#pragma once
#include <vector>
#include <string>

namespace schema{
	template<typename T>struct SCHEMA_RECT_FIELD{
		T centerx;
		T centery;
		T width;
		T height;
	};
	struct SCHEMA_ELEMENT_FIELD :SCHEMA_RECT_FIELD<float>{
		int nID;
	};
	struct SCHEMA_LOCATE_POINT :SCHEMA_ELEMENT_FIELD{//定位点
	};
	struct SCHEMA_LOCATE_AREA :SCHEMA_ELEMENT_FIELD{//区域定位点
	};
	enum  SCHEMA_CROSS_SIGN_FLAG{
		//表示向上的边
		SCHEMA_CROSS_SIGN_UP		= 1,
		//表示向下的边
		SCHEMA_CROSS_SIGN_DOWN		= 2,
		//表示向左的边
		SCHEMA_CROSS_SIGN_LEFT		= 4,
		//表示向右的边
		SCHEMA_CROSS_SIGN_RIGHT		= 8,
	};
	struct SCHEMA_LOACTE_CROSS :SCHEMA_ELEMENT_FIELD{//交叉点定位
		//交叉点的边的标记
		int sign;
		//交叉点的旋转角度
		double angle;
	};
	enum DIRECTION{
		Horizontal,
		Vertical,
		DIR_UNKNOWN,
	};
	struct SCHEMA_CODE :SCHEMA_ELEMENT_FIELD{//条码、二维码
		DIRECTION bDirection;
	};
	struct SCHEMA_ITEM :SCHEMA_ELEMENT_FIELD{//填涂项
		//填涂项输出字符
		char OutChar[64];
		int nGroupID;
		int nMatrixID;
		int keguanti_question_locate_point_index;
	};
	enum OUT_TYPE_FLAG{
		OTF_SINGLE = 1,
		OTF_MUTIL = 1 << 1,
		OTF_STRICT = 1 << 3,
		OTF_NONSTRICT = 1 << 4,
		OTF_NONSTRICT_ERROR = 1 << 5,
	};
	//客观题输出类型
	enum OMR_OUT_TYPE{
		// 输出一个或*号，若解析中有0个、2个或2个以上涂点被填涂，输出*号
		OMR_OUT_TYPE_SINGLE_NONSTRICT_ERROR = OTF_SINGLE | OTF_NONSTRICT_ERROR,
		// 输出一个，若解析中有2个或2个以上涂点被填涂，则从中选出一个作为该组结果
		OMR_OUT_TYPE_SINGLE_NONSTRICT = OTF_SINGLE | OTF_NONSTRICT,
		// 输出一个，若解析中有2个或2个以上涂点被填涂，则认为用户多选，输出多选字符
		OMR_OUT_TYPE_SINGLE_STRICT = OTF_SINGLE | OTF_STRICT,
		// 输出多选字符
		OMR_OUT_TYPE_MUTIL_STRICT = OTF_MUTIL | OTF_STRICT,
	};
	enum QUESTION_TYPE_FLAG{
		QTF_DANXUANTI,
		//多选
		QTF_DUOXUANTI,
		//判断题
		QTF_PANDUANTI,
		//填空题
		QTF_ZHUGUANTI,

		QTF_TIANKONGTI,
		QTF_BIZUOTI,

		QTF_QUESTION_TYPE_MASK = 0xff,

		QTF_XUANZUOTI = 1 << 8,
	};
	enum QuestionType{
		//单选
		DANXUANTI = QTF_DANXUANTI,
		//多选
		DUOXUANTI = QTF_DUOXUANTI,
		//判断题
		PANDUANTI = QTF_PANDUANTI,
		//主观题
		ZHUGUANTI = QTF_ZHUGUANTI,
		//填空题
		TIANKONGTI = QTF_TIANKONGTI,
		// 必做题
		BIZUOTI = QTF_BIZUOTI,

		XUANZUO_DANXUANTI = QTF_DANXUANTI | QTF_XUANZUOTI,
		//多选
		XUANZUO_DUOXUANTI = QTF_DUOXUANTI | QTF_XUANZUOTI,
		//判断题
		XUANZUO_PANDUANTI = QTF_PANDUANTI | QTF_XUANZUOTI,
		//主观题
		XUANZUO_ZHUGUANTI = QTF_ZHUGUANTI | QTF_XUANZUOTI,
		//填空题
		XUANZUO_TIANKONGTI = QTF_TIANKONGTI | QTF_XUANZUOTI,

