kev/Drawer/Module/GeoSigmaDraw/InterfaceLayer.cpp


#include "StdAfx.h"
#include "SigmaView.h"
#include "sigmadoc.h"
#include "ActionSortItem.h"
#include ".\actionembellishitem.h"
#include <afxadv.h>
#include "itemmeshprocess.h"
#include "TinyXml\tinyxml.h"
#include "StringManager.h"
#include "ItemDelete.h"
#include "ItemBreakCurve.h"
#include "ActionDeleteItem.h"
#include "ActionComboItem.h"
#include "ItemExtendCurve.h"
#include "ActionListItem.h"
#include "ActionAddItem.h"
#include "ActionAddLayerItem.h"
#include "../SSBase/VoronoiMap/GObjects/mycurve.h"
#include "../SSBase/DrawModel/Point2D.h"
#include "VoronoiMap/InterfaceElements.h"
#include "VoronoiMap/voronoimap.h"
#include <algorithm>
#include <numeric>
#include "InterfaceLayer.h"
#include "Util.h"
#include "pystring.h"

#include "../VoronoiMap/contourfillmap.h"

#include "clipper2/clipper.core.h"
#include "clipper2/clipper.h"

#include "DrawOperator/RTree.h"
typedef RTree<int, double, 2> RTree2D;
typedef RectTemplate<double> AABBRect;

using namespace Clipper2Lib;

#define STAT_MODE_ELEMENTS		0		//统计元素（缺省）
#define STAT_MODE_TRAPS				1		//统计圈闭
#define STAT_MODE_VOLUME			2		//统计体积
#define STAT_MODE_SURVEY			3		//统计测线
#define STAT_MODE_WELL				4		//统计井位
#define STAT_MODE_LAYER				5		//层位统计
#define STAT_MODE_FAULTS				6		//统计断层
#define STAT_MODE_BLOCK_ELEMENT 7       // 统计区块内元素
#define STAT_MODE_WELL_AZIMUTH  8		// 统计井轨迹的方位角
#define STAT_MODE_POLYGON_RELATION  10	// 统计多边形关系

// 统计采用的最小 z 值
static constexpr double MIN_Z = -1E100;

static int GetLayerElementCurve(CSigmaDoc * pDoc, char * layerName, NBase::CPositionList& select, bool withChild);
static int RgnDelete(CSigmaDoc * pDoc, NBase::CPositionList& rgnList, NBase::CPositionList& delList, int nDeleteIdea);

// CString xmlText;
// 保留多少位小数，先给定默认值，应该从配置中读取
static constexpr int decimal = 6;

BOOL GetCurveAzimuth(CCurveEx* pCurve, double &azimuth)
{
	NBase::CRect8 rect(1e100, -1e100, -1e100, 1e100);
	pCurve->GetRange(rect);
	double k, b;
	if (!AfxGetPublicFunction()->GetKB(pCurve->num, pCurve->x, pCurve->y, k, b))
	{
		azimuth = 0;
		return FALSE;
	}
	rect.bottom = k * rect.left + b;
	rect.top = k * rect.right + b;
	azimuth = AfxGetPublicFunction()->GetAzimuth(rect.left, rect.bottom, rect.right, rect.top);
	return TRUE;
}

static std::string PositionToString(POSITION position)
{
	uintptr_t number = (uintptr_t)position;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	return std::string(buffer);
}

// 统计体积
int StatisVolumn(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id, CMesh* pMesh, int volumeMode)
{
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE)
	{
		return 0;
	}

	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *areaElement = new TiXmlElement("Area");
	TiXmlElement *volumnElement = new TiXmlElement("Volumn");
	TiXmlElement *areaVolumnElement = new TiXmlElement("AreaVolumn");
	TiXmlElement *positionElement = new TiXmlElement("Position");

	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(areaElement);
	itemElement->LinkEndChild(volumnElement);
	itemElement->LinkEndChild(areaVolumnElement);
	itemElement->LinkEndChild(positionElement);

	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	name = pOne->GetName();
	std::string idStr = std::to_string(id);
	TiXmlText* idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);

	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetName());
	layerElement->LinkEndChild(layerValue);

	double area = pCurve->Area();
	AfxGetPublicFunction()->FloatToString(txt, area, decimal);
	TiXmlText *areaValue = new TiXmlText(txt);
	areaElement->LinkEndChild(areaValue);

	if (pMesh)
	{
		if (volumeMode == 0)		//构造图
		{
			NBase::CPoint3D point;
			if (pMesh->GetHightPoint(pCurve, point) > 0)	//计算高点
			{
				double cz = pMesh->GetClosedZ(*pCurve, point.z0);	//计算闭合线
				double dHAverage = pMesh->TradeArea(*pCurve, cz);
				if (std::isnan(dHAverage))
				{
					dHAverage = 0;
				}
				double vol = dHAverage * area; //pMesh->Volume(*pCurve, cz);			//计算体积
				AfxGetPublicFunction()->FloatToString(txt, vol, decimal);
				TiXmlText *volumnValue = new TiXmlText(txt);
				volumnElement->LinkEndChild(volumnValue);

				if (fabs(area) > 1e-6)//权衡面积
				{
					AfxGetPublicFunction()->FloatToString(txt, dHAverage, 6); // vol / area
					TiXmlText *areaVolumnValue = new TiXmlText(txt);
					areaVolumnElement->LinkEndChild(areaVolumnValue);
				}
			}
		}
		else if (volumeMode == 1)	//等厚图
		{
			double dHAverage = pMesh->TradeArea(*pCurve, 0);
			if (std::isnan(dHAverage))
			{
				dHAverage = 0;
			}
			double vol = dHAverage * area;  //pMesh->Volume(*pCurve, 0);			//计算体积
			AfxGetPublicFunction()->FloatToString(txt, vol, decimal);
			TiXmlText *volumnValue = new TiXmlText(txt);
			volumnElement->LinkEndChild(volumnValue);
			if (fabs(area) > 1e-6)//权衡面积
			{
				AfxGetPublicFunction()->FloatToString(txt, dHAverage, 6); // vol / area
				TiXmlText *areaVolumnValue = new TiXmlText(txt);
				areaVolumnElement->LinkEndChild(areaVolumnValue);
			}
		}
	}

	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);

	return 1;
}

// 统计井
int StatisWells(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id, CMesh* pMesh)
{
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_POINT && pOne->GetType() != DOUBLEFOX_XYZ)
	{
		return 0;
	}
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *layerPathElement = new TiXmlElement("LayerPath");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *xElement = new TiXmlElement("X");
	TiXmlElement *yElement = new TiXmlElement("Y");
	TiXmlElement *zElement = new TiXmlElement("Z");
	TiXmlElement *positionElement = new TiXmlElement("Position");
	TiXmlElement *meshZElement = new TiXmlElement("图-Z");
	TiXmlElement *mistakeElement = new TiXmlElement("误差");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(layerPathElement);
	itemElement->LinkEndChild(xElement);
	itemElement->LinkEndChild(yElement);
	itemElement->LinkEndChild(zElement);
	itemElement->LinkEndChild(positionElement);
	itemElement->LinkEndChild(meshZElement);
	itemElement->LinkEndChild(mistakeElement);

	CPointNameEx* pPoint = (CPointNameEx*)pOne->GetValue();
	name = pOne->GetName();
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	AfxGetPublicFunction()->FloatToString(txt, pPoint->x0, decimal);
	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetName());
	layerElement->LinkEndChild(layerValue);
	if (pOne->GetLayer()->HowToViewPoint)
	{
		txt = pOne->GetLayer()->HowToViewPoint->MarkName;
	}
	else {
		txt = "";
	}

	TiXmlText *layerPathValue = new TiXmlText(txt);
	layerPathElement->LinkEndChild(layerPathValue);
	AfxGetPublicFunction()->FloatToString(txt, pPoint->x0, decimal);
	TiXmlText *xValue = new TiXmlText(txt);
	xElement->LinkEndChild(xValue);
	AfxGetPublicFunction()->FloatToString(txt, pPoint->y0, decimal);
	TiXmlText *yValue = new TiXmlText(txt);
	yElement->LinkEndChild(yValue);

	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);
	if (pMesh)
	{
		double z0 = pPoint->z0;
		double zmin, zmax;
		pMesh->GetM(zmin, zmax);

		double z1 = pMesh->GetValue(pPoint->x0, pPoint->y0);
		meshZElement->LinkEndChild(new TiXmlText(std::to_string(z1).c_str()));

		AfxGetPublicFunction()->FloatToString(txt, z0, decimal);
		TiXmlText* zValue = new TiXmlText(txt);
		zElement->LinkEndChild(zValue);

		double mistake = z0 - z1;
		std::string str = std::to_string(mistake);
		mistakeElement->LinkEndChild(new TiXmlText(str.c_str()));
	}
	else
	{
		double z0 = pPoint->z0;
		if (pPoint->z0 < MIN_Z)
		{
			txt = "";
		}
		else
		{
			AfxGetPublicFunction()->FloatToString(txt, z0, decimal);
		}
		TiXmlText* zValue = new TiXmlText(txt);
		zElement->LinkEndChild(zValue);
	}

	return 1;
}

// 统计层位
void StatisLayer(CSigmaView* pView, TiXmlElement *rootElement, CString id, CLayer* pLayer)
{
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *pointElement = new TiXmlElement("Point");
	TiXmlElement *curveElement = new TiXmlElement("Curve");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(pointElement);
	itemElement->LinkEndChild(curveElement);
	TiXmlText *idValue = new TiXmlText(id);
	idElement->LinkEndChild(idValue);
	txt = pLayer->GetName();
	TiXmlText *layerValue = new TiXmlText(txt);
	layerElement->LinkEndChild(layerValue);
	txt = "0"; if (pLayer->HowToViewPoint) txt = "1";
	TiXmlText *pointValue = new TiXmlText(txt);
	pointElement->LinkEndChild(pointValue);
	txt = "0"; if (pLayer->HowToViewCurve) txt = "1";
	TiXmlText *curveValue = new TiXmlText(txt);
	curveElement->LinkEndChild(curveValue);
}

// 统计断层
void StatisFaultCsv(CXy* pXy, POSITION pt, CString id, CMesh* pMesh, CString& lineData)
{
	COne* pOne = pXy->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return;

	//TiXmlElement *itemElement = new TiXmlElement("Item");
	//rootElement->LinkEndChild(itemElement);
	//TiXmlElement *idElement = new TiXmlElement("ID");
	//TiXmlElement *nameElement = new TiXmlElement("Name");
	//TiXmlElement *layerElement = new TiXmlElement("Layer");
	//TiXmlElement *faultNatureElement = new TiXmlElement("FaultNature");
	//TiXmlElement *extensionLenElement = new TiXmlElement("ExtensionLength");
	//TiXmlElement *faultTrendElement = new TiXmlElement("FaultTrend");
	//TiXmlElement *inclinationElement = new TiXmlElement("Inclination");
	//TiXmlElement *dipAngleElement = new TiXmlElement("DipAngle");
	//TiXmlElement *maxHorizonElement = new TiXmlElement("MaxHorizonDistance");
	//TiXmlElement *averageHorizonElement = new TiXmlElement("AverageHorizonDistance");
	//TiXmlElement *maxVerticalElement = new TiXmlElement("MaxVerticalDistance");
	//TiXmlElement *averageVerticalElement = new TiXmlElement("AverageVerticalDistance");
	//TiXmlElement *positionElement = new TiXmlElement("Position");
	//itemElement->LinkEndChild(idElement);
	//itemElement->LinkEndChild(nameElement);
	//itemElement->LinkEndChild(layerElement);
	//itemElement->LinkEndChild(faultNatureElement);
	//itemElement->LinkEndChild(extensionLenElement);
	//itemElement->LinkEndChild(faultTrendElement);
	//itemElement->LinkEndChild(inclinationElement);
	//itemElement->LinkEndChild(dipAngleElement);
	//itemElement->LinkEndChild(maxHorizonElement);
	//itemElement->LinkEndChild(averageHorizonElement);
	//itemElement->LinkEndChild(maxVerticalElement);
	//itemElement->LinkEndChild(averageVerticalElement);
	//itemElement->LinkEndChild(positionElement);
	CString name, layerName, faultNature, extendLength, direction
		, incline, inclineAngle, horDistanceMax, horDistanceAve, verDistanceMax, verDistanceAve;
	name = pOne->GetName();

	double length = 0, trend = 0, dip = 0, dip_angle = 0;
	double ave_xydist = 0, max_xydist = 0, min_xydist = 0;	//水平断距
	double ave_zdist = 0, max_zdist = 0, min_zdist = 0;		//垂直断距
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	//计算走向，得到0-180的角度
	trend = pCurve->GetAverageAngle();
	//计算倾向，与走向垂直
	dip = trend - 90;
	if (dip < 0) dip += 180;

	// 计算水平断距
	pCurve->GetClosureWidth(max_xydist, min_xydist, ave_xydist);

	// 计算延伸长度
	length = pCurve->GetClosureLength(ave_xydist);

	//计算垂直断距
	if (pMesh)
	{
		NBase::dfPoint fpt;
		double zmin = 0, zmax = 0, z = 0;
		int i;
		for (i = 0; i < pCurve->num; i++)
		{
			pCurve->GetPoint(i, fpt);
			z = pMesh->GetValue(fpt.x0, fpt.y0);
			if (z > 1e7 || z < -1e7) continue;
			zmin = zmax = z;
			break;
		}
		for (; i < pCurve->num; i++)
		{
			pCurve->GetPoint(i, fpt);
			z = pMesh->GetValue(fpt.x0, fpt.y0);
			if (z > 1e7 || z < -1e7) continue;
			if (z > zmax) zmax = z;
			else if (z < zmin) zmin = z;
		}
		max_zdist = fabs(zmax - zmin);
		ave_zdist = max_zdist / 2;
	}

	dip_angle = atan2(max_zdist, ave_xydist)*RHO;
	faultNature = "正断层";
	AfxGetPublicFunction()->FloatToString(extendLength, length, decimal);
	AfxGetPublicFunction()->FloatToString(direction, trend, decimal);
	AfxGetPublicFunction()->FloatToString(incline, dip, decimal);
	AfxGetPublicFunction()->FloatToString(inclineAngle, dip_angle, decimal);
	AfxGetPublicFunction()->FloatToString(horDistanceMax, max_xydist, decimal);
	AfxGetPublicFunction()->FloatToString(horDistanceAve, ave_xydist, decimal);
	AfxGetPublicFunction()->FloatToString(verDistanceMax, max_zdist, decimal);
	AfxGetPublicFunction()->FloatToString(verDistanceAve, ave_zdist, decimal);

	lineData.Format("%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s"
		, id, name, layerName, faultNature, extendLength, direction
		, incline, inclineAngle, horDistanceMax, horDistanceAve, verDistanceMax, verDistanceAve);
}

int StatisFault(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id, CMesh* pMesh)
{
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return 0;
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *faultNatureElement = new TiXmlElement("FaultNature");
	TiXmlElement *extensionLenElement = new TiXmlElement("ExtensionLength");
	TiXmlElement *faultTrendElement = new TiXmlElement("FaultTrend");
	TiXmlElement *inclinationElement = new TiXmlElement("Inclination");
	TiXmlElement *dipAngleElement = new TiXmlElement("DipAngle");
	TiXmlElement *maxHorizonElement = new TiXmlElement("MaxHorizonDistance");
	TiXmlElement *averageHorizonElement = new TiXmlElement("AverageHorizonDistance");
	TiXmlElement *maxVerticalElement = new TiXmlElement("MaxVerticalDistance");
	TiXmlElement *averageVerticalElement = new TiXmlElement("AverageVerticalDistance");
	TiXmlElement *positionElement = new TiXmlElement("Position");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(faultNatureElement);
	itemElement->LinkEndChild(extensionLenElement);
	itemElement->LinkEndChild(faultTrendElement);
	itemElement->LinkEndChild(inclinationElement);
	itemElement->LinkEndChild(dipAngleElement);
	itemElement->LinkEndChild(maxHorizonElement);
	itemElement->LinkEndChild(averageHorizonElement);
	itemElement->LinkEndChild(maxVerticalElement);
	itemElement->LinkEndChild(averageVerticalElement);
	itemElement->LinkEndChild(positionElement);

	name = pOne->GetName();
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetName());
	layerElement->LinkEndChild(layerValue);
	double length = 0, trend = 0, dip = 0, dip_angle = 0;
	double ave_xydist = 0, max_xydist = 0, min_xydist = 0;	//水平断距
	double ave_zdist = 0, max_zdist = 0, min_zdist = 0;		//垂直断距
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	//计算走向，得到0-180的角度
	trend = pCurve->GetAverageAngle();
	//计算倾向，与走向垂直
	dip = trend - 90;
	if (dip < 0) dip += 180;

	// 计算水平断距
	pCurve->GetClosureWidth(max_xydist, min_xydist, ave_xydist);

	// 计算延伸长度
	length = pCurve->GetClosureLength(ave_xydist);

	//计算垂直断距
	if (pMesh)
	{
		NBase::dfPoint fpt;
		double zmin = 0, zmax = 0, z = 0;
		int i;
		for (i = 0; i < pCurve->num; i++)
		{
			pCurve->GetPoint(i, fpt);
			z = pMesh->GetValue(fpt.x0, fpt.y0);
			if (z > 1e7 || z < -1e7) continue;
			zmin = zmax = z;
			break;
		}
		for (; i < pCurve->num; i++)
		{
			pCurve->GetPoint(i, fpt);
			z = pMesh->GetValue(fpt.x0, fpt.y0);
			if (z > 1e7 || z < -1e7) continue;
			if (z > zmax) zmax = z;
			else if (z < zmin) zmin = z;
		}
		max_zdist = fabs(zmax - zmin);
		ave_zdist = max_zdist / 2;
	}

	dip_angle = atan2(max_zdist, ave_xydist)*RHO;
	//txt.LoadStringA(IDS_STRING_NORMAL_FAULT); //正断层
	CStringManager stringManager;
	txt = stringManager.GetStringByIDS("IDS_STRING_NORMAL_FAULT");
	TiXmlText *faultNatureValue = new TiXmlText(txt);
	faultNatureElement->LinkEndChild(faultNatureValue);
	AfxGetPublicFunction()->FloatToString(txt, length, decimal);
	TiXmlText *extentsionLenValue = new TiXmlText(txt);
	extensionLenElement->LinkEndChild(extentsionLenValue);
	AfxGetPublicFunction()->FloatToString(txt, trend, decimal);
	TiXmlText *faultTrendValue = new TiXmlText(txt);
	faultTrendElement->LinkEndChild(faultTrendValue);
	AfxGetPublicFunction()->FloatToString(txt, dip, decimal);
	TiXmlText *inclinationValue = new TiXmlText(txt);
	inclinationElement->LinkEndChild(inclinationValue);
	AfxGetPublicFunction()->FloatToString(txt, dip_angle, decimal);
	TiXmlText *dipAngleValue = new TiXmlText(txt);
	dipAngleElement->LinkEndChild(dipAngleValue);
	AfxGetPublicFunction()->FloatToString(txt, max_xydist, decimal);
	TiXmlText *maxHorizonValue = new TiXmlText(txt);
	maxHorizonElement->LinkEndChild(maxHorizonValue);
	AfxGetPublicFunction()->FloatToString(txt, ave_xydist, decimal);
	TiXmlText *averageHorizonValue = new TiXmlText(txt);
	averageHorizonElement->LinkEndChild(averageHorizonValue);
	AfxGetPublicFunction()->FloatToString(txt, max_zdist, decimal);
	TiXmlText *maxVerticalValue = new TiXmlText(txt);
	maxVerticalElement->LinkEndChild(maxVerticalValue);
	AfxGetPublicFunction()->FloatToString(txt, ave_zdist, decimal);
	TiXmlText *averageVerticalValue = new TiXmlText(txt);
	averageVerticalElement->LinkEndChild(averageVerticalValue);
	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	//sprintf(buffer, "%lx", pt);
	//sscanf(buffer, "%lx", pt);
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);

	return 1;
}

// 统计圈闭
void StatisTrapsCsv(CXy* pXy, POSITION pt, CString id, CMesh* pMesh, CString& lineData)
{
	if (pMesh == nullptr)
	{
		return;
	}
	COne* pOne = pXy->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return;
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	NBase::CPoint3D hp;
	int count = pMesh->GetHightPoint(pCurve, hp);
	BOOL bf = TRUE;
	double zmin, zmax;
	pMesh->GetM(zmin, zmax);
	if (zmin < 0 && zmax < 0) bf = FALSE;

	CString name, hpHeight, closeZ, closeHeight, area, volume, strAngle, hpX, hpY;

	name = pOne->GetName();
	AfxGetPublicFunction()->FloatToString(area, pCurve->Area(), decimal);

	if (count > 0)
	{
		AfxGetPublicFunction()->FloatToString(hpHeight, hp.z0, decimal);

		double sum = pMesh->GetClosedZ(*pCurve, hp.z0);
		AfxGetPublicFunction()->FloatToString(closeZ, sum, decimal);

		double vol = pMesh->Volume(*pCurve, sum);		//计算体积
		AfxGetPublicFunction()->FloatToString(volume, vol, decimal);

		if (bf) sum -= hp.z0;
		else   sum = hp.z0 - sum;
		AfxGetPublicFunction()->FloatToString(closeHeight, sum, decimal);

		AfxGetPublicFunction()->FloatToString(hpX, hp.x0, decimal);

		AfxGetPublicFunction()->FloatToString(hpY, hp.y0, decimal);

		// 倾角计算
		double dAngle = pMesh->CalculateAngle(*pCurve);
		AfxGetPublicFunction()->FloatToString(strAngle, dAngle, decimal);

		lineData.AppendFormat("%s,%s,%s,%s,%s,%s,%s,%s,%s,%s,%s"
			, id, name
			, pOne->GetLayer()->GetPathName().Mid(7)
			, hpHeight, closeZ, closeHeight, area, volume, strAngle, hpX, hpY);
	}
	else
	{
		lineData.AppendFormat("%s,%s,%s,,,,,,,"
			, id, name
			, pOne->GetLayer()->GetPathName().Mid(7));
	}
}
int StatisTraps(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id, CMesh* pMesh)
{
	if (pMesh == nullptr)
	{
		return 0;
	}

	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return 0;
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	NBase::CPoint3D hp;
	int count = pMesh->GetHightPoint(pCurve, hp);
	BOOL bf = TRUE;
	double zmin, zmax;
	pMesh->GetM(zmin, zmax);
	if (zmin < 0 && zmax < 0) bf = FALSE;
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *heightPointElement = new TiXmlElement("HeightPointDepth");
	TiXmlElement *closeLineElement = new TiXmlElement("CloseLine");
	TiXmlElement *closeHeightElement = new TiXmlElement("CloseHeight");
	TiXmlElement *closeAreaElement = new TiXmlElement("CloseArea");
	TiXmlElement *volumeElement = new TiXmlElement("Volume");
	TiXmlElement *coordinateXElement = new TiXmlElement("CoordinateX");
	TiXmlElement *coordinateYElement = new TiXmlElement("CoordinateY");
	TiXmlElement *positionElement = new TiXmlElement("Position");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(heightPointElement);
	itemElement->LinkEndChild(closeLineElement);
	itemElement->LinkEndChild(closeHeightElement);
	itemElement->LinkEndChild(closeAreaElement);
	itemElement->LinkEndChild(volumeElement);
	itemElement->LinkEndChild(coordinateXElement);
	itemElement->LinkEndChild(coordinateYElement);
	itemElement->LinkEndChild(positionElement);
	name = pOne->GetName();
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetPathName().Mid(7));
	layerElement->LinkEndChild(layerValue);
	AfxGetPublicFunction()->FloatToString(txt, pCurve->Area(), decimal);
	TiXmlText *closeAreaValue = new TiXmlText(txt);
	closeAreaElement->LinkEndChild(closeAreaValue);

	if (count > 0)
	{
		AfxGetPublicFunction()->FloatToString(txt, hp.z0, decimal);
		TiXmlText *heightPointValue = new TiXmlText(txt);
		heightPointElement->LinkEndChild(heightPointValue);
		double sum = pMesh->GetClosedZ(*pCurve, hp.z0);
		AfxGetPublicFunction()->FloatToString(txt, sum, decimal);
		TiXmlText *closeLineValue = new TiXmlText(txt);
		closeLineElement->LinkEndChild(closeLineValue);
		double vol = pMesh->Volume(*pCurve, sum);		//计算体积
		AfxGetPublicFunction()->FloatToString(txt, vol, decimal);
		TiXmlText *volumeValue = new TiXmlText(txt);
		volumeElement->LinkEndChild(volumeValue);
		if (bf) sum -= hp.z0;
		else   sum = hp.z0 - sum;
		AfxGetPublicFunction()->FloatToString(txt, sum, decimal);
		TiXmlText *closeHeightValue = new TiXmlText(txt);
		closeHeightElement->LinkEndChild(closeHeightValue);
		AfxGetPublicFunction()->FloatToString(txt, hp.x0, decimal);
		TiXmlText *xValue = new TiXmlText(txt);
		coordinateXElement->LinkEndChild(xValue);
		AfxGetPublicFunction()->FloatToString(txt, hp.y0, decimal);
		TiXmlText *yValue = new TiXmlText(txt);
		coordinateYElement->LinkEndChild(yValue);
	}
	else
	{
		txt = "";
		TiXmlText *heightPointValue = new TiXmlText(txt);
		heightPointElement->LinkEndChild(heightPointValue);
		TiXmlText *closeLineValue = new TiXmlText(txt);
		closeLineElement->LinkEndChild(closeLineValue);
		TiXmlText *volumeValue = new TiXmlText(txt);
		volumeElement->LinkEndChild(volumeValue);
		TiXmlText *closeHeightValue = new TiXmlText(txt);
		closeHeightElement->LinkEndChild(closeHeightValue);
		TiXmlText *xValue = new TiXmlText(txt);
		coordinateXElement->LinkEndChild(xValue);
		TiXmlText *yValue = new TiXmlText(txt);
		coordinateYElement->LinkEndChild(yValue);
	}

	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);

	return 1;
}

// 统计测线
int StatisSurvey(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id)
{
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return 0;
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *firstElement = new TiXmlElement("FirstStakeNo");
	TiXmlElement *lastElement = new TiXmlElement("LastStakeNo");
	TiXmlElement *stakeLengthElement = new TiXmlElement("StakeLength");
	TiXmlElement *lengthElement = new TiXmlElement("RealLength");
	TiXmlElement *azimuthElement = new TiXmlElement("Azimuth");
	TiXmlElement * positionElement = new TiXmlElement("Position");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(firstElement);
	itemElement->LinkEndChild(lastElement);
	itemElement->LinkEndChild(stakeLengthElement);
	itemElement->LinkEndChild(lengthElement);
	itemElement->LinkEndChild(azimuthElement);
	itemElement->LinkEndChild(positionElement);

	name = pOne->GetName();
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetName());
	layerElement->LinkEndChild(layerValue);
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	AfxGetPublicFunction()->FloatToString(txt, pCurve->Length(), decimal);
	TiXmlText *lengthValue = new TiXmlText(txt);
	lengthElement->LinkEndChild(lengthValue);
	AfxGetPublicFunction()->FloatToString(txt, pCurve->l[0], decimal);
	TiXmlText *firstStakeValue = new TiXmlText(txt);
	firstElement->LinkEndChild(firstStakeValue);
	AfxGetPublicFunction()->FloatToString(txt, pCurve->l[pCurve->num - 1], decimal);
	TiXmlText *lastStakeValue = new TiXmlText(txt);
	lastElement->LinkEndChild(lastStakeValue);
	double len = pCurve->l[pCurve->num - 1] - pCurve->l[0];
	if (len < 0) len *= -1;
	AfxGetPublicFunction()->FloatToString(txt, len, decimal);
	TiXmlText *stakeLenValue = new TiXmlText(txt);
	stakeLengthElement->LinkEndChild(stakeLenValue);
	double azimuth;
	/* if*/(GetCurveAzimuth(pCurve, azimuth));
	//{
	AfxGetPublicFunction()->FloatToString(txt, azimuth, decimal);
	TiXmlText *azimuthValue = new TiXmlText(txt);
	azimuthElement->LinkEndChild(azimuthValue);
	//}

	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);

	return 1;
}

static TiXmlElement* FindXmlNodeByPosition(TiXmlElement *rootElement, const char *position)
{
	for (TiXmlElement* itemElement = rootElement->FirstChildElement("Item"); itemElement; itemElement = itemElement->NextSiblingElement("Item"))
	{
		TiXmlElement* positionElement = itemElement->FirstChildElement("Position");
		if (positionElement)
		{
			const char* posValue = positionElement->GetText();
			if (posValue && strcmp(posValue, position) == 0)
			{
				return itemElement;
			}
		}
	}

	return nullptr;
}

/**
 *
 *	统计区块内点元素
 * \param pView
 * \param pt
 * \param rootElement
 * \param id
 * \return
 */
int StatisticBlockElements(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int& id) {
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (!pOne->IsView()) return 0;
	if (pOne->GetLayer()->IsNotViewNotEdit()) return 0;
	if (pOne->GetType() != DOUBLEFOX_CURVE) return 0;
	CCurveEx* pBlock = (CCurveEx*)(pOne->GetValue());
	CXy* pxy = pView->m_pDoc->m_pXy;
	CPtrList* pLst = pxy->GetValueList();
	POSITION pFind = pLst->GetHeadPosition();
	POSITION posFind;
	COne *pOneFind;
	int nCount = 0;

	while (pFind) {
		posFind = pFind;
		pOneFind = (COne *)(pLst->GetNext(pFind));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_XYZ || pOneFind->GetType() == DOUBLEFOX_POINT)
		{
			CPointNameBase* pPoint = (CPointNameBase*)pOneFind->GetValue();
			if (pBlock->IsInside(pPoint->x0, pPoint->y0))
			{
				CString name, txt;

				// 图元指针
				uintptr_t number = (uintptr_t)posFind;
				char buffer[65];
				_ui64toa(number, buffer, 10);
				txt.Format("%s", buffer);

				name = pOne->GetName();

				TiXmlElement *posElement = FindXmlNodeByPosition(rootElement, buffer);
				// 该元素已经被统计过，不再被统计，我们需要把这个区块名称追加上去
				if (posElement != nullptr)
				{
					TiXmlElement *blockElement = posElement->FirstChildElement("BlockName");
					const char *blockName = blockElement->GetText();
					CString strNewBlock(blockName);
					strNewBlock += " | ";
					strNewBlock += name;
					blockElement->FirstChild()->SetValue(strNewBlock);

					continue;
				}

				TiXmlElement *itemElement = new TiXmlElement("Item");
				rootElement->LinkEndChild(itemElement);
				TiXmlElement *idElement = new TiXmlElement("ID");

				TiXmlElement *blockNameElement = new TiXmlElement("BlockName");
				TiXmlElement *blockLayerElement = new TiXmlElement("BlockLayer");

				TiXmlElement *nameElement = new TiXmlElement("Name");
				TiXmlElement *layerElement = new TiXmlElement("Layer");

				TiXmlElement *positionElement = new TiXmlElement("Position");
				TiXmlElement *xElement = new TiXmlElement("X");
				TiXmlElement *yElement = new TiXmlElement("Y");
				TiXmlElement *zElement = new TiXmlElement("Z");

				itemElement->LinkEndChild(idElement);
				itemElement->LinkEndChild(blockNameElement);
				itemElement->LinkEndChild(blockLayerElement);
				itemElement->LinkEndChild(nameElement);
				itemElement->LinkEndChild(layerElement);
				itemElement->LinkEndChild(xElement);
				itemElement->LinkEndChild(yElement);
				itemElement->LinkEndChild(zElement);
				itemElement->LinkEndChild(positionElement);

				id++;
				// 序号
				CString strID;
				strID.Format(_T("%d"), id);
				TiXmlText *idValue = new TiXmlText(strID);
				idElement->LinkEndChild(idValue);

				// 区域图层
				TiXmlText *blockLayerValue = new TiXmlText(pOne->GetLayer()->GetName());
				blockLayerElement->LinkEndChild(blockLayerValue);

				// 区域名称
				TiXmlText *blockNameValue = new TiXmlText(name);
				blockNameElement->LinkEndChild(blockNameValue);

				// 名称
				name = pOneFind->GetName();
				TiXmlText *nameValue = new TiXmlText(name);
				nameElement->LinkEndChild(nameValue);

				// 图层
				TiXmlText *layerValue = new TiXmlText(pOneFind->GetLayer()->GetName());
				layerElement->LinkEndChild(layerValue);

				// 坐标
				AfxGetPublicFunction()->FloatToString(txt, pPoint->x0, decimal);
				TiXmlText *xValue = new TiXmlText(txt);
				xElement->LinkEndChild(xValue);

				AfxGetPublicFunction()->FloatToString(txt, pPoint->y0, decimal);
				TiXmlText *yValue = new TiXmlText(txt);
				yElement->LinkEndChild(yValue);

				if (pPoint->z0 < MIN_Z)
				{
					txt = "";
				}
				else
				{
					AfxGetPublicFunction()->FloatToString(txt, pPoint->z0, decimal);
				}
				TiXmlText *zValue = new TiXmlText(txt);
				zElement->LinkEndChild(zValue);

				// 图元指针
				_ui64toa(number, buffer, 10);
				txt.Format("%s", buffer);
				TiXmlText *posValue = new TiXmlText(txt);
				positionElement->LinkEndChild(posValue);

				nCount++;
			}
		}
	}
	return nCount;
}
// 统计元素
int StatisElement(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id, CMesh* pMesh)
{
	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);
	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *typeElement = new TiXmlElement("Type");
	TiXmlElement *layerElement = new TiXmlElement("Layer");
	TiXmlElement *symbolElement = new TiXmlElement("Symbol");
	TiXmlElement *lengthElement = new TiXmlElement("RealLength");
	TiXmlElement *areaElement = new TiXmlElement("Area");
	TiXmlElement *azimuthElement = new TiXmlElement("Azimuth");
	TiXmlElement *positionElement = new TiXmlElement("Position");
	TiXmlElement *xElement = new TiXmlElement("X");
	TiXmlElement *yElement = new TiXmlElement("Y");
	TiXmlElement *zElement = new TiXmlElement("Z");
	itemElement->LinkEndChild(idElement);
	//TiXmlElement *zElement = new TiXmlElement("Z");	

	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(typeElement);
	itemElement->LinkEndChild(layerElement);
	itemElement->LinkEndChild(symbolElement);
	itemElement->LinkEndChild(lengthElement);
	itemElement->LinkEndChild(areaElement);
	itemElement->LinkEndChild(azimuthElement);
	itemElement->LinkEndChild(positionElement);
	itemElement->LinkEndChild(xElement);
	itemElement->LinkEndChild(yElement);
	itemElement->LinkEndChild(zElement);
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	name = pOne->GetName();
	//CPointNameEx* pPoint = (CPointNameEx*)pOne->GetValue();
	CString type = pView->m_pDoc->GetElementTypeString(pt);
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	TiXmlText *typeValue = new TiXmlText(type);
	typeElement->LinkEndChild(typeValue);
	TiXmlText *layerValue = new TiXmlText(pOne->GetLayer()->GetName());
	layerElement->LinkEndChild(layerValue);

	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);

	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);
	switch (pOne->GetType())
	{
	case DOUBLEFOX_XYZ:
	case DOUBLEFOX_POINT:
	{
		CPointNameEx* pPoint = (CPointNameEx*)pOne->GetValue();
		if (pOne->GetLayer()->HowToViewPoint)
		{
			TiXmlText *symbolValue = new TiXmlText(pOne->GetLayer()->HowToViewPoint->MarkName);
			symbolElement->LinkEndChild(symbolValue);
		}
		AfxGetPublicFunction()->FloatToString(txt, pPoint->x0, decimal);
		TiXmlText *xValue = new TiXmlText(txt);
		xElement->LinkEndChild(xValue);
		AfxGetPublicFunction()->FloatToString(txt, pPoint->y0, decimal);
		TiXmlText *yValue = new TiXmlText(txt);
		yElement->LinkEndChild(yValue);
		if (pMesh)
		{
			double z0 = pMesh->GetValue(pPoint->x0, pPoint->y0);
			double zmin, zmax;
			pMesh->GetM(zmin, zmax);
			if (!(z0<zmin || z0>zmax))	// 当该Z值有效时才显示
			{
				AfxGetPublicFunction()->FloatToString(txt, z0, decimal);
				TiXmlText *zValue = new TiXmlText(txt);
				zElement->LinkEndChild(zValue);
			}
		}
		else
		{
			if (pPoint->z0 < MIN_Z) {
				txt = "";
			}
			else {
				AfxGetPublicFunction()->FloatToString(txt, pPoint->z0, decimal);
			}
			TiXmlText *zValue = new TiXmlText(txt);
			zElement->LinkEndChild(zValue);
		}
	}
	break;
	case DOUBLEFOX_CURVE:
	{
		CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
		AfxGetPublicFunction()->FloatToString(txt, pCurve->Length(), decimal);
		TiXmlText *lengthValue = new TiXmlText(txt);
		lengthElement->LinkEndChild(lengthValue);
		AfxGetPublicFunction()->FloatToString(txt, pCurve->Area(), decimal);
		TiXmlText *areaValue = new TiXmlText(txt);
		areaElement->LinkEndChild(areaValue);

		//positionElement->LinkEndChild(posValue);
		double azimuth;
		/*if */(GetCurveAzimuth(pCurve, azimuth));
		//{
		AfxGetPublicFunction()->FloatToString(txt, azimuth, decimal);
		TiXmlText *azimuthValue = new TiXmlText(txt);
		azimuthElement->LinkEndChild(azimuthValue);
		//}
	}

	break;
	}

	return 1;
}
// 统计井的方位角
int StatisAzimuth(CSigmaView* pView, POSITION pt, TiXmlElement *rootElement, int id)
{
	COne* pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
	if (pOne->GetType() != DOUBLEFOX_CURVE) return 0;

	CString name, txt;
	TiXmlElement *itemElement = new TiXmlElement("Item");
	rootElement->LinkEndChild(itemElement);

	TiXmlElement *idElement = new TiXmlElement("ID");
	TiXmlElement *nameElement = new TiXmlElement("Name");
	TiXmlElement *lengthElement = new TiXmlElement("RealLength");
	TiXmlElement *azimuthElement = new TiXmlElement("Azimuth");
	TiXmlElement * positionElement = new TiXmlElement("Position");
	itemElement->LinkEndChild(idElement);
	itemElement->LinkEndChild(nameElement);
	itemElement->LinkEndChild(lengthElement);
	itemElement->LinkEndChild(azimuthElement);
	itemElement->LinkEndChild(positionElement);

	// 序号
	std::string idStr = std::to_string(id);
	TiXmlText *idValue = new TiXmlText(idStr.c_str());
	idElement->LinkEndChild(idValue);
	// 名称
	name = pOne->GetName();
	TiXmlText *nameValue = new TiXmlText(name);
	nameElement->LinkEndChild(nameValue);
	// 长度
	CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
	AfxGetPublicFunction()->FloatToString(txt, pCurve->Length(), decimal);
	TiXmlText *lengthValue = new TiXmlText(txt);
	lengthElement->LinkEndChild(lengthValue);
	// 方位角
	double azimuth = 0;
	CMyCurve myCurve;
	myCurve.Create(pCurve->num);
	for (int i = 0; i < pCurve->num; i++) {
		myCurve.SetPoint(i, pCurve->x[i], pCurve->y[i], pCurve->z[i]);
	}
	azimuth = myCurve.GetAzimuthDegree2();
	AfxGetPublicFunction()->FloatToString(txt, azimuth, decimal);
	TiXmlText *azimuthValue = new TiXmlText(txt);
	azimuthElement->LinkEndChild(azimuthValue);

