#pragma once
#include "stdafx.h"
#include "PartSTDRuleItem.h"
#include "XMLSerialization.h"
#include "OTSFileSys.h"
#include "Element.h"
using namespace OTSTools;
using namespace OTSDATA;
using namespace xmls;
std::map<std::string, OTSDATA::CElementPtr>& PartSTDRuleItem::GetMapElements()
{
	if (m_mapEleItems.size() == 0)
	{
		for (auto ele : m_KeyelementList)
		{
			m_mapEleItems[ele->GetName().GetBuffer()] = ele;
		}
	}

	return m_mapEleItems;
}

void PartSTDRuleItem::Serialize(bool isStoring, tinyxml2::XMLDocument* classDoc, tinyxml2::XMLElement* rootNode)
{
	// name
	xmls::xString xstrName;
	// color
	xmls::xString xsColor;//COLORREF, C# can't access

	xmls::xInt xnSTDId;
	xmls::xString xKeyElementListStr;
	xmls::xString xSubElementListStr;

	xmls::xString xUsingConstants;
	xmls::xString xImgPropertyListStr;
	xmls::xString xOtherPropertyListStr;
	xmls::xString xExpstr;
	//xmls::Collection< CElementRange> xElementRanges;
	xmls::xString xHardness;
	xmls::xString xDensity;
	xmls::xString xElectrical_conductivity;

	xmls::Slo slo;
	slo.Register("StrName", &xstrName);
	slo.Register("Color", &xsColor);

	slo.Register("STDId", &xnSTDId);

	slo.Register("KeyElementList", &xKeyElementListStr);
	slo.Register("SubElementList", &xSubElementListStr);
	slo.Register("UsingConstants", &xUsingConstants);
	slo.Register("UsingImgPropertyList", &xImgPropertyListStr);
	slo.Register("UsingOtherPropertyList", &xOtherPropertyListStr);
	slo.Register("Expression", &xExpstr);
	slo.Register("Hardness", &xHardness);
	slo.Register("Density", &xDensity);
	slo.Register("Electrical_conductivity", &xElectrical_conductivity);
	if (isStoring)
	{
		xstrName = GetName();
		xsColor = GetColor();
		xHardness = m_Hardness;
		xDensity = m_Density;
		xElectrical_conductivity = m_Electrical_conductivity;
		xnSTDId = GetID();

		CString s = "";
		for (auto poElement : m_KeyelementList)
		{
			s += poElement->GetName() + ",";
		}
		s = s.TrimRight(",");
		xKeyElementListStr = s;

		s = "";
		for (auto poElement : m_SubelementList)
		{
			s += poElement->GetName() + ",";
		}
		s = s.TrimRight(",");
		xSubElementListStr = s;

		for (auto pName : m_ImgPropertyList)
		{
			s += pName.c_str();
			s += ",";
		}
		s = s.TrimRight(",");
		xImgPropertyListStr = s;

		for (auto pName : m_OtherpropertyList)
		{
			s += pName.c_str();
			s += ",";
		}
		s = s.TrimRight(",");
		xOtherPropertyListStr = s;

		slo.Serialize(true, classDoc, rootNode);
	}
	else
	{
		slo.Serialize(false, classDoc, rootNode);

		SetName(xstrName.value().c_str());
		SetColor(xsColor.value().c_str());
		SetExpressionStr(xExpstr.value());
		m_Hardness = xHardness.value();
		m_Density = xDensity.value();
		m_Electrical_conductivity = xElectrical_conductivity.value();
		SetID(xnSTDId.value());
		std::vector<string> eles;

		std::string elements = xKeyElementListStr.c_str();
		xmls::SplitString(elements, eles, ",");
		for (int i = 0; i < eles.size(); ++i)
		{
			CString ss = eles[i].c_str();
			m_KeyelementList.push_back(CElementPtr(new CElement(ss)));
		}

		elements = xSubElementListStr.c_str();
		eles.clear();
		xmls::SplitString(elements, eles, ",");
		for (int i = 0; i < eles.size(); ++i)
		{
			CString ss = eles[i].c_str();
			m_SubelementList.push_back(CElementPtr(new CElement(ss)));
		}


		std::vector<string> pNames;
		std::string propertynames = xImgPropertyListStr.c_str();
		xmls::SplitString(propertynames, pNames, ",");
		for (int i = 0; i < pNames.size(); ++i)
		{
			std::string ss = pNames[i];
			m_ImgPropertyList.push_back(ss);
		}
		std::vector<string> pOthers;
		std::string otherPropertynames = xOtherPropertyListStr.c_str();
		xmls::SplitString(otherPropertynames, pOthers, ",");
		for (int i = 0; i < pOthers.size(); ++i)
		{
			std::string ss = pOthers[i];
			m_OtherpropertyList.push_back(ss);
		}
		for (auto ele : m_KeyelementList)
		{
			m_mapEleItems[ele->GetName().GetBuffer()] = ele;
		}
		xmls::SplitString(xUsingConstants.value(), m_usingConstants, ",");

	}

}
CElementsList PartSTDRuleItem::GetAllSortedEleList()
{
	std::multimap<int, CElementPtr> mapEles;// sorted all the using elements by the name's length,so that we can always handle the longer name element first.
	//because if we handle short name element first ,we may treat "Cu" as "C" or other have the same character in name element.
	for (auto ele : m_KeyelementList)
	{
		mapEles.insert(std::pair<int, CElementPtr>(ele->GetName().GetLength(), ele));
	}
	for (auto ele : m_SubelementList)
	{
		mapEles.insert(std::pair<int, CElementPtr>(ele->GetName().GetLength(), ele));

	}
	CElementsList eleList;

	for (auto itr = mapEles.rbegin(); itr != mapEles.rend(); itr++)
	{
		eleList.push_back(itr->second);

	}
	return eleList;

}
void PartSTDRuleItem::AddXraySpectrum(CPosXrayPtr xray)
{
	if (m_spectrums.size() < 50)//only memory 50 spectrum for one item.
	{
		m_spectrums.push_back(xray);
	}
	
}
double PartSTDRuleItem::CalculateSimilarity(CPosXrayPtr xray)
{
	double maxSimilarity=0;
	for (auto mySpectrum : m_spectrums)
	{
		double sim=GetCosValue(mySpectrum, xray, GENERALXRAYCHANNELS);
		if (sim > maxSimilarity)
		{
			maxSimilarity = sim;
		}
	}
	return maxSimilarity;
}
double PartSTDRuleItem::GetCosValue(CPosXrayPtr posXray, CPosXrayPtr posXray1, int iDataLen1)
{
	if (posXray->GetChannelsNum() != iDataLen1)
	{
		return 0;
	}

	DWORD* pXrayData = posXray->GetXrayData();
	DWORD* pXrayData1 = posXray1->GetXrayData();


	// ¹«Ê½: (x1y1+x2y2+x3y3+...x2000y2000) / (sqrt(x1^2 + x2^2 + ...x2000^2) * sqrt(y1^2 + y2^2 + ...y2000^2))
	double dotProduct = 0;
	double d1 = 0;
	double d2 = 0;
	for (int i = 0; i < iDataLen1; i++)
	{
		double r1 = pXrayData[i];
		double r2 = pXrayData1[i];
		r1 *= r2;
		dotProduct = dotProduct + r1;

	}
	d1 = posXray->GetXrayDataVectorNorm();
	d2 = posXray1->GetXrayDataVectorNorm();
	return (0 == d1 || 0 == d2) ? 0 : dotProduct / (d1 * d2);

}