OTS/OTSCPP/OTSClrInterface/ClassificationClr/OTSClassifyEngineClr.cpp

#include "stdafx.h"

#include <msclr\marshal_cppstd.h>
#include "OTSParticleClr.h"
#include "PosXrayClr.h"
#include "OTSClassifyEngineClr.h"
namespace OTSCLRINTERFACE {
	using namespace msclr::interop;
	using namespace OTSCLRINTERFACE;
	COTSClassifyEngineClr::COTSClassifyEngineClr(EngineType  engineType, System::String^ libFileName)
	{

		std::string file = marshal_as <std::string>(libFileName);
		switch (engineType)
		{
		case EngineType::ExpressionClassifyEng:

			engine = GetParticleEngine(file).get();
			break;
		case EngineType::InclutionEng:
			engine = GetInclutionEngine().get();
			break;
		case EngineType::SpectrumCompare:
			engine = GetCurveCompareEngine(file).get();
			break;
		default:
			break;
		}
		if (engine == NULL)
		{
			AfxMessageBox(_T("The ClassifyEng load failed!"));
			exit(1);
		}
	}
	bool COTSClassifyEngineClr::ReloadEngineDB()
	{
		return engine->Init();
	
	}

	bool COTSClassifyEngineClr::ClassifyByExpression(COTSParticleClr^ particle)
	{
		auto part = particle->GetOTSParticlePtr();
		auto xraydata = part->GetXrayInfo();
		if (xraydata != nullptr)
		{
			return engine->ClassifyExpression(part, xraydata);
		}
		else
		{
			return false;
		}
	}

	bool COTSClassifyEngineClr::ClassifyBySpectrum(COTSParticleClr^ particle)
	{
		auto part = particle->GetOTSParticlePtr();
		auto xraydata = part->GetXrayInfo();
		if (xraydata != nullptr)
		{
			return engine->ClassifyBySpectrum(part, xraydata);
		}
		else
		{
			return false;
		}
	}

	bool COTSClassifyEngineClr::ClassifyByExpressionTemporarySpectrum(COTSParticleClr^ particle)
	{
		auto part = particle->GetOTSParticlePtr();
		auto xraydata = part->GetXrayInfo();
		if (xraydata != nullptr)
		{
			return engine->ClassifyByExpressionTemporarySpectrum(part, xraydata);
		}
		else
		{
			return false;
		}
	}






	bool COTSClassifyEngineClr::ClassifyIncA(COTSParticleClr^ particle, int SteelTech)
	{
		auto part = particle->GetOTSParticlePtr();
	
		auto xraydata = part->GetXrayInfo();
	
		return engine->ClassifyIncA(part, SteelTech, xraydata);
		
	}



	bool COTSClassifyEngineClr::IfNeedMaxEDS(COTSParticleClr^ particle,double% maxedstime)
	{
		auto part = particle->GetOTSParticlePtr();
		auto xraydata = part->GetXrayInfo();
		double MaxEDSTime=0;
		bool rst= engine->IfNeedMaxEDS(part, xraydata, MaxEDSTime);
		if (rst)
		{
			maxedstime = MaxEDSTime;
		}
		return rst;
	}
	bool COTSClassifyEngineClr::ZeroElementProcess(COTSParticleClr^ particle)
	{
		return engine->ZeroElementProcess(particle->GetOTSParticlePtr());
		
	}
}