	// Position
	uintptr_t number = (uintptr_t)pt;
	char buffer[65];
	_ui64toa(number, buffer, 10);
	txt.Format("%s", buffer);
	TiXmlText *posValue = new TiXmlText(txt);
	positionElement->LinkEndChild(posValue);

	return 1;
}
void TracePath(const PathD& path)
{
	TRACE("Pline\n");
	for (auto pt : path) {
		TRACE("%f,%f\n", pt.x, pt.y);
	}
	TRACE("\n");
}
void TracePaths(const PathsD& paths) {
	for (auto line : paths)
	{
		TracePath(line);
	}
}
void TraceTree(const PolyTreeD& polytree, int depth = 0) {
	// 打印当前深度，用于可视化树的层级
	int nCount = polytree.Count();
	for (int i=0;i<nCount;i++)
	{
		PolyPathD* pChild = polytree.Child(i);
		PathsD result;
		details::PolyPathToPathsD(*pChild, result);
		if (result.size() > 0)
		{
			TracePaths(result);
		}
	}
}

// 统计多边形关系
void StatisPolygonRelation(CSigmaView* pView, const CList<POSITION, POSITION>& lstPolygons, TiXmlElement *rootElement)
{
	vector< PathD> blocks;
	vector<POSITION> curves;
	CXy* pXy = pView->m_pDoc->GetDraw();
	POSITION pos, pt;
	pos = lstPolygons.GetHeadPosition();
	while (pos) {
		pt = lstPolygons.GetNext(pos);
		COne* pOne = pXy->GetAt(pt);
		if (pOne->GetType() != DOUBLEFOX_CURVE) return;

		CCurveEx* pCurve = (CCurveEx*)pOne->GetValue();
		PathD block;
		for (int i = 0; i < pCurve->num; i++)
		{
			block.push_back(PointD(pCurve->x[i], pCurve->y[i]));
		}
		size_t count = block.size();
		if (count < 3) {
			continue;
		}
		// 使区域闭合
		if (block.at(0).x != block.at(count - 1).x || block.at(0).y != block.at(count - 1).y)
		{
			block.push_back(PointD(block.at(0).x, block.at(0).y));
		}
		blocks.push_back(block);
		curves.push_back(pt);
	}
	if (blocks.size() == 0)
	{
		return;
	}
	int id = 0;
	for (size_t i = 0; i < blocks.size(); ++i)
	{
		PathsD plyClip;
		plyClip.push_back(blocks[i]);
		PathsD subs;
		vector<CString> subNames;
		vector<CString> outSubNames;
		// 查找相交曲线
		for (size_t j = 0; j < blocks.size(); ++j)
		{
			if (j == i) {
				continue;
			}
			PathsD plySub;
			plySub.push_back(blocks[j]);
			// 进行裁剪操作
			//PathsD solution = Clipper2Lib::Intersect(plySub, plyClip, FillRule::NonZero, 4);
			PathsD solution;
			ClipperD clipper(3);
			clipper.AddSubject(plySub);
			clipper.AddClip(plyClip);
			clipper.Execute(ClipType::Intersection, FillRule::NonZero, solution);
			if (!solution.empty())
			{
				subs.push_back(blocks[j]);
				subNames.push_back(pXy->GetAt(curves[j])->GetName());
			}
			else {
				outSubNames.push_back(pXy->GetAt(curves[j])->GetName());
			}
		}
		double dAreaBlock = abs(Clipper2Lib::Area(plyClip));

		id++;
		CString name, txt;
		TiXmlElement *itemElement = new TiXmlElement("Item");
		rootElement->LinkEndChild(itemElement);

		TiXmlElement *idElement = new TiXmlElement("ID");
		TiXmlElement *nameElement = new TiXmlElement("区块名称");
		TiXmlElement *nameIntersectsElement = new TiXmlElement("关联区块");
		TiXmlElement *intersectAreaElement = new TiXmlElement("相交面积");
		TiXmlElement *diffrenceAreaElement = new TiXmlElement("不相交面积");
		TiXmlElement * unionAreaElement = new TiXmlElement("合并面积");
		TiXmlElement * blockAreaElement = new TiXmlElement("区块面积");
		TiXmlElement *nameOutElement = new TiXmlElement("无关联区块");
		TiXmlElement * positionElement = new TiXmlElement("Position");
		itemElement->LinkEndChild(idElement);
		itemElement->LinkEndChild(nameElement);
		itemElement->LinkEndChild(nameIntersectsElement);
		itemElement->LinkEndChild(intersectAreaElement);
		itemElement->LinkEndChild(diffrenceAreaElement);
		itemElement->LinkEndChild(unionAreaElement);
		itemElement->LinkEndChild(blockAreaElement);
		itemElement->LinkEndChild(nameOutElement);
		itemElement->LinkEndChild(positionElement);

		// 序号
		CString strID;
		strID.Format("%d", id);
		TiXmlText *idValue = new TiXmlText(strID);
		idElement->LinkEndChild(idValue);
		// 名称
		name = pXy->GetAt(curves[i])->GetName();
		TiXmlText *nameValue = new TiXmlText(name);
		nameElement->LinkEndChild(nameValue);
		CString strNames;
		// 相交区块名称
		for (auto subName : subNames) {
			if (strNames.IsEmpty())
			{
				strNames.Append(subName);
			}
			else {
				strNames.Append("|");
				strNames.Append(subName);
			}
		}
		TiXmlText *nameIntersectsValue = new TiXmlText(strNames);
		nameIntersectsElement->LinkEndChild(nameIntersectsValue);
		// 区块面积
		AfxGetPublicFunction()->FloatToString(txt, dAreaBlock, 2);
		TiXmlText *blockAreaValue = new TiXmlText(txt);
		blockAreaElement->LinkEndChild(blockAreaValue);
		CString strNamesOut;
		// 不相交区块名称
		for (auto subName : outSubNames) {
			if (strNamesOut.IsEmpty())
			{
				strNamesOut.Append(subName);
			}
			else {
				strNamesOut.Append("|");
				strNamesOut.Append(subName);
			}
		}
		TiXmlText *nameOutValue = new TiXmlText(strNamesOut);
		nameOutElement->LinkEndChild(nameOutValue);

		// Position
		uintptr_t number = (uintptr_t)curves[i];
		char buffer[65];
		_ui64toa(number, buffer, 10);
		txt.Format("%s", buffer);
		TiXmlText *posValue = new TiXmlText(txt);
		positionElement->LinkEndChild(posValue);

		if (subs.empty()) {
			continue;
		}
		// 创建一个Clipper对象
		ClipperD clipper(decimal);
		// 将多边形添加到Clipper对象中
		clipper.AddSubject(subs);
		clipper.AddClip(plyClip);

		// 执行相交操作
		//PathsD closedIntersect;		// 外轮廓
		//PathsD openIntersect;		// 内部孔洞
		PolyTreeD treeIntersect;
		clipper.Execute(ClipType::Intersection, FillRule::NonZero, treeIntersect);
		//clipper.Execute(ClipType::Intersection, FillRule::NonZero, closedIntersect, openIntersect);
		//TraceTree(treeIntersect);
		//TracePaths(treeIntersect.);
		//TracePaths(openIntersect);
		PathsD pathsIntersect = PolyTreeToPathsD(treeIntersect);

		//PathsD closedUnion;
		//PathsD openUnion; // 代表孔洞
		PolyTreeD treeUnion;
		clipper.Execute(ClipType::Union, FillRule::NonZero, treeUnion);
		//clipper.Execute(ClipType::Union, FillRule::NonZero, closedUnion, openUnion);
		//TraceTree(treeUnion);
		//TracePaths(closedUnion);
		//TracePaths(openUnion);
		PathsD pathsUnion = PolyTreeToPathsD(treeUnion);

		PolyTreeD treeDiffrence;
		clipper.Clear();// = ClipperD(decimal);
		clipper.AddClip(subs);
		clipper.AddSubject(plyClip);
		clipper.Execute(ClipType::Difference, FillRule::NonZero, treeDiffrence);

		PathsD pathsDiffrence = PolyTreeToPathsD(treeDiffrence);

		// 获取相交结果
		//PathsD solutionUnion = Clipper2Lib::Union(subs, plyClip, FillRule::NonZero, 2);
		double dAreaInter = Clipper2Lib::Area(pathsIntersect);
		double dAreaUnion = Clipper2Lib::Area(pathsUnion);
		double dAreaDiffrence = Clipper2Lib::Area(pathsDiffrence);

		// 相交面积
		AfxGetPublicFunction()->FloatToString(txt, dAreaInter, 2);
		TiXmlText *intersectAreaValue = new TiXmlText(txt);
		intersectAreaElement->LinkEndChild(intersectAreaValue);
		// 不相交面积
		AfxGetPublicFunction()->FloatToString(txt, dAreaDiffrence, 2);
		TiXmlText *diffrenceAreaValue = new TiXmlText(txt);
		diffrenceAreaElement->LinkEndChild(diffrenceAreaValue);
		// 相并面积
		AfxGetPublicFunction()->FloatToString(txt, dAreaUnion, 2);
		TiXmlText *unionAreaValue = new TiXmlText(txt);
		unionAreaElement->LinkEndChild(unionAreaValue);
	}
}

static void CopyToClipboard(CLayer* pLayer)
{
	if (pLayer == NULL) return;
	int count = 0;
	short ver = CUR_VERSION;
	// Create a shared file and associate a CArchive with it
	CSharedFile file;
	CArchive ar(&file, CArchive::store);
	// Serialize selected objects to the archive
	if (pLayer->HowToViewCurve)
	{
		AfxGetPublicFunction()->WriteElementType(ar, DOUBLEFOX_HOWTOVIEW_CURVE, ver);
		pLayer->HowToViewCurve->Serialize(ar, ver);
		count++;
	}
	if (pLayer->HowToViewPoint)
	{
		AfxGetPublicFunction()->WriteElementType(ar, DOUBLEFOX_HOWTOVIEW_POINT, ver);
		pLayer->HowToViewPoint->Serialize(ar, ver);
		count++;
	}
	AfxGetPublicFunction()->WriteElementType(ar, 0, ver); //写文件结束标志
	ar.Close();

	if (count == 0) return;

	COleDataSource* pDataSource = NULL;
	TRY
	{
		pDataSource = new COleDataSource;
	// put on local format instead of or in addation to
	pDataSource->CacheGlobalData(CSigmaView::m_clipboardDraw, file.Detach());
	pDataSource->SetClipboard();
	}
		CATCH_ALL(e)
	{
		delete pDataSource;
		THROW_LAST();
	}
	END_CATCH_ALL
}

// 最上显示
extern "C" __declspec(dllexport)
void LayerMovetoTop(CSigmaView* pView, LPCTSTR layerName)
{
	if (pView->m_pDoc->GetDraw() == NULL) return;
	CList<POSITION, POSITION> list;
	pView->m_pDoc->GetDraw()->GetElement(layerName, list);
	if (list.GetCount() == 0) return;

	if (pView->m_pDoc == NULL)
	{
		return;
	}

	pView->m_pDoc->SetActionItem(new CActionSortItem(pView->m_pDoc, IDS_STRING_ACTION_LAYER_MOVETOFRONT, list, 0));
}

// 最下显示
extern "C" __declspec(dllexport)
void LayerMovetoBottom(CSigmaView* pView, LPCTSTR layerName)
{
	if (pView->m_pDoc->GetDraw() == NULL) return;
	CList<POSITION, POSITION> list;
	pView->m_pDoc->GetDraw()->GetElement(layerName, list);
	if (list.GetCount() == 0) return;
	if (pView->m_pDoc == NULL)
	{
		return;
	}

	pView->m_pDoc->SetActionItem(new CActionSortItem(pView->m_pDoc, IDS_STRING_ACTION_LAYER_MOVETOBACK, list, 1));
}

// 删除修饰
extern "C" __declspec(dllexport)
void LayerRemoveEmbellish(CSigmaView* pView, LPCTSTR layerName)
{
	CXy* pxy = pView->m_pDoc->m_pXy;
	//CLayer* pLayer = pxy->GetCurrentLayer();
	CLayer* pLayer = pView->m_pDoc->m_pXy->FindLayer(layerName);
	if (pLayer == NULL) return;

	//为了修饰的Redo/Undo
	CActionEmbellishItem *pAction = new CActionEmbellishItem(pView->m_pDoc, IDS_STRING_EMBELLISH, pLayer);
	pAction->SetOldHowToView(pLayer);	//备份老修饰

	int del = 0;
	if (pLayer->HowToViewCurve)
	{
		delete pLayer->HowToViewCurve;
		pLayer->HowToViewCurve = NULL;
		del++;
	}
	if (pLayer->HowToViewPoint)
	{
		delete pLayer->HowToViewPoint;
		pLayer->HowToViewPoint = NULL;
		del++;
	}
	if (del > 0 && pView->m_pDoc)
	{
		pAction->SetNewHowToView(pLayer);
		pView->m_pDoc->SetActionItem(pAction);

		pView->m_pDoc->Invalidate();
		//pView->m_pDoc->SetModifiedFlag();
	}
	else
		delete pAction;
}

// 选择焦点层元素
extern "C" __declspec(dllexport)
void LayerSelectActiveElement(CSigmaView* pView, LPCSTR layerName)
{
	if (pView->m_pDoc == NULL) return;
	NBase::CPositionList list;
	CLayer* pLayer = pView->m_pDoc->GetDraw()->FindLayer(layerName);
	if (pLayer != NULL)
		pView->m_pDoc->GetDraw()->GetElement(layerName, list, FALSE);
	pView->m_pDoc->SetSelection(list);
}

// 选择子层元素
extern "C" __declspec(dllexport)
void LayerSelectElements(CSigmaView* pView, LPCSTR layerName)
{
	if (pView->m_pDoc == NULL) return;
	NBase::CPositionList list;
	pView->m_pDoc->GetDraw()->GetElement(layerName, list, TRUE, FALSE);
	pView->m_pDoc->SetSelection(list);
}

//保存焦点层
extern "C" __declspec(dllexport)
int LayerSaveActiveLayer(CSigmaView* pView, LPCSTR layerName, LPCSTR fileName)
{
	if (pView->m_pDoc->GetDraw() == NULL) return 0;
	CXy* pxy = pView->m_pDoc->GetDraw();
	CList<POSITION, POSITION> list;
	pxy->GetElement(layerName, list, true);
	if (list.GetCount() == 0)
	{
		return 0;
	}
	CFile fw;
	if (!fw.Open(fileName, CFile::modeCreate | CFile::modeWrite))
	{
		// ::AfxMessageBox("Open file to write error!");
		return -1;
	}
	// 写图层及使用的符号和修饰
	POSITION p, pos;
	CStringList listMarkOther;
	CString str;
	COne *pOne;

	AfxGetGlobalMark()->BackupMark();
	AfxGetGlobalMark()->SetMark(&pxy->mark);

	CStringList arrLayerUsing;
	CPtrList valueLayer;
	//写使用到的符号
	p = list.GetHeadPosition();
	while (p)
	{
		pos = list.GetNext(p);
		pOne = pxy->GetAt(pos);
		pOne->GetNewUsing(listMarkOther, TRUE);

		if (arrLayerUsing.Find(pOne->GetLayer()->GetPathName())) continue;

		arrLayerUsing.AddTail(pOne->GetLayer()->GetPathName());

		valueLayer.AddTail(pOne->GetLayer());
	}

	long total = (long)(listMarkOther.GetCount() + list.GetCount());
	long count = 0;

	void *v = NULL;
	p = listMarkOther.GetHeadPosition();
	while (p)
	{
		count++;
		str = listMarkOther.GetNext(p);
		str.MakeUpper();
		if (!AfxGetGlobalMark()->Lookup(str, v)) continue;
		AfxGetGlobalMark()->WriteMark_One(fw, v, CUR_VERSION);
	}

	//写使用到的类别及类别修饰
	CLayer *pLayer = NULL;
	pos = valueLayer.GetHeadPosition();
	while (pos)
	{
		pLayer = (CLayer*)valueLayer.GetNext(pos);
		pLayer->WriteLegend(fw, CUR_VERSION, 1);
	}
	CString strTemp("HowToViewCurve\r\n\r\n");
	int nLen = strTemp.GetLength();
	fw.Write(strTemp.GetBuffer(), strTemp.GetLength());
	strTemp = "HowToViewPoint\r\n\r\n";
	nLen = strTemp.GetLength();
	fw.Write(strTemp.GetBuffer(), strTemp.GetLength());
	// 写数据
	pxy->DFD_Write(fw, list);

	//short ver = CUR_VERSION;
	//CLayer* pLayer = pView->m_pDoc->GetDraw()->FindLayer(layerName);
	//if (pLayer)
	//{
	//	CString str;
	//	str.Format("Class %s", pLayer->GetClassName());
	//	AfxGetPublicFunction()->WriteLine(fw, str);

	//	pLayer->WriteLayerName(fw, ver);
	//	pLayer->WriteLegend(fw, ver, 1.0);
	//}
	//else
	//{
	//	CLayerName ln(layerName);
	//	CString str;
	//	str.Format("Class %s", ln.GetClassName());
	//	AfxGetPublicFunction()->WriteLine(fw, str);
	//	str.Format("%s M %s", ln.GetClassName(), ln.GetPathName());
	//	AfxGetPublicFunction()->WriteLine(fw, str);
	//}

	//POSITION pt;
	//POSITION pos = list.GetHeadPosition();
	//while (pos)
	//{
	//	pt = list.GetNext(pos);
	//	pView->m_pDoc->GetDraw()->DFD_Write(fw, pt, ver, FALSE);
	//}
	fw.Close();
	AfxGetGlobalMark()->RestoreMark();
	return list.GetCount();
}

//保存层为.xyz文件
extern "C" __declspec(dllexport)
int LayerSaveLayerToXyz(CSigmaView* pView, LPCSTR layerName, LPCSTR fileName)
{
	int ret = 0;
	if (pView->m_pDoc->GetDraw() == NULL) return 0;
	CXy* pxy = pView->m_pDoc->GetDraw();
	CList<POSITION, POSITION> list;
	pxy->GetElement(layerName, list, true);
	if (list.GetCount() == 0)
	{
		return 0;
	}

	FILE * pFile = fopen(fileName, "w+");
	if (!pFile)
	{
		::AfxMessageBox("Open file to write error!");
	}

	// 写图层及使用的符号和修饰
	POSITION p, pos;
	COne *pOne;

	CCurveEx * pc = nullptr;
	//写使用到的符号
	p = list.GetHeadPosition();
	while (p)
	{
		pos = list.GetNext(p);
		pOne = pxy->GetAt(pos);
		if (pOne->GetType() == DOUBLEFOX_CURVE) {
			CCurveEx * pc = (CCurveEx *)pOne->value;
			for (int i = 0; i < pc->num; ++i)
			{
				double x = pc->x[i];
				double y = pc->y[i];
				fprintf(pFile, "%f,%f,%s\n", x, y, pc->name);
			}
			ret++;
		}
	}
	fclose(pFile);
	return ret;
}

static bool IsLayerEmbellishNeedCopy(CLayer* pLayer)
{
	if (pLayer == nullptr)
	{
		return false;
	}

	if (pLayer->HowToViewPoint == nullptr && pLayer->HowToViewCurve == nullptr)
	{
		return false;
	}

	return true;
}

static void SerializeCopyPasteHeader(CArchive& ar)
{
	// 魔法数字，为了防止读取粘贴板时读到脏数据
	const uint32_t copyMagic = 31;

	if (ar.IsStoring())
	{
		uint64_t header = KEVISUALIZATION_BINARY;
		ar << header;

		uint64_t type = copyMagic;
		ar << type;
	}
	else
	{
		uint64_t header = 0;
		ar >> header;
		if (header != KEVISUALIZATION_BINARY)
		{
			throw std::runtime_error("不是 KEV 二进制格式数据");
		}

		uint64_t type = 0;
		ar >> type;
		if (type != copyMagic)
		{
			throw std::runtime_error("不是复制图层样式的数据");
		}
	}
}

static void SerializeCopyPasteLayerEmbellish(CArchive& ar, short ver, CLayer* pLayer)
{
	if (ar.IsStoring())
	{
		pLayer->Serialize(ar, ver);
	}
	else
	{
		auto pNewLayer = std::make_unique<CLayer>();
		pNewLayer->Serialize(ar, ver);

		swap(pNewLayer->HowToViewPoint, pLayer->HowToViewPoint);
		swap(pNewLayer->HowToViewCurve, pLayer->HowToViewCurve);

