#ifndef _c_wrapper_c_structure_h_
#define _c_wrapper_c_structure_h_

#include <string.h>

typedef struct _cPOINT {
    int x;
    int y;
} cPOINT;

typedef struct _cRECT {
    int left;
    int top;
    int right;
    int bottom;
} cRECT;

typedef struct _cIMAGE{
    unsigned char *data;
    int width;
    int height;
    int channel;
} cIMAGE;

typedef struct _cFaceAngle {
    int yaw;
    int pitch;
    int roll;
    float confidence;
} cFaceAngle;

typedef struct _cThftResult {
    int gender;//1-male,0-female
    int age;//range[0-100]
    int race; //[1-white,2-yellow,3-black]
    int beauty_level;//range[0-100]
    int smile_level;//range[0-100]
} cThftResult;

typedef struct _cFacePos {
    cRECT rcFace;
    cPOINT ptLeftEye;
    cPOINT ptRightEye;
    cPOINT ptMouth;
    cPOINT ptNose;
    cFaceAngle fAngle;
    int nQuality;
    
    unsigned char pFacialData[512];
} cFacePos;

typedef struct _cFaceInfo{
    cRECT rcFace;
    cPOINT ptLeftEye;
    cPOINT ptRightEye;
    cPOINT ptMouth;
    cPOINT ptNose;
    cFaceAngle fAngle;
    int nQuality;
    
    unsigned char pFacialData[8*1024];
    long        nFaceID;//face tracking id
} cFaceInfo;

typedef struct _cObjInfo
{
    cRECT rcObj;
    int typ;
    float prob;
} cObjInfo;

typedef struct _cPlateIDCfg {
    int nFastMemorySize;            // 单位 K
    int nMemorySize;                // 单位 M
    int nMinPlateWidth;				// 检测的最小车牌宽度，以像素为单位
    int nMaxPlateWidth;				// 检测的最大车牌宽度，以像素为单位
    int nMaxImageWidth;				// 最大图像宽度
    int nMaxImageHeight;			// 最大图像高度

    unsigned char bIsFieldImage;	// 是否是场图像
    unsigned char bMovingImage;		// 识别运动or静止图像
    unsigned char nOrderOpt;		// 输出顺序选项 0-置信度 1-自上而下 2-自下而上
    unsigned char bLeanCorrection;	// 是否启用车牌旋转功能，默认开启
    unsigned char nImproveSpeed;	// 0: 识别率优先 1:识别速度优先
    unsigned char bCarLogo;			// 0: 不检测车标 1: 检测车标
    unsigned char bLotDetect;		// 0: 不检测车位 1: 检测车位
    unsigned char bShadow;			// 0: 针对无阴影的车牌 1：针对有阴影的车牌，默认开启
    unsigned char bShieldRailing;	// 0: 屏蔽栏杆干扰， 1:不屏蔽栏杆干扰
    unsigned char bCarModel;		// 0: 不识别车型， 1: 识别车型
    unsigned char bLocateTh;		// 车牌定位阈值
    unsigned char bOCRTh;           // 车牌识别阈值

    unsigned char bIndividual;		// 个性化车牌开启
    unsigned char bTwoRowYellow;	// 双层黄色车牌开启
    unsigned char bArmPolice;		// 单层武警车牌开启
    unsigned char bArmPolice2;		// 双层武警车牌开启
    unsigned char bTwoRowArmy;		// 双层军队车牌开启
    unsigned char bTractor;	    	// 农用车车牌开启
    unsigned char bEmbassy;		    // 使馆车牌开启
    unsigned char bChangNei;		// 厂内车牌开启
    unsigned char bMinHang;		    // 民航车牌开启
    unsigned char bConsulate;		// 领事馆车牌开启
    unsigned char bNewEnergy;		// 新能源车牌开启
    unsigned char bOnlyTwoRowYellow;// 只识别双层黄牌开启
    unsigned char bOnlyLocation;    // 只定位车牌开启
}cPlateIDCfg;

typedef struct _cPlateIDResult 
{
	char license[16];	// 车牌字符串
	char color[8];		// 车牌颜色

	int nColor;			// 车牌颜色
	int nType;			// 车牌类型
	int nConfidence;	// 整牌可信度
	int nBright;		// 亮度评价
	int nDirection;		// 车牌运动方向，0 unknown, 1 left, 2 right, 3 up, 4 down 
	
	cRECT rcLocation;				    // 车牌坐标
	const unsigned char *pbyBits;	    // 识别结果对应的图片的缓冲区
	int nTime;						    // 识别耗时
	unsigned char nCarBright;		    // 车的亮度
	unsigned char nCarColor;		    // 车的颜色
	unsigned char nCarLogo;             // 车标类型
	unsigned char nCarType;			    // 车辆类型
	unsigned char *pbyPlateBin;         // 车牌二值化结果（按bit存储）
	unsigned short nBinPlateWidth;      // 二值化结果中车牌宽度
	unsigned short nBinPlateHeight;     // 二值化结果中车牌高度
	char reserved[70];				    // 保留
	cRECT rcLogoLocation;			    // 车标坐标
	unsigned short nCarModel;           // 车辆类型
	unsigned short nCarModelConfidence;	// 车型可信度	
}cPlateIDResult;

#endif