OTS/OTSCPP/OTSRptCalculate/Model/MsrResults.h

#pragma once
#include "XMLSerialization.h"
namespace OTSMODEL {

	__declspec(dllexport) const double DEFAULT_RADIO = 1.0;

	// CMsrResultItem command target

	class __declspec(dllexport) CMsrResultItem :  public xmls::ISlo
	{
	public:

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

		virtual ~CMsrResultItem();							// destructor

		// serialization
		//void Serialize(CArchive& ar);
		void Serialize(bool isStoring, tinyxml2::XMLDocument * classDoc, tinyxml2::XMLElement * rootNode);

		// Type ID
		int GetTypeId() { return m_nTypeId; }
		void SetTypeId(int a_nTypeId) { m_nTypeId = a_nTypeId; }

		// area (micros)
		double GetArea() { return m_nArea; }
		void SetArea(double a_nArea) { m_nArea = a_nArea; }

		// particle number
		DWORD GetNumber() { return m_nNumber; }
		void SetNumber(DWORD a_nNumber) { m_nNumber = a_nNumber; }

		std::string GetName() const { return m_sName; }

		void SetName(std::string val) { m_sName = val; }
	protected:

		// cleanup
		void Cleanup();

		// initialization
		void Init();

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

		// Type ID
		int m_nTypeId;

		// area (micros)
		double m_nArea;

		// particle number
		DWORD m_nNumber;
		std::string m_sName;
	};	

	typedef std::shared_ptr<CMsrResultItem> __declspec(dllexport) CMsrResultItemPtr;
	typedef std::vector<CMsrResultItemPtr> __declspec(dllexport) CMsrResultItemsList;

	// CMsrResults command target

	class __declspec(dllexport) CMsrResults : public xmls::ISlo
	{

	public:

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

		virtual ~CMsrResults();								// destructor

		// serialization
		void Serialize(bool isStoring, tinyxml2::XMLDocument * classDoc, tinyxml2::XMLElement * rootNode);

		// radio
		double GetRadio() { return m_dRadio; }
		void SetRadio(double a_dRadio) { m_dRadio = a_dRadio; }

		// measured area (micros)
		DWORD GetMeasuredArea() { return m_nMeasuredArea; }
		void SetMeasuredArea(DWORD a_nMeasuredArea) { m_nMeasuredArea = a_nMeasuredArea; }
		void CumulateMeasuredArea(DWORD a_nMeasuredArea){ m_nMeasuredArea += a_nMeasuredArea; }

		// results items list
		CMsrResultItemsList& GetResultItems() { return m_listResultItems; }
		void SetResultItems(CMsrResultItemsList& a_listResultItems);
		DWORD GetTotalParticleArea();
		DWORD GetTotalparticleIdentifyArea();
		DWORD GetTotalParticleNumber();  

		// calculate display ratio
		double CalDisplayRadio();

		// cumulate measure results
		void CumulateMeasureResults(CMsrResultItemPtr a_poResultItems);
		void CumulateMeasureResults(CMsrResultItemsList& a_listResultItems);

	protected:

		// cleanup
		void Cleanup();

		// initialization
		void Init();

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

		// radio
		double m_dRadio;

		// measured area (micros)
		DWORD m_nMeasuredArea;

		// result items list
		CMsrResultItemsList m_listResultItems;

	};

	typedef std::shared_ptr<CMsrResults> __declspec(dllexport) CMsrResultsPtr;
	typedef std::vector<CMsrResultsPtr> __declspec(dllexport) CMsrResultsList;

}