		// 现在 pNewLayer 里面是旧的修饰，它们还不能释放，因为 redo 的 Action 还持有它，我们必须置空，防止被释放
		pNewLayer->HowToViewPoint = nullptr;
		pNewLayer->HowToViewCurve = nullptr;
	}
}

static void PutFileToClipboard(CSharedFile& file)
{
	COleDataSource* pDataSource = nullptr;
	try
	{
		pDataSource = new COleDataSource;
		pDataSource->CacheGlobalData(CSigmaView::m_clipboardDraw, file.Detach());
		pDataSource->SetClipboard();
	}
	catch (...)
	{
		delete pDataSource;
	}
}

static std::vector<CString> GetLayerMarkNames(CHowToViewPoint* pHowToViewPoint, CHowToViewCurve* pHowToViewCurve)
{
	std::vector<CString> result;

	if (pHowToViewPoint != nullptr)
	{
		result.push_back(pHowToViewPoint->MarkName);
	}

	if (pHowToViewCurve != nullptr)
	{
		for (int i = 0; i < pHowToViewCurve->GetCount(); i++)
		{
			CCurveView* pView = pHowToViewCurve->GetAt(i);

			if (auto* pArrow = dynamic_cast<CCurveArrow*>(pView))
			{
				result.push_back(pArrow->MarkName);
			}
			else if (auto* pScale = dynamic_cast<CCurveScale*>(pView))
			{
				result.push_back(pScale->MarkName);
			}
			else if (auto* pTwoMark = dynamic_cast<CCurveTwoMark*>(pView))
			{
				result.push_back(pTwoMark->MarkName);
			}
			else if (auto* pRgn = dynamic_cast<CCurveRgn*>(pView))
			{
				result.push_back(pRgn->MarkName);
			}
		}
	}

	return result;
}

static void GetCXyMark(CXy* pXy, const std::vector<CString>& markNames, CGlobalMark& mark)
{
	CMapStringToPtrNoCase* pMarks = pXy->GetMark();
	for (const CString& name : markNames)
	{
		void* pDraw = nullptr;
		if (pMarks->Lookup(name, pDraw))
		{
			mark.SetAt(name, pDraw);
		}
	}
}

static void SerializeCopyPasteLayerMark(CArchive& ar, short ver, CXy* pXy, CLayer* pLayer)
{
	if (ar.IsStoring())
	{
		std::vector<CString> markNames = GetLayerMarkNames(pLayer->HowToViewPoint, pLayer->HowToViewCurve);
		CGlobalMark tempMark;
		CMapStringToPtrNoCase mark;
		tempMark.SetMark(&mark);
		GetCXyMark(pXy, markNames, tempMark);
		tempMark.Serialize(ar, ver);
	}
	else
	{
		CGlobalMark tempMark;
		tempMark.SetMark(&pXy->mark);
		tempMark.Serialize(ar, ver);
	}
}

/**
 * 复制修饰
 * 
 * \param pView
 */
extern "C" __declspec(dllexport)
void LayerCopyEmbellish(CSigmaView* pView, LPCSTR layerName)
{
	if (pView == nullptr)
	{
		return;
	}

	//CLayer* pLayer = pView->m_pDoc->m_pXy->GetCurrentLayer();
	CLayer* pLayer = pView->m_pDoc->m_pXy->FindLayer(layerName);
	if (pLayer == nullptr)
	{
		return;
	}

	if (!IsLayerEmbellishNeedCopy(pLayer))
	{
		return;
	}

	short ver = CUR_VERSION;
	CSharedFile file;
	CArchive ar(&file, CArchive::store);

	SerializeCopyPasteHeader(ar);
	SerializeCopyPasteLayerEmbellish(ar, ver, pLayer);
	SerializeCopyPasteLayerMark(ar, ver, pView->m_pDoc->m_pXy, pLayer);

	ar.Close();

	PutFileToClipboard(file);
}

/**
 * 粘贴修饰
 * 
 * \param pView
 */
extern "C" __declspec(dllexport)
void PasteLayerEmbellish(CSigmaView* pView, LPCSTR layerName)
{
	if (pView == nullptr)
	{
		return;
	}

	//CLayer* pLayer = pView->m_pDoc->m_pXy->GetCurrentLayer();
	CLayer* pLayer = pView->m_pDoc->m_pXy->FindLayer(layerName);
	if (pLayer == nullptr)
	{
		return;
	}

	COleDataObject dataObject;
	dataObject.AttachClipboard();
	CFile* pFile = dataObject.GetFileData(CSigmaView::m_clipboardDraw);
	if (pFile == nullptr)
	{
		return;
	}

	short ver = CUR_VERSION;
	CArchive ar(pFile, CArchive::load);

	try
	{
		//为了修饰的Redo/Undo
		auto pAction = std::make_unique<CActionEmbellishItem>(pView->m_pDoc, IDS_STRING_EMBELLISH, pLayer);
		pAction->SetOldHowToView(pLayer);	//备份老修饰	

		SerializeCopyPasteHeader(ar);
		SerializeCopyPasteLayerEmbellish(ar, ver, pLayer);
		SerializeCopyPasteLayerMark(ar, ver, pView->m_pDoc->m_pXy, pLayer);

		pAction->SetNewHowToView(pLayer);
		pView->m_pDoc->SetActionItem(pAction.release());
	}
	catch (...)
	{
	}
}

// 统计
extern "C" __declspec(dllexport)
BSTR StatisticCsv(CXy* pXy, wchar_t** layers, int layerCount, BOOL bIncludeSublayer, int nStatMode, int surfaceType)
{
	if (pXy == NULL) { return 0; }
	CList<POSITION, POSITION> select;
	CString name;
	for (int i = 0; i < layerCount; i++)
	{
		name = *(layers + i);
		pXy->GetElement(name, select, bIncludeSublayer);
	}
	if (select.IsEmpty())
	{
		return nullptr;
	}
	POSITION pos, pt;
	CMesh* pMesh = NULL;
	pos = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (pos)
	{
		pMesh = (CMesh*)pXy->GetAtValue(pos);
	}

	int total = select.GetCount();
	pos = select.GetHeadPosition();

	CString strContent("");
	int i = 1;
	CString id;
	while (pos)
	{
		CString strLine("");
		id.Format("%d", i);
		pt = select.GetNext(pos);
		switch (nStatMode)
		{
		case STAT_MODE_ELEMENTS:
			//strContent += StatisElement(pView, pt, rootElement, id, pMesh);
			break;
		case STAT_MODE_SURVEY:
			//StatisSurvey(pView, pt, rootElement, id);
			break;
		case STAT_MODE_TRAPS:
			StatisTrapsCsv(pXy, pt, id, pMesh, strLine);
			break;
		case STAT_MODE_FAULTS:
			StatisFaultCsv(pXy, pt, id, pMesh, strLine);
			break;
		case STAT_MODE_WELL:
			//StatisWells(pView, pt, rootElement, id, pMesh);
			break;
		case STAT_MODE_VOLUME:
			//StatisVolumn(pView, pt, rootElement, id, pMesh, surfaceType);
			break;
		}
		if (strLine.GetLength() > 0) {
			strContent.AppendFormat("%s\r\n", strLine);
		}
		i++;
	}
	if (strContent.GetLength() > 0) {
		switch (nStatMode)
		{
		case STAT_MODE_TRAPS:
			strContent.Insert(0, "序号,名称,层位,高点埋深,闭合线,闭合高度,圈闭面积,体积,倾角,高点坐标X,高点坐标Y\r\n");
			break;
		case STAT_MODE_FAULTS:
			strContent.Insert(0, "序号,名称,层位,断层性质,延伸长度,断层走向,倾向,倾角,最大水平断距,平均水平断距,最大垂直断距,平均垂直断距\r\n");
			break;
		}
		return strContent.AllocSysString();
	}
	return nullptr;
}
// 统计区域内的区块,所有内部及相交的线
extern "C" __declspec(dllexport)
BSTR StaticBlocksInfo(CSigmaView* pView, LPCTSTR blockLine)
{
	if (pView->m_pDoc == NULL) { return 0; }
	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}

	if (pts.GetSize() == 0) {
		return 0;
	}
	CString strData("");
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);
	// 获取区域内的线
	CXy* pxy = pView->m_pDoc->m_pXy;
	CPtrList* pLst = pxy->GetValueList();
	//POSITION pFind = pLst->GetHeadPosition();
	//POSITION posFind;
	COne *pOneFind;
	CCurveAnd curveAnd;
	int id = 0;
	POSITION posCur = pLst->GetHeadPosition();
	while (true) {
		pLst->GetNext(posCur);
		if (posCur == 0) {
			break;
		}
		pOneFind = (COne *)(pxy->GetAt(posCur));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_CURVE)
		{
			CCurveEx* pCurve = (CCurveEx*)(pOneFind->value);
			int nRelation = pBlock->IsInside(*pCurve);
			if (nRelation == 0) {
				continue;
			}
			//else /*if (nRelation == -1)*/ {
			//	//int nOut = curveAnd.GetCurveOutside(pCurve, pBlock);
			//	double dCenterX = 0;
			//	double dCenterY = 0;
			//	for (int i = 0; i < pCurve->num; i++) {
			//		dCenterX += pCurve->x[i];
			//		dCenterY += pCurve->y[i];
			//	}
			//	dCenterX /= pCurve->num;
			//	dCenterY /= pCurve->num;
			//	if (pBlock->IsInside(dCenterX, dCenterY) == 0) {
			//		continue;
			//	}
			//}
			if (pBlock->num == pCurve->num) {
				bool bEqual = true;
				for (int i = 0; i < pBlock->num; i++) {
					if (pBlock->x[i] != pCurve->x[i] || pBlock->y[i] != pCurve->y[i])
					{
						bEqual = false;
						break;
					}
				}
				if (bEqual == true) {
					continue;
				}
			}

			uintptr_t number = (uintptr_t)posCur;
			char buffer[65];
			_ui64toa(number, buffer, 10);
			CString txt;
			txt.Format("%s,", buffer);
			strData.Append(txt);
			strData.Append(pCurve->name);
			strData.Append("\r\n");
		}
	}
	delete pBlock;
	pBlock = nullptr;
	return strData.AllocSysString();
}
extern "C" __declspec(dllexport)
BSTR CutStaticBlocks(CSigmaView* pView, LPCTSTR posData, LPCTSTR blockLine)
{
	NBase::CPositionList lstPos;
	int iPos = 0;
	CString strTmp;
	while (AfxExtractSubString(strTmp, posData, iPos, ' '))
	{
			iPos++;
			std::string strPos = (LPCTSTR)strTmp;
			uintptr_t num = std::stoull(strPos);
			void* pVoid = reinterpret_cast<void*>(num);
			lstPos.AddTail((POSITION)pVoid);
	}
	if (pView->m_pDoc == NULL) { return 0; }
	vector<CString> vecString;
	iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	if (pts.GetSize() == 0) {
		return 0;
	}
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);

	if (pBlock->IsClosed() == false)
	{
		pBlock->SetToClose();
		pBlock->num += 1;
		pBlock->GetLocation();
	}
	CCutOut co;
	co.SetSourceCurveRange(nullptr);
	co.SetXY(pView->m_pDoc->m_pXy);
	co.m_dMiniCurveSmoothStep = pView->m_pDoc->GetDC().GetMiniSmoothStep();
	int	rt =  co.CutOut(pBlock, &lstPos);
	//元素增加操作
	int nInfoID = ID_CUT_OUT_MAP_RECTANGLE;
	//for undo/redo
	CActionListItem *pAction = new CActionListItem(pView->m_pDoc, nInfoID);
	CActionAddItem* pItem = new CActionAddItem(pView->m_pDoc, 0, co.m_plAdd);
	pAction->AddTailItem(pItem);
	pView->m_pDoc->SetActionItem(pAction);

	delete pBlock;
	pBlock = nullptr;

	CString strData("");
	COne* pOne = nullptr;
	POSITION pos = co.m_plAdd.GetHeadPosition();
	while (pos)
	{
		POSITION pt = co.m_plAdd.GetNext(pos);
		pOne = pView->m_pDoc->m_pXy->GetAt(pt);

		uintptr_t number = (uintptr_t)pt;
		char buffer[65];
		_ui64toa(number, buffer, 10);
		CString txt;
		txt.Format("Position %s", buffer);
		strData.Append(txt);
		strData.Append("\r\n");

		CCurveEx* pCurve = (CCurveEx*)(pOne->value);
		strData.Append("Layer M ");
		strData.Append(pOne->GetLayer()->GetName());
		strData.Append("\r\n");

		strData.Append("Pline.");
		strData.Append(pCurve->name);
		strData.Append("\r\n");

		CString strCoord("");
		for (int i = 0; i < pCurve->num; i++) {
			strCoord.Format("%lf,%lf ", pCurve->x[i], pCurve->y[i]);
			strData.Append(strCoord);
		}
		strData.Append("\r\n");
	}
	return strData.AllocSysString();
}
extern "C" __declspec(dllexport)
double CaculateBlockArea(CSigmaView* pView, POSITION pos)
{
	double dArea = 0;
	 COne* pOne = pView->m_pDoc->m_pXy->GetAt(pos);
	 if (pOne->GetType() == DOUBLEFOX_CURVE)
	 {
		 CCurveEx* pCurve = (CCurveEx*)(pOne->value);
		 dArea = pCurve->Area();
	 }
	 return dArea;
}
extern "C" __declspec(dllexport)
void ResetLayerByOther(CSigmaView* pView, POSITION pos, POSITION posRefer, LPCTSTR suffix)
{
	COne* pOne = pView->m_pDoc->m_pXy->GetAt(pos);
	COne* pOneRefer = pView->m_pDoc->m_pXy->GetAt(posRefer);
	CString strLayerRef = pOneRefer->GetLayer()->GetName();
	strLayerRef += suffix;
	bool bNew = true;
	CLayer* pLayerNew = pView->m_pDoc->m_pXy->FindAddLayer(strLayerRef, &bNew);
	pOne->SetLayer(pLayerNew);
	if (bNew&& pOneRefer->GetLayer()->HowToViewCurve!=nullptr)
	{
		CHowToViewCurve* hvc = new CHowToViewCurve;
		*hvc = *(pOneRefer->GetLayer()->HowToViewCurve);
		pLayerNew->SetHowToViewCurve(hvc);
	}	
}
// 统计区域内的区块
extern "C" __declspec(dllexport)
BSTR StaticBlocks(CSigmaView* pView, LPCTSTR blockLine)
{
	if (pView->m_pDoc == NULL) { return 0; }
	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}

	if (pts.GetSize() == 0) {
		return 0;
	}
	CString strData("");
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);
	// 获取区域内的线
	CXy* pxy = pView->m_pDoc->m_pXy;
	CPtrList* pLst = pxy->GetValueList();
	POSITION pFind = pLst->GetHeadPosition();
	//POSITION posFind;
	COne *pOneFind;
	CCurveAnd curveAnd;
	int id = 0;
	while (pFind) {
		//posFind = pFind;
		pOneFind = (COne *)(pLst->GetNext(pFind));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_CURVE)
		{
			CCurveEx* pCurve = (CCurveEx*)(pOneFind->value);
			int nRelation = pBlock->IsInside(*pCurve);
			if (nRelation == 0) {
				continue;
			}
			else if (nRelation == -1) {
				//int nOut = curveAnd.GetCurveOutside(pCurve, pBlock);
				double dCenterX = 0;
				double dCenterY = 0;
				for (int i = 0; i < pCurve->num; i++) {
					dCenterX += pCurve->x[i];
					dCenterY += pCurve->y[i];
				}
				dCenterX /= pCurve->num;
				dCenterY /= pCurve->num;
				if (pBlock->IsInside(dCenterX, dCenterY) == 0) {
					continue;
				}
			}
			if (pBlock->num == pCurve->num) {
				bool bEqual = true;
				for (int i = 0; i < pBlock->num; i++) {
					if (pBlock->x[i] != pCurve->x[i] || pBlock->y[i] != pCurve->y[i])
					{
						bEqual = false;
						break;
					}
				}
				if (bEqual == true) {
					continue;
				}
			}
			strData.Append("Pline.");
			strData.Append(pCurve->name);
			strData.Append("\r\n");
			CString strCoord("");
			for (int i = 0; i < pCurve->num; i++) {
				strCoord.Format("%lf,%lf ", pCurve->x[i], pCurve->y[i]);
				strData.Append(strCoord);
			}
			strData.Append("\r\n");
		}
	}
	delete pBlock;
	pBlock = nullptr;
	return strData.AllocSysString();
}
extern "C" __declspec(dllexport)
BSTR XYFindPoint(CXy *pxy, const LPCTSTR pointName, bool needZ) {
	CPtrList* pLst = pxy->GetValueList();
	POSITION pFind = pLst->GetHeadPosition();
	COne *pOneFind;
	int id = 0;
	CPointNameBase* pPoint = nullptr;
	while (pFind) {
		pOneFind = (COne *)(pLst->GetNext(pFind));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_XYZ || pOneFind->GetType() == DOUBLEFOX_POINT)
		{
			CPointNameBase* pPtCur = (CPointNameBase*)pOneFind->GetValue();
			CString strName = pPtCur->GetName();
			if (strName == pointName) {
				if (needZ) {
					if (pPtCur->z0 > -1E100) {
						pPoint = pPtCur;
						break;
					}
				}
				else {
					pPoint = pPtCur;
					break;
				}
			}
		}
	}
	CString strData("");
	if (pPoint != nullptr) {
		strData.Format("%s,%lf,%lf,%lf", pPoint->GetName(), pPoint->x0, pPoint->y0, pPoint->z0);
	}
	return strData.AllocSysString();
}

extern "C" __declspec(dllexport)
BSTR XYStaticBlockWells(CXy * pxy, const LPCTSTR blockLines)
{
	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLines, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	CString strReturn("");
	if (pts.GetSize() == 0) {
		return strReturn.AllocSysString();
	}
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);
	// 创建一个XML的文档对象。
	TiXmlDocument *xmlDocument = new TiXmlDocument();
	TiXmlDeclaration * decl = new TiXmlDeclaration("1.0", "UTF-8", "");
	xmlDocument->LinkEndChild(decl);
	// 根元素。
	TiXmlElement *rootElement = new TiXmlElement("ROOT");
	xmlDocument->LinkEndChild(rootElement);

	// 获取区域内的点	
	CPtrList* pLst = pxy->GetValueList();
	POSITION pFind = pLst->GetHeadPosition();
	POSITION posFind;
	COne *pOneFind;
	int id = 0;
	while (pFind) {
		posFind = pFind;
		pOneFind = (COne *)(pLst->GetNext(pFind));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_XYZ || pOneFind->GetType() == DOUBLEFOX_POINT)
		{
			CPointNameBase* pPoint = (CPointNameBase*)pOneFind->GetValue();
			if (pBlock->IsInside(pPoint->x0, pPoint->y0))
			{
				CString name, txt;
				TiXmlElement *itemElement = new TiXmlElement("Item");
				rootElement->LinkEndChild(itemElement);
				TiXmlElement *idElement = new TiXmlElement("ID");

