#include "stdafx.h"
#include <math.h>
#include "MFCDbDwgFiler.h"
#include "AcDbX3dSolid.h"
#include "AecDbEarthWorm.h"
#include "AecDbPortRoom.h"
#include "AecDb3dRoadAxisLine.h"
#include "AecDbEwPipeBase.h"
#include "AcGiExplodeDraw.h"
#include <vector>
#include <algorithm>
#include "KTCADUtilityEx.h"
#include "AecDbShEarthWorm.h"
#include "dbextrudedsurf.h"
#include "GiDrawUtility.h"
#include "CoreTools.h"
#include "geometry2json.h"
#include "SubDMesh.h"
#pragma pack(1)

#define REGION_SPLITE _T("@region@")

extern Acad::ErrorStatus AddToModelSpace(AcDbEntity* pEnt,AcDbDatabase* pDb = NULL,bool bClose = true);
extern void transfromRegion(AcDbRegion *pRegion, const AcGePoint3d &ptOnRegion, const AcGeVector3d &vtNormal, const AcGePoint3d &ptOnPlan);

Adesk::UInt32 AcDbX3dSolid::kCurrentVersionNumber = 4;

static const Adesk::UInt16 kColorByBlock   = 0;
static const Adesk::UInt16 kRed            = 1;
static const Adesk::UInt16 kYellow         = 2;
static const Adesk::UInt16 kGreen          = 3;
static const Adesk::UInt16 kCyan           = 4;
static const Adesk::UInt16 kBlue           = 5;
static const Adesk::UInt16 kMagenta        = 6;
static const Adesk::UInt16 kWhite          = 7;
static const Adesk::UInt16 kColorByLayer   = 256;

static void FreeBuffer(int n,AcDbVoidPtrArray& arEntPtrs)
{
	AcDbEntity* pEnt = NULL;
	while(arEntPtrs.length() > n )
	{
		pEnt = (AcDbEntity*)arEntPtrs.last();
		if (pEnt != NULL)
		{
			pEnt->erase();
			pEnt->close();
			arEntPtrs.removeLast();
			DELETE_PTR(pEnt);
		}
	}
}

namespace
{
	AcGePoint3d getRegionOrigin(AcDbRegion *pReg)
	{
		if (!pReg) return AcGePoint3d::kOrigin;

		AcDbExtents ext;
		pReg->getGeomExtents(ext);

		return CoreTools::MidPt(ext.minPoint(), ext.maxPoint());
	}

	// 绘制池底四角素砼 三棱锥体
	bool triangularPyramid2Buffer(
		const AcGePoint3d &pt0		// 锥顶点
		, const AcGePoint3d &pt1	// 三角面第一点
		, const AcGePoint3d &pt2	// 三角面第二点
		, const AcGePoint3d &pt3	// 三角面第三点
		, void *&pOutBuffer
		, Adesk::UInt32 &nOutLen )
	{
		nOutLen = 4 * sizeof(SubDMesh::Pnt);
		
		byte *pBuffer = new byte[nOutLen];
		::memset(pBuffer, 0, nOutLen);

		SubDMesh::Pnt pnts[4] = { 0, };
		SubDMesh::fillPnt(pt0, pnts[0]);
		SubDMesh::fillPnt(pt1, pnts[1]);
		SubDMesh::fillPnt(pt2, pnts[2]);
		SubDMesh::fillPnt(pt3, pnts[3]);

		::memcpy(pBuffer,pnts, nOutLen);

		pOutBuffer = pBuffer;

		return true;
	}

	bool buffer2TriangularPyramid(
		AcGePoint3d &pt0
		, AcGePoint3d &pt1
		, AcGePoint3d &pt2
		, AcGePoint3d &pt3
		, void *pBuffer )
	{
		if (!pBuffer) return false;

		SubDMesh::Pnt pnts[4] = { 0, };
		::memcpy(pnts, pBuffer, 4 * sizeof(SubDMesh::Pnt));

		SubDMesh::fillPt(pnts[0], pt0);
		SubDMesh::fillPt(pnts[1], pt1);
		SubDMesh::fillPt(pnts[2], pt2);
		SubDMesh::fillPt(pnts[3], pt3);

		return true;
	}

}

bool FormatScriptFromSection(CString& sScr,STSection* pSection)
{
	CString sFullPath = FilePath::GetSysDir();
	sFullPath.MakeLower();
	sFullPath += _T("\\DGJM.sat");

	CString sRegionScrp = _T("");
	CString sLine;
	AcDbVoidPtrArray arBodyPtrs;
	arBodyPtrs.append(pSection->pReg);

	if ( Acad::eOk == AcDbBody::acisOut(sFullPath,arBodyPtrs) )
	{
		CFile file;
		if (file.Open(sFullPath,CFile::modeRead))
		{
			ULONGLONG dwFileLength = file.GetLength();
			char* pszTxt = new char[dwFileLength];

			file.Read(pszTxt,(UINT)dwFileLength);

			sRegionScrp = pszTxt;
			delete [] pszTxt;

			file.Close();
		}
	}

	CString sElPt;
	sElPt.Format(_T("<ELAGN:%.6f,%.6f,%.6f,%.6f,%.6f,%.6f>"),pSection->pt.x,pSection->pt.y,pSection->dThick[0],pSection->dThick[2],pSection->dThick[3],pSection->dThick[4]);
	sRegionScrp += sElPt;
	sScr = sRegionScrp;
	return true;
}

STSection* FormatSTSectionFromScript(const CString& sScr)
{
	CString sFullPath = FilePath::GetSysDir();
	sFullPath.MakeLower();
	sFullPath += _T("\\DGJM.sat");

	CString sScrT;
	int nPos = sScr.Find(_T("<ELAGN:"));
	if (nPos != -1)
	{
		sScrT = sScr.Mid(0,nPos);
	}

	STSection* pSection = new STSection;

