OTS/OTSCPP/OTSRptCalculate/GBCal/CGBCalculate.cpp

#pragma once
#include "stdafx.h"
#include "CGBCalculate.h"
#include "OTSFieldData.h"
#include "GBImgPropCal.h"
#include "OTSHelper.h"
#include "OTSImageProcess.h"
#include "CGBLevel.h"
#include <GBFieldData.h>
namespace OTSGBCalculate
{	
	using namespace OTSDATA;
	using namespace OTSIMGPROC;
	CGBCalculate::CGBCalculate(CReportMgr* rptMgrPtr)
	{
		m_rptMgrPtr = rptMgrPtr;
	}

	CGBCalculate::~CGBCalculate()
	{
	}

	// class methods

	// public 
	CGridDatasList CGBCalculate::GetGBInclusion(CALCULATE_TABLE_TYPE tableType)
	{
	
		CGBFieldList listCGBField;
	

		CGridDatasList listGridData;
		listGridData.clear();
		CGridDatasList multGridList;
		multGridList.clear();

		// depart compound source name

		CPropParamPtr currentProp = m_rptMgrPtr->GetPropertyParamForGrid();
		std::vector<CString> listDataSource = currentProp->GetDataSourceList();
		int nSelectedDataSourceIndex = currentProp->GetDataSourceId();
		CString sDataSourceNames = listDataSource[nSelectedDataSourceIndex];
		std::vector<CString> listSelectedDataSource = COTSHelper::SplitString(sDataSourceNames, _T("+"));
		
		for (auto strDataSourceName : listSelectedDataSource)
		{
			listCGBField.clear();
			CGridDataPtr pGridData = CGridDataPtr(new CGridData());
			// data source id
			std::vector<CString> listDataSource;
			listDataSource.clear();
			listDataSource = currentProp->GetDataSourceList();
			pGridData->SetDataSourceList(listDataSource);

			int nDataSourceId = currentProp->GetDataSourceId();
			pGridData->SetDataSourceId(nDataSourceId);

			
			CSmplMsrResultFileMgrPtr rstFileMgrPrt = m_rptMgrPtr->GetASmplMsrResultMgrByFileName(strDataSourceName);
			
			

			CSmplMsrResultFilePtr pSmplMsrResultFile = rstFileMgrPrt->GetSmplMsrResultFile();
			

		
		
			if (tableType == CALCULATE_TABLE_TYPE::DIN)
			{
				CGBFieldDataPtr DINFld(new CGBFieldData());
			
				DINFld->CaculateLevelDIN(pSmplMsrResultFile->GetAllParticles());

				listGridData = this->GetGridDataListForOneDataSourceDIN(DINFld);//express these result data by grid
			}
			else
			{
				GB_METHODE_TYPE t;
				switch(tableType)
				{
				case CALCULATE_TABLE_TYPE::GB_Method1:
					t = GB_METHODE_TYPE::METHODE_1;
					break;
				case CALCULATE_TABLE_TYPE::GB_Method2:
				    t= GB_METHODE_TYPE::METHODE_2;
					break;
				case CALCULATE_TABLE_TYPE::ASTM:
					t = GB_METHODE_TYPE::ASTM;
					break;
				default:
					t = GB_METHODE_TYPE::METHODE_1;
					break;
				}
				CGBFieldList listRawGBFields = CalGBFields(rstFileMgrPrt,t);

				CategoryGBInclutions(listRawGBFields, tableType);

				listCGBField = listRawGBFields;

				CGBGradeData gradeData = CGBGradeData(listCGBField);

				listGridData = this->GetGridDataListForOneDataSource(&gradeData, tableType);//express these result data by grid
			}
			multGridList.insert (multGridList.end (), listGridData.begin(), listGridData.end());
		}
		return multGridList;
	}
	void CGBCalculate::CategoryGBInclutions(CGBFieldList listCGBField, CALCULATE_TABLE_TYPE ty)
	{
		
		for (CGBFieldDataPtr GBFld : listCGBField)
		{
			switch (ty)
			{
			
			case CALCULATE_TABLE_TYPE::GB_Method1:
				GBFld->CategoryByMethod1();
				break;
			case CALCULATE_TABLE_TYPE::GB_Method2:
				GBFld->CategoryByMethod2();
				break;
			case CALCULATE_TABLE_TYPE::ASTM:
				GBFld->CategoryByASTM();
				break;
			default:
				break;

			}
		}
	
	}
	CGBFieldList CGBCalculate::GetTopGradeGBFieldsByIncCategory(CGBFieldList listGBFields, GBIncCategory incCategory)
	{

