OTS/OTSCPP/OTSData/OTSParticle.h

#pragma once
#include "afx.h"
#include "OTSFeature.h"
#include "otsdataconst.h"
#include "BSEImg.h"
#include "PosXray.h"
#include "OTSRect.h"

namespace OTSDATA {
const double Pi = 3.14159;
	class  __declspec(dllexport) COTSParticle : public xmls::ISlo
	{
	
	public:

		// constructor
		COTSParticle();													// constructor
		COTSParticle(const COTSParticle&);								// copy constructor
		COTSParticle(COTSParticle*);									// copy constructor
		COTSParticle& operator=(const COTSParticle&);					// =operator
		BOOL operator==(const COTSParticle&);							// ==operator

		virtual ~COTSParticle();										// destructor

		//void Serialize(CArchive& ar);									// serialization
		void Serialize(bool isStoring, tinyxml2::XMLDocument * classDoc, tinyxml2::XMLElement * rootNode);
		
		// tag id
		int GetTagId() { return m_nTagId; }
		void SetTagId(int a_nTagId)
		{ 
			m_nTagId = a_nTagId; 
			if (m_pXRayInfo != nullptr)
			{
				m_pXRayInfo->SetPartTagId(a_nTagId);
			}
		}

		// search id
		int GetSearchId() { return m_nSearchId; }
		void SetSearchtId(int a_nSearchId) { m_nSearchId = a_nSearchId; }

		// analysis id
		int GetAnalysisId() { return m_nAnalysisId; }
		void SetAnalysisId(int a_nAnalysisId)
		{ 
			m_nAnalysisId = a_nAnalysisId;
			if (m_pXRayInfo != nullptr)
			{
				m_pXRayInfo->SetIndex(a_nAnalysisId);
			}
		}

		// field id
		int GetFieldId() { return m_nFieldId; }
		void SetFieldId(int a_nFieldId) { m_nFieldId = a_nFieldId; }

		// area
		double GetActualArea() { return m_dArea; }
		void SetActualArea(double a_nArea) { m_dArea = a_nArea; }

		// Pixel area
		double GetPixelArea() { return m_dPixelArea; }
		void SetPixelArea(double a_nArea) { m_dPixelArea = a_nArea; }
		
		// rectangle
		CRect GetParticleRect() { return m_rectParticle; }
		void SetParticleRect(CRect& a_rectParticle) { m_rectParticle = a_rectParticle; }

		COTSRect GetOTSRect() { return m_OTSRect; }
		void SetOTSRect(COTSRect r) { m_OTSRect = r; }
		
		// gray
		BYTE GetAveGray() { return m_cAveGray; }
		void SetAveGray(char a_cAveGray) { m_cAveGray = a_cAveGray; }

		// type
		int GetClassifyId() { return m_nTypeId; }
		void SetClassifyId(int a_nType) { m_nTypeId = a_nType; }

		// type
		OTS_PARTICLE_TYPE GetType() { return m_nType; }
		void SetType(OTS_PARTICLE_TYPE a_nType) { m_nType = a_nType; }
		
		// x-ray position
		CPoint GetXRayPos() { return m_poiXRayPos; }
		void SetXRayPos(CPoint a_poiXRayPos) { m_poiXRayPos = a_poiXRayPos; }
		
		CPoint GetAbsolutPos() { return m_absolutPos; }
		void SetAbsolutePos(CPoint a_poiabsPos) { m_absolutPos = a_poiabsPos; }
		// feature
		COTSFeaturePtr GetFeature() { return m_pFeature; }
		void SetFeature(COTSFeaturePtr a_pFeautre);

		// Feret diameter
		double GetFeretDiameter() { return m_dFeretDiameter; }
		void SetFeretDiameter(double a_dFeretDiameter) { m_dFeretDiameter = a_dFeretDiameter; }
		//设置该颗粒的最小外接矩形的宽度
		void SetWidth(double w) { m_Width = w; }
		double GetWidth() { return m_Width; }
		//设置该颗粒的最小外接矩形的长度
		void SetHeight(double h) { m_Height = h; }
		double GetHeight() { return m_Height; }
		// chemical type
		GB_CHEMICAL_TYPE GetChemicalType() { return m_nChemical; }//for GB 30834 Method2
		void SetChemicalType(GB_CHEMICAL_TYPE a_nChemical) { m_nChemical = a_nChemical; }

		double GetPerimeter() { return m_Perimeter; }
		void SetPerimeter(double p) { m_Perimeter = p; }

		double GetDMax() { return m_DMax; }
		void SetDMax(double d) { m_DMax = d; }

		double GetDMin() { return m_DMin; }
		void SetDMin(double d) { m_DMin = d; }

		double GetDPerp() { return m_Dp; }
		void SetDPerp(double dp) { m_Dp = dp; }

		double GetDInscr() { return m_Di; }
		void SetDInscr(double di) { m_Di = di; }

		double GetDMean() { return m_Dm; }
		void SetDMean(double dm) { m_Dm = dm; }
		double GetOrientation() { return m_Orientation; }
		void SetOrientation(double Orien) { m_Orientation = Orien; }
		double GetDElong() { return m_De; }
		void SetDElong(double de) { m_De = de; }
		double GetAspectElong() { return m_De/m_Dm; }
		double GetAspectRatio() { return m_DMax / m_Dm; }
		
		double GetVideo() {return m_cAveGray;}
		double GetEqualCircleDiameter()
		{
			double Diameter;
			double dSize = this->GetActualArea();
			Diameter = sqrt(dSize / Pi) * 2;
			return Diameter;
		}
		double GetImgPropertyValueByName(CString propertyName);
		
		// calculate area, rect, average gray, and xRay pos
		BOOL CalCoverRect();
		BOOL CalArea();
		BOOL CalXRayPos();

		std::string TypeName() const { return m_TypeName; }
		void TypeName(std::string val) { m_TypeName = val; }
		std::string TypeColor() const { return m_TypeColor; }
		void TypeColor(std::string val) { m_TypeColor = val; }

		std::string GetHardness() const { return m_hardness; }
		void SetHardness(std::string val) { m_hardness = val; }

		std::string GetDensity() const { return m_density; }
		void SetDensity(std::string val) { m_density = val; }

		std::string GetConductivity() const { return m_conductivity; }
		void SetConductivity(std::string val) { m_conductivity = val; }

		std::string GetSubParticles() const { return m_SubParticles; }
		void SetSubParticles(std::string val) { m_SubParticles = val; }

		CPosXrayPtr GetXrayInfo() const { return m_pXRayInfo; }
		void SetXrayInfo(CPosXrayPtr val) { m_pXRayInfo = val; }

		BOOL IsConnected(COTSParticle* a_p, int fldwidth, int fldheight, int direction);

		COTSParticle* headerParticle;//used to merge particles ,if this particle has been merged then this pointer will point to the first particle of these merged particles else it's NULL.
	    
		int GetGroupId() { return (int)m_grpId; }
		void SetGroupId(int a_grpId) { m_grpId = (IDENTIFIED_INC_GRP_ID)a_grpId; }

		std::string GetGroupName() const { return m_grpName; }
		void SetGroupName(std::string val) { m_grpName = val; }

		std::string GetGroupColor() const { return m_grpColor; }
		void SetGroupColor(std::string val) { m_grpColor = val; }

		BOOL IsXrayParticle() const { return m_isXrayParticle; }
		void SetIsXrayParticle(bool value) { m_isXrayParticle = value; }

protected:

		// cleanup
		void Cleanup();

		// initialization
		void Init();

		// duplication 
		void Duplicate(const COTSParticle& a_oSource);

		bool m_isXrayParticle;
						
		// area
		double m_dArea;

		double m_dPixelArea;

		// rectangle
		CRect m_rectParticle;
		COTSRect m_OTSRect;
	

		// Feret's diameter
		double m_dFeretDiameter;
		//最小外接矩形的宽度
		double m_Width;
		//最小外接矩形的长度
		double m_Height;
		// STD chemical type

		double m_Perimeter;
		double m_DMax;
		double m_DMin;
		double m_Dp;
		double m_Di;
		double m_Dm;
		double m_De;
		double m_Orientation;
		GB_CHEMICAL_TYPE m_nChemical;

		// gray
		BYTE m_cAveGray;

		// type
		int  m_nTypeId;

		OTS_PARTICLE_TYPE  m_nType;

		IDENTIFIED_INC_GRP_ID m_grpId;
		std::string m_grpName;
		std::string m_grpColor;

		std::string m_TypeName;

		std::string m_TypeColor;

		std::string m_hardness;
		std::string m_density;
		std::string m_conductivity;

		std::string m_SubParticles;
		// tag id
		int m_nTagId;

		// search id
		int m_nSearchId;

		// analysis id
		int m_nAnalysisId;

		// field id
		int m_nFieldId;

		// x-ray position
		CPoint m_poiXRayPos;
		
		CPoint m_absolutPos;//the ots coordinate position in the whole measure area. not the screen position.
		// feature
		COTSFeaturePtr m_pFeature;	

		CPosXrayPtr m_pXRayInfo;
	};

	typedef std::shared_ptr<COTSParticle> __declspec(dllexport) COTSParticlePtr;
	typedef std::vector<COTSParticlePtr> __declspec(dllexport) COTSParticleList;

}