OTS/OTSCPP/OTSData/PosXray.h

#pragma once
#include "afx.h"

#include "Element.h"
#include "CSpectrumData.h"

namespace OTSDATA
{

	class __declspec(dllexport) CPosXray/* : public CPosXrayInfo*/
	{
	 

	public:

		CPosXray();						        // constructor									
		CPosXray(const CPoint);				    // constructor
		//CPosXray(CPosXrayInfo*);				// constructor	
		CPosXray(const CPosXray&);			    // copy constructor
		CPosXray(CPosXray*);				    // copy constructor
		CPosXray& operator=(const CPosXray&);	// =operator

		virtual ~CPosXray();					// destructor

	

		// channels
		long GetChannelsNum() const { return GENERALXRAYCHANNELS; }

		// x-ray data
		DWORD* GetXrayData() const { return (DWORD*)m_nXrayData; }

		void SetXrayData(DWORD* a_pnXrayData);

		double GetXrayDataVectorNorm();

		DWORD GetTotalCount() const;
		void GetMaxHeightPosition(long& a_nMaxHeight, long& a_nPosition) const;

		// clear the x-ray data
		// if start position is [0, GENERALXRAYCHANNELS - 1], will do the clear
		void ClearXrayData(const long a_nStartPos = -1);

		// set x-ray data at channel
		void SetXrayDataAtChannel(DWORD a_nXray, const long a_nChannel);
		static CElementChemistriesList RemoveFe(CElementChemistriesList a_listElementChemistries);
		static CElementChemistriesList RemoveC(CElementChemistriesList a_listElementChemistries);


		//--------------------cposXrayinfo.h
	
		CPoint GetPosition() const { return m_poiPosition; }
		void SetPosition(const CPoint& a_poiPosition) { m_poiPosition = a_poiPosition; }

		// index for quantify identification
		long GetIndex() const { return m_nIndex; }
		void SetIndex(const long a_nIndex) { m_nIndex = a_nIndex; }

		// field id
		long GetScanFieldId() const { return m_nFieldId; }
		void SetScanFieldId(const long a_nScanfieldId) { m_nFieldId = a_nScanfieldId; }

		// particle tag id
		long GetPartTagId() const { return m_nPartTagId; }
		void SetPartTagId(const long a_nPartTagId) { m_nPartTagId = a_nPartTagId; }

		// feature id
		long GetFeatureId() const { return m_nFeatureId; }
		void SetFeatureId(const long a_nFeatureId) { m_nFeatureId = a_nFeatureId; }

		// element quantify data 
		CElementChemistriesList& GetElementQuantifyData() { return m_listElementQuantifyData; }

		CString GetQuantifiedElementsStr();
		void AddQuantifyElement(CElementChemistryPtr che) { m_listElementQuantifyData.push_back(che); }
		void SetElementQuantifyData(CElementChemistriesList& a_listElementQuantifyData);
		void AddElementQuantifyData(CElementChemistryPtr a_ElementQuantifyData);
		void NormalizeXrayQuantifyData();
		// record this only for DB
		long GetElementNum() { return m_nElementNum; }
		void SetElementNum(long a_nElementNum) { m_nElementNum = a_nElementNum; }


	protected:

		// cleanup 
		void Cleanup();

		// initialization
		void Init();

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

		// x-ray data
		DWORD m_nXrayData[GENERALXRAYCHANNELS];
		//--------------------------------------------cposXrayInfo.h
		// position 
		CPoint m_poiPosition;

		// index
		long m_nIndex;

		// field id
		long m_nFieldId;

		// particle tag id
		long m_nPartTagId;

		// feature id
		long m_nFeatureId;

		// element quantify data 
		CElementChemistriesList m_listElementQuantifyData;

		// record this only for DB
		long m_nElementNum;
		//--------------------------------------------

		CSpectrumData* m_spectrum;
	};

	typedef std::shared_ptr<CPosXray> __declspec(dllexport) CPosXrayPtr;
	typedef std::vector<CPosXrayPtr> __declspec(dllexport) CPosXrayList;

}