cicv_data_closed_loop/pjisuv_msgs/perception_msgs.go

package pjisuv_msgs

import (
	"github.com/bluenviron/goroslib/v2/pkg/msg"
	"github.com/bluenviron/goroslib/v2/pkg/msgs/geometry_msgs"
	"github.com/bluenviron/goroslib/v2/pkg/msgs/sensor_msgs"
	"github.com/bluenviron/goroslib/v2/pkg/msgs/std_msgs"
)

type PerceptionObjects struct {
	msg.Package `ros:"perception_msgs"`
	Header      Header             `rosname:"header"`
	Objs        []PerceptionObject `rosname:"objs"`
	Cells       []ObstacleCell     `rosname:"cells"`
}

type PerceptionObject struct {
	msg.Package    `ros:"perception_msgs"`
	Id             uint32         `rosname:"id"`
	X              float32        `rosname:"x"`
	Y              float32        `rosname:"y"`
	Z              float32        `rosname:"z"`
	Vxrel          float32        `rosname:"vxrel"`
	Vyrel          float32        `rosname:"vyrel"`
	Xabs           float64        `rosname:"xabs"`
	Yabs           float64        `rosname:"yabs"`
	Vxabs          float32        `rosname:"vxabs"`
	Vyabs          float32        `rosname:"vyabs"`
	Width          float32        `rosname:"width"`
	Length         float32        `rosname:"length"`
	Height         float32        `rosname:"height"`
	Speed          float32        `rosname:"speed"`
	Heading        float32        `rosname:"heading"`
	Type           uint8          `rosname:"type"`
	Source         uint8          `rosname:"source"`
	Confidence     float32        `rosname:"confidence"`
	Age            uint32         `rosname:"age"`
	Velocitystatus uint8          `rosname:"velocitystatus"`
	Cells          []ObstacleCell `rosname:"cells"`
}

type ObstacleCell struct {
	msg.Package `ros:"perception_msgs"`
	Idc         int32   `rosname:"idc"`
	X           float64 `rosname:"x"`
	Y           float64 `rosname:"y"`
	Xg          float64 `rosname:"xg"`
	Yg          float64 `rosname:"yg"`
}

type PerceptionLocalization struct {
	msg.Package `ros:"perception_msgs"`

	Header           std_msgs.Header `rosname:"header"`
	FrameUnmber      uint64          `rosname:"frame_unmber"`
	FusionLevel      int8            `rosname:"fusion_level"`
	Status           int8            `rosname:"status"`
	Roll             float64         `rosname:"roll"`
	Pitch            float64         `rosname:"pitch"`
	Yaw              float64         `rosname:"yaw"`
	RollStd          float32         `rosname:"roll_std"`
	PitchStd         float32         `rosname:"pitch_std"`
	YawStd           float32         `rosname:"yaw_std"`
	Qw               float64         `rosname:"qw"`
	Qx               float64         `rosname:"qx"`
	Qy               float64         `rosname:"qy"`
	Qz               float64         `rosname:"qz"`
	AngularVelocityX float64         `rosname:"angular_velocity_x"`
	AngularVelocityY float64         `rosname:"angular_velocity_y"`
	AngularVelocityZ float64         `rosname:"angular_velocity_z"`
	Latitude         float64         `rosname:"latitude"`
	Longitude        float64         `rosname:"longitude"`
	Altitude         float64         `rosname:"altitude"`
	LatitudeStd      float32         `rosname:"latitude_std"`
	LongitudeStd     float32         `rosname:"longitude_std"`
	AltitudeStd      float32         `rosname:"altitude_std"`
	PositionX        float64         `rosname:"position_x"`
	PositionY        float64         `rosname:"position_y"`
	PositionZ        float64         `rosname:"position_z"`
	PositionXStd     float32         `rosname:"position_x_std"`
	PositionYStd     float32         `rosname:"position_y_std"`
	PositionZStd     float32         `rosname:"position_z_std"`
	VelocityX        float64         `rosname:"velocity_x"`
	VelocityY        float64         `rosname:"velocity_y"`
	VelocityZ        float64         `rosname:"velocity_z"`
	VelocityXStd     float32         `rosname:"velocity_x_std"`
	VelocityYStd     float32         `rosname:"velocity_y_std"`
	VelocityZStd     float32         `rosname:"velocity_z_std"`
	VelocityRx       float64         `rosname:"velocity_rx"`
	VelocityRy       float64         `rosname:"velocity_ry"`
	VelocityRz       float64         `rosname:"velocity_rz"`
	VelocityRxStd    float32         `rosname:"velocity_rx_std"`
	VelocityRyStd    float32         `rosname:"velocity_ry_std"`
	VelocityRzStd    float32         `rosname:"velocity_rz_std"`
	AccelX           float64         `rosname:"accel_x"`
	AccelY           float64         `rosname:"accel_y"`
	AccelZ           float64         `rosname:"accel_z"`
}