		CGBFieldList fields;

		CGBGradeData gradeData = CGBGradeData(listGBFields);

		GBGradeCell* categoryRow;
		
		
				switch (incCategory)
				{
				case GBIncCategory::AT:
					categoryRow = gradeData.ALevel;
					
					   break;
				   case GBIncCategory::AW:
					   categoryRow = gradeData.ALevel_w;
					   break;
				   case GBIncCategory::AS:
					   categoryRow = gradeData.ALevel_s;
					   break;
				   case GBIncCategory::BT:
					   categoryRow = gradeData.BLevel;
					   break;
				   case GBIncCategory::BW:
					   categoryRow = gradeData.BLevel_w;
					   break;
				   case GBIncCategory::BS:
					   categoryRow = gradeData.BLevel_s;
					   break;
				   case GBIncCategory::CT:
					   categoryRow = gradeData.CLevel;
					   break;
				   case GBIncCategory::CW:
					   categoryRow = gradeData.CLevel_w;
					   break;
				   case GBIncCategory::CS:
					   categoryRow = gradeData.CLevel_s;
					   break;
				   case GBIncCategory::DT:
					   categoryRow = gradeData.DLevel;
					   break;
				   case GBIncCategory::DW:
					   categoryRow = gradeData.DLevel_w;
					   break;
				   case GBIncCategory::DS:
					   categoryRow = gradeData.DLevel_s;
					   break;
				   case GBIncCategory::DSulfideT:
					   categoryRow = gradeData.DSulfideLevel;
					   break;
				   case GBIncCategory::DSulfideW:
					   categoryRow = gradeData.DSulfideLevel_w;
					   break;
				   case GBIncCategory::DSulfideS:
					   categoryRow = gradeData.DSulfideLevel_s;
					   break;
				   default:
					   categoryRow = gradeData.DSulfideLevel_s;
					   break;

				}

		for (int i = 10; i > 0; i--)//by invert searching ,the first none zero cell is the toppest grade of this category.
		{
			if (categoryRow[i].nFldNum > 0)
			{
				fields = categoryRow[i].GBFlds;
				break;
			}
		}
		return fields;
	}
	CGBFieldList CGBCalculate::GetAllGBFields(CALCULATE_TABLE_TYPE tableType)
	{
			CGBFieldList listGBFields;
		
			CPropParamPtr currentProp = m_rptMgrPtr->GetPropertyParamForGrid();
			std::vector<CString> listDataSource = currentProp->GetDataSourceList();
			int nSelectedDataSourceIndex = currentProp->GetDataSourceId();
			CString sDataSourceNames = listDataSource[nSelectedDataSourceIndex];

			std::vector<CString> listSelectedDataSource = COTSHelper::SplitString(sDataSourceNames, _T("+"));
			CGBFieldList fields;
			if (listSelectedDataSource.size() > 1) return fields;


			CSmplMsrResultFileMgrPtr rstFileMgrPrt = m_rptMgrPtr->GetASmplMsrResultMgrByFileName(listSelectedDataSource[0]);

			GB_METHODE_TYPE t;
			switch (tableType)
			{
			case CALCULATE_TABLE_TYPE::GB_Method1:
				t = GB_METHODE_TYPE::METHODE_1;
				break;
			case CALCULATE_TABLE_TYPE::GB_Method2:
				t = GB_METHODE_TYPE::METHODE_2;
				break;
			case CALCULATE_TABLE_TYPE::ASTM:
				t = GB_METHODE_TYPE::ASTM;
				break;
			default:
				t = GB_METHODE_TYPE::METHODE_1;
				break;
			}

			 listGBFields = CalGBFields(rstFileMgrPrt, t);

			CategoryGBInclutions(listGBFields, tableType);
		
		

		return listGBFields;
	
	
	}
	CGridDatasList CGBCalculate::GetGridDataListForOneDataSource(CGBGradeData* gradeData, CALCULATE_TABLE_TYPE tableType)
	{
	
		
		CGridDatasList listGridData;
		
		
        CGridDataPtr AGrid;
        CGridDataPtr BGrid;
        CGridDataPtr CGrid;
        CGridDataPtr DGrid;
        CGridDataPtr DSulfideGrid;
        CGridDataPtr DSGrid;
		CGridDataPtr GBFieldGrid;
        switch (tableType)
        {
        case CALCULATE_TABLE_TYPE::GB_Method1:
            
            AGrid = GetGridLevel("A", gradeData->ALevel, gradeData->ALevel_w, gradeData->ALevel_s);
            