				//TiXmlElement *blockNameElement = new TiXmlElement("BlockName");
				//TiXmlElement *blockLayerElement = new TiXmlElement("BlockLayer");

				TiXmlElement *nameElement = new TiXmlElement("Name");
				TiXmlElement *layerElement = new TiXmlElement("Layer");

				TiXmlElement *positionElement = new TiXmlElement("Position");
				TiXmlElement *xElement = new TiXmlElement("X");
				TiXmlElement *yElement = new TiXmlElement("Y");
				TiXmlElement *zElement = new TiXmlElement("Z");
				TiXmlElement *symbolElement = new TiXmlElement("symbol");

				itemElement->LinkEndChild(idElement);
				//itemElement->LinkEndChild(blockNameElement);
				//itemElement->LinkEndChild(blockLayerElement);
				itemElement->LinkEndChild(nameElement);
				itemElement->LinkEndChild(layerElement);
				itemElement->LinkEndChild(xElement);
				itemElement->LinkEndChild(yElement);
				itemElement->LinkEndChild(zElement);
				itemElement->LinkEndChild(positionElement);
				itemElement->LinkEndChild(symbolElement);

				id++;
				// 序号
				CString strID;
				strID.Format(_T("%d"), id);
				TiXmlText *idValue = new TiXmlText(strID);
				idElement->LinkEndChild(idValue);

				//// 区域名称
				//name = pOne->GetName();
				//TiXmlText *blockNameValue = new TiXmlText(name);
				//blockNameElement->LinkEndChild(blockNameValue);

				// 名称
				name = pOneFind->GetName();
				TiXmlText *nameValue = new TiXmlText(name);
				nameElement->LinkEndChild(nameValue);

				// 图层
				TiXmlText *layerValue = new TiXmlText(pOneFind->GetLayer()->GetName());
				layerElement->LinkEndChild(layerValue);

				// 坐标
				AfxGetPublicFunction()->FloatToString(txt, pPoint->x0, decimal);
				TiXmlText *xValue = new TiXmlText(txt);
				xElement->LinkEndChild(xValue);

				AfxGetPublicFunction()->FloatToString(txt, pPoint->y0, decimal);
				TiXmlText *yValue = new TiXmlText(txt);
				yElement->LinkEndChild(yValue);

				AfxGetPublicFunction()->FloatToString(txt, pPoint->z0, decimal);
				TiXmlText *zValue = new TiXmlText(txt);
				zElement->LinkEndChild(zValue);

				// 图元指针
				uintptr_t number = (uintptr_t)posFind;
				char buffer[65];
				_ui64toa(number, buffer, 10);
				txt.Format("%s", buffer);

				TiXmlText *posValue = new TiXmlText(txt);
				positionElement->LinkEndChild(posValue);
				// 符号
				if (pOneFind->GetLayer()->HowToViewPoint)
				{
					TiXmlText *symbolValue = new TiXmlText(pOneFind->GetLayer()->HowToViewPoint->MarkName);
					symbolElement->LinkEndChild(symbolValue);
				}
			}
		}
	}

	TiXmlPrinter printer;
	xmlDocument->Accept(&printer);
	strReturn = CString(printer.CStr());

	delete xmlDocument;
	xmlDocument = nullptr;

	delete pBlock;
	pBlock = nullptr;

	return strReturn.AllocSysString();
}
// 统计井数据
extern "C" __declspec(dllexport)
BSTR StaticBlockWells(CSigmaView* pView, LPCTSTR blockLines) {
	if (pView->m_pDoc == NULL) { return 0; }

	CXy* pxy = pView->m_pDoc->m_pXy;
	return XYStaticBlockWells(pxy, blockLines);
}

extern "C" __declspec(dllexport)
BSTR StaticWellsZ(CXy* pXy, LPCTSTR blockLine) {
	if (pXy == NULL) { return 0; }
	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	if (pts.GetSize() == 0) {
		return 0;
	}
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);

	// 获取区域内的点
	CPtrList* pLst = pXy->GetValueList();
	POSITION pFind = pLst->GetHeadPosition();
	POSITION posFind;
	COne *pOneFind;
	//int id = 0;
	CString strData;
	while (pFind) {
		posFind = pFind;
		pOneFind = (COne *)(pLst->GetNext(pFind));

		if (!pOneFind->IsView()) continue;
		if (pOneFind->GetLayer()->IsNotViewNotEdit()) continue;
		if (pOneFind->GetType() == DOUBLEFOX_XYZ || pOneFind->GetType() == DOUBLEFOX_POINT)
		{
			CPointNameBase* pPoint = (CPointNameBase*)pOneFind->GetValue();
			if (pBlock->IsInside(pPoint->x0, pPoint->y0))
			{
				CString strName, strLayer, strZ, strX, strY;
				// 名称
				strName = pOneFind->GetName();
				// 图层
				strLayer = pOneFind->GetLayer()->GetName();
				// 坐标
				if (pPoint->z0 < -1E100) {
					strZ = "";
				}
				else {
					AfxGetPublicFunction()->FloatToString(strZ, pPoint->z0, decimal);
				}
				AfxGetPublicFunction()->FloatToString(strX, pPoint->x0, decimal);
				AfxGetPublicFunction()->FloatToString(strY, pPoint->y0, decimal);

				strData += (strLayer + "," + strName + "," + strZ + "," + strX + "," + strY + "\r\n");
			}
		}
	}
	if (pBlock) {
		delete pBlock;
	}
	return strData.AllocSysString();
}
//static CPolyline CurveExToPolyline(CCurveEx * pCurve)
//{
//	CPolyline polyline;
//	polyline.SetName(pCurve->GetName());
//	for (int i = 0; i < pCurve->num; i++) {
//		polyline.AddPoint(pCurve->x[i], pCurve->y[i], pCurve->z[i]);
//	}
//	return polyline;
//}
///**
//* 生成龟背图
//* Points格式 name1,x,y name2,x,y ...
//**/
//extern "C" __declspec(dllexport)
//BSTR CreateVoronoi(CXy* pXy, LPCTSTR borderLine, LPCTSTR points) {
//	if (pXy == NULL) { return 0; }
//	vector<CString> vecString;
//	CString strTmp;
//	int iPos = 0;
//	while (AfxExtractSubString(strTmp, borderLine, iPos, ' '))
//	{
//		iPos++;
//		vecString.push_back(strTmp);
//	}
//	NBase::CPointList pts;
//	double dX, dY;
//	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
//		CString strLine = *iter;
//		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
//		if (nCount >= 2) {
//			NBase::dfPoint dp;
//			dp.x0 = dX;
//			dp.y0 = dY;
//			pts.AddTail(dp);
//		}
//	}
//	if (pts.GetSize() == 0) {
//		return 0;
//	}
//	// 生成边界线
//	CCurveEx* pBlock = new CCurveEx();
//	pBlock->SetPoints(pts, 2);
//	// 获取区域内的断层 --目前先不考虑断层
//	std::list<CPolyline> flts;// = CollectFlts(pBlock);
//
//	// 区域内点
//	std::vector<CWellPoint> wells;
//	vector<CString> vecPointData;
//	iPos = 0;
//	while (AfxExtractSubString(strTmp, points, iPos, ' '))
//	{
//		vecPointData.push_back(strTmp);
//		iPos++;
//	}
//	char s[100]; memset(s, 0, sizeof(char) * 100);
//	CString strPointName;
//	for (auto iter = vecPointData.begin(); iter != vecPointData.end(); ++iter) {
//		CString strLine = *iter;
//		int nCount = sscanf(strLine, "%99[^,],%lf,%lf", s, &dX, &dY);
//		if (nCount >= 3) {
//			CWellPoint dp;
//			dp.x0 = dX;
//			dp.y0 = dY;
//			strPointName = s;
//			dp.SetName(strPointName);
//			wells.push_back(dp);
//		}
//	}
//	if (wells.size() == 0) {
//		return 0;
//	}
//	CPolyline border = CurveExToPolyline(pBlock);
//	std::list<CPolyline> results;
//	auto voronoiMap = std::make_unique<CVoronoiMap>();
//	voronoiMap->SetFltClosingFraction(0.1);
//	voronoiMap->ReadWellData(wells);
//	voronoiMap->CreateMap(flts, border);
//	int nResult = voronoiMap->OutputResult(results);
//	if (pBlock) {
//		delete pBlock;
//	}
//	CString strResultData;
//	for (auto polyLine : results) {
//		int iCount = polyLine.GetSize();
//		// 如果是龟背图的折线，每个折线至少有 3 条边形成一个闭合的多边形结构
//		if (iCount <= 2) {
//			continue;
//		}
//		CString strPolyName = polyLine.GetName();
//		strResultData.Append("Pline.");
//		strResultData.Append(strPolyName);
//		strResultData.Append("\r\n");
//		CString strCoord("");
//		for (int i = 0; i < iCount; i++) {
//			CPointXYZ &xyz = polyLine.GetPoint(i);
//			strCoord.Format("%lf,%lf ", xyz.x0, xyz.y0);
//			strResultData.Append(strCoord);
//		}
//		strResultData.Append("\r\n");
//	}
//
//	return strResultData.AllocSysString();
//}
CString Curve2String(CCurve* pCurve)
{
	CString strData("Pline");
	for (int i = 0; i < pCurve->num; i++) {
		CString strLine("");
		strLine.Format("%s,%s\r\n", pCurve->x[i], pCurve->y[i]);
		strData += strLine;
	}
	return strData;
}
CString MyCurve2String(CMyCurve* pCurve)
{
	CString strData("Pline");
	for (int i = 0; i < pCurve->num; i++) {
		CString strLine("");
		strLine.Format("%s,%s\r\n", pCurve->x[i], pCurve->y[i]);
		strData += strLine;
	}
	return strData;
}
double TakeZFromName(LPCTSTR curveName) {
	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	double dZ = 0;
	int nCount=0;
	while (AfxExtractSubString(strTmp, curveName, iPos, ','))
	{
		iPos++;
		dZ += atof(strTmp);
		nCount++;
	}
	return dZ / nCount;
}
extern "C" __declspec(dllexport)
double StaticTradeAreaByContour(CXy* pXy, LPCTSTR blockLine, LPCTSTR contourLayer, LPCTSTR faultLayer)
{
	CContourFillMap cfmp;
	vector<CMyCurve*> contours, flts;

	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	GBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			GBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	CString strReturn("");
	if (pts.GetSize() == 0) {
		return 0.0;
	}
	CMyCurve curBorder;
	curBorder.SetPoints(pts, 2);

	// 设置等值线
	CList<POSITION, POSITION> lstContour;
	pXy->GetElement(contourLayer, lstContour, TRUE);
	if (lstContour.GetCount() == 0) {
		return 0;
	}
	POSITION pos, pt;
	pos = lstContour.GetHeadPosition();
	while (pos)
	{
		pt = lstContour.GetNext(pos);
		COne* pOne = pXy->GetAt(pt);
		if (pOne->GetType() == DOUBLEFOX_CURVE) {
			CCurveEx* pCurveCur = (CCurveEx*)pOne->value;
			CMyCurve* curve = new CMyCurve();
			curve->Create(pCurveCur->num);
			for (int i = 0; i < pCurveCur->num; i++) {
				curve->SetPoint(i, pCurveCur->x[i], pCurveCur->y[i],  atof(pCurveCur->GetName()));
			}
			curve->SetName(pCurveCur->GetName());
			curve->GetLocation();
			contours.push_back(curve);
		}
	}
	cfmp.SetContours(contours);
	// 设置断层
	CList<POSITION, POSITION> lstFault;
	pXy->GetElement(faultLayer, lstFault, TRUE);
	if (lstFault.GetCount() > 0) {
		pos = lstFault.GetHeadPosition();
		while (pos)
		{
			pt = lstFault.GetNext(pos);
			COne* pOne = pXy->GetAt(pt);
			if (pOne->GetType() == DOUBLEFOX_CURVE) {
				CCurveEx* pCurveCur = (CCurveEx*)pOne->value;
				CMyCurve* curve = new CMyCurve();
				curve->Create(pCurveCur->num);
				for (int i = 0; i < pCurveCur->num; i++) {
					curve->SetPoint(i, pCurveCur->x[i], pCurveCur->y[i], pCurveCur->z[i]);
				}
				curve->SetName(pCurveCur->GetName());
				curve->GetLocation();
				flts.push_back(curve);
			}
		}
		cfmp.SetFlts(flts);
	}
	// 设置边界
	cfmp.SetBorder(curBorder);
	cfmp.SetExtensivePara(1.1);	//maxExtendLength = Global_GetExtendLength();
	int rst = cfmp.CreatePolygons();

	for (int i = 0; i < (int)contours.size(); i++)
	{
		if (NULL != contours[i])
			delete contours[i];
	}
	contours.clear();

	for (int i = 0; i < (int)flts.size(); i++)
	{
		if (NULL != flts[i])
			delete flts[i];
	}
	flts.clear();

	double dAreaTotal = 0;
	double dVolumTotal = 0;
	std::vector<CMyCurve*> areas = cfmp.GetResultPolygons();
	//cfmp.WritePurePolygons("C:\\temp\\area.dfd");
	for (int i = 0; i < areas.size(); i++)
	{
		CMyCurve* pCurve = areas[i];

		//CString strData = MyCurve2String(pCurve);
		//TRACE("%s\r\n", strData);

		double dArea = pCurve->Area();
		dAreaTotal += dArea;
		double dZ = TakeZFromName(pCurve->GetName());
		dVolumTotal += dZ* dArea;
	}
	return dVolumTotal / dAreaTotal;
}
// 面积衡量统计
extern "C" __declspec(dllexport)
double StaticTradeArea(CXy* pXy, LPCTSTR blockLine)
{
	POSITION pos;
	CMesh* pMesh = NULL;
	pos = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (pos)
	{
		pMesh = (CMesh*)pXy->GetAtValue(pos);
	}
	else {
		return 0.0;
	}

	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	CString strReturn("");
	if (pts.GetSize() == 0) {
		return 0.0;
	}
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);

	return pMesh->TradeArea(*pBlock);
}
// 计算区域的体积
extern "C" __declspec(dllexport)
double CaculateVolume(CXy* pXy, LPCTSTR blockLine) {
	if (pXy == NULL) { return 0; }
	POSITION pos;
	CMesh* pMesh = NULL;
	pos = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (pos)
	{
		pMesh = (CMesh*)pXy->GetAtValue(pos);
	}
	else {
		return 0.0;
	}

	vector<CString> vecString;
	CString strTmp;
	int iPos = 0;
	while (AfxExtractSubString(strTmp, blockLine, iPos, ' '))
	{
		iPos++;
		vecString.push_back(strTmp);
	}
	NBase::CPointList pts;
	double dX, dY;
	for (auto iter = vecString.begin(); iter != vecString.end(); ++iter) {
		CString strLine = *iter;
		int nCount = sscanf(strLine, "%lf,%lf", &dX, &dY);
		if (nCount >= 2) {
			NBase::dfPoint dp;
			dp.x0 = dX;
			dp.y0 = dY;
			pts.AddTail(dp);
		}
	}
	CString strReturn("");
	if (pts.GetSize() == 0) {
		return 0.0;
	}
	CCurveEx* pBlock = new CCurveEx();
	pBlock->SetPoints(pts, 2);

	return pMesh->Volume(*pBlock, 0);
}
extern "C" __declspec(dllexport)
double Mesh_GetZ(CXy* pXy, double ptX, double ptY) {
	POSITION pos;
	CMesh* pMesh = NULL;
	pos = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (pos)
	{
		pMesh = (CMesh*)pXy->GetAtValue(pos);
	}
	else {
		return -1e100;
	}

	double dValue = pMesh->GetValue(ptX, ptY);
	return dValue;
}

//返回zmin和zmax区间值 超出返回-1e100
extern "C" __declspec(dllexport)
double Mesh_GetZ1(CXy* pXy, double ptX, double ptY) {
	POSITION pos;
	CMesh* pMesh = NULL;
	pos = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (pos)
	{
		pMesh = (CMesh*)pXy->GetAtValue(pos);
	}
	else {
		return -1e100;
	}

	double dValue = pMesh->GetValue(ptX, ptY);
	double dZmin = 0;
	double dZmax = 0;
	pMesh->GetM(dZmin, dZmax);

	if ((dValue < dZmin) || (dValue > dZmax))
	{
		return -1e100;
	}

	return dValue;
}

// 判断两线段是否真正相交（2D）
bool IsSegIntersect(const double& x1, const double& y1, const double& x2, const double& y2,
	const double& x3, const double& y3, const double& x4, const double& y4) {
	auto cross = [](double x1, double y1, double x2, double y2) {
		return x1 * y2 - x2 * y1;
	};
	auto direction = [&](double x1, double y1, double x2, double y2, double x3, double y3) {
		return cross(x3 - x1, y3 - y1, x2 - x1, y2 - y1);
	};
	auto onSegment = [](double xi, double yi, double xj, double yj, double xk, double yk) {
		return min(xi, xj) <= xk && xk <= max(xi, xj) && min(yi, yj) <= yk && yk <= max(yi, yj);
	};

	double d1 = direction(x3, y3, x4, y4, x1, y1);
	double d2 = direction(x3, y3, x4, y4, x2, y2);
	double d3 = direction(x1, y1, x2, y2, x3, y3);
	double d4 = direction(x1, y1, x2, y2, x4, y4);

	if (((d1 > 0 && d2 < 0) || (d1 < 0 && d2 > 0)) &&
		((d3 > 0 && d4 < 0) || (d3 < 0 && d4 > 0)))
		return true;

	//if (std::fabs(d1) < 1e-10 && onSegment(x3, y3, x4, y4, x1, y1)) return true;
	//if (std::fabs(d2) < 1e-10 && onSegment(x3, y3, x4, y4, x2, y2)) return true;
	//if (std::fabs(d3) < 1e-10 && onSegment(x1, y1, x2, y2, x3, y3)) return true;
	//if (std::fabs(d4) < 1e-10 && onSegment(x1, y1, x2, y2, x3, y3)) return true;

	return false;
}

// 计算点到线段的平方距离
double point_to_segment_distance_sq(const double& xp, const double& yp, const double& x1, const double& y1, const double& x2, const double& y2) {

	double l2 = (x1 - x2) * (x1 - x2) + (y1 - y2) * (y1 - y2);

	if (l2 == 0.0f) { // 线段退化为点
		double dx = xp - x1;
		double dy = yp - y1;
		return dx * dx + dy * dy;
	}

	// 计算投影参数 t
	double t = ((xp - x1) * (x2 - x1) + (yp - y1) * (y2 - y1)) / l2;
	t = std::clamp(t, 0.0, 1.0); // 截断到线段范围内

	// 计算投影点
	double projection_x = x1 + t * (x2 - x1);
	double projection_y = y1 + t * (y2 - y1);

	// 计算平方距离
	double dx = xp - projection_x;
	double dy = yp - projection_y;
	return dx * dx + dy * dy;
}

