#pragma once
#define PROJECTION_DIR "D:\\IJPReflowJudgement"

enum CellSide {CS_TOP, CS_LEFT, CS_RIGHT, CS_BOTTOM=7};

class reflowParam
{
public:
	reflowParam()
	{
		pImageBuffer = NULL;
		nImageWidth = -1;
		nImageHeight = -1;
		nChannel = -1;
		nImageWidthStep = -1;
		ROI_Rect = NULL;
		nSide = -1;
		nBaseTh = -1;
		nDamTh2 = -1;
		nDistance = NULL;
		nBaseline = -1;
		nBaseDam2 = -1;
		nDam2Dist = -1;
		nDam12Dist = -1;
		nDam1Dist = -1;

		pMasterBuffer = NULL;
		nMasterWidth = -1;
		nMasterHeight = -1;
		nMasterChannel = -1;
		nMasterWidthStep = -1;
	}

	BYTE *pImageBuffer;
	int nImageWidth;
	int nImageHeight;
	int nChannel;
	int nImageWidthStep;
	CRect *ROI_Rect;
	int nSide;
	int nBaseTh;
	int nDamTh2;
	int nDamTh1;
	int *nDistance;
	int nBaseline;
	int nBaseDam2;
	int nDam2Dist;
	int nDam12Dist;
	int nDam1Dist;

	BYTE *pMasterBuffer;
	int nMasterWidth;
	int nMasterHeight;
	int nMasterChannel;
	int nMasterWidthStep;
};

//pImageBuffer : Input Image. 입력받은 Image Buffer및 Channel을 활용하여 GrayScale로 변환 후 사용
//imageWidth, imageHeight : Image 크기.
//imageWidthStep : margin을 포함한 Image의 한 Line을 구성하는 Byte 수
//ROI_Rect : 검사 영역 설정
//nChannel : Input Image의 Color Channel 수. 1~4
//nSide : CS_TOP(vertical 0->dam2->dam1->pattern), CS_LEFT(horizontal 0->dam2->dam1->pattern), CS_RIGHT(horizontal 0->pattern->dam1->dam2)
//nBaseTh : threshold baseline
//nDamTh2 : threshold dam2
//nDamTh1 : threshold dam1
//nBaseline : Base Line distance
//nBaseDam2 : Base Line - dam2 distance
//nDam2Dist : dam2 distance
//nDam12Dist : dam2-dam1 distance
//nDam1Dist : dam1 distance


#define LOCAL_PEAK_PERIOD 30

BYTE LocalMinima(int *pProjection, int x, int width);
BYTE LocalMaxima(int *pProjection, int x, int width);
int LocalMinimaAddr(int *pProjection, int x, int width);

BOOL Match_Vertical(BYTE *pImage, int nImageWidth, int nImageHeight, BYTE *pMaster, int nMasterWidth, int nMasterHeight, CRect *rtMatch);
BOOL Match_Horizontal(BYTE *pImage, int nImageWidth, int nImageHeight, BYTE *pMaster, int nMasterWidth, int nMasterHeight, CRect *rtMatch);

int AFX_EXT_API Linecheck_Method(int* boe_line, reflowParam *rParam, BOOL bSetMaster);
int AFX_EXT_API BOE_Linecheck(int* boe_line, reflowParam *rParam, BOOL bSetMaster = FALSE);
////image와 parameter(roi, side, threshold, distance)를 입력받아 boe_line[6] 배열 및 return(line 개수) 출력

////OUTPUT
//return 값 : 검출한 Line의 개수. 3 미만 : DAM2 Reflow 판정, 4~5 : DAM1 Reflow 판정, 6 : no Reflow 판정 / -1 : image not loaded, -2 : roi setting error, -3 : roi length error, -4 : master image matching fail, -5 : select wrong side
//boe_line : Line 좌표 출력 배열. DAM#2 바깥 2 Lines, DAM#2, DAM#1 순으로 좌표가 저장됨(즉, Pattern을 기준으로 바깥쪽부터 저장)

////INPUT
//reflowParam : 검사 Parameter

CString AFX_EXT_API Reflow_Judge(int LineCheck);
////BOE_LineCheck Method의 Return 값을 토대로 판정을 String으로 출력
//LineCheck : 검출한 Line의 개수, BOE_Linecheck 메소드의 Return 값
//return 값 : 3 미만 : "DAM2 Reflow", "DAM1 Reflow", 6 : "no Reflow" / -1 : "image not loaded", -2 : "roi setting error", -3 : "roi length error", -5 : "select wrong side"



int BOE_Linecheck_Side0(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int th2, int th3, int dist0, int dist1, int dist2, int dist3, int dist4);
int BOE_Linecheck_Side1(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int th2, int th3, int dist0, int dist1, int dist2, int dist3, int dist4);
int BOE_Linecheck_Side2(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int th2, int th3, int dist0, int dist1, int dist2, int dist3, int dist4);

int Linecheck_Method_Side0(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int *nDistance); //distDam2Out, distDam2In, distDam1Out, distDam1In
int Linecheck_Method_Side1(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int *nDistance);
int Linecheck_Method_Side2(int* boe_line, BYTE* pImage, int imageWidth, int imageHeight, CRect* ROI_Rect, int th, int *nDistance);