	CString sX,sY;
	CString sPt = sScr.Mid(nPos);
	sPt.TrimLeft(_T("<ELAGN:"));
	sPt.TrimRight(_T(">"));
	nPos = sPt.Find(_T(','));
	if (nPos != -1)
	{
		CStringArray arInfo;
		CoreTools::SplitStrintToArray(sPt,arInfo,_T(','));

		if (arInfo.GetSize() >= 2)
		{
			sX = arInfo.GetAt(0);
			sY = arInfo.GetAt(1);
			pSection->pt.set(_ttof(sX),_ttof(sY),0.0);

			if (arInfo.GetSize() >= 6)
			{
				pSection->dThick[0] = _ttof(arInfo.GetAt(2));
				pSection->dThick[1] = _ttof(arInfo.GetAt(3));
				pSection->dThick[2] = _ttof(arInfo.GetAt(4));
				pSection->dThick[3] = _ttof(arInfo.GetAt(5));
			}
		}
	}

	CStdioFile file;
	if (file.Open(sFullPath,CFile::modeCreate |CFile::modeWrite ))
	{
		file.WriteString(sScrT);
		file.Close();
	}

	AcDbVoidPtrArray arBodyPtrs;
	if ( Acad::eOk == AcDbBody::acisIn(sFullPath,arBodyPtrs) )
	{
		if (arBodyPtrs.length() > 0)
		{
			AcDbEntity* pEnt = (AcDbEntity*)arBodyPtrs.first();
			AcDbRegion* pRegion = AcDbRegion::cast(pEnt);
			if (pRegion != NULL)
			{
				pSection->pReg = pRegion;
			}
		}
	}
	return pSection;
}

AcDbX3dSolid::AcDbX3dSolid(void)
{
	m_ptOrg.set(0,0,0);
	m_vtMove.set(0,0,0);
	memset(m_dAxisRotats,0,sizeof(double) * MAX_AXISROTATS);

	m_pSolidDraw = NULL;
	m_pSolid = NULL;
#if ARX > 17
	m_pSubDMesh = NULL;
	m_pSubDMeshDraw = NULL;
#endif

	m_sszPoint2ds = _T("-1");
	m_dH = 0.0;
	m_dT = 0.0;
	m_dW = 0.0;
	m_sScr = _T("");
	m_dLen = 0.0;
	memset(m_fStair,0,sizeof(float) * 3);

	m_nSatLen = 0;
	m_pSatBuffer = NULL;
	m_nKind = 0;
}

AcDbX3dSolid::AcDbX3dSolid(const AcDbX3dSolid& xSolid)
{
	m_eType = xSolid.m_eType;			//类型
	m_vtZ = xSolid.m_vtZ;				//放置方向向量
	m_arSizes.append(xSolid.m_arSizes); //参数
	m_ptOrg = xSolid.m_ptOrg;			//中心点
	m_sszPoint2ds = xSolid.m_sszPoint2ds;//			
	m_dH = xSolid.m_dH;					//
	m_dT = xSolid.m_dT;					//
	m_dW = xSolid.m_dW;					//
	m_sScr = xSolid.m_sScr;					//管廊段脚本
	m_dLen = xSolid.m_dLen;
	m_vtLast = xSolid.m_vtLast;				//管廊段上向量,管线 其他使用
	m_vtNext = xSolid.m_vtNext;				//管廊段下向量,管线 其他使用

	m_ptFr = xSolid.m_ptFr;
	m_ptTo = xSolid.m_ptTo;
	m_vtDirx = xSolid.m_vtDirx;
	m_vtDirXY = xSolid.m_vtDirXY;
	memcpy(m_fStair,xSolid.m_fStair,sizeof(float) * 3);
	m_nKind = xSolid.m_nKind;				//类型

	//变换部分
	m_vtMove = xSolid.m_vtMove;				//总移动
	m_arAxisVector.append(xSolid.m_arAxisVector);			//轴向向量
	memcpy(m_dAxisRotats,xSolid.m_dAxisRotats,sizeof(double) *MAX_AXISROTATS );

	m_nSatLen = xSolid.m_nSatLen;
	if (m_nSatLen)
	{
		m_pSatBuffer = new byte[m_nSatLen];
		::memset(m_pSatBuffer, 0, m_nSatLen);
		memcpy(m_pSatBuffer, xSolid.m_pSatBuffer, m_nSatLen);
	}

	m_pSolid = NULL;
	m_pSolidDraw = NULL;
#if ARX > 17
	m_pSubDMesh = NULL;
	m_pSubDMeshDraw = NULL;
#endif
	ReCreate();
}

AcDbX3dSolid::~AcDbX3dSolid(void)
{ 
	if (m_pSolidDraw != NULL)
	{
		m_pSolidDraw->erase();
		m_pSolidDraw->close();
		DELETE_PTR(m_pSolidDraw);
	}

	if (m_pSolid != NULL)
	{
		m_pSolid->erase();
		m_pSolid->close();
		DELETE_PTR(m_pSolid);
	}
#if ARX > 17
	if (m_pSubDMesh != NULL)
	{
		m_pSubDMesh->erase();
		m_pSubDMesh->close();
		DELETE_PTR(m_pSubDMesh);
	}

	m_pSubDMesh2Ds.removeAll();

	if (m_pSubDMeshDraw != NULL)
	{
		m_pSubDMeshDraw->erase();
		m_pSubDMeshDraw->close();
		DELETE_PTR(m_pSubDMeshDraw);
	}
#endif
}

bool AcDbX3dSolid::Create(AcDbX3dSolid::Primitive eType,const AcGePoint3d& ptOrg,const AcGeVector3d& vtZ,int n,...)
{
	AcArray<double> arSizes;
	int i = 0;
	double val = 0.0;

	va_list vl;
	va_start(vl,n);

	for ( i = 0; i < n; i++ )
	{
		val = va_arg(vl,double);
		arSizes.append(val);
	}
	va_end(vl);

	m_arSizes.removeAll();
	m_arSizes.append(arSizes);
	m_vtZ = vtZ;
	
	AcGePoint2d pt;
	switch(eType)
	{
	case AcDbX3dSolid::kBox:
		{
			if (arSizes.length() >= 3)
			{
				m_pSolid = new AcDb3dSolid;
				if ( Acad::eOk == m_pSolid->createBox(arSizes.at(X),arSizes.at(Y),arSizes.at(Z)) )
				{
					m_eType = eType;
					m_arAxisVector.removeAll();
					m_arAxisVector.append(AcGeVector3d::kXAxis);
					m_arAxisVector.append(AcGeVector3d::kYAxis);
					m_arAxisVector.append(AcGeVector3d::kZAxis);
					m_ptOrg.set(0,0,0);