            BGrid = GetGridLevel("B", gradeData->BLevel, gradeData->BLevel_w, gradeData->BLevel_s);
            
            CGrid = GetGridLevel("C", gradeData->CLevel, gradeData->CLevel_w, gradeData->CLevel_s);
            
            DGrid = GetGridLevel("D", gradeData->DLevel, gradeData->DLevel_w, gradeData->DLevel_s);
            
            DSGrid = GetGridDSLevel(gradeData);

			

            listGridData.push_back(AGrid);
            listGridData.push_back(BGrid);
            listGridData.push_back(CGrid);
            listGridData.push_back(DGrid);
            listGridData.push_back(DSGrid);
		
            return listGridData;
            break;
        case CALCULATE_TABLE_TYPE::GB_Method2:
          
            AGrid = GetGridLevel("A", gradeData->ALevel, gradeData->ALevel_w, gradeData->ALevel_s);
          
            BGrid = GetGridLevel("B", gradeData->BLevel, gradeData->BLevel_w, gradeData->BLevel_s);
           
            CGrid = GetGridLevel("C", gradeData->CLevel, gradeData->CLevel_w, gradeData->CLevel_s);
           
            DGrid = GetGridLevel("D", gradeData->DLevel, gradeData->DLevel_w, gradeData->DLevel_s);

            DSulfideGrid = GetGridLevel("DSulfide", gradeData->DSulfideLevel, gradeData->DSulfideLevel_w, gradeData->DSulfideLevel_s);
           
            DSGrid = GetGridDSLevel(gradeData);
		

            listGridData.push_back(AGrid);
            listGridData.push_back(BGrid);
            listGridData.push_back(CGrid);
            listGridData.push_back(DGrid);
            listGridData.push_back(DSulfideGrid);
            listGridData.push_back(DSGrid);
		
         
            return listGridData;
            break;
		case CALCULATE_TABLE_TYPE::ASTM:

			AGrid = GetGridLevel("A", gradeData->ALevel, gradeData->ALevel_w, gradeData->ALevel_s);

			BGrid = GetGridLevel("B", gradeData->BLevel, gradeData->BLevel_w, gradeData->BLevel_s);

			CGrid = GetGridLevel("C", gradeData->CLevel, gradeData->CLevel_w, gradeData->CLevel_s);

			DGrid = GetGridLevel("D", gradeData->DLevel, gradeData->DLevel_w, gradeData->DLevel_s);

			DSGrid = GetGridDSLevel(gradeData);

			

			listGridData.push_back(AGrid);
			listGridData.push_back(BGrid);
			listGridData.push_back(CGrid);
			listGridData.push_back(DGrid);
			listGridData.push_back(DSGrid);
		
			return listGridData;
			break;
        default:
			return listGridData;
            break;

        }
			
	}
	CGridDatasList CGBCalculate::GetGridDataListForOneDataSourceDIN(CGBFieldDataPtr DINFld)
	{
		CGridDatasList listGridData;
		COTSParticleList cotsparticlelistA;
		set<COTSParticlePtr> cotsparticlelistB;
		COTSParticleList cotsparticlelistC;
		COTSParticleList cotsparticlelistD;

	
		cotsparticlelistA = DINFld->listAThinParticles;
		cotsparticlelistB = DINFld->listBThinParticles;
		cotsparticlelistC = DINFld->listCThinParticles;
		cotsparticlelistD = DINFld->listDThinParticles;

		CGridDataPtr AGrid;
		AGrid = GetGridDIN(cotsparticlelistA, cotsparticlelistB, cotsparticlelistC, cotsparticlelistD);
		listGridData.push_back(AGrid);

		return listGridData;


	}

	
	//get grid with level ABCD
	CGridDataPtr CGBCalculate::GetGridLevel(CString GridType, GBGradeCell a_nLevel[], GBGradeCell a_nLevel_w[], GBGradeCell a_nLevel_s[])
	{
			CGridDataPtr pGridData = CGridDataPtr(new CGridData());
			std::vector<CString> listDataSource;
			listDataSource.clear();
			listDataSource = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceList();
			pGridData->SetDataSourceList(listDataSource);

			int nDataSourceId = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceId();
			pGridData->SetDataSourceId(nDataSourceId);
			//amounts
			CGridColumnsList listCol;
			listCol.clear();
			int columnNum = 11 + 1 + 1;//表格总列数 12个级别再加上前面的“分类”列和“宽度/um”列
			CGridColumnPtr pColumn;
			for (int i=0;i< columnNum;i++)
			{
				CString strName;
				CGridRowsList listRows;
				CGridRowPtr pRow;
				CString strWidthName1, strWidthName2, strWidthName3;
				switch( i)
				{
				case 0:
					pColumn = CGridColumnPtr(new CGridColumn());
					