// 统计井点的倾角
extern "C" __declspec(dllexport)
BSTR StatisticWellInclination(CSigmaView* pView, LPCSTR layerName, BOOL childNode, double searchRadius, LPCTSTR faultLayer, LPCTSTR borderLayer)
{
	if (pView->m_pDoc == NULL) { return 0; }
	CXy* pXy = pView->m_pDoc->m_pXy;
	// 获得网格
	CMesh* pMesh = NULL;
	POSITION posMesh = pXy->FindFirstElement(DOUBLEFOX_MESH);
	if (posMesh)
	{
		pMesh = (CMesh*)pXy->GetAtValue(posMesh);
	}
	else {
		return 0;
	}
	CGrid* pGrid = pMesh->GetDfg();
	// 按图层获取图元
	CList<POSITION, POSITION> selectWells;
	if (childNode)
	{
		pXy->GetElement(layerName, selectWells, TRUE);
	}
	else
		pXy->GetElement(layerName, selectWells, FALSE);
	if (selectWells.IsEmpty())
	{
		return 0;
	}
	// 获得所有的边界
	std::vector<CCurve*> vecBorder;
	CList<POSITION, POSITION> lstBorder;
	if (borderLayer && borderLayer[0] != _T('\0'))
	{
		pXy->GetElement(borderLayer, lstBorder, TRUE);
		POSITION posBorer, ptOneBorder;
		posBorer = lstBorder.GetHeadPosition();
		while (posBorer)
		{
			ptOneBorder = lstBorder.GetNext(posBorer);
			COne* pOneCurve= pXy->GetAt(ptOneBorder);
			if (pOneCurve->GetType() != DOUBLEFOX_CURVE)
			{
				continue;
			}
			CCurve* pCurve = (CCurve*)pOneCurve->GetValue();
			vecBorder.push_back(pCurve);
		}
	}

	std::vector<std::tuple<CPointNameBase*, NBase::CRect8, POSITION>> pairContainer;
	POSITION pos, ptOne;
	pos = selectWells.GetHeadPosition();
	// 生成每个井点的计算范围
	while (pos)
	{
		ptOne = selectWells.GetNext(pos);
		COne* pOne = pXy->GetAt(ptOne);
		if (pOne->GetType() != DOUBLEFOX_XYZ && pOne->GetType() != DOUBLEFOX_POINT)
		{
			continue;
		}
		CPointNameBase* pPoint = (CPointNameBase*)pOne->GetValue();
		// 边界条件
		if (vecBorder.size() > 0)
		{
			bool isInside = false;
			for (auto& pCurve : vecBorder)
			{
				int nIn = pCurve->IsInside(pPoint->x0, pPoint->y0);
				if (nIn == 1)
				{
					isInside = true;
					break;
				}
			}
			if (isInside == false)
			{
				continue;
			}
		}

		NBase::CRect8 rectWell;
		rectWell.left = pPoint->x0 - searchRadius;
		rectWell.right = pPoint->x0 + searchRadius;
		rectWell.bottom = pPoint->y0 - searchRadius;
		rectWell.top = pPoint->y0 + searchRadius;
		pairContainer.emplace_back(pPoint, rectWell, ptOne);
	}
	// 构造断层的计算树
	vector<tuple<double,double, double,double, CString>> faultSegments;
	RTree2D faultTree;
	if (faultLayer && faultLayer[0] != _T('\0'))
	{
		CList<POSITION, POSITION> selectFaults;
		pXy->GetElement(faultLayer, selectFaults, TRUE);
		POSITION posFault, ptOneFault;
		posFault = selectFaults.GetHeadPosition();
		while (posFault)
		{
			ptOneFault = selectFaults.GetNext(posFault);
			COne* pOneFault = pXy->GetAt(ptOneFault);
			if (pOneFault->GetType() != DOUBLEFOX_CURVE)
			{
				continue;
			}
			CCurve* pFault = (CCurve*)pOneFault->GetValue();
			for (int i = 1; i < pFault->num; i++)
			{
				// 直接在容器中构造对象
				faultSegments.emplace_back(pFault->x[i - 1], pFault->y[i - 1], pFault->x[i], pFault->y[i], pFault->GetName());
			}
		}
	
		size_t segCount = faultSegments.size();
		for (int i = 0; i < segCount;i++)
		{
			tuple<double, double, double, double, CString>&pSeg = faultSegments[i];
			AABBRect abRect(std::get<0>(pSeg), std::get<1>(pSeg), std::get<2>(pSeg), std::get<3>(pSeg));
			faultTree.Insert(abRect.min, abRect.max, i);
		}
	}
	//faultTree.Search(, , searchCallback);
	double dDistMinX = pGrid->dx()*0.75;
	double dDistMinY = pGrid->dy()*0.75;
	std::vector<std::tuple<CPointNameBase*, NBase::CPoint3D, POSITION, CString, double>> vecResult;
	// 计算每口井有效范围内的倾角
	for (auto&[well, searchRange, wellPos] : pairContainer)
	{
		int nLeft = int(pGrid->xGrid(searchRange.left) + 0.5);
		int nRight = int(pGrid->xGrid(searchRange.right));
		if (nLeft < 0)
			nLeft = 1;
		if (nRight > pGrid->xnum())
			nRight = pGrid->xnum();

		int nBottom = int(pGrid->yGrid(searchRange.bottom) + 0.5);
		int nTop = int(pGrid->yGrid(searchRange.top));
		if (nBottom < 0)
			nBottom = 1;
		if (nTop > pGrid->ynum())
			nTop = pGrid->ynum();
		double dZSource = pGrid->Value(well->x0, well->y0);
		double dAngle = 0;
		double dFindX = 0;
		double dFindY = 0;
		double dFindZ = 0;
		for (int i = nLeft; i <= nRight; i++)
		{
			for (int j = nBottom; j <= nTop; j++)
			{
				double dDesZ = pGrid->Value(i, j);
				// z值不在有效范围内
				if (!pGrid->IsValueInRange(dDesZ)) {
					continue;
				}
				double dDesX = pGrid->x(i);
				double dDesY = pGrid->y(j);
				
				double dX = dDesX - well->x0;
				// 与井点距离太近
				if (abs(dX) < dDistMinX)
				{
					continue;
				}
				double dY = dDesY - well->y0;
				if (abs(dY) < dDistMinY)
				{
					continue;
				}
				// 判断是否与断层相交
				bool foundIntersection = false;
				AABBRect rectSearch(well->x0, well->y0, dDesX, dDesY);
				int nHits = faultTree.Search(rectSearch.min, rectSearch.max, [&faultSegments, &foundIntersection
					, &well, &dDesX, &dDesY](int find) {
					tuple<double, double, double, double, CString>& seg = faultSegments[find];

					if (IsSegIntersect(std::get<0>(seg), std::get<1>(seg), std::get<2>(seg), std::get<3>(seg)
						, well->x0, well->y0, dDesX, dDesY)) {
						foundIntersection = true;
						return false; // ❗️终止搜索
					}
					return true;
				});
				if (foundIntersection == true)
				{
					continue;
				}
				double dZ = dDesZ - dZSource;
				double dL = dX*dX + dY*dY;
				// 梯度平方
				double dGradientSq = (dZ * dZ) / dL;
				if (dGradientSq > std::abs(dAngle))
				{
					dAngle = dGradientSq;
					//if (dZ < 0)
					//{
					//	dAngle = -dGradientSq;
					//}
					dFindX = dDesX;
					dFindY = dDesY;
					dFindZ = dDesZ;
				}
			}
		}
		
		// 查找最近的断层线
		double dFaultDist = -1;
		CString strFaultName("");
		if (faultSegments.size() > 0)
		{
			size_t maxHits = 5;
			std::vector<int> order;

			double p_min[2] = { well->x0, well->y0 };
			double p_max[2] = { well->x0, well->y0 };

			auto count = faultTree.NNSearch(p_min, p_max, [maxHits, &order](int segID, double distMBR) {
				order.push_back(segID);
				return order.size() < maxHits;
			});
			if (order.size() > 0)
			{
				double dDistMin = std::numeric_limits<double>::max();
				int resultSeg = -1;
				for (auto segID : order)
				{
					tuple<double, double, double, double, CString>& seg = faultSegments[segID];
					double dDist = point_to_segment_distance_sq(well->x0, well->y0, std::get<0>(seg), std::get<1>(seg), std::get<2>(seg), std::get<3>(seg));
					if (dDist < dDistMin)
					{
						dDistMin = dDist;
						resultSeg = segID;
					}
				}
				dFaultDist = std::sqrt(dDistMin);
				tuple<double, double, double, double, CString>& segResult = faultSegments[resultSeg];
				strFaultName = std::get<4>(segResult);
			}
		
			/* TODO: 以下才是近乎完美的NNSearch方案
			    // 调用NNSearch并传入一个Lambda表达式作为回调函数
    tree.NNSearch(query_min, query_max, 
        // --- 核心回调函数逻辑 ---
        // [&] 表示以引用的方式捕获外部作用域的所有变量（如 min_true_dist_sq 和 best_segment_id）
        // segment_id 是R-Tree返回的候选线段ID
        // box_dist_sq 是查询点到该候选线段“包围盒”的距离的平方
        [&](const int& segment_id, double box_dist_sq) -> bool {
            
            std::cout << "  发现候选: 线段 " << segment_id 
                      << "。到其【包围盒】的平方距离为: " << box_dist_sq << std::endl;

            // --- ** 核心剪枝优化 ** ---
            // NNSearch会按“到包围盒距离”的升序来访问候选项。
            // 如果当前候选的“包围盒”距离就已经比我们已经找到的“真实”最短距离还要远，
            // 那么这个包围盒内部的任何线段都不可能成为新的最近者。
            // 因此，我们可以安全地终止对这个分支以及更远分支的搜索。
            if (box_dist_sq > min_true_dist_sq) {
                std::cout << "    -> 【剪枝】。包围盒距离(" << box_dist_sq 
                          << ") > 当前最小真实距离(" << min_true_dist_sq << ")，停止搜索。" << std::endl;
                return false; // 返回 false 会提前终止 NNSearch
            }

            // 如果候选项有潜力，我们就进行精确计算
            // 1. 根据ID从我们的主数据库中获取线段的完整几何信息
            const LineSegment& candidate_seg = segments[segment_id];

            // 2. 计算点到线段的精确距离（的平方）
            double true_dist_sq = distancePointToSegmentSq(query_point, candidate_seg);
            std::cout << "    -> 计算其【真实】平方距离为: " << true_dist_sq << std::endl;

            // 3. 如果找到了一个更近的线段，则更新我们的记录
            if (true_dist_sq < min_true_dist_sq) {
                min_true_dist_sq = true_dist_sq;
                best_segment_id = segment_id;
                std::cout << "    -> ★发现新的最近者！ID: " << best_segment_id 
                          << ", 新的最小真实平方距离: " << min_true_dist_sq << std::endl;
            }
            return true; // 返回 true 以继续搜索其他可能的候选项        }
			*/
		}
		
		CPointNameBase ptFind;
		ptFind.x0 = dFindX;
		ptFind.y0 = dFindY;
		ptFind.z0 = dFindZ;
		vecResult.emplace_back(well, std::move(ptFind), wellPos, strFaultName, dFaultDist);
	}
	// 输出结果
    // 创建一个XML的文档对象。
	TiXmlDocument *xmlDocument = new TiXmlDocument();
	TiXmlDeclaration * decl = new TiXmlDeclaration("1.0", "UTF-8", "");
	xmlDocument->LinkEndChild(decl);
	// 根元素。
	TiXmlElement *rootElement = new TiXmlElement("ROOT");
	xmlDocument->LinkEndChild(rootElement);
	CString name, txt;
	int nId = 0;
	for (auto&[sourceWell, destPoint, wellPos, faultName, faultDist] : vecResult)
	{
		TiXmlElement *itemElement = new TiXmlElement("Item");
		rootElement->LinkEndChild(itemElement);
		TiXmlElement *idElement = new TiXmlElement("序号");
		TiXmlElement *nameElement = new TiXmlElement("井名");
		//TiXmlElement *layerElement = new TiXmlElement("Layer");

		TiXmlElement *xElement = new TiXmlElement("井点X");
		TiXmlElement *yElement = new TiXmlElement("井点Y");
		TiXmlElement *zElement = new TiXmlElement("井点Z");

		TiXmlElement *xDest = new TiXmlElement("目标X");
		TiXmlElement *yDest = new TiXmlElement("目标Y");
		TiXmlElement *zDest = new TiXmlElement("目标Z");

		TiXmlElement *angleElement = new TiXmlElement("倾角");
		TiXmlElement *positionElement = new TiXmlElement("Position");

		TiXmlElement *faultNameEle = new TiXmlElement("最近断层");
		TiXmlElement *faultDistEle = new TiXmlElement("断层距离");

		itemElement->LinkEndChild(idElement);
		itemElement->LinkEndChild(nameElement);
		//itemElement->LinkEndChild(layerElement);
		itemElement->LinkEndChild(xElement);
		itemElement->LinkEndChild(yElement);
		itemElement->LinkEndChild(zElement);
		itemElement->LinkEndChild(xDest);
		itemElement->LinkEndChild(yDest);
		itemElement->LinkEndChild(zDest);
		itemElement->LinkEndChild(angleElement);
		itemElement->LinkEndChild(positionElement);
		itemElement->LinkEndChild(faultNameEle);
		itemElement->LinkEndChild(faultDistEle);

		// 序号
		CString strID;
		strID.Format(_T("%d"), nId);
		TiXmlText *idValue = new TiXmlText(strID);
		idElement->LinkEndChild(idValue);
		// 名称
		name = sourceWell->GetName();
		TiXmlText *nameValue = new TiXmlText(name);
		nameElement->LinkEndChild(nameValue);
		//// 图层
		//TiXmlText *layerValue = new TiXmlText(sourceWell->GetLayer()->GetName());
		//layerElement->LinkEndChild(layerValue);

		// 井点坐标
		AfxGetPublicFunction()->FloatToString(txt, sourceWell->x0, decimal);
		TiXmlText *xValue = new TiXmlText(txt);
		xElement->LinkEndChild(xValue);

		AfxGetPublicFunction()->FloatToString(txt, sourceWell->y0, decimal);
		TiXmlText *yValue = new TiXmlText(txt);
		yElement->LinkEndChild(yValue);

		AfxGetPublicFunction()->FloatToString(txt, pGrid->Value(sourceWell->x0, sourceWell->y0), decimal);
		TiXmlText *zValue = new TiXmlText(txt);
		zElement->LinkEndChild(zValue);

		// 目的坐标
		AfxGetPublicFunction()->FloatToString(txt, destPoint.x0, decimal);
		TiXmlText *xValueDest = new TiXmlText(txt);
		xDest->LinkEndChild(xValueDest);

		AfxGetPublicFunction()->FloatToString(txt, destPoint.y0, decimal);
		TiXmlText *yValueDest = new TiXmlText(txt);
		yDest->LinkEndChild(yValueDest);

		AfxGetPublicFunction()->FloatToString(txt, destPoint.z0, decimal);
		TiXmlText *zValueDest = new TiXmlText(txt);
		zDest->LinkEndChild(zValueDest);

		// 角度
		double distH = ((NBase::CPoint2D*)sourceWell)->Distance(static_cast<NBase::CPoint2D>(destPoint));
		double dInclineZ = destPoint.z0 - pGrid->Value(sourceWell->x0, sourceWell->y0);
		double dAngle = std::atan2(dInclineZ, distH);
		dAngle = dAngle * 180.0 / M_PI;
		//if (dInclineZ < 0) {
		//	dAngle *= -1;
		//}
		AfxGetPublicFunction()->FloatToString(txt, dAngle, decimal);
		TiXmlText *tiAngle = new TiXmlText(txt);
		angleElement->LinkEndChild(tiAngle);

		// 图元指针
		uintptr_t number = (uintptr_t)wellPos;
		char buffer[65];
		_ui64toa(number, buffer, 10);
		txt.Format("%s", buffer);

		TiXmlText *posValue = new TiXmlText(txt);
		positionElement->LinkEndChild(posValue);

		// 断层
		TiXmlText *txFaultName = new TiXmlText(faultName);
		faultNameEle->LinkEndChild(txFaultName);
		// 断层距离
		txt = "";
		if (faultDist >= 0)
		{
			AfxGetPublicFunction()->FloatToString(txt, faultDist, decimal);
		}
		TiXmlText *txFaultDist = new TiXmlText(txt);
		faultDistEle->LinkEndChild(txFaultDist);

		nId++;
	}
	TiXmlPrinter printer;
	xmlDocument->Accept(&printer);

	CString strReturn("");
	strReturn = CString(printer.CStr());

	delete xmlDocument;
	xmlDocument = nullptr;

	return strReturn.AllocSysString();
}
// 统计
extern "C" __declspec(dllexport)
BSTR Statisc(CSigmaView* pView, LPCSTR layerName, BOOL childNode, int nStatMode, int surfaceType)
{
	if (pView->m_pDoc == NULL) { return 0; }
	// 按图层获取图元
	CList<POSITION, POSITION> select;

	if (layerName == NULL)
	{
		CXyElementFilter filter;
		pView->m_pDoc->GetDraw()->GetElement(filter, select);
	}
	else
	{
		pView->m_pDoc->GetDraw()->GetElement(layerName, select, childNode);
	}
	
	if (select.IsEmpty())
	{
		//::AfxMessageBox("No data");
		return 0;
	}

	//string xmlstr;

	// 创建一个XML的文档对象。
	TiXmlDocument *xmlDocument = new TiXmlDocument();
	TiXmlDeclaration * decl = new TiXmlDeclaration("1.0", "UTF-8", "");
	xmlDocument->LinkEndChild(decl);
	// 根元素。
	TiXmlElement *rootElement = new TiXmlElement("ROOT");
	xmlDocument->LinkEndChild(rootElement);
	if (nStatMode == STAT_MODE_POLYGON_RELATION)
	{
		StatisPolygonRelation(pView, select, rootElement);
	}
	else {
		POSITION pos, pt;
		CMesh* pMesh = NULL;
		pos = pView->m_pDoc->GetDraw()->FindFirstElement(DOUBLEFOX_MESH);
		if (pos)
		{
			pMesh = (CMesh*)pView->m_pDoc->GetDraw()->GetAtValue(pos);
		}

		int total = 0;
		total = select.GetCount();
		pos = select.GetHeadPosition();

		int id = 1;

		//CLayer* pLayer;
		while (pos)
		{
			pt = select.GetNext(pos);
			switch (nStatMode)
			{
			case STAT_MODE_ELEMENTS:
				id += StatisElement(pView, pt, rootElement, id, nullptr);//pMesh
				break;
			case STAT_MODE_SURVEY:
				id += StatisSurvey(pView, pt, rootElement, id);
				break;
			case STAT_MODE_TRAPS:
				id += StatisTraps(pView, pt, rootElement, id, pMesh);
				break;
			case STAT_MODE_FAULTS:
				id += StatisFault(pView, pt, rootElement, id, pMesh);
				break;
			case STAT_MODE_WELL:
				id += StatisWells(pView, pt, rootElement, id, pMesh);
				break;
			case STAT_MODE_VOLUME:
				id += StatisVolumn(pView, pt, rootElement, id, pMesh, surfaceType);
				break;
			case STAT_MODE_BLOCK_ELEMENT:
				id += StatisticBlockElements(pView, pt, rootElement, id);
				break;
			case STAT_MODE_WELL_AZIMUTH:
				id += StatisAzimuth(pView, pt, rootElement, id);
			}
		}
	}
	TiXmlPrinter printer;
	xmlDocument->Accept(&printer);
	// xmlstr = printer.CStr();
	CString strText = CString(printer.CStr());
	// int len = strText.GetLength();
	delete xmlDocument;
	xmlDocument = nullptr;
	return strText.AllocSysString();
	//return ::SysAllocString(strText);
}

// 统计分层
extern "C" __declspec(dllexport)
BSTR StatiscLayer(CSigmaView* pView, LPCSTR layerName)
{
	if (pView->m_pDoc == NULL) { ::AfxMessageBox("The doc pointer is null", MB_ICONSTOP); return 0; }
	CPtrList select;
	pView->m_pDoc->GetDraw()->GetLayer(select, layerName, TRUE);
	if (select.IsEmpty()) { ::AfxMessageBox("No Layers"); return 0; }
	POSITION pos;
	pos = select.GetHeadPosition();
	TiXmlPrinter printer;
	// string xmlstr;

	// 创建一个XML的文档对象。
	TiXmlDocument *xmlDocument = new TiXmlDocument();
	TiXmlDeclaration * decl = new TiXmlDeclaration("1.0", "UTF-8", "");
	xmlDocument->LinkEndChild(decl);
	// 根元素。
	TiXmlElement *rootElement = new TiXmlElement("ROOT");
	xmlDocument->LinkEndChild(rootElement);
	int i = 1;
	CString id;
	CLayer* pLayer;
	while (pos)
	{
		id.Format("%d", i);
		pLayer = (CLayer*)select.GetNext(pos);
		StatisLayer(pView, rootElement, id, pLayer);
		i++;
	}
	xmlDocument->Accept(&printer);
	CString strData = printer.CStr();
	delete xmlDocument;
	xmlDocument = nullptr;
	return strData.AllocSysString();
}

static CString ProjectionConfigPath()
{
	char lpReturnedString[256];
	int nSize=256;
	GetModuleFileName(NULL, lpReturnedString, nSize);
	CString exePath(lpReturnedString);
	int pos = exePath.ReverseFind('\\');
	if (pos != -1)
	{
		exePath = exePath.Left(pos);
	}
	exePath += "Projection.ini";

	return exePath;
}

static void InitProjection(CProjection& xyz, CXy* pXy, CString strProjection)
{
	xyz.SetOutArgv(strProjection);
	xyz.SetInArgv(pXy->GetProjection());
	xyz.SetEarch(pXy->m_ExchangeXYZ.m_longitude, pXy->m_ExchangeXYZ.m_latitude);
	xyz.Initial(ProjectionConfigPath());

	CString strCurProjection = xyz.GetInArgv();
}

static CString ResourceCommentToXml(const std::vector<map<std::string, std::string>>& data)
{
	TiXmlDocument *xmlDocument = new TiXmlDocument();
	TiXmlDeclaration * decl = new TiXmlDeclaration("1.0", "UTF-8", "");
	xmlDocument->LinkEndChild(decl);

	TiXmlElement *rootElement = new TiXmlElement("ROOT");
	xmlDocument->LinkEndChild(rootElement);
	
	for (const auto& map : data)
	{
		TiXmlElement* itemElement = new TiXmlElement("Item");
		rootElement->LinkEndChild(itemElement);

		for (const auto& pair : map)
		{
			TiXmlElement* element = new TiXmlElement(pair.first.c_str());
			itemElement->LinkEndChild(element);

			TiXmlText* value = new TiXmlText(pair.second.c_str());
			element->LinkEndChild(value);
		}
	}

	TiXmlPrinter printer;
	xmlDocument->Accept(&printer);
	CString str = printer.CStr();
	return str;
}

static std::pair<std::string, std::string> GetNameAndFid(const std::string& str)
{
	std::pair<std::string, std::string > pair;

	std::vector<std::string> nameAndFid;
	pystring::split(str, nameAndFid, "|");

	if (nameAndFid.size() > 0)
	{
		pair.first = nameAndFid[0];
	}

	if (nameAndFid.size() > 1)
	{
		pair.second = nameAndFid[1];
	}

	return pair;
}

struct DMS
{
	int degrees;
	int minutes;
	double seconds;
	bool is_negative;
};

// 函数定义：将小数形式的经度转换为 DMS 结构体
static DMS DecimalToDMS(double decimal_degrees)
{
	DMS dms;
	dms.is_negative = decimal_degrees < 0;
	decimal_degrees = std::abs(decimal_degrees);

	dms.degrees = static_cast<int>(decimal_degrees);
	double fractional = (decimal_degrees - dms.degrees) * 60;
	dms.minutes = static_cast<int>(fractional);
	dms.seconds = (fractional - dms.minutes) * 60;

	return dms;
}

// 函数定义：格式化 DMS 结构体为字符串表示
// 注意：客户习惯和一般书面表示不一样，他们习惯前面不带度、分、秒这样的符号，分和秒不足两位前面补0，并且最后的小数只保存三位
//      比如 112°6′54″.1324 要表示成 1120654.132
static std::string FormatDMS(const DMS& dms)
{
	std::string sign = dms.is_negative ? "-" : "";

	// C++20 以前没有 format
	char buf[64]{ 0 };
	double integer = 0.0;
	double fract = modf(dms.seconds, &integer); // 将小数拆分为整数部分和小数部分
	sprintf_s(buf, sizeof(buf),
		"%s%d%02d%02d.%03d", // 注意最后一个不能用 %.3f 然后接小数，这样会多输出一个 0
		sign.c_str(),
		dms.degrees,
		dms.minutes,
		(int)integer,
		(int)(fract * 1000));

	return std::string(buf);
}

// 将经纬度转换为度分秒字符串
static std::string DecimalToDMSString(double x)
{
	return FormatDMS(DecimalToDMS(x));
}

// 资源评价统计
extern "C" __declspec(dllexport)
BSTR StatiscResourceComment(CSigmaView* pView, wchar_t* layerName)
{
	if (pView->m_pDoc == NULL)
	{
		return CString().AllocSysString();
	}

	NBase::CPositionList select;
	CXyElementFilter filter;
	filter.addLayer(CString(layerName), true)
		.addType(DOUBLEFOX_CURVE);

	pView->m_pDoc->GetDraw()->GetElement(filter, select);

	CProjection xyz;
	// FIXME: 转换成经纬度，单位度，直接写这种字符串很不好，但是接口是这样设计的，先这么用了，后面再一起讨论要不要进行二次封装
	InitProjection(xyz, pView->m_pDoc->m_pXy, "China - 1954 Gauss 6, 21, 0, 2 0, 2 0, 0");

	std::vector<std::map<std::string, std::string>> data;

	for (POSITION pos = select.GetHeadPosition(); pos != nullptr; select.GetNext(pos))
	{
		POSITION pt = select.GetAt(pos);
		COne *pOne = (COne *)select.GetAt(pt);
		if (pOne->GetType() != DOUBLEFOX_CURVE)
		{
			continue;
		}

		CCurveEx *pCurve = (CCurveEx *)pOne->GetValue();

		CCurveEx* pNewCurve = new CCurveEx();
		*pNewCurve = *pCurve;
		pNewCurve->ExchangeXY(&xyz);

		// 矿权统计，不需要最前面叫矿权的图层名，这里选择直接去掉最上面一层图层名
		CString layerName = pOne->GetLayer()->GetName();
		int index = layerName.Find("\\");
		if (index != -1)
		{
			layerName = layerName.Mid(index + 1);
		}
		else
		{
			layerName.Empty();
		}

		// 转换坐标
		std::vector<std::string> curve;
		for (int i = 0; i < pNewCurve->num; i++)
		{
			std::string x = DecimalToDMSString(pNewCurve->x[i]);
			std::string y = DecimalToDMSString(pNewCurve->y[i]);
			curve.push_back(x + " " + y);
		}

		std::string name;
		std::string fid;
		std::tie(name, fid) = GetNameAndFid(pOne->GetName().GetString());


		// WKT 格式，一种通用的标准格式
		std::string wkt = "POLYGON((" + pystring::join(",", curve) + "))";

		std::map<std::string, std::string> map;
		map["FID"] = fid;
		map["图元名称"] = name;
		map["AU_评价单元"] = name;
		map["资源类型"] = layerName.GetString();
		map["评价层位"] = "";
		map["盆地"] = "";
		map["评价单位"] = "";
		map["WKT"] = wkt;
		map["Position"] = PositionToString(pt);

		data.push_back(map);
	}

	return ResourceCommentToXml(data).AllocSysString();
}

//extern "C" __declspec(dllexport)
//void MemoCopyXml(BYTE* xml)
//{
//	int len = xmlText.GetLength();
//	memcpy(xml, xmlText.GetBuffer(0), len);
//}

/**
 * 激活给定的图元
 *
 * \param pView
 * \param positions 图元的 position
 * \param length 图
 */
extern "C" __declspec(dllexport)
void ActiveElements(CSigmaView* pView, POSITION positions[], int length)
{
	if (length <= 0)
	{
		return;
	}

	pView->m_pDoc->ClearSelection();

	std::vector<COne*> ones;
	std::vector<POSITION> validPositions = GetValidPositions(pView->m_pDoc->m_pXy, positions, length);

	for (auto pos : validPositions)
	{
		COne* pOne = (COne*)pView->m_pDoc->GetDraw()->GetAt(pos);
		if (pOne != nullptr)
		{
			ones.push_back(pOne);
		}
	}

	if (ones.empty())
	{
		return;
	}

	pView->m_pDoc->PushActionDC(ID_VIEW_WINDOW);
	CRect rt;
	rt = pView->GetClientRect();

	NBase::CRect8 rect = ones[0]->GetRect();
	for (COne* pOne : ones)
	{
		NBase::CRect8 oneRect = pOne->GetRect();
		if (oneRect.left < rect.left)
		{
			rect.left = oneRect.left;
		}

		if (oneRect.top > rect.top)
		{
			rect.top = oneRect.top;
		}

		if (oneRect.right > rect.right)
		{
			rect.right = oneRect.right;
		}

		if (oneRect.bottom < rect.bottom)
		{
			rect.bottom = oneRect.bottom;
		}
	}

	rect.InflateRect(rect.Width() / 4, rect.Height() / 4);
	pView->m_pDoc->GetDC().Extend(rect, rt, EXTEND_MODE_DEFAULT);

	NBase::CPositionList list;
	for (COne* pOne : ones)
	{
		POSITION pos2 = pView->m_pDoc->m_pXy->Find(pOne);
		if (pos2 && pOne->IsCanEdit() && pOne->IsView())
		{
			list.AddTail(pos2);
		}
	}
	pView->m_pDoc->SetSelection(list);
	pView->m_pDoc->Invalidate();
}

void ActiveElement(CSigmaView* pView, POSITION pos)
{
	pView->m_pDoc->ClearSelection();
	COne* pOne = (COne*)pView->m_pDoc->GetDraw()->GetAt(pos);
	if (pOne == NULL)
	{
		return;
	}

	pView->m_pDoc->PushActionDC(ID_VIEW_WINDOW);
	CRect rt;
	rt = pView->GetClientRect();
	NBase::CRect8 rect = pOne->GetRect();
	rect.InflateRect(rect.Width() / 4, rect.Height() / 4);
	pView->m_pDoc->GetDC().Extend(rect, rt, EXTEND_MODE_DEFAULT);

	NBase::CPositionList list;
	POSITION pos2 = pView->m_pDoc->m_pXy->Find(pOne);
	if (pos2 && pOne->IsCanEdit() && pOne->IsView())
	{
		list.AddTail(pos2);
		pView->m_pDoc->SetSelection(list);
	}
	pView->m_pDoc->Invalidate();
}

extern "C" __declspec(dllexport)
void ActiveEelement(CSigmaView* pView, POSITION pos)
{
	if (IsValidPosition(pView->m_pDoc->m_pXy, pos))
	{
		ActiveElement(pView, pos);
	}
}

/**
 * 拆分点与曲线
 *
 * \param pView
 * \param layerNameSeprated 要拆分的图层
 * \param textSubLayerName	文本子层名
 * \param curveSubLayerName	折线子层名
 * \return
 */
extern "C" __declspec(dllexport)
int Layer_SeparateTextAndCurve(CSigmaView * pView, char * layerNameSeprated, char * textSubLayerName, char * curveSubLayerName)
{
	if (pView->m_pDoc->m_pXy == NULL)
		return -1;

	CXy * pXy = pView->m_pDoc->m_pXy;
	CList<POSITION, POSITION> list;
	pXy->GetElement(layerNameSeprated, list);
	if (list.GetCount() == 0)
		return -1;

	CLayer * textFind = pXy->FindLayer(textSubLayerName);
	if (textFind != 0)
		return -1;
	textFind = pXy->FindAddLayer(textSubLayerName);
	if (textFind == 0)
		return -1;

	CLayer * curveFind = pXy->FindLayer(curveSubLayerName);
	if (curveFind != 0)
		return -1;
	curveFind = pXy->FindAddLayer(curveSubLayerName);
	if (curveFind == 0)
		return -1;

	POSITION pos, text;
	pos = list.GetHeadPosition();
	while (pos)
	{
		text = list.GetNext(pos);
		switch (pXy->GetElementType(text))
		{
		case DOUBLEFOX_TEXT:
		case DOUBLEFOX_XYZ:
		case DOUBLEFOX_POINT:
			pXy->SetElementLayer(text, textFind);
			break;
		case DOUBLEFOX_CURVE:
		case DOUBLEFOX_CIRCLE:
		case DOUBLEFOX_ELLIPSE:
		case DOUBLEFOX_ARC:
			pXy->SetElementLayer(text, curveFind);
			break;
		}
	}

	if (pView->m_pDoc)
		pView->m_pDoc->Modified();

	return 1;
}

//函数功能:删除曲线内元素
//返回值:-1--失败 0--指定图层内无曲线 1--删除成功
extern "C" __declspec(dllexport)
int Layer_DeleteInCurve(CSigmaView * pView, char * layerName)
{
	if (pView == 0)
		return -1;

	NBase::CPositionList rgnList;
	int ret = GetLayerElementCurve(pView->m_pDoc, layerName, rgnList, false);
	if (ret == 0 || ret == -1)
	{
		return ret;
	}

	NBase::CPositionList delList;
	if (RgnDelete(pView->m_pDoc, rgnList, delList, 0) > 0)
	{
		//pDoc->InvalidateDelete(delList);
		pView->m_pDoc->SetActionItem(new CActionDeleteItem(pView->m_pDoc, IDS_STRING_ACTION_DELETE, delList));
		return 1;
	}

	return -1;
}

//函数功能:删除曲线内元素
//返回值:-1--失败 0--指定图层内无曲线 1--删除成功
extern "C" __declspec(dllexport)
int Layer_DeleteOutCurve(CSigmaView * pView, char * layerName)
{
	if (pView == 0)
		return -1;

	NBase::CPositionList rgnList;
	int ret = GetLayerElementCurve(pView->m_pDoc, layerName, rgnList, false);
	if (ret == 0 || ret == -1)
	{
		return ret;
	}

	NBase::CPositionList delList;
	if (RgnDelete(pView->m_pDoc, rgnList, delList, 1) > 0)
	{
		CItemDelete item(pView->m_pDoc);

		COne* pOne;
		//CCurveEx* pCurve;
		POSITION pos, pt, pb;
		pos = delList.GetHeadPosition();
		while (pos)
		{
			pb = pos;
			pt = delList.GetNext(pos);
			pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
			if (pOne->GetType() == DOUBLEFOX_CURVE)
			{
				//pCurve=(CCurveEx*)pDoc->GetDraw()->GetAtValue(pt);
				if (item.ElementInRegion(pOne, rgnList))
					delList.RemoveAt(pb);
			}
			else
				delList.RemoveAt(pb);
		}
		pView->m_pDoc->SetActionItem(new CActionDeleteItem(pView->m_pDoc, IDS_STRING_ACTION_DELETE, delList));
		return 1;
	}

	return -1;
}

extern "C" __declspec(dllexport)
int Layer_BreakCurve(CSigmaView * pView, char * layerName)
{
	if (pView == 0)
		return -1;

	NBase::CPositionList rgnList;
	int ret = GetLayerElementCurve(pView->m_pDoc, layerName, rgnList, false);
	if (ret == 0 || ret == -1)
	{
		return ret;
	}

	CItemBreakCurve bc(pView->m_pDoc);
	bc.BreakAllEditableCurve(rgnList);

	return 1;
}

extern "C" __declspec(dllexport)
int Layer_ExtendCurve(CSigmaView * pView, char * layerName)
{
	if (pView == 0)
		return -1;

	NBase::CPositionList rgnList;
	int ret = GetLayerElementCurve(pView->m_pDoc, layerName, rgnList, false);
	if (ret == 0 || ret == -1)
	{
		return ret;
	}

	CItemExtendCurve bc(pView->m_pDoc);
	bc.ExtendCurve(rgnList);

	return 1;
}

extern "C" __declspec(dllexport)
int Layer_ChangeLayer(CSigmaView * pView, char * layerNameOld, char * layerNameNew)
{
	if (pView == 0)
		return -1;

	NBase::CPositionList* ppl = pView->GetSelection();
	if (ppl == NULL || ppl->IsEmpty())
		return -1;

	POSITION pt = NULL;
	//CString layer = pView->m_pDoc->GetSelectedElementLayer(*ppl);

	COne* pOne;
	POSITION pos;
	CLayer* pl = pView->m_pDoc->GetDraw()->FindLayer(layerNameNew);

	//将与page.have类别相同的元素去掉,为了防止在UNDO时出问题
	NBase::CPositionList list;
	pos = ppl->GetHeadPosition();
	while (pos)
	{
		pt = ppl->GetNext(pos);
		pOne = pView->m_pDoc->GetDraw()->GetAt(pt);
		//if (pOne->GetLayer() == pl)
		//	continue;
		list.AddTail(pt);
	}

	if (list.IsEmpty())
		return -1;

	CActionListItem* pAction = new CActionListItem(pView->m_pDoc, IDS_STRING_CHANGE_LAYER);

	//如果该类别没有时
	CLayer* pAddedLayer = NULL;
	if (pl == NULL)
		pAddedLayer = pView->m_pDoc->GetDraw()->FindAddLayer(layerNameNew);

	pos = list.GetHeadPosition();
	while (pos)
	{
		pt = list.GetNext(pos);
		pView->m_pDoc->GetDraw()->SetElementLayer(pt, layerNameNew);
	}
	//for redo undo
	pAction->AddChangeLayerItem(list, layerNameOld, layerNameNew);

	if (pl == NULL)
	{
		//for redo undo
		CLayer* pCurLayer = pView->m_pDoc->GetDraw()->GetCurrentLayer();
		pAction->AddLayerAddItem(pAddedLayer, pCurLayer->GetPathName());
	}

	pView->m_pDoc->SetActionItem(pAction);
	return 1;
}
/**
 ** 获得图层下的所有曲线，包括子图层
**/
extern "C" __declspec(dllexport)
int Layer_GetCurves(CSigmaView * pView, char* layerName, BYTE*& buffElement, int& buffLen)
{
	NBase::CPositionList lstCurve;
	int nCount = GetLayerElementCurve(pView->m_pDoc, layerName, lstCurve, true);

	CXy* pxy = pView->m_pDoc->m_pXy;
	BOOL bReturn = pxy->WriteMemory(buffElement, buffLen, lstCurve, 3, 0);
	if (bReturn == false) {
		nCount = 0;
	}
	return nCount;
}

static int XyGetLayerElementCurve(CXy * pxy, char * layerName, NBase::CPositionList& curveSelect, bool withChild)
{
	if (pxy == NULL)
		return -1;

	//HTREEITEM hItem = m_wndTreeCtrl.GetSelectedItem();
	//if (hItem == NULL) return 0;

	//CString layer = m_wndTreeCtrl.GetPathName(hItem);
	pxy->GetElement(layerName, curveSelect, withChild);
	if (curveSelect.GetCount() == 0)
		return 0;

	POSITION pt, bp;
	POSITION pos = curveSelect.GetHeadPosition();
	while (pos)
	{
		bp = pos;
		pt = curveSelect.GetNext(pos);
		if (pxy->GetElementType(pt) == DOUBLEFOX_CURVE)
			continue;
		curveSelect.RemoveAt(bp);
	}

	return curveSelect.GetCount();
}
static int GetLayerElementCurve(CSigmaDoc * pDoc, char * layerName, NBase::CPositionList& curveSelect, bool withChild)
{
	if (pDoc == NULL)
		return -1;
	return XyGetLayerElementCurve(pDoc->m_pXy, layerName, curveSelect, withChild);
}

extern "C" __declspec(dllexport)
int XyLayer_GetCurves(CXy* pxy, char* layerName, BYTE*& buffElement, int& buffLen, bool withChilds=true)
{
	NBase::CPositionList lstCurve;
	int nCount = XyGetLayerElementCurve(pxy, layerName, lstCurve, withChilds);