					AcGePlane plan(ptOrg,vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < m_arAxisVector.length();i++)
					{
						AcGeVector3d& vt = m_arAxisVector.at(i);
						vt.transformBy(xform);
					}

					m_pSolid->transformBy(xform);
					m_ptOrg = ptOrg;

					//二维
					


					return true;
				}
				else
				{
					DELETE_PTR(m_pSolid);
					return false;
				}
			}
			break;
		}
	case AcDbX3dSolid::kCylinder:
		{
			if (arSizes.length() >= 2)
			{
				m_pSolid = new AcDb3dSolid;
				if ( Acad::eOk == m_pSolid->createFrustum(arSizes.at(Y),arSizes.at(X),arSizes.at(X),arSizes.at(X)) )
				{
					m_eType = eType;

					m_arAxisVector.removeAll();
					m_arAxisVector.append(AcGeVector3d::kXAxis);
					m_arAxisVector.append(AcGeVector3d::kYAxis);
					m_arAxisVector.append(AcGeVector3d::kZAxis);
					m_ptOrg.set(0,0,0);

					AcGePlane plan(ptOrg,vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < m_arAxisVector.length();i++)
					{
						AcGeVector3d& vt = m_arAxisVector.at(i);
						vt.transformBy(xform);
					}

					m_pSolid->transformBy(xform);
					m_ptOrg = ptOrg;
					return true;
				}
				else
				{
					DELETE_PTR(m_pSolid);
					return false;
				}
			}
			break;
		}
	case AcDbX3dSolid::kCone:
		{
			if (arSizes.length() >= 3)
			{
				m_pSolid = new AcDb3dSolid;
				if ( Acad::eOk == m_pSolid->createFrustum(arSizes.at(Z),arSizes.at(X),arSizes.at(X),arSizes.at(Y)) )
				{
					m_eType = eType;

					m_arAxisVector.removeAll();
					m_arAxisVector.append(AcGeVector3d::kXAxis);
					m_arAxisVector.append(AcGeVector3d::kYAxis);
					m_arAxisVector.append(AcGeVector3d::kZAxis);
					m_ptOrg.set(0,0,0);

					AcGePlane plan(ptOrg,vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < m_arAxisVector.length();i++)
					{
						AcGeVector3d& vt = m_arAxisVector.at(i);
						vt.transformBy(xform);
					}

					m_pSolid->transformBy(xform);
					m_ptOrg = ptOrg;

					return true;
				}
				else
				{
					DELETE_PTR(m_pSolid);
					return false;
				}
			}
			break;
		}
	case AcDbX3dSolid::kQPyramid://四方台
		{
			//LxWxHxAng
			if (arSizes.length() >= 4)
			{
				AcDbLine ln1,ln2,ln3,ln4;
				AcGePoint3d pt1,pt2;

				pt1.set(-arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);
				pt2.set(arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);

				ln1.setStartPoint(pt1);
				ln1.setEndPoint(pt2);

				pt1 = pt2;
				double dX = arSizes.at(Z) * cos(arSizes.last() ) / sin(arSizes.last());
				
				pt2.x -= dX;
				pt2.z += arSizes.at(Z);

				ln2.setStartPoint(pt1);
				ln2.setEndPoint(pt2);

				pt1 = pt2;
				pt2.x -= (arSizes.at(X) - dX * 2.0 );

				ln3.setStartPoint(pt1);
				ln3.setEndPoint(pt2);

				pt1 = pt2;
				pt2.set(-arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);

				ln4.setStartPoint(pt1);
				ln4.setEndPoint(pt2);

				AcDbVoidPtrArray arCurPtrs,arRegPtrs;
				arCurPtrs.append(&ln1);
				arCurPtrs.append(&ln2);
				arCurPtrs.append(&ln3);
				arCurPtrs.append(&ln4);

				AcDbRegion* pRegion = NULL;
				if ( Acad::eOk == AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs) )
				{
					pRegion = (AcDbRegion*)arRegPtrs.first();
					
					m_pSolid = new AcDb3dSolid;

					pt1.set(0,-arSizes.at(Y) / 2.0,0);
					pt2.set(0,arSizes.at(Y) / 2.0,0);
					AcDbLine lnPath(pt1,pt2);

					if (pt1.distanceTo(pt2) > 1.e-3)//大于1mm
					{
						if ( Acad::eOk != m_pSolid->extrudeAlongPath(pRegion,&lnPath) )
						{
							DELETE_PTR(m_pSolid);
							DELETE_PTR(pRegion);
							return false;
						}

						m_eType = eType;
						m_arAxisVector.removeAll();
						m_arAxisVector.append(AcGeVector3d::kXAxis);
						m_arAxisVector.append(AcGeVector3d::kYAxis);
						m_arAxisVector.append(AcGeVector3d::kZAxis);
						m_ptOrg.set(0,0,0);

						AcGePlane plan(ptOrg,vtZ);
						AcGeMatrix3d xform;
						xform.setToPlaneToWorld(plan);

						for (int i = 0;i < m_arAxisVector.length();i++)
						{
							AcGeVector3d& vt = m_arAxisVector.at(i);
							vt.transformBy(xform);
						}

						m_pSolid->transformBy(xform);
						m_ptOrg = ptOrg;

						DELETE_PTR(pRegion);
						return true;
					}
				}
			}
			break;
		}
	case AcDbX3dSolid::kWPyramid://LxWxHxAng1XAng2
		{
			if (arSizes.length() >= 5)
			{
				AcDbLine ln1,ln2,ln3,ln4;
				AcGePoint3d pt1,pt2;

				pt1.set(-arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);
				pt2.set(arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);

				ln1.setStartPoint(pt1);
				ln1.setEndPoint(pt2);

				double dA1 = arSizes.at(arSizes.length() - 2);
				double dA2 = arSizes.last();

				pt1 = pt2;
				double dX = arSizes.at(Z) * cos(dA1 ) / sin(dA1);
				double dX2 = arSizes.at(Z) * cos(dA2 ) / sin(dA2);

				pt2.x -= dX2;
				pt2.z += arSizes.at(Z);

				ln2.setStartPoint(pt1);
				ln2.setEndPoint(pt2);

				pt1 = pt2;
				pt2.x -= (arSizes.at(X) - dX - dX2 );

				ln3.setStartPoint(pt1);
				ln3.setEndPoint(pt2);

				pt1 = pt2;
				pt2.set(-arSizes.at(X) / 2.0,-arSizes.at(Y) / 2.0,0);

				ln4.setStartPoint(pt1);
				ln4.setEndPoint(pt2);