type CameraObject struct {
	msg.Package       `ros:"perception_msgs"`
	Header            std_msgs.Header
	SensorId          uint8
	ObjectId          uint32
	DetectConfidence  float32
	TypeConfidence    float32
	Azimuth           float32
	Yaw               float32
	Type              uint8
	TrackingTime      float32
	TrackingLevel     int8
	LaneAssignment    int8
	Position          geometry_msgs.Point32
	Velocity          geometry_msgs.Vector3
	Acceleration      geometry_msgs.Vector3
	Dimensions        geometry_msgs.Vector3
	PixelCentralPoint Point2D
	PixelBoxSize      Point2D
}
type CameraObjectList struct {
	msg.Package   `ros:"perception_msgs"`
	Header        std_msgs.Header
	FrameNumber   uint64
	SensorSource  int8
	Cameraobjects []CameraObject
}
type CameraTrafficLight struct {
	msg.Package       `ros:"perception_msgs"`
	Header            std_msgs.Header
	SensorId          int8
	ObjectId          int32
	DetectConfidence  float32
	TypeConfidence    float32
	Position          geometry_msgs.Point32
	PixelCentralPoint Point2D
	PixelBoxSize      Point2D
	LightColor        uint8
	LightShape        uint8
}
type CameraTrafficLightList struct {
	msg.Package         `ros:"perception_msgs"`
	Header              std_msgs.Header
	FrameId             uint64
	SensorSource        int8
	Cameratrafficlights []CameraTrafficLight
}