	};
	struct SCHEMA_QUESTION{
		int nID;
		char question_code[128];
		char question_code_new[128];
		float newqt;
		std::string tigan;
		std::string answers;
		std::string answerA;
		std::string answerB;
		std::string jiexi;
		std::string zhishidian;
		std::string xiaowen;
		std::string maxQuestionNO;
		int  xiaofennum;
		char courseCode[10];
		float score;
		float halfScore;
		bool doubleEvl;
		float holdValue;
		QuestionType questionType;
		int nMarkUnit;
		char openOption[12];
		int qtLevelOne;
		int qtLevelTwo;
		int qtPostLevelOne;
		int qtPostLevelTwo;
		int showMarkTypeIndex;
		int postMarkTypeID;
		int showSubjectTypeIndex;
		int postSubjectTypeID;
		int groupid;
	};
	struct SCHEMA_GROUP :SCHEMA_ELEMENT_FIELD{//填涂组
		//本组涂点涂点数量
		int itemCount;
		int nMatrixID;
		//OMR 输出类型
		OMR_OUT_TYPE omr_out_type;
	};
	struct SCHEMA_CLIP :SCHEMA_ELEMENT_FIELD{//切割区域
		//裁切区域名称(当isfirst为真时有效)
		char area_name[128];
		int markUnit;
		//该区域对应的切块的第几块(从1开始)
		bool issplit;
		int markUnitPart;
		QuestionType question_type;
		int question_ids[50];
		int question_count;
		char area_name_by_questionNo[128];
		char area_name_by_questionNoNew[128];
		int xuanzutiArea;//是否为选做题作答区域 0--不是 1--是
	};
	struct KEGUANTI_LOCATEPOINT_INDEX{
		int indexs[4];
		int &operator[](int index){ return indexs[index]; }
	};
	struct SCHEMA_MATRIX :SCHEMA_ELEMENT_FIELD{
		int nRows;
		int nCols;
		float optionWidth;
		float optionHeight;
		DIRECTION direction;
		char outputchars[256];
		char outputcharsnew[256];
	};
	struct SCHEMA_MATRIX_KEGUANTI :SCHEMA_MATRIX{
		int question_ids[50];
		int question_count;
		int group_size[50];
		int group_count;
		QuestionType question_type;
	};
	struct SCHEMA_MATRIX_TIANTUKAOHAO :SCHEMA_MATRIX{
	};
	struct SCHEMA_MATRIX_QUEKAOBIAOJI :SCHEMA_MATRIX{
	};
	struct SCHEMA_MATRIX_ABJUANBIAOJI :SCHEMA_MATRIX{
	};
	struct SCHEMA_MATRIX_XUANZUOTI :SCHEMA_MATRIX{
		int xuantishu;
		int err_handler_type;
	};

	template <typename T> struct ARRAY{
		int offset;
		int count;
	};

	struct SCHEMA_PAGE{
		int nID;
		double angle;
		int index;
		int width;
		int height;
		std::vector<SCHEMA_LOCATE_POINT> locatePoints;
		//客观题题目定位点的索引
		std::vector<SCHEMA_MATRIX_KEGUANTI> keguantiMatrix;
		std::vector<SCHEMA_MATRIX_TIANTUKAOHAO> tiantukaohao;
		std::vector<SCHEMA_MATRIX_QUEKAOBIAOJI> quekaobiaoji;
		std::vector<SCHEMA_MATRIX_ABJUANBIAOJI> abjuanbjiaoji;
		std::vector<SCHEMA_MATRIX_XUANZUOTI> xuanzuoti;
		std::vector<SCHEMA_MATRIX> matrixs;
		std::vector<SCHEMA_MATRIX> matrixsTianTuKaoHao;
		std::vector<SCHEMA_MATRIX> matrixsKeGuanTi;
		std::vector<SCHEMA_MATRIX> matrixsXuanZuoTi;
		std::vector<SCHEMA_LOACTE_CROSS> locateCrosses;
		std::vector<SCHEMA_LOCATE_AREA> locateAreas;
		std::vector<SCHEMA_CODE> codes;
		std::vector<SCHEMA_CLIP> clips;
		std::vector<SCHEMA_CLIP> clips2;
	};
	struct SCHEMA_VERSION{
		unsigned short  majorNum;
		unsigned short  minorNum;
		char    company[256];
		SCHEMA_VERSION(){ majorNum = 0; minorNum = 0; company[0] = 0; }
		SCHEMA_VERSION(unsigned short majorNum, unsigned short  minorNum, const char * company){
			this->majorNum = majorNum;
			this->minorNum = minorNum;
			strcpy_s(this->company, company);
		}
		bool operator==(const SCHEMA_VERSION & version1){
			return version1.majorNum == majorNum&&version1.minorNum == minorNum;
		}
		bool operator!=(const SCHEMA_VERSION & version1){
			return version1.majorNum != majorNum || version1.minorNum != minorNum;
		}
	};
#define  SCHEMA_MAJOR_NUM 0
#define  SCHEMA_MINOR_NUM 11
#define  SCHEMA_COMPANY "知心慧学"
#define  CURRENT_SCHEMA_VERSTION SCHEMA_VERSION(SCHEMA_MAJOR_NUM,SCHEMA_MINOR_NUM,SCHEMA_COMPANY)

	enum{
		SCH_LOAD_SUCCESS,
		//格式错误
		SCH_LOAD_ERR_MISSINGFORMAT,
		//版本不正确
		SCH_LOAD_ERR_VERSIONCHANGE,
		//状态不正确
		SCH_LOAD_ERR_ZHUANGTAIBUZHENGQUE,
	};

	struct SCHEMA{
		int nNextObjID; 
		std::vector<SCHEMA_QUESTION> questions;
		std::vector<SCHEMA_PAGE> pages;
		int state;
		float totalScore;
		DIRECTION lastKeGuanTiDirection;
		std::string course_code;
		std::string lastQuestionCourseCode;
		//std::string strTiMuTotal;
		SCHEMA(){
			lastKeGuanTiDirection = DIR_UNKNOWN;
			state = 0;
			totalScore = 0;
			nNextObjID = 10000000;
		}
		int NextObjID(){ return nNextObjID++; }		
	};
}