					//strName = MultiLang::GetInstance ().GetCStringByKey (GBStr1);
					strName = "Class";
					pColumn->SetName(strName);
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue("Thin"); 
					listRows.push_back(pRow);
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue("Thick"); 
					listRows.push_back(pRow);
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue("OverSize"); 
					listRows.push_back(pRow);
					pColumn->SetGridRowsList(listRows);

					listCol.push_back(pColumn);
					break;
				case 1:
					pColumn = CGridColumnPtr(new CGridColumn());

					strName = "Width/um"; 
					pColumn->SetName(strName);

					if (GridType == "A")
					{
						strWidthName1 = "2.0~4.0";
						strWidthName2 = "4.0~12.0";
						strWidthName3 = ">12.0";
					}
					if (GridType == "B")
					{
						strWidthName1 = "2.0~9.0";
						strWidthName2 = "9.0~15.0";
						strWidthName3 = ">15.0";
					}
					if (GridType == "C")
					{
						strWidthName1 = "2.0~5.0";
						strWidthName2 = "5.0~12.0";
						strWidthName3 = ">12.0";
					}
					if (GridType == "D")
					{
						strWidthName1 = "2.0~8.0";
						strWidthName2 = "8.0~13.0";
						strWidthName3 = ">13.0";
					}
                    if (GridType == "DSulfide")
                    {
                        strWidthName1 = "2.0~8.0";
                        strWidthName2 = "8.0~13.0";
                        strWidthName3 = ">13.0";
                    }
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue(strWidthName1);
					listRows.push_back(pRow);
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue(strWidthName2);
					listRows.push_back(pRow);
					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
					pRow->SetStringValue(strWidthName3);
					listRows.push_back(pRow);
					pColumn->SetGridRowsList(listRows);
					listCol.push_back(pColumn);
					break;
				default:
					pColumn = CGridColumnPtr(new CGridColumn());
					CString name;
					name.Format(_T("%.1f"), (i - 2) / 2.0);//i=2 输出0 i=3 输出0.5 i=4 输出1 以此类推
					pColumn->SetName(name);
					CGridRowsList listRows;

					pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
					pRow->SetIntValue(a_nLevel[i - 2].nFldNum);
					listRows.push_back(pRow);
					 pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
					pRow->SetIntValue(a_nLevel_w[i - 2].nFldNum);
					listRows.push_back(pRow);
					 pRow = CGridRowPtr(new CGridRow());
					pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
					pRow->SetIntValue(a_nLevel_s[i - 2].nFldNum);
					listRows.push_back(pRow);
					pColumn->SetGridRowsList(listRows);
					listCol.push_back(pColumn);
					break;
				}
			}
			pGridData->SetGridColumnList(listCol);

			return pGridData;
	}
	CGridDataPtr CGBCalculate::GetGridDSLevel(CGBGradeData* gradeData)
	{
		CGridDataPtr pGridData = CGridDataPtr(new CGridData());
		std::vector<CString> listDataSource;
		listDataSource.clear();
		listDataSource = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceList();
		pGridData->SetDataSourceList(listDataSource);

		int nDataSourceId = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceId();
		pGridData->SetDataSourceId(nDataSourceId);
		//amounts
		CGridColumnsList listCol;
		listCol.clear();
		int columnNum = 6;
		CGridColumnPtr pColumn;
		for (int i = 0; i < columnNum; i++)
		{
			CString strName;
			CGridRowsList listRows[6];
			CGridRowPtr pRow;
			CString strWidthName1, strWidthName2, strWidthName3;
			switch (i)
			{
			case 0:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName = "No.";
				pColumn->SetName(strName);
			    pColumn->SetGridRowsList(listRows[0]);

				listCol.push_back(pColumn);
				break;
			case 1:
				pColumn = CGridColumnPtr(new CGridColumn());

				strName = "Area/um2"; 
				pColumn->SetName(strName);
				pColumn->SetGridRowsList(listRows[1]);
				listCol.push_back(pColumn);
				break;
			case 2:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName = "MaxFeret/um";
				pColumn->SetName(strName);
				pColumn->SetGridRowsList(listRows[2]);
				listCol.push_back(pColumn);
				break;
			case 3:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName = "X/um";
				pColumn->SetName(strName);
				pColumn->SetGridRowsList(listRows[3]);
				listCol.push_back(pColumn);
				break;
			case 4:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName = "Y/um";
				pColumn->SetName(strName);
				pColumn->SetGridRowsList(listRows[4]);
				listCol.push_back(pColumn);
				break;
			case 5:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName = "Grade";
				pColumn->SetName(strName);
				pColumn->SetGridRowsList(listRows[5]);
				listCol.push_back(pColumn);
				break;
			}
		}
		