type CameraTrafficSign struct {
	msg.Package       `ros:"perception_msgs"`
	Header            std_msgs.Header
	SensorId          int8
	ObjectId          int32
	DetectConfidence  float32
	TypeConfidence    float32
	Position          geometry_msgs.Point32
	PixelCentralPoint Point2D
	PixelBoxSize      Point2D
	Type              int32
}
type CameraTrafficSignList struct {
	msg.Package        `ros:"perception_msgs"`
	Header             std_msgs.Header
	FrameNumber        uint64
	SensorSource       int8
	Cameratrafficsigns []CameraTrafficSign
}
type PerceptionCentroids struct {
	msg.Package `ros:"perception_msgs"`
	Header      std_msgs.Header
	Points      []geometry_msgs.Point
}
type PerceptionCicvMovingObject struct {
	msg.Package          `ros:"perception_msgs"`
	Header               std_msgs.Header
	Id                   uint32
	Label                string
	Probability          float32
	LabelProbability     float32
	MotionStatus         uint32
	Color                std_msgs.ColorRGBA
	Ttc                  float32
	Variance             float32
	DataSource           string
	Valid                bool
	X1                   float32
	Y1                   float32
	X2                   float32
	Y2                   float32
	X3                   float32
	Y3                   float32
	X4                   float32
	Y4                   float32
	MinZ                 float32
	MaxZ                 float32
	Pose                 geometry_msgs.Pose
	Dimensions           geometry_msgs.Vector3
	Velocity             geometry_msgs.Twist
	Acceleration         geometry_msgs.Twist
	VelocityReliable     bool
	PoseReliable         bool
	AccelerationReliable bool
	IsStatic             bool
	CornerIndex          int32
	ConvexHull           geometry_msgs.PolygonStamped
	Cells                []ObstacleCell
	Speed                float32
	SpeedDirection       float32
	GlobalX              float32
	GlobalY              float32
	Lane                 int32
	X                    int32
	Y                    int32
	Width                int32
	Height               int32
	Angle                float32
	RelativeLane         int32
	GlobalLane           int32
	ClusterPoints        sensor_msgs.PointCloud2
	BehaviorState        uint8
}
type PerceptionCicvMovingObjects struct {
	msg.Package `ros:"perception_msgs"`
	Header      std_msgs.Header
	Num         int32
	Objects     []PerceptionCicvMovingObject
}
type CtrlTest struct {
	msg.Package             `ros:"perception_msgs"`
	Header                  std_msgs.Header
	ICPVCmdStrAngle         float64 `rosname:"ICPV_Cmd_StrAngle"`
	ICPVCmdStrAngleLimit    float64 `rosname:"ICPV_Cmd_StrAngleLimit"`
	ICPVCmdEPSXBWEn         float64 `rosname:"ICPV_Cmd_EPSXBW_En"`
	ICPVCmdEPSDir           float64 `rosname:"ICPV_Cmd_EPSDir"`
	ICPVCmdStrAngleSpd      float64 `rosname:"ICPV_Cmd_StrAngleSpd"`
	ICPVCmdAccPelPosAct     float64 `rosname:"ICPV_Cmd_AccPelPosAct"`
	ICPVCmdAccPelPosActInv  float64 `rosname:"ICPV_Cmd_AccPelPosActInv"`
	ICPVCmdBrkPelPosAct     float64 `rosname:"ICPV_Cmd_BrkPelPosAct"`
	ICPVCmdBrkPelPosActInv  float64 `rosname:"ICPV_Cmd_BrkPelPosActInv"`
	ICPVCmdBrkPelEnable     float64 `rosname:"ICPV_Cmd_BrkPelEnable"`
	ICPVCmdAccPelEnable     float64 `rosname:"ICPV_Cmd_AccPelEnable"`
	ICPVCmdBrakeLightReq    float64 `rosname:"ICPV_Cmd_BrakeLightReq"`
	ICPVCmdTgtSft           float64 `rosname:"ICPV_Cmd_TgtSft"`
	ICPVCmdTgtSftEnable     float64 `rosname:"ICPV_Cmd_TgtSftEnable"`
	ICPVCmdATOModEnable     float64 `rosname:"ICPV_Cmd_ATOModEnable"`
	VCU1ICPVEPSDir          float64 `rosname:"VCU1_ICPV_EPSDir"`
	VCU1ICPVStrAngle        float64 `rosname:"VCU1_ICPV_StrAngle"`
	VCU1ICPVStrAngleSpd     float64 `rosname:"VCU1_ICPV_StrAngleSpd"`
	VCU1ICPVStrAngleFb      float64 `rosname:"VCU1_ICPV_StrAngleFb"`
	VCU1ICPVEPSMODE         float64 `rosname:"VCU1_ICPV_EPSMODE"`
	VCU1ICPVStrAngleSpdDir  float64 `rosname:"VCU1_ICPV_StrAngleSpdDir"`
	VCU1ICPVYawRate         float64 `rosname:"VCU1_ICPV_YawRate"`
	VCU1ICPVLongAcc         float64 `rosname:"VCU1_ICPV_LongAcc"`
	PCUICPVTMDirSts         float64 `rosname:"PCU_ICPV_TMDirSts"`
	VCU1ICPVESCWhlRRSpd     float64 `rosname:"VCU1_ICPV_ESCWhlRRSpd"`
	VCU1ICPVESCWhlRLSpd     float64 `rosname:"VCU1_ICPV_ESCWhlRLSpd"`
	VCU1ICPVESCWhlFRSpd     float64 `rosname:"VCU1_ICPV_ESCWhlFRSpd"`
	VCU1ICPVESCWhlFLSpd     float64 `rosname:"VCU1_ICPV_ESCWhlFLSpd"`
	VCU1ICPVVehSpd          float64 `rosname:"VCU1_ICPV_VehSpd"`
	VCUIPCVBrkLgtSts        float64 `rosname:"VCU_IPCV_BrkLgtSts"`
	VUCICPVAccPed           float64 `rosname:"VUC_ICPV_AccPed"`
	VUCICPVBrkPed           float64 `rosname:"VUC_ICPV_BrkPed"`
	VCUICPVAccPelPosFb      float64 `rosname:"VCU_ICPV_AccPelPosFb"`
	VCUICPVBrkPelPosFb      float64 `rosname:"VCU_ICPV_BrkPelPosFb"`
	VCUICPVTgtSftFb         float64 `rosname:"VCU_ICPV_TgtSftFb"`
	VCUICPVAccPelSta        float64 `rosname:"VCU_ICPV_AccPelSta"`
	VCUICPVBrkPelSta        float64 `rosname:"VCU_ICPV_BrkPelSta"`
	VCUICPVATOModFb         float64 `rosname:"VCU_ICPV_ATOModFb"`
	VCUICPVVCUSta           float64 `rosname:"VCU_ICPV_VCUSta"`
	VCUICPVCruiseControlSts float64 `rosname:"VCU_ICPV_CruiseControlSts"`
	VCUICPVCruiseSwitchSts  float64 `rosname:"VCU_ICPV_CruiseSwitchSts"`
	VCUICPVEPBSysVCU        float64 `rosname:"VCU_ICPV_EPBSysVCU"`
	VCUICPVVCUGearLevPos    float64 `rosname:"VCU_ICPV_VCUGearLevPos"`
	VCU1ICPVBackDoorSts     float64 `rosname:"VCU1_ICPV_BackDoorSts"`
	TargetYaw               float64
	TargetVel               float64
	TargetX                 float64
	TargetY                 float64
	TargetTime              float64
}