				AcDbVoidPtrArray arCurPtrs,arRegPtrs;
				arCurPtrs.append(&ln1);
				arCurPtrs.append(&ln2);
				arCurPtrs.append(&ln3);
				arCurPtrs.append(&ln4);

				AcDbRegion* pRegion = NULL;
				if ( Acad::eOk == AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs) )
				{
					pRegion = (AcDbRegion*)arRegPtrs.first();

					m_pSolid = new AcDb3dSolid;

					pt1.set(0,-arSizes.at(Y) / 2.0,0);
					pt2.set(0,arSizes.at(Y) / 2.0,0);
					AcDbLine lnPath(pt1,pt2);

					if (pt1.distanceTo(pt2) > 1.e-3)//大于1mm
					{
						if ( Acad::eOk != m_pSolid->extrudeAlongPath(pRegion,&lnPath) )
						{
							DELETE_PTR(m_pSolid);
							DELETE_PTR(pRegion);
							return false;
						}

						m_eType = eType;
						m_arAxisVector.removeAll();
						m_arAxisVector.append(AcGeVector3d::kXAxis);
						m_arAxisVector.append(AcGeVector3d::kYAxis);
						m_arAxisVector.append(AcGeVector3d::kZAxis);
						m_ptOrg.set(0,0,0);

						AcGePlane plan(ptOrg,vtZ);
						AcGeMatrix3d xform;
						xform.setToPlaneToWorld(plan);

						for (int i = 0;i < m_arAxisVector.length();i++)
						{
							AcGeVector3d& vt = m_arAxisVector.at(i);
							vt.transformBy(xform);
						}

						m_pSolid->transformBy(xform);
						m_ptOrg = ptOrg;

						DELETE_PTR(pRegion);
						return true;
					}
				}
			}
			break;
		}
	case AcDbX3dSolid::kRectTube:
		{
			//L,W,t,H 长宽，厚度
			if (arSizes.length() >= 4)
			{
				m_pSolid = new AcDb3dSolid;
				if ( Acad::eOk == m_pSolid->createBox(arSizes.at(X),arSizes.at(Y),arSizes.at(3)) )
				{
					AcDb3dSolid* pSolidI = new AcDb3dSolid;
					if ( Acad::eOk == pSolidI->createBox(arSizes.at(X) - 2 * arSizes.at(Z),arSizes.at(Y) - 2 * arSizes.at(Z),arSizes.at(3)) )
					{
						if (Acad::eOk == m_pSolid->booleanOper(AcDb::kBoolSubtract,pSolidI) )
						{
							m_eType = eType;
							m_arAxisVector.removeAll();
							m_arAxisVector.append(AcGeVector3d::kXAxis);
							m_arAxisVector.append(AcGeVector3d::kYAxis);
							m_arAxisVector.append(AcGeVector3d::kZAxis);
							m_ptOrg.set(0,0,0);

							AcGePlane plan(ptOrg,vtZ);
							AcGeMatrix3d xform;
							xform.setToPlaneToWorld(plan);

							for (int i = 0;i < m_arAxisVector.length();i++)
							{
								AcGeVector3d& vt = m_arAxisVector.at(i);
								vt.transformBy(xform);
							}

							m_pSolid->transformBy(xform);
							m_ptOrg = ptOrg;
							return true;
						}
						else
						{
							DELETE_PTR(m_pSolid);
							DELETE_PTR(pSolidI);
							return false;
						}
					}
					else
					{
						DELETE_PTR(m_pSolid);
						DELETE_PTR(pSolidI);
						return false;
					}
				}
				else
				{
					DELETE_PTR(m_pSolid);
					return false;
				}	
			}
			break;
		}
	case AcDbX3dSolid::kPipe:
		{
			//r,t,H
			if (arSizes.length() >= 3)
			{
				AcGeVector3d vtZ1 = vtZ;
				vtZ1.normalize();

				AcGePoint3d ptCen = ptOrg - vtZ1 * 0.5 * arSizes.at(Z);
				AcDbCircle cir1;
				cir1.setCenter(ptCen);
				cir1.setRadius(arSizes.at(X));
				cir1.setNormal(vtZ1);

				AcDbVoidPtrArray arCurPtrs,arRegPtrs;
				arCurPtrs.append(&cir1);

				Acad::ErrorStatus es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
				if (arRegPtrs.length() == 0)
				{
					return false;
				}

				AcDbRegion* pRegI = (AcDbRegion*)arRegPtrs.first();
				if (pRegI != NULL)
				{
					arRegPtrs.removeAll();

					cir1.setRadius(arSizes.at(X) - arSizes.at(Y));
					es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
					if (arRegPtrs.length() == 0)
					{
						return false;
					}

					AcDbRegion* pRegII = (AcDbRegion*)arRegPtrs.first();
					es = pRegI->booleanOper(AcDb::kBoolSubtract,pRegII);
						
					AcDbLine ln(ptCen,ptCen + vtZ1 * arSizes.at(Z));

					m_pSolid = new AcDb3dSolid;
					es = m_pSolid->extrudeAlongPath(pRegI,&ln);
					if (es == Acad::eOk)
					{	
						m_eType = eType;
						m_arAxisVector.removeAll();
						m_arAxisVector.append(AcGeVector3d::kXAxis);
						m_arAxisVector.append(AcGeVector3d::kYAxis);
						m_arAxisVector.append(AcGeVector3d::kZAxis);
						m_ptOrg = ptOrg;
					}
					else
					{
						DELETE_PTR(m_pSolid);
					}
					DELETE_PTR(pRegI);
				}
			}
			break;
		}
	case kTorus:
		{
			if (arSizes.length() >= 2)
			{
				m_pSolid = new AcDb3dSolid;
				if ( Acad::eOk == m_pSolid->createTorus(arSizes.at(X),arSizes.at(Y) ) )
				{
					m_eType = eType;
					m_arAxisVector.removeAll();
					m_arAxisVector.append(AcGeVector3d::kXAxis);
					m_arAxisVector.append(AcGeVector3d::kYAxis);
					m_arAxisVector.append(AcGeVector3d::kZAxis);
					m_ptOrg.set(0,0,0);

