAL ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: TrafficLight :: DOUBLE_NO_SIGNAL_PASSTHROUGH_INTERVAL ; } pub mod VehicleLight { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: SUN_ALTITUDE_DEGREES_BEFORE_DAWN ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: SUN_ALTITUDE_DEGREES_AFTER_SUNSET ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: SUN_ALTITUDE_DEGREES_JUST_AFTER_DAWN ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: SUN_ALTITUDE_DEGREES_JUST_BEFORE_SUNSET ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: HEAVY_PRECIPITATION_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: FOG_DENSITY_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleLight :: MAX_DISTANCE_LIGHT_CHECK ; } pub mod VehicleRemoval { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleRemoval :: STOPPED_VELOCITY_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleRemoval :: BLOCKED_TIME_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleRemoval :: RED_TL_BLOCKED_TIME_THRESHOLD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: VehicleRemoval :: DELTA_TIME_BETWEEN_DESTRUCTIONS ; } pub mod WaypointSelection { pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: TARGET_WAYPOINT_TIME_HORIZON ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: MIN_TARGET_WAYPOINT_DISTANCE ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: JUNCTION_LOOK_AHEAD ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: SAFE_DISTANCE_AFTER_JUNCTION ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: MIN_JUNCTION_LENGTH ; pub use super :: super :: super :: super :: bindgen :: root :: carla :: traffic_manager :: constants :: WaypointSelection :: MIN_SAFE_INTERVAL_LENGTH ; } } } } pub mod carla_rust { pub use super :: cxxbridge :: new_vector_uint32_t ; pub mod client { pub use super :: super :: bindgen :: root :: carla_rust :: client :: ListenCallback ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiWaypoint ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiLandmark ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiMap ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiVehicle ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiSensor ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiActor ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiBlueprintLibrary ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiActorList ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiWorld ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: FfiClient ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: copy_actor_blueprint ; pub use super :: super :: bindgen :: root :: carla_rust :: client :: to_ffi_waypoint_vec ; } pub mod geom { pub use super :: super :: bindgen :: root :: carla_rust :: geom :: FfiLocation ; pub use super :: super :: bindgen :: root :: carla_rust :: geom :: FfiTransform ; } pub mod road { pub mod element { pub use super :: super :: super :: bindgen :: root :: carla_rust :: road :: element :: FfiLaneMarking ; } } pub mod rpc { pub use super :: super :: bindgen :: root :: carla_rust :: rpc :: FfiEpisodeSettings ; } pub mod sensor { pub use super :: super :: bindgen :: root :: carla_rust :: sensor :: FfiSensorData ; pub mod data { pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiCollisionEvent ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiColor ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiImage ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLaneInvasionEvent ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarDetection ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiObstacleDetectionEvent ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarDetection ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiLidarMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiSemanticLidarMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiRadarMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiGnssMeasurement ; pub use super :: super :: super :: bindgen :: root :: carla_rust :: sensor :: data :: FfiImuMeasurement ; } } } pub mod std { pub use super :: bindgen :: root :: std :: ostream ; } }