	BOOL bReturn = pxy->WriteMemory(buffElement, buffLen, lstCurve, 3, 0);
	if (bReturn == false) {
		nCount = 0;
	}
	return nCount;
}
// 导出文件中的线类数据和点类数据
extern "C" __declspec(dllexport)
const char* XyExportFileData(CXy* pxy, bool withLine, bool withPoint) {
	if (pxy == NULL)
		return nullptr;
	std::stringstream ss;
	CPtrList* plist = pxy->GetValueList();
	POSITION pos = plist->GetHeadPosition();
	COne* pOne;
	while (pos)
	{
		pOne = (COne*)plist->GetNext(pos);
		if (pOne->GetViewState() == LAYER_NotViewNotEdit) {
			continue;
		}
		if (withLine && pOne->GetType() == DOUBLEFOX_CURVE)
		{
			CString strLayerName = pOne->GetLayer()->GetName();
			if (strLayerName.IsEmpty()) {
				strLayerName = "0";
			}

			CCurveEx* pCurve = (CCurveEx*)pOne->value;
			CString strLineName = pCurve->GetName();
			for (int i = 0; i < pCurve->num; i++)
			{
				ss << pCurve->x[i];
				ss << ",";
				ss << pCurve->y[i];
				ss << ",";
				ss << pCurve->z[i];
				ss << ",";
				ss << strLineName;
				ss << ",";
				ss << strLayerName;
				ss << "\r\n";
			}
		}
		if (withPoint && (pOne->GetType() == DOUBLEFOX_POINT || pOne->GetType() == DOUBLEFOX_XYZ))
		{
			CString strLayerName = pOne->GetLayerName();

			CPointNameEx* pPoint = (CPointNameEx*)pOne->GetValue();
			CString strPointName = pPoint->GetName();
			ss << pPoint->x0;
			ss << ",";
			ss << pPoint->y0;
			ss << ",";
			ss << pPoint->z0;
			ss << ",";
			ss << strPointName;
			ss << ",";
			ss << strLayerName;
			ss << "\r\n";
		}
	}
	std::string resultStr = ss.str();
	char* result = new char[resultStr.length() + 1];
	strcpy_s(result, resultStr.length() + 1, resultStr.c_str());
	return result;
}

static int RgnDelete(CSigmaDoc * pDoc, NBase::CPositionList& rgnList, NBase::CPositionList& delList, int nDeleteIdea)
{
	if (pDoc == NULL)
		return 0;
	if (pDoc->m_pXy == NULL)
		return 0;

	CItemDelete item(pDoc);

	POSITION pt, bp;
	POSITION pos = rgnList.GetHeadPosition();
	while (pos)
	{
		bp = pos;
		pt = rgnList.GetNext(pos);
		item.GetSelectWidthRegion(delList, pt, nDeleteIdea);
	}

	//去除范围线本身
	POSITION ps, pb, pg;
	pos = rgnList.GetHeadPosition();
	while (pos)
	{
		pt = rgnList.GetNext(pos);

		ps = delList.GetHeadPosition();
		while (ps)
		{
			pg = ps;
			pb = delList.GetNext(ps);
			if (pb != pt) continue;
			delList.RemoveAt(pg);
		}
	}

	//去除重复线
	pos = delList.GetHeadPosition();
	while (pos)
	{
		pt = delList.GetAt(pos);

		ps = pos;
		if (ps) delList.GetNext(ps);
		while (ps)
		{
			pg = ps;
			pb = delList.GetNext(ps);
			if (pb != pt) continue;
			delList.RemoveAt(pg);
		}
		delList.GetNext(pos);
	}
	return (int)delList.GetCount();
}

/**
 * 计算两个曲线的交点
 * 
 * \param curve1
 * \param curve2
 * \return 
 */
static std::vector<NBase::dfPoint> GetCrossPoint(CCurveEx& curve1, CCurveEx& curve2)
{
	// 求交点，返回的交点里面存储的是桩号
	CCrossList crossList;
	curve1.Cross(curve2, crossList);
	if (crossList.IsEmpty())
	{
		return {};
	}

	std::vector<NBase::dfPoint> result;
	result.reserve(crossList.GetCount());

	// 将桩号转换为交点
	for (POSITION pos = crossList.GetHeadPosition(); pos != nullptr; crossList.GetNext(pos))
	{
		CCrossPoint crossPoint = crossList.GetAt(pos);
		double l1 = crossPoint.x[0];
		double* l = curve1.l;

		NBase::dfPoint t;
		int i = AfxGetPublicFunction()->BinarySearch(crossPoint.x[0], curve1.num, curve1.l);
		if (i <= 0) i = 0;
		else if (i > curve1.num - 2) i = curve1.num - 2;

		t.x0 = AfxGetPublicFunction()->LineValue(l1, l + i, curve1.x + i);
		t.y0 = AfxGetPublicFunction()->LineValue(l1, l + i, curve1.y + i);
		t.z0 = AfxGetPublicFunction()->LineValue(l1, l + i, curve1.z + i);

		result.push_back(t);
	}

	return result;
}

struct CurveRangeDetail
{
	POSITION pos = nullptr;
	CCurveEx* pCurve = nullptr;
	NBase::CRect8 range;
};

// 提取曲线和范围
static std::vector<CurveRangeDetail> FetchCurves(CXy& pXy, const CString& layerName, bool includeSubLayer)
{
	NBase::CPositionList select;
	pXy.GetElement(layerName, select, includeSubLayer ? TRUE : FALSE);

	std::vector<CurveRangeDetail> curves;
	curves.reserve(select.GetCount());

	for (POSITION pos = select.GetHeadPosition(); pos != nullptr; select.GetNext(pos))
	{
		POSITION pt = select.GetAt(pos);
		COne* pOne = pXy.GetAt(pt);
		CCurveEx* pCurve = pOne->GetValueSafe<CCurveEx>();

		NBase::CRect8 range(1e100, -1e100, -1e100, 1e100);
		pCurve->GetRange(range);

		curves.push_back({ pt, pCurve, range });
	}

	return curves;
}

// 计算交点
static std::vector<std::map<std::string, std::string>> FindIntersections(const std::vector<CurveRangeDetail>& curves)
{
	std::vector<std::map<std::string, std::string>> result;
	// 这里取裸指针以及下面的 count 都是性能优化，不要轻易修改，当图元非常多时，vector 的 size() 和 operator[] 是瓶颈
	const CurveRangeDetail* pCurves = curves.data();
	size_t count = curves.size();

	for (size_t i = 0; i < count; i++)
	{
		CCurveEx* pCurve1 = pCurves[i].pCurve;
		const NBase::CRect8& range1 = pCurves[i].range;

		for (size_t j = i + 1; j < count; j++)
		{
			CCurveEx* pCurve2 = pCurves[j].pCurve;
			const NBase::CRect8& range2 = pCurves[j].range;

			// 先判断包围盒是否相交
			if (!IsIntersecting(range1, range2))
			{
				continue;
			}

			std::vector<NBase::dfPoint> crossPoints = GetCrossPoint(*pCurve1, *pCurve2);
			for (const auto& crossPoint : crossPoints)
			{
				std::map<std::string, std::string> map;
				CString text;
				text.Format("%s|%s", pCurve1->GetName(), pCurve2->GetName());

				map["名称"] = text.GetBuffer();
				map["X"] = std::to_string(crossPoint.x0);
				map["Y"] = std::to_string(crossPoint.y0);
				result.push_back(map);
			}
		}
	}

	return result;
}

struct IntersectionsDetail
{
	NBase::dfPoint point{};		// 交点
	POSITION pos1 = nullptr;		// 第一条曲线 POSITION
	CCurveEx *pCurve1 = nullptr;	// 第一条曲线
	POSITION pos2 = nullptr;		// 第二条曲线 POSITION
	CCurveEx *pCurve2 = nullptr;	// 第二条曲线
};

// 计算交点，包括曲线自己和自己的交点
static std::vector<IntersectionsDetail> FindIntersections2(const std::vector<CurveRangeDetail>& curvesDetails)
{
	std::vector<IntersectionsDetail> result;
	// 这里取裸指针以及下面的 count 都是性能优化，不要轻易修改，当图元非常多时，vector 的 size() 和 operator[] 是瓶颈
	const CurveRangeDetail* pData = curvesDetails.data();
	size_t count = curvesDetails.size();

	#pragma omp parallel for
	for (int32_t i = 0; i < count; i++)
	{
		std::vector<IntersectionsDetail> localResult;

		for (int32_t j = i + 1; j < count; j++)
		{
			// 先判断包围盒是否相交
			if (!IsIntersecting(pData[i].range, pData[j].range))
			{
				continue;
			}

			std::vector<NBase::dfPoint> crossPoints = GetCrossPoint(*(pData[i].pCurve), *(pData[j].pCurve));
			for (const auto& crossPoint : crossPoints)
			{
				IntersectionsDetail detail { crossPoint, pData[i].pos, pData[i].pCurve, pData[j].pos, pData[j].pCurve};
				localResult.push_back(detail);
			}
		}

		#pragma omp critical
		{
			result.insert(result.end(), localResult.begin(), localResult.end());
		}
	}

	return result;
}

/**
 * 检测曲线自己是否和自己相交
 * 
 * \param pXy				图件对象
 * \param layerName			图层名，要检测的图层名
 * \param includeSubLayer	是否包含子层
 * \return					交点等信息
 */
static std::vector<IntersectionsDetail> FindIntersectionsSelf(const std::vector<CurveRangeDetail>& curvesDetails)
{
	std::vector<IntersectionsDetail> result;

	#pragma omp parallel for
	for (int32_t i = 0; i < curvesDetails.size(); i++)
	{
		POSITION pos = curvesDetails[i].pos;
		CCurveEx* pCurve = curvesDetails[i].pCurve;
		std::unique_ptr<CCurveEx> pNewCurve = DeduplicateCurvePoints(*curvesDetails[i].pCurve);

		std::vector<IntersectionsDetail> localResult;

		for (int32_t j = 0; j < pNewCurve->num - 1; j++)
		{
			// j + 2 是为了跳过相邻线段
			for (int32_t k = j + 2; k < pNewCurve->num - 1; k++)
			{
				double p0_x = pNewCurve->x[j];
				double p0_y = pNewCurve->y[j];
				double p1_x = pNewCurve->x[j + 1];
				double p1_y = pNewCurve->y[j + 1];

				double p2_x = pNewCurve->x[k];
				double p2_y = pNewCurve->y[k];
				double p3_x = pNewCurve->x[k + 1];
				double p3_y = pNewCurve->y[k + 1];

				// 曲线是否相交，我们通过线段一段段比较判断，这样会导致闭合曲线的闭合点也认为是相交的，忽略掉这个闭合点
				if (pNewCurve->IsClosed() && IsFirstIndex(*pNewCurve, j) && IsLastIndex(*pNewCurve, k + 1))
				{
					continue;
				}

				double x = 0.0;
				double y = 0.0;
				if (GetLineIntersection(p0_x, p0_y, p1_x, p1_y, p2_x, p2_y, p3_x, p3_y, x, y) > 0)
				{
					NBase::dfPoint point;
					point.x0 = x;
					point.y0 = y;

					IntersectionsDetail detail{ point, pos, pCurve, pos, pCurve };
					localResult.push_back(detail);
				}
			}
		}

		#pragma omp critical
		{
			result.insert(result.end(), localResult.begin(), localResult.end());
		}
	}

	return result;
}

/**
 * 统计交点
 * \param pXy CXy 指针
 * \param layerName 图层名
 * \param includeSubLayer 是否包含子层
 */
extern "C" __declspec(dllexport)
BSTR XyStatiscCurveCrossPoints(CXy* pXy, LPCTSTR layerName, bool includeSubLayer)
{
	if (pXy == nullptr || layerName == nullptr)
	{
		TRACE("pXy 和 layerName 不能为 nullptr\n");
		return CString().AllocSysString();
	}

	auto curves = FetchCurves(*pXy, CString(layerName), includeSubLayer);
	auto data = FindIntersections(curves);
	return ResourceCommentToXml(data).AllocSysString();
}

/**
 * 创建围绕点的正方形曲线
 * 
 * \param name	曲线名称
 * \param x		中心点的 x 坐标
 * \param y		中心点的 y 坐标
 * \param width	正方形宽度
 * \return		创建好的曲线
 */
static std::unique_ptr<CCurveEx> CreateCenterSquareCurve(const CString &name, double centerX, double centerY, double width)
{
	auto pCurve = std::make_unique<CCurveEx>();
	pCurve->Create(5);

	double halfWidth = width / 2.0;

	const std::array<std::pair<double, double>, 5> points = { {
		{centerX - halfWidth, centerY + halfWidth}, // 左上
		{centerX + halfWidth, centerY + halfWidth}, // 右上
		{centerX + halfWidth, centerY - halfWidth}, // 右下
		{centerX - halfWidth, centerY - halfWidth}, // 左下
		{centerX - halfWidth, centerY + halfWidth}, // 闭合到左上
	} };

	for (size_t i = 0; i < points.size(); i++)
	{
		pCurve->x[i] = points[i].first;
		pCurve->y[i] = points[i].second;
	}

	pCurve->SetName(name);

	return pCurve;
}

/**
 * 创建矩形曲线
 * 
 * \param name
 * \param rect
 * \return 
 */
inline std::unique_ptr<CCurveEx> CreateRectCurve(const CString& name, const NBase::CRect8& rect)
{
	auto pCurve = std::make_unique<CCurveEx>();
	pCurve->Create(5);

	const std::array<std::pair<double, double>, 5> points = { {
		{rect.left,		rect.top}, // 左上
		{rect.right,	rect.top}, // 右上
		{rect.right,	rect.bottom}, // 右下
		{rect.left,		rect.bottom}, // 左下
		{rect.left,		rect.top}, // 闭合到左上
	} };

	for (size_t i = 0; i < points.size(); i++)
	{
		pCurve->x[i] = points[i].first;
		pCurve->y[i] = points[i].second;
	}

	pCurve->SetName(name);

	return pCurve;

}

/**
 * 圈出来曲线交点
 * 
 * \param pXy
 * \param layerName
 * \param includeSubLayer
 * \return 
 */
std::vector<NBase::CRect8> CreateRects(std::vector<IntersectionsDetail>& data, double width)
{
	std::vector<NBase::CRect8> rects;

	for (size_t i = 0; i < data.size(); i++)
	{
		IntersectionsDetail& detail = data[i];

		double x = detail.point.x0;
		double y = detail.point.y0;

		double halfWidth = width / 2.0;

		NBase::CRect8 rect(
			x - halfWidth,
			y + halfWidth,
			x + halfWidth,
			y - halfWidth
		);

		rects.push_back(rect);
	}

	return rects;
}

extern "C" __declspec(dllexport)
void MarkCurveIntersectionsWithSquares(CSigmaView* pView, LPCTSTR layerName, bool includeSubLayer)
{
	const CString crossLayerName = "交点";

	if (pView == nullptr)
	{
		TRACE("pView 不能为 nullptr\n");
		return;
	}

	CXy* pXy = pView->m_pDoc->m_pXy;

	NBase::CRect8 range(1e100, -1e100, -1e100, 1e100);
	pXy->GetRange(range);

	// TODO: 交点框宽度，这里要换成一个更加合适的值
	double width = range.Width() / 100.0;
	if (width < 1)
	{
		width = 1;
	}

	// 计算交点
	std::vector<CurveRangeDetail> curves = FetchCurves(*pXy, CString(layerName), includeSubLayer);
	std::vector<IntersectionsDetail> data = FindIntersections2(curves);
	std::vector<IntersectionsDetail> data2 = FindIntersectionsSelf(curves);
	data.insert(data.end(), data2.begin(), data2.end());

	// 使用 ActionTypeLayerAdd，确保上层在撤消的时候会重新加载图层
	auto pAction = std::make_unique<CActionListItem>(pView->m_pDoc, ActionType::ActionTypeLayerAdd);

	// 这么做是为了用户再次点击交点检测时，直接清理掉前一次的结果
	pXy->RemoveLayer(crossLayerName);

	// 添加图层
	CString curLayerName = pXy->GetCurrentLayer()->GetPathName();
	CLayer *pCrossLayer = pXy->FindLayer(crossLayerName);
	if (pCrossLayer == nullptr)
	{
		pCrossLayer = pXy->FindAddLayer(crossLayerName);
		if (pCrossLayer == nullptr)
		{
			TRACE("创建交点图层失败\n");
			return;
		}

		pAction->AddLayerAddItem(pCrossLayer, curLayerName);
	}

	std::vector<NBase::CRect8> rects = CreateRects(data, width);
	std::vector<NBase::CRect8> mergedRects = MergeRects(rects);

	// 创建交点标记
	NBase::CPositionList insertedPositions;

	// 创建圈出交点的正方形
	for (size_t i = 0; i < mergedRects.size(); i++)
	{
		const NBase::CRect8& rect = mergedRects[i];
		CString name;
		name.Format("%lu", i + 1);

		auto pCurve = CreateRectCurve(name, rect);

		// 创建 COne
		auto pOne = std::make_unique<COne>();
		pOne->SetColor(0);
		pOne->SetValueSafe(pCurve.release());
		pOne->SetLayer(pCrossLayer);
		POSITION pos = pXy->AddTailOne(pOne.release());

		insertedPositions.AddTail(pos);
	}

	pAction->AddAddItem(insertedPositions);
	pView->m_pDoc->SetActionItem(pAction.release());
}

/**
 * 统计交点
 * \param pXy CXy 指针
 * \param layerName 图层名
 * \param includeSubLayer 是否包含子层
 */
extern "C" __declspec(dllexport)
BSTR StatiscCurveCrossPoints(CSigmaView* pView, LPCTSTR layerName, bool includeSubLayer)
{
	return XyStatiscCurveCrossPoints(pView->m_pDoc->GetDraw(), layerName, includeSubLayer);
}

extern std::unique_ptr<CCurveEx> CreateCurveFromXyMesh(CXy& xy, double x1, double y1, double x2, double y2);

/**
 * 创建曲线，使用网格的 z 值填充曲线的 z 值
 * 
 * \param pView		图件对象指针
 * \param layerName	图层名称
 * \param x1		第一个点 x 坐标
 * \param y1		第一个点 y 坐标
 * \param x2		第二个点 x 坐标
 * \param y2		第二个点 y 坐标
 * \return
 */
extern "C" __declspec(dllexport)
bool CreateCurveFillZ(CSigmaView* pView, LPCTSTR layerName, double x1, double y1, double x2, double y2)
{
	if (pView == nullptr || pView->m_pDoc == nullptr || pView->m_pDoc->m_pXy == nullptr)
	{
		TRACE("pView pView->m_pDoc pView->m_pDoc->m_Xy 都不能为 null\n");
		return false;
	}

	if (layerName == nullptr)
	{
		TRACE("layerName 不能为 nullptr\n");
		return false;
	}

	CXy& xy = *(pView->m_pDoc->m_pXy);

	std::unique_ptr<CCurveEx> pCurve = CreateCurveFromXyMesh(xy, x1, y1, x2, y2);
	if (!pCurve)
	{
		TRACE("未找到空间位置匹配的网格\n");
		return false;
	}

	auto pAction = std::make_unique<CActionComboItem>();

	bool bCreateNew = false;
	CLayer* pLayer = xy.FindAddLayer(CString(layerName), &bCreateNew);
	if (bCreateNew)
	{
		CString strCurrentLayerName = xy.GetCurrentLayer()->GetPathName();
		auto pActionAddLayer = std::make_unique<CActionLayerAddItem>(pView->m_pDoc, pLayer, strCurrentLayerName);
		pAction->AddAction(pActionAddLayer.release());
	}

	auto pOne = std::make_unique<COne>();
	auto* pRawOne = pOne.get();
	pOne->SetLayer(pLayer);
	pOne->SetValueSafe(pCurve.release());
	xy.AddTailOne(pRawOne);

	auto pActionAdd = std::make_unique<CActionAddItem>(pView->m_pDoc, IDS_STRING_ACTION_ADD, pRawOne);
	pOne.release();

	pAction->AddAction(pActionAdd.release());

	pView->m_pDoc->SetActionItem(pAction.release());

	return true;
}