					AcGePlane plan(ptOrg,vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < m_arAxisVector.length();i++)
					{
						AcGeVector3d& vt = m_arAxisVector.at(i);
						vt.transformBy(xform);
					}

					m_pSolid->transformBy(xform);
					m_ptOrg = ptOrg;

					return true;
				}
				else
				{
					DELETE_PTR(m_pSolid);
					return false;
				}
			}
			break;
		}
	case kDrum:
	{
		if (arSizes.length() < 5) return false;
		double dL1(arSizes[1]), dL2(arSizes[2]), dR(arSizes[0]), dSAngle(arSizes[3]), dEAngle(arSizes[4]);
		double alpha1(asin(dL1/dR)), alpha2(asin(dL2/dR));
		double dD1(dR * cos(alpha1)), dD2(dR * cos(alpha2));

		AcDbVoidPtrArray ar, arRegs;
		AcGePoint3d pt(AcGePoint3d::kOrigin)
			, pt1(pt + AcGeVector3d::kZAxis * dL1)
			, pt2(pt - AcGeVector3d::kZAxis * dL2)
			, pt3(pt2 + AcGeVector3d::kXAxis * dD2)
			, pt4(pt1 + AcGeVector3d::kXAxis * dD1);

		AcDbLine ln12(pt1, pt2);
		AcDbLine ln14(pt1, pt4);
		AcDbLine ln23(pt2, pt3);
		AcDbArc arc(pt, -AcGeVector3d::kYAxis, dR, 2 * PI - alpha2, alpha1);
		ar.append(&ln12);
		ar.append(&ln14);
		ar.append(&ln23);
		ar.append(&arc);

		if (AcDbRegion::createFromCurves(ar, arRegs) != Acad::eOk)
		{
			for (int i = 0; i < ar.length(); ++i)
			{
				//CoreTools::AddToModelSpace((AcDbEntity*)(((AcDbEntity*)ar[i])->clone()));
			}
			deleteArrayVoidPtrs< AcDbEntity>(arRegs);
			return false;
		}

		AcDbRegion *pReg((AcDbRegion*)((AcDbRegion*)arRegs[0])->clone());
		deleteArrayVoidPtrs< AcDbEntity>(arRegs);

		AcDbRevolveOptions op;
		m_pSolid = new AcDb3dSolid;
		if (m_pSolid->createRevolvedSolid(pReg, pt2, AcGeVector3d::kZAxis, (dEAngle - dSAngle), dSAngle, op) != Acad::eOk)
		{
			//CoreTools::AddToModelSpace((AcDbEntity*)(pReg->clone()));
			DELETE_PTR(pReg);
			DELETE_PTR(m_pSolid);
			return false;
		}

		m_eType = eType;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0, 0, 0);

		AcGePlane plan(ptOrg, vtZ);
		AcGeMatrix3d xform;
		xform.setToPlaneToWorld(plan);

		for (int i = 0; i < m_arAxisVector.length(); i++)
		{
			AcGeVector3d &vt = m_arAxisVector.at(i);
			vt.transformBy(xform);
		}

		m_pSolid->transformBy(xform);
		m_ptOrg = ptOrg;

		DELETE_PTR(pReg);
		return true;
	}
	break;
	case kSpere:
	{
		if (arSizes.length() < 1) return false;

		m_pSolid = new AcDb3dSolid;
		if (m_pSolid->createSphere(arSizes[0]) != Acad::eOk)
		{
			DELETE_PTR(m_pSolid);
			return false;
		}

		m_eType = eType;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0, 0, 0);

		AcGePlane plan(ptOrg, vtZ);
		AcGeMatrix3d xform;
		xform.setToPlaneToWorld(plan);

		for (int i = 0; i < m_arAxisVector.length(); i++)
		{
			AcGeVector3d &vt = m_arAxisVector.at(i);
			vt.transformBy(xform);
		}

		m_pSolid->transformBy(xform);
		m_ptOrg = ptOrg;
		return true;
	}
	break;
	case kWedge:
	{
		// 3个double
		if (arSizes.length() < 3) return false;
		double dA(arSizes.at(0)), dB(arSizes.at(1)), dT(arSizes.at(2));

		m_pSolid = new AcDb3dSolid;
		if (m_pSolid->createWedge(dA, dB, dT) != Acad::eOk)
		{
			DELETE_PTR(m_pSolid);
			return false;
		}

		m_eType = eType;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0, 0, 0);

		AcGePlane plan(ptOrg, vtZ);
		AcGeMatrix3d xform;
		xform.setToPlaneToWorld(plan);

		for (int i = 0; i < m_arAxisVector.length(); i++)
		{
			AcGeVector3d &vt = m_arAxisVector.at(i);
			vt.transformBy(xform);
		}

		m_pSolid->transformBy(xform);
		m_ptOrg = ptOrg;
		return true;	
	}
	break;
	case kPyramid:
	{
		if (arSizes.length() < 6) return false;
		double dTx(arSizes[0]), dTy(arSizes[1]), dBx(arSizes[2]), dBy(arSizes[3]), dH(arSizes[4]), dF(arSizes[5]);
		m_pSolid = (AcDb3dSolid*)GiDrawUtility::DrawPyramid(AcGePoint3d::kOrigin , AcGeVector3d::kZAxis
			, dTx, dTy, dBx, dBy, dH, dF);
		if (!m_pSolid)
		{
			DELETE_PTR(m_pSolid);
			return false;
		}

		m_eType = eType;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0, 0, 0);