		  
	
			

			for (auto part : gradeData->allDSParts)
			{
				DisplayDSPartRow(part, listCol);
				

			}
			
		
		pGridData->SetGridColumnList(listCol);

		return pGridData;
	}
		
	//get grid with level ABCD
	CGridDataPtr CGBCalculate::GetGridDIN(COTSParticleList cotsparticlelistA, set<COTSParticlePtr> cotsparticlelistB, COTSParticleList cotsparticlelistC, COTSParticleList cotsparticlelistD)
	{
		CGridDataPtr pGridData = CGridDataPtr(new CGridData());
		std::vector<CString> listDataSource;
		listDataSource.clear();
		listDataSource = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceList();
		pGridData->SetDataSourceList(listDataSource);

		int nDataSourceId = m_rptMgrPtr->GetPropertyParamForGrid()->GetDataSourceId();
		pGridData->SetDataSourceId(nDataSourceId);
		//amounts
		CGridColumnsList listCol;
		listCol.clear();
		int columnNum = 12;//表格总列数 11个级别再加上前面的“分类”列
		CGridColumnPtr pColumn;
		int levA[9] = { 0,0,0,0,0,0,0,0,0 };
		int levB[9] = { 0,0,0,0,0,0,0,0,0 };
		int levC[9] = { 0,0,0,0,0,0,0,0,0 };
		int levD[9] = { 0,0,0,0,0,0,0,0,0 };
		double fg[9] = { 0.05,0.1,0.2,0.5,1,2,5,10,20 };
		//指数
		double ka = 0, kb = 0, kc = 0, kd = 0;
		//统计不同大小颗粒出现次数
		for (auto pParticle : cotsparticlelistA)
		{
			double area = pParticle->GetActualArea();
			for (int i = 0; i < 8; i++)
			{
				if (area >= fg[i] && area < fg[i + 1])
				{
					levA[i] += 1;
					ka = ka + fg[i];
				}
			}
			if (area >= fg[8])
			{
				levA[8] += 1;
				ka = ka + fg[8];
			}
		}
		for (auto pParticle : cotsparticlelistB)
		{
			double area = pParticle->GetActualArea();
			for (int i = 0; i < 8; i++)
			{
				if (area >= fg[i] && area < fg[i + 1])
				{
					levB[i] += 1;
					kb = kb + fg[i];
				}
			}
			if (area >= fg[8])
			{
				levB[8] += 1;
				kb = kb + fg[8];
			}
		}
		for (auto pParticle : cotsparticlelistC)
		{
			double area = pParticle->GetActualArea();
			for (int i = 0; i < 8; i++)
			{
				if (area >= fg[i] && area < fg[i + 1])
				{
					levC[i] += 1;
					kc = kc + fg[i];
				}
			}
			if (area >= fg[8])
			{
				levC[8] += 1;
				kc = kc + fg[8];
			}
		}
		for (auto pParticle : cotsparticlelistD)
		{
			double area = pParticle->GetActualArea();
			for (int i = 0; i < 8; i++)
			{
				if (area >= fg[i] && area < fg[i + 1])
				{
					levD[i] += 1;
					kd = kd + fg[i];
				}
			}
			if (area >= fg[8])
			{
				levD[8] += 1;
				kd = kd + fg[8];
			}
		}
		double to = kb + kc + kd;
		for (int i = 0; i < columnNum; i++)
		{
			CString strName;
			CGridRowsList listRows;
			CGridRowPtr pRow;
			CString strWidthName1, strWidthName2, strWidthName3, strWidthName4;
			switch (i)
			{
			case 0:
				pColumn = CGridColumnPtr(new CGridColumn());

				strName = "Class";
				pColumn->SetName(strName);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
				pRow->SetStringValue("SS");
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
				pRow->SetStringValue("OA");
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
				pRow->SetStringValue("OS");
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
				pRow->SetStringValue("OG");
				listRows.push_back(pRow);
				pColumn->SetGridRowsList(listRows);

				listCol.push_back(pColumn);
				break;
			case 10:
				pColumn = CGridColumnPtr(new CGridColumn());

