#pragma once
#ifndef GLOBAL_H
#define GLOBAL_H
 // !GLOBAL_H

#include <vector>
#include <QColor>
//相关全局定义
static int MAX_EXTEND_NUM = 1000;
static double JUDGE_DECIMAL = 0.0001;
static double DIE_SCALE = 100;

//特征矩形点大小
static double FEATURE_POINT_SIZE = 10;
static QColor FEATURE_POINT_COLOR = QColor::fromRgb(0,0,200);
static int FEATURE_POINT_LINE_WIDTH = 2;

static double PI_2 = 3.1415926;
static double H_ANGLE = 180.00;
static int SELECT_WIDTH = 8;

//定义mapping图颜色
static QColor BASE_POINT_COLOR = Qt::red;
static QColor MARK_POINT_COLOR = QColor::fromRgb(77, 225, 72);
static QColor RECT_COLOR = QColor::fromRgb(200, 200, 200);
static QColor CUR_SELECT_DIE = QColor::fromRgb(255, 0, 0);
static QColor AREA_LINE_COLOR = QColor::fromRgb(255, 242, 0);
 
//第一部分：晶圆厂提供mapping图定义
//wafer map头结构
typedef struct _tagMapHeadData
{
	_tagMapHeadData()
		: iBinCodeType(0)
		, dDieWidth(0)
		, dDieHight(0)
		, dWaferSize(0)
		, iRows(0)
		, iCols(0)
		, iAngle(0)
	{}
	int iBinCodeType;    //bincode类型 
	double dDieWidth;    //die宽 单位mm
	double dDieHight;    //die高 单位mm
	double dWaferSize;   //Wafer大小 单位mm
	int iRows;           //总行数
	int iCols;           //总列数
	int iAngle;          //起始角度:0,90,180,270
}MapHeadData;
//wafer die数据
typedef struct _tagDieData
{
	_tagDieData()
		: iRow(0)
		, iCol(0)
		, bValid(false)
		, iMark(0)
		, sBinCode("")
	{}
	_tagDieData(int row, int col, bool valid, int mark, std::string bincode)
		: iRow(row)
		, iCol(col)
		, bValid(valid)
		, iMark(mark)
		, sBinCode(bincode)
	{}
	int iRow;              //die所在行
	int iCol;              //die所在列
	bool bValid;           //die是否有效:false-无效 true-有效
	int iMark;             //die mark信息:0-不是mark 1-mark1 2-mark2
	std::string sBinCode;  //die bincode
}DieData;
typedef std::vector<DieData> vtDieData;
//wafer map数据信息
typedef struct _tagMapData
{
	MapHeadData headData;  //map图头信息
	vtDieData   vDies;     //die数组
}MapData;

//第二部分：根据原始的晶圆数据进行布局
typedef struct _tagMaferRecipe {
	double m_waferDia; //晶圆直接
	double m_dieWidth; //die宽
	double m_dieHeight; //die高
	double m_baseDiePosX; //基准点X
	double m_baseDiePosY; //基准点Y
	double m_markPoint1X; //mark1点X
	double m_markPoint1Y; //mark1点Y
	double m_markPoint2X; //mark2点X
	double m_markPoint2Y; //mark2点Y
	int areaXDirectionNum; //区域X方向的个数
	int areaYDirectionNum; //区域Y方向的个数
}MaferRecipe;

#endif