type GpsPosition struct {
	msg.Package    `ros:"perception_msgs"`
	Header         std_msgs.Header
	PlatId         int32
	ErrorCode      int32
	GpsFlag        int32
	PositionStatus int32 `rosname:"positionStatus"`
	GpsWeek        uint32
	GpsMillisecond uint32
	Longitude      float64
	Latitude       float64
	Height         float64
	GaussX         int32 `rosname:"gaussX"`
	GaussY         int32 `rosname:"gaussY"`
	Pitch          int32
	Roll           int32
	Azimuth        int32
	NorthVelocity  int32 `rosname:"northVelocity"`
	EastVelocity   int32 `rosname:"eastVelocity"`
	UpVelocity     int32 `rosname:"upVelocity"`
	GpsConfidence  int32
}
type PerceptionLidarObject struct {
	msg.Package      `ros:"perception_msgs"`
	Header           std_msgs.Header
	ObjectId         uint32
	Type             uint8
	DetectConfidence float32
	TypeConfidence   float32
	Dimensions       geometry_msgs.Vector3
	ClusterPose      geometry_msgs.Pose
	TrackedPose      geometry_msgs.Pose
	ClusterYaw       float32
	TrackedYaw       float32
	Azimuth          float32
	Velocity         geometry_msgs.Vector3
	Acceleration     geometry_msgs.Vector3
	TrackingState    uint8
	Cells            []ObstacleCell
}
type LidarObjectList struct {
	msg.Package  `ros:"perception_msgs"`
	Header       std_msgs.Header
	FrameNumber  uint64
	SensorSource uint8
	Lidarobjects []PerceptionLidarObject
	Cells        []ObstacleCell
}
type Point2D struct {
	msg.Package `ros:"perception_msgs"`
	X           float64
	Y           float64
}
type Point64 struct {
	msg.Package `ros:"perception_msgs"`
	X           float64
	Y           float64
	Z           float64
}

type Polygonbus struct {
	msg.Package `ros:"perception_msgs"`
	Points      []Point64
}
type PolygonStamped struct {
	msg.Package `ros:"perception_msgs"`
	Header      std_msgs.Header
	Polygon     Polygonbus
}

type RadarObject struct {
	msg.Package  `ros:"perception_msgs"`
	Header       std_msgs.Header
	IsInvalid    bool
	IsMatched    bool
	IsStill      bool
	ClusterMask  uint8
	RadarId      uint8
	ObjectId     uint16
	Type         uint8
	LifeCount    uint16
	Rcs          float32
	Confidence   float32
	Azimuth      float32
	Position     geometry_msgs.Point32
	Velocity     geometry_msgs.Vector3
	Acceleration geometry_msgs.Vector3
	Dimensions   geometry_msgs.Vector3
}
type RadarObjectList struct {
	msg.Package  `ros:"perception_msgs"`
	Header       std_msgs.Header
	Radarobjects []RadarObject
}
type SingleTrafficLight struct {
	msg.Package  `ros:"perception_msgs"`
	Color        int8
	Id           string
	Confidence   float32
	TrackingTime float32
	Shape        int8
}
type TrafficLightDetection struct {
	msg.Package   `ros:"perception_msgs"`
	Header        Header
	TrafficLight  []SingleTrafficLight
	ContainLights bool
}
type Trajectory struct {
	msg.Package    `ros:"perception_msgs"`
	Header         std_msgs.Header
	FrameNumber    uint64
	IsValidFrame   bool
	Trajectoryinfo TrajectoryInfo
}

type TrajectoryInfo struct {
	msg.Package      `ros:"perception_msgs"`
	PathId           int32
	TotalPathLength  float32
	TotalPathTime    float32
	DecisionType     int8
	LightType        int8
	LaneIds          []string
	Trajectorypoints []TrajectoryPoint
}

type TrajectoryPoint struct {
	msg.Package `ros:"perception_msgs"`
	Position    Point2D
	Velocity    float32
	Heading     float32
	Curvature   float32
	S           float32
	T           float32
	A           float32
	PointType   int8
}
type UltraCell struct {
	msg.Package  `ros:"perception_msgs"`
	Id           int32
	DirectDist   float32
	IndirectDist float32
	Status       int32
}
type UltrasonicParking struct {
	msg.Package `ros:"perception_msgs"`
	Header      std_msgs.Header
	Cell        []UltraCell
}