		AcGePlane plan(ptOrg, vtZ);
		AcGeMatrix3d xform;
		xform.setToPlaneToWorld(plan);

		for (int i = 0; i < m_arAxisVector.length(); i++)
		{
			AcGeVector3d &vt = m_arAxisVector.at(i);
			vt.transformBy(xform);
		}

		m_pSolid->transformBy(xform);
		m_ptOrg = ptOrg;
		return true;	
	}
		break;
	default:
		break;
	}
	return false;
}

bool AcDbX3dSolid::CreateFrom3JS(double dUnitScale
	, const AcGeVector3d &vtMove
	, const AcGePoint3dArray & pts2d
	, const AcGePoint3dArray & pts
	, const AcArray<Adesk::Int32>& faces)
{
#if ARX > 17

	m_eType = kFrom3JS;
	m_nSatLen = 0;
	if (m_pSatBuffer)
		delete[] m_pSatBuffer;
	
	m_pSubDMesh = new AcDbSubDMesh;
	if (m_pSubDMesh->setSubDMesh(pts, faces, 0) != Acad::eOk)
	{
		DELETE_PTR(m_pSubDMesh);
		return false;
	}

	m_dH = dUnitScale;
	//外部默认毫米单位->米单位
	AcGeMatrix3d xScale;
	xScale.setToScaling(dUnitScale);
	m_pSubDMesh->transformBy(xScale);

	// 先移动
	AcGeMatrix3d mat;
	mat.setToTranslation(vtMove);
	m_pSubDMesh->transformBy(mat);

	AcGePoint3dArray _ps;
	m_pSubDMesh->getVertices(_ps);

	AcGePoint3dArray _ps2d(pts2d);
	for (int i = 0; i < _ps2d.length(); ++i)
	{
		_ps2d[i].transformBy(xScale);
		_ps2d[i].transformBy(mat);
	}

	m_pSubDMesh2Ds.removeAll();
	for (int i = 0; i < _ps2d.length() - 1; i += 2)
		m_pSubDMesh2Ds.append(AcGeLineSeg3d(_ps2d[i], _ps2d[i + 1]));

	return SubDMesh::subDMesh2Buffer(faces, _ps, _ps2d, m_pSatBuffer, m_nSatLen);

#endif

	return false;
}

#if ARX > 17
void AcDbX3dSolid::UpdateSubDMeshData()
{
	m_nSatLen = 0;
	if (m_pSatBuffer)
		delete[] m_pSatBuffer;

	if (!m_pSubDMesh || m_pSubDMesh2Ds.isEmpty()) return;

	AcArray<Adesk::Int32> faces;
	m_pSubDMesh->getFaceArray(faces);

	AcGePoint3dArray pts, pts2d;
	m_pSubDMesh->getVertices(pts);

	for (size_t i = 0; i < m_pSubDMesh2Ds.length(); ++i)
	{
		AcGeLineSeg3d &ln(m_pSubDMesh2Ds[(int)i]);
		pts2d.append(ln.startPoint());
		pts2d.append(ln.endPoint());
	}

	SubDMesh::subDMesh2Buffer(faces, pts, pts2d, m_pSatBuffer, m_nSatLen);
}

bool AcDbX3dSolid::CreateSubDMeshByMemory()
{
	if (!m_nSatLen || !m_pSatBuffer || m_pSubDMesh) return false;

	AcGePoint3dArray pts(0), pts2d(0);
	AcArray<Adesk::Int32> faces(0);

	if (!SubDMesh::Buffer2SubDMesh(m_pSatBuffer, m_nSatLen, faces, pts, pts2d)) return false;

	m_pSubDMesh = new AcDbSubDMesh;
	if (m_pSubDMesh->setSubDMesh(pts, faces, 0) != Acad::eOk)
	{
		DELETE_PTR(m_pSubDMesh);
		return false;
	}
	m_pSubDMesh2Ds.removeAll();
	for (int i = 0; i < pts2d.length() - 1; i += 2)
	{
		m_pSubDMesh2Ds.append(AcGeLineSeg3d(pts2d[i], pts2d[i + 1]));
	}
	return true;
}
#endif

bool AcDbX3dSolid::CreateExtrude(const AcGePoint3d& ptOrg,const AcGeVector3d& vtZ,LPCTSTR pszPoint2ds,double dH,double dT,BOOL bOpenTop)
{
	if (pszPoint2ds == NULL)
		return false;

	m_sszPoint2ds = pszPoint2ds;
	m_dH = dH;
	m_dT = dT;
	m_vtZ = vtZ;
	m_nKind = bOpenTop;

	CString sPlane,sTemp;
	CString sAll = pszPoint2ds;
	int nPos = sAll.Find(_T("plane="));
	if (nPos != -1)
	{
		sPlane = sAll.Mid(nPos);
		sTemp = sAll.Mid(0,nPos);
		sAll = sTemp;
	}

	CStringArray arXYs;
	CoreTools::SplitStrintToArray(sAll,arXYs,_T(','));

	CString sLast = _T("");
	if (arXYs.GetSize() > 0)
	{
		sLast = arXYs.GetAt(arXYs.GetSize() - 1);
		if (sLast.Find(_T('[')) != -1)
		{
			arXYs.RemoveAt(arXYs.GetSize() - 1);
			sLast.TrimLeft(_T('['));
			sLast.TrimRight(_T(']'));
		}
	}

	CString sX,sYB,sBulge,sY;
	double dBulge = 0.0;
	int nFind = -1;
	AcGePoint2d pt;
	AcDbPolyline pl;
	pl.setNormal(vtZ);

	for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
	{
		sX = arXYs.GetAt(2 * i);
		sYB = arXYs.GetAt(2 * i + 1);
		sY = sYB;
		dBulge = 0.0;

		nFind = sYB.Find( _T('@') );
		if (nFind != -1)
		{
			sBulge = sYB.Mid(nFind + 1);
			dBulge = _ttof(sBulge);
			sY = sYB.Mid(0,nFind);
		}

		pt.set(_ttof(sX),_ttof(sY));
		pl.addVertexAt(i,pt,dBulge);
	}

	AcGePlane plan;
	plan.set(ptOrg,vtZ);

	AcGePoint3d ptOnPlan;
	ptOnPlan = plan.closestPointTo(AcGePoint3d::kOrigin);

