syntax = "proto3";
import "base.proto";

package protomsg;

// Image ipc struct
message Image {
    int32 width = 1;
    int32 height = 2;
    bytes data = 3;

    string timestamp = 4;
    int64 id = 5;
    string cid = 6;
    string cname = 7;

    int32 channel = 8;
    int64 i64timestamp = 9;
}

message Target{
    uint64 id = 1;
    string type = 2;
    int32 confidence = 3;
    Rect rect = 4;
    bytes feature= 5;
    bytes attribute = 6;
}

message NewSDKMessage{
    string sdkID = 1;
    string sdkType = 2;
    string sdkName = 3;
    repeated Target target = 4;
    string timestamp = 5;
}

message NewRuleMessage{
    string dataType = 1;
    string handleTrack = 2;
    repeated NewSDKMessage message = 3;
}

message FaceAngle {
    int32 yaw = 1;
    int32 pitch = 2;
    int32 roll = 3;
    float confidence = 4;
}
message ThftResult {
    int32 gender = 1;
    int32 age = 2;
    int32 race = 3;
    int32 beauty = 4;
    int32 smile = 5;
}
message FacePos {
    Rect rcFace = 1;
    Point ptLeftEye = 2;
    Point ptRightEye = 3;
    Point ptMouth = 4;
    Point ptNose = 5;
    FaceAngle fAngle = 6;
    int32 quality = 7;
    bytes facialData = 8;

    uint64 faceID = 9;
}
message FaceInfo {
    Rect rcFace = 1;
    Point ptLeftEye = 2;
    Point ptRightEye = 3;
    Point ptMouth = 4;
    Point ptNose = 5;
    FaceAngle fAngle = 6;
    int32 quality = 7;
    bytes facialData = 8;
    int64 faceID = 9;
}
message ObjInfo {
    Rect rcObj = 1;
    int32 typ = 2;
    float prob = 3;
    uint64 objID = 4;
}

// sdk face property
message ResultFaceDetect {
    FacePos pos = 1;
    ThftResult result = 2;
    bytes feats = 3;
}
message ParamFacePos {
    repeated ResultFaceDetect faces = 1;
}

message ResultFaceExtCom {
    bytes feats = 1;
    bytes comp = 2;
    ResultFaceDetect pos = 3;
}
message ParamFaceFeature {
    repeated ResultFaceExtCom extComp = 2;
}

// sdk yolo detect
message ParamYoloObj {
    repeated ObjInfo infos = 1;
}

message SoInfo {
    string id = 1;
    string sdkId = 2;
    string soName = 3;
}

// sdk plate id detect
message PlateID{
    string license = 1;
    string color = 2;
    int32 nColor = 3;
    int32 nType = 4;
    int32 nConfidence = 5;
    int32 nBright = 6;
    int32 nDirection = 7;
    Rect rcLocation = 8;
    int32 nTime = 9;
    int32 nCarBright = 10;
    int32 NCarColor = 11;
    int32 nCarLogo = 12;
    int32 nCarType = 13;
    bytes plateBin = 14;
    bytes nBinPlateWidth = 15;
    bytes nBinPlateHeight = 16;
    Rect rcLogoLocation = 17;
    bytes nCarModel = 18;
    bytes nCarModelConfidence = 19;

    // bytes picCache = 19;
    // bytes reserved = 20;
}

// cloud
message PlateIDCloud{
    string license = 1;
    Rect rcLocation = 2;
    int32 nConfidence = 3;
    int32 nType = 4;
    int32 nDirection = 5;
    int32 nCarColor = 6;
    int32 nCarColor1 = 7;
    int32 nCarBright = 8;
    int32 frameNo = 9;
    int32 faceWidth = 10;
    int32 faceHeight = 11;
    int32 grayFaceFlag = 12;
    int32 charNum = 13;

    // bytes X = 14;
    // bytes Y = 15;
    // int32 pResultBits = 16;
    // bytes time = 17;
    // repeated Rect charLocation = 18;
    // repeated Rect charConfidence = 19;
}

message PlateIDVehicle{
    int32 nPlateFlag = 1;
    int32 nColor = 2;
    int32 nType = 3;
    string license = 4;
    int32 nConfidence = 5;
    int32 nCharNum = 6;
    repeated int32 nCharConfidence = 7;
    Rect rcLocation = 8;
    Rect rcCarLocation = 9;
    string vehicleType = 10;
    string vehicleBrand = 11;
    string vehicleSub = 12;
    string vehicleType1 = 13;
    float fvdConf = 14;
    float fConfdence = 15;
    int32 nVehicleSubModel = 16;
    int32 nVehicleBright = 17;
    int32 nVehicleColor1 = 18;
    int32 nVehicleColor2 = 19;

    // PCaptureImage [4]uint8 //视频模式识别下抓拍的图片数据
	// NImageWidth   int32    //视频模式下抓拍图像宽度
	// NImageHeight  int32    //视频模式下抓拍图像高度

}

message PlateIDResult {
    // repeated PlateID result = 1;
    // repeated PlateIDCloud result = 1;
    repeated PlateIDVehicle result = 1;
}

message HumanTrack {
    Rect rcHuman = 1;
	float confidence = 2;
	int32 x = 3;
	int32 y = 4;     
	int32 id = 5;     
	repeated float feature = 6; 
}

message HumanTrackResult {
    repeated HumanTrack result = 1;
}