				strName = "S";
				pColumn->SetName(strName);
				strWidthName1.Format(_T("%lf"), ka);
				strWidthName2 = "";
				strWidthName3 = "";
				strWidthName4 = "";
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(ka);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(0);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(0);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(0);
				listRows.push_back(pRow);
				pColumn->SetGridRowsList(listRows);
				listCol.push_back(pColumn);
				break;
			case 11:
				pColumn = CGridColumnPtr(new CGridColumn());

				strName = "O";
				pColumn->SetName(strName);

				strWidthName1.Format(_T("%lf"), to);
				strWidthName2 = "";
				strWidthName3 = "";
				strWidthName4 = "";
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(0);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(kb);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(kc);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(kd);
				listRows.push_back(pRow);
				pColumn->SetGridRowsList(listRows);
				listCol.push_back(pColumn);
				break;
			default:
				pColumn = CGridColumnPtr(new CGridColumn());
				strName.Format("%d", i - 1);
				pColumn->SetName(strName);
				CGridRowsList listRows;
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
				pRow->SetIntValue(levA[i - 1]);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
				pRow->SetIntValue(levB[i - 1]);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
				pRow->SetIntValue(levC[i - 1]);
				listRows.push_back(pRow);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
				pRow->SetIntValue(levD[i - 1]);
				listRows.push_back(pRow);
				pColumn->SetGridRowsList(listRows);
				listCol.push_back(pColumn);
				break;
			}
		}
		pGridData->SetGridColumnList(listCol);

		return pGridData;
	}


	void CGBCalculate::SetFrameLevelNo(GB_GRADE_TYPE a_level, int a_nLevel[])
	{
		a_nLevel[(int)a_level] += 1;
		
	}

	
	// calculate GB fields
	CGBFieldList CGBCalculate::CalGBFields(CSmplMsrResultFileMgrPtr pSmplMgr, GB_METHODE_TYPE calType)
	{
		CGBFieldList m_listGBFields;
		m_listGBFields.clear();
		ASSERT(pSmplMgr);


		CSmplMsrResultFilePtr pSmplMsrResultFile = pSmplMgr->GetSmplMsrResultFile();
		ASSERT(pSmplMsrResultFile);
	

		COTSSamplePtr pOTSSample = pSmplMsrResultFile->GetSample();
		ASSERT(pOTSSample);
	

		CSEMDataMsrPtr pEMDataMsrPtr = pOTSSample->GetSEMDataMsr();
		ASSERT(pEMDataMsrPtr);
	

		// get field width
		int nOTSFieldWidth = pEMDataMsrPtr->GetScanFieldSize();
		int nOTSFieldHeight = pEMDataMsrPtr->GetScanFieldHeight();
		if (nOTSFieldWidth == 0 || nOTSFieldHeight==0)
		{
			LogErrorTrace(__FILE__, __LINE__, _T("CalGBFields: field width is zero ."));
			return m_listGBFields;
		}

	

		// scan parameters
		CMsrParamsPtr pMsrParam = pOTSSample->GetMsrParams();
		//CMsrParamsPtr pMsrParam = pOTSSample->get
		COTSImageScanParamPtr pImgScanParam = pMsrParam->GetImageScanParam();

	
		CSize sizePixelImage = pImgScanParam->GetImageResolution();
		//use OTSField width cal the OTSField height
		

		//get OTSfilds list
		COTSFieldDataList allOTSFields;
		allOTSFields = pSmplMsrResultFile->GetFieldData();
		// convert ots fields to gb fields
		if (!OTSFieldToGBField( allOTSFields, &m_listGBFields, sizePixelImage, nOTSFieldWidth, nOTSFieldHeight))
		{
			LogErrorTrace(__FILE__, __LINE__, _T("CalGBFields: call OTSFieldToGBField failed."));
			return m_listGBFields;
		}
		for (auto fld : m_listGBFields)
		{
			fld->SetCalcuType(calType);
		}

		return m_listGBFields;
	}



	// Turn OTSField to GBField
	BOOL CGBCalculate::OTSFieldToGBField(COTSFieldDataList allOTSFields, CGBFieldList* m_listGBFields,CSize sizePixelImage,int nOTSFieldWidth,int nOTSFieldHeight)
	{
	
		if (allOTSFields.empty())
		{
			LogTrace(__FILE__, __LINE__, _T("CalGBFields: listOTSFields  is empty ."));
			return TRUE;
		}

		// get topleft point and bottomright point of the measurement convered area 
		CPoint pointTopleft, pointBottomright;
		pointTopleft = pointBottomright = allOTSFields[0]->GetPosition();

		//判断有效区域
		for (unsigned int i = 0; i< allOTSFields.size(); i++)
		{
			//get current OTSField Position,the position is in the center of the field
			CPoint poiOTSFieldPosition = allOTSFields[i]->GetPosition();

			pointTopleft.x = min(poiOTSFieldPosition.x, pointTopleft.x);
			pointTopleft.y = max(poiOTSFieldPosition.y, pointTopleft.y);
			pointBottomright.x = max(poiOTSFieldPosition.x, pointBottomright.x);
			pointBottomright.y = min(poiOTSFieldPosition.y, pointBottomright.y);
		}

		pointTopleft.x -= nOTSFieldWidth / 2;
		pointTopleft.y += nOTSFieldHeight / 2;
		pointBottomright.x+= nOTSFieldWidth / 2;
		pointBottomright.y-= nOTSFieldHeight / 2;

		double totalWidth = pointBottomright.x - pointTopleft.x;
		double totalHeight = pointTopleft.y - pointBottomright.y;


		int nPossibleGBFieldRowNum = totalHeight /GB_FIELD_WIDTH+0.5;//可能有的国标field行数
		int nPossibleGBFieldColNum = totalWidth / GB_FIELD_WIDTH+0.5;//列数


		//get possible OTSFields 
		m_listGBFields->clear();
		CPoint pointGBFieldPosition;
		for (int i = 0; i < nPossibleGBFieldRowNum; i++)
		{
			for (int j = 0; j < nPossibleGBFieldColNum; j++)
			{
				
				// cal GB field rectangle
				CPoint poiCurGBFieldTopLeft, poiCurGBFieldBottomRight;

				poiCurGBFieldTopLeft = pointTopleft;
				//获得左上角的坐标
				poiCurGBFieldTopLeft.x += j * GB_FIELD_WIDTH;
				poiCurGBFieldTopLeft.y -= i * GB_FIELD_WIDTH;
				//获得右下角的坐标
				poiCurGBFieldBottomRight.x = poiCurGBFieldTopLeft.x + GB_FIELD_WIDTH;
				poiCurGBFieldBottomRight.y = poiCurGBFieldTopLeft.y - GB_FIELD_WIDTH;
				COTSRect rectGBField(poiCurGBFieldTopLeft, poiCurGBFieldBottomRight);
			

				CGBFieldDataPtr pGBFieldData;
			
				
				pGBFieldData = GetOneGBField(rectGBField, allOTSFields, sizePixelImage, nOTSFieldWidth, nOTSFieldHeight);
				if (!pGBFieldData)
				{
					continue;
				}
			
				
				
				CPoint poiNewPosition=rectGBField.GetCenterPoint();
				
				
				pGBFieldData->SetPosition(poiNewPosition);

				// add the GBField into the GBFields list
				m_listGBFields->push_back(pGBFieldData);
				
			}
		}
		// ok, return TRUE
		return  TRUE;
	}

	// Custom collation rules
	BOOL comp(const COTSFieldDataPtr &a, const COTSFieldDataPtr &b)
	{
		if (a->GetPosition().y <= b->GetPosition().y)
		{
			if (a->GetPosition().y == b->GetPosition().y)
			{
				if (a->GetPosition().x < b->GetPosition().x)
				{
					return TRUE;
				}
			}
			else {
				return TRUE;
			}
		}
		return FALSE;
	}

	//  get the GB field within a rectangle
	CGBFieldDataPtr CGBCalculate::GetOneGBField(COTSRect a_rectGBField,
		COTSFieldDataList& allOTSFields,
		CSize a_sizePixelImage,
		int nOTSFieldWidth, int nOTSFieldHeight)
	{
		// GB Field handle
		CGBFieldDataPtr pGBFieldData = nullptr;

		// get OTS fields within the rectangle
		COTSFieldDataList myOTSFields;
		myOTSFields.clear();
		COTSFieldDataList::iterator itr = allOTSFields.begin();
		while (itr != allOTSFields.end())
		{
			// get an OTS field
			CPoint poiOTSField = (*itr)->GetPosition();
		
			COTSRect fldRec = COTSRect(poiOTSField.x - nOTSFieldWidth / 2, poiOTSField.y + nOTSFieldHeight / 2, poiOTSField.x + nOTSFieldWidth / 2, poiOTSField.y - nOTSFieldHeight / 2);
		
			if (a_rectGBField.IntersectOtherRect( fldRec))
			{
		

			
				(*itr)->SetOTSRect(fldRec);
				myOTSFields.push_back(*itr);

			
				itr++;
			
				continue;
		    }

		
			itr++;
	
		}

		
			pGBFieldData = NormalizeParticlesAndIdentifyChemicalType(a_rectGBField, myOTSFields, a_sizePixelImage, nOTSFieldWidth, nOTSFieldHeight);
			pGBFieldData->myReleventOTSFlds = myOTSFields;
	
		return pGBFieldData;
	}




	// normalize particles for the GBFields
	CGBFieldDataPtr CGBCalculate::NormalizeParticlesAndIdentifyChemicalType(COTSRect a_rectGBField, COTSFieldDataList myOTSFields, CSize a_sizePixelImage, int nFieldWidth,int nFieldHeight)
	{
		// inits
		CGBFieldDataPtr pGBFieldData(new CGBFieldData);

		pGBFieldData->SetMyRect(a_rectGBField);

		COTSParticleList listNormalizedParticles;
	
		CPoint pointGBFieldRectTopLeft = a_rectGBField.GetTopLeft();

		COTSRect GBRect = a_rectGBField;

		int nBeforeCalNo = 0;
		int nAfterCalNo = 0;
		for (auto OTSField : myOTSFields)
		{
			auto fldParts = OTSField->GetParticleList();
			for (auto part : fldParts)
			{
				CPoint fieldPos = OTSField->GetPosition();
			
				CPoint fieldTopLeft = OTSField->GetOTSRect().GetTopLeft();
				double fwidth = nFieldWidth;
				double pixelsize = fwidth / a_sizePixelImage.cx;
				CPoint xrayPosInFieldByPixel= part->GetXRayPos();

				CPoint partPos = CPoint(fieldTopLeft.x + xrayPosInFieldByPixel.x * pixelsize, fieldTopLeft.y - xrayPosInFieldByPixel.y * pixelsize);

				


					if (GBRect.PointInRect(partPos))
					{
						CRect rectInSinglefld = part->GetParticleRect();
						CPoint OTSLeftTop = CPoint(fieldTopLeft.x + rectInSinglefld.left * pixelsize, fieldTopLeft.y - rectInSinglefld.top * pixelsize);
						CPoint OTSRightBottom = CPoint(fieldTopLeft.x + rectInSinglefld.right * pixelsize, fieldTopLeft.y - rectInSinglefld.bottom * pixelsize);

						COTSRect recInOTSCord = COTSRect(OTSLeftTop, OTSRightBottom);
						part->SetOTSRect(recInOTSCord);


						pGBFieldData->IdentifyPartChemicalType(part);
						listNormalizedParticles.push_back(part);
					}

			}


		
		}

	
		// put new particle in the  GB Field
		pGBFieldData->SetParticleList(listNormalizedParticles);
		return pGBFieldData;
	}

	
	void CGBCalculate::SetPixSize(double p)
	{
		PixSize = p;
	}

	void CGBCalculate::DisplayDSPartRow(COTSParticlePtr part, CGridColumnsList listCol)
	{
		int columnNum = 6;
		CGridColumnPtr pColumn;
		for (int i = 0; i < columnNum; i++)
		{
			CString strName;
			CGridRowsList listRows;
			CGridRowPtr pRow;
			CString strWidthName1, strWidthName2, strWidthName3;
			CString idstr;
			int fldid;
			int partId;
			switch (i)
			{
			case 0:
				pColumn = listCol.at(0);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);
				fldid = part->GetFieldId();
				partId = part->GetParticleId();

				idstr.Format("%d_%d", fldid, partId);

				pRow->SetStringValue(idstr);
				pColumn->AddGridRow(pRow);

				break;
			case 1:
				pColumn = listCol.at(1);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::INT);
				pRow->SetIntValue(part->GetActualArea());
				pColumn->AddGridRow(pRow);
				break;
			case 2:
				pColumn = listCol.at(2);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(part->GetFeretDiameter());
				pColumn->AddGridRow(pRow);
				break;
			case 3:
				pColumn = listCol.at(3);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(part->GetAbsolutPos().x);
				pColumn->AddGridRow(pRow);
				break;
			case 4:
				pColumn = listCol.at(4);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::FLOAT);
				pRow->SetDoubleValue(part->GetAbsolutPos().y);
				pColumn->AddGridRow(pRow);
				break;
			case 5:
				pColumn = listCol.at(5);
				pRow = CGridRowPtr(new CGridRow());
				pRow->SetDataType(REPORT_GRID_DATA_TYPE::STRING);

				pRow->SetStringValue(OTSGBCalculate::GetDSGrade(part->GetFeretDiameter()));
				pColumn->AddGridRow(pRow);
				break;
			}
		}
	}


}