	//vtOrg bug 但不能修改,影响以前的造族成果
	AcGeVector3d vtOrg = AcGePoint3d::kOrigin - ptOnPlan;
	double dEl = vtOrg.length();
	if (vtOrg.dotProduct(vtZ) < 1.e-10)//<0
		dEl *= -1.0;

	AcGeVector3d vtNorm = vtZ;
	if (!sLast.IsEmpty())
	{
		CStringArray arValsT;
		CoreTools::SplitStrintToArray(sLast, arValsT, _T(';'));

		if (arValsT.GetSize() >= 4)
		{
			dEl = _ttof(arValsT.GetAt(0));
			vtNorm.set(_ttof(arValsT.GetAt(1)), _ttof(arValsT.GetAt(2)), _ttof(arValsT.GetAt(3)));
		}
	}

	if (!sPlane.IsEmpty())
	{
		sPlane.TrimLeft(_T("plane="));
		sPlane.TrimLeft(_T('('));
		sPlane.TrimRight(_T(')'));

		CStringArray arVals;
		CoreTools::SplitStrintToArray(sPlane,arVals,_T(','));

		if (arVals.GetSize() >= 4)
		{
			vtNorm.set(_ttof(arVals.GetAt(0)),_ttof(arVals.GetAt(1)),_ttof(arVals.GetAt(2)));
			dEl = _ttof(arVals.GetAt(3));

			pl.setNormal(vtNorm);
			pl.setElevation(dEl);//???
			pl.setClosed(Adesk::kTrue);
		}
	}
	else
	{
		pl.setElevation(dEl);//???
		pl.setNormal(vtNorm);
		pl.setClosed(Adesk::kTrue);
	}

	AcDbVoidPtrArray arPls;
	AcDbPolyline* pPlI1 = NULL;
	AcDbPolyline* pPlI2 = NULL;
	AcDbPolyline* pPlI = NULL;

	if (dT > 1.e-6)
	{
		pl.getOffsetCurves(dT * -1.0,arPls);
		if (arPls.length() > 0)
		{
			pPlI1 = (AcDbPolyline*)arPls.first();
			pPlI1->setClosed(Adesk::kTrue);
		}

		arPls.removeAll();
		pl.getOffsetCurves(dT * 1.0,arPls);

		if (arPls.length() > 0)
		{
			pPlI2 = (AcDbPolyline*)arPls.first();
			pPlI2->setClosed(Adesk::kTrue);
		}

		if (pPlI1 == NULL || pPlI2 == NULL)
		{
			//acedAlert(_T("选择的房子外轮廓线不支持偏移一个墙厚,请用poly命令重新绘制轮廓线!"));
			acedAlert(_T("内部计算闭合线偏移失败!"));
			return false;
		}

		double dAr1 = 0.0,dAr2 = 0.0;
		pPlI1->getArea(dAr1);
		pPlI2->getArea(dAr2);

		if (dAr1 > dAr2)
		{
			pPlI = pPlI2;
			DELETE_PTR(pPlI1);
		}
		else
		{
			pPlI = pPlI1;
			DELETE_PTR(pPlI2);
		}

		if (pPlI == NULL)
		{
			acedAlert(_T("内部计算闭合线偏移失败!"));
			return false;
		}
	}

	AcDbVoidPtrArray arPlO,arRegPtrs;
	arPlO.append(&pl);

	Acad::ErrorStatus es1,es2;
	if ( Acad::eOk == AcDbRegion::createFromCurves(arPlO,arRegPtrs) )
	{
		if (pPlI != NULL)
		{
			arPlO.removeAll();
			arPlO.append(pPlI);

			if ( Acad::eOk == AcDbRegion::createFromCurves(arPlO,arRegPtrs) )
			{
				if (arRegPtrs.length() >= 2)
				{
					AcDbRegion* pRegO = (AcDbRegion* )arRegPtrs.first();
					AcDbRegion* pRegI = (AcDbRegion* )arRegPtrs.last();

					AcDbLine ln;
					AcGePoint3d ptEnd;
					ln.setStartPoint( ptOrg );

					ptEnd = ptOrg + vtZ * dH;
					ln.setEndPoint( ptEnd );
					AcDb3dSolid* pSolidO = new AcDb3dSolid;
					es1 = pSolidO->extrudeAlongPath(pRegO,&ln);

					if (bOpenTop)
					{
						ptEnd = ptOrg + vtZ * dH;
					}
					else
					{
						ptEnd = ptOrg + vtZ * (dH - dT);
					}

					ln.setEndPoint(ptEnd);
					AcDb3dSolid* pSolidI = new AcDb3dSolid;
					es2 = pSolidI->extrudeAlongPath(pRegI,&ln);

					if ( es1 == Acad::eOk && es2 == Acad::eOk)
					{
						if (Acad::eOk == ( es1 = pSolidO->booleanOper(AcDb::kBoolSubtract,pSolidI) ) )
						{
							m_pSolid = pSolidO;

							m_eType = AcDbX3dSolid::kExtrude;
							m_arAxisVector.removeAll();
							m_arAxisVector.append(AcGeVector3d::kXAxis);
							m_arAxisVector.append(AcGeVector3d::kYAxis);
							m_arAxisVector.append(AcGeVector3d::kZAxis);
							m_ptOrg = ptOrg;

							DELETE_PTR(pPlI);
							DELETE_PTR(pRegI);
							DELETE_PTR(pRegO);
							return true;
						}
					}
					DELETE_PTR(pRegI);
					DELETE_PTR(pRegO);
				}
			}
			DELETE_PTR(pPlI);
		}
		else
		{
			if (arRegPtrs.length() == 1)
			{
				AcDbRegion* pRegO = (AcDbRegion* )arRegPtrs.first();

				AcDbLine ln;
				AcGePoint3d ptEnd;
				ln.setStartPoint( ptOrg );

				ptEnd = ptOrg + vtZ * dH;
				ln.setEndPoint( ptEnd );
				AcDb3dSolid* pSolidO = new AcDb3dSolid;
				es1 = pSolidO->extrudeAlongPath(pRegO,&ln);

				//TEST
				/*AcDb3dSolid* pCln = (AcDb3dSolid* )pSolidO->clone();
				pCln->setColorIndex(1);
				AddToModelSpace(pCln);
				*/

				m_pSolid = pSolidO;
				m_eType = AcDbX3dSolid::kExtrude;
				m_arAxisVector.removeAll();
				m_arAxisVector.append(AcGeVector3d::kXAxis);
				m_arAxisVector.append(AcGeVector3d::kYAxis);
				m_arAxisVector.append(AcGeVector3d::kZAxis);
				m_ptOrg = ptOrg;

				DELETE_PTR(pRegO);
				return true;
			}
		}
	}
	return false;
}

bool AcDbX3dSolid::CreateExtrude(const AcDbRegion* pRegion,const AcDbLine& lnPath,double dTapAngle/* = 0.0*/)
{
	if (pRegion == NULL)
		return false;

	Acad::ErrorStatus es;
	AcDb3dSolid* pSolid = new AcDb3dSolid;

	AcDbRegion *pReg((AcDbRegion*)pRegion->clone());

	if (Acad::eOk == (es = pSolid->extrudeAlongPath(pReg, &lnPath, dTapAngle)))
	{
		DELETE_PTR(m_pSolid);
		m_pSolid = pSolid;

		m_ptFr = lnPath.startPoint();
		m_ptTo = lnPath.endPoint();

		m_dH = m_ptFr.distanceTo(m_ptTo);
		m_vtZ = (m_ptTo - m_ptFr).normalize();
		m_dW = dTapAngle;

		m_eType = AcDbX3dSolid::kExtrude2;

		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg =  m_ptFr;
		CoreTools::RegionToString(pReg,m_sScr);
	}
	else
	{
//#ifdef _DEBUG_WAS_DEFINED
//		CoreTools::CloneAndAddToModelSpace(pRegion);
//		CoreTools::CloneAndAddToModelSpace(&lnPath);
//#endif
		DELETE_PTR(pSolid);
	}
	DELETE_PTR(pReg);

	if (pSolid) return true;
	return false;
}

bool AcDbX3dSolid::CreateConePipe(const AcDbRegion* pRegionOut,const AcDbRegion* pRegionIn,const AcDbLine& lnPath,double dTapAngle,double dThick)
{
	if (pRegionOut == NULL || pRegionIn == NULL)
		return false;

// 	AddToModelSpace((AcDbEntity*)pRegionOut->clone());
// 	AddToModelSpace((AcDbEntity*)lnPath.clone());

	Acad::ErrorStatus es;
	AcDb3dSolid* pSolid = new AcDb3dSolid;
	if ( Acad::eOk == (es = pSolid->extrudeAlongPath(pRegionOut,&lnPath,dTapAngle) ) )
	{
		if (m_pSolid != NULL)
			delete m_pSolid;
		m_pSolid = NULL;

		AcGeVector3d vtDir = lnPath.endPoint() - lnPath.startPoint();
		double dLen = vtDir.length();
		vtDir.normalize();

		AcGePoint3d ptTo = lnPath.startPoint() + vtDir * (dLen - dThick);
		AcDbLine ln;
		ln.setStartPoint(lnPath.startPoint());
		ln.setEndPoint(ptTo);

		AcDb3dSolid* pSolidIn = new AcDb3dSolid;
		if ( Acad::eOk == (es = pSolidIn->extrudeAlongPath(pRegionIn,&ln,dTapAngle) ) )
		{
			if ( Acad::eOk == (es = pSolid->booleanOper(AcDb::kBoolSubtract,pSolidIn) ) )
			{
				m_pSolid = pSolid;

				m_ptFr = lnPath.startPoint();
				m_ptTo = lnPath.endPoint();

				m_dH = m_ptFr.distanceTo(m_ptTo);
				m_vtZ = m_ptTo - m_ptFr;
				m_dW = dTapAngle;
				m_dT = dThick;

				m_eType = AcDbX3dSolid::kConePipe;

				m_arAxisVector.removeAll();
				m_arAxisVector.append(AcGeVector3d::kXAxis);
				m_arAxisVector.append(AcGeVector3d::kYAxis);
				m_arAxisVector.append(AcGeVector3d::kZAxis);
				m_ptOrg =  m_ptFr;

				CString sScr1;
				CoreTools::RegionToString(pRegionOut,sScr1);

				CString sScr2;
				CoreTools::RegionToString(pRegionIn,sScr2);

				m_sScr.Format(_T("%s|%s"),sScr1,sScr2);

				return true;
			}
			else
			{
				delete pSolidIn;
			}
		}
	}

	delete pSolid;
	return false;
}

bool AcDbX3dSolid::CreateFenceExtrude(const AcGePoint3d& ptOrg,const AcGePoint3d* pPoints,int nPoints,const AcGeVector3d& vtZ,double dH)
{
	if (pPoints == NULL)
		return false;

	if (nPoints <= 2)
		return false;

	AcDbVoidPtrArray arCurPtrs,arRegPtrs;
	AcDbLine* pLn = NULL;
	for (int i = 0;i < nPoints - 1;i++)
	{
		pLn = new AcDbLine;
		pLn->setStartPoint(pPoints[i]);
		pLn->setEndPoint(pPoints[i+1]);
		arCurPtrs.append(pLn);
	}

	if (pPoints[nPoints - 1].distanceTo(pPoints[0]) > 1.e-6)
	{
		pLn = new AcDbLine;
		pLn->setStartPoint(pPoints[nPoints - 1]);
		pLn->setEndPoint(pPoints[0]);
		arCurPtrs.append(pLn);
	}

	bool bSuccess = false;
	Acad::ErrorStatus es;
	if ( Acad::eOk == ( es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs) ) )
	{
		if ( !arRegPtrs.isEmpty())
		{
			AcDbRegion* pRegion = NULL;
			pRegion = (AcDbRegion*)arRegPtrs.first();

			if (pRegion != NULL)
			{
				AcDbLine lnPath;
				lnPath.setStartPoint(pPoints[0]);
				lnPath.setEndPoint(pPoints[0] + vtZ * dH);

				AcDb3dSolid* pSolid = new AcDb3dSolid;
				if ( Acad::eOk == (es = pSolid->extrudeAlongPath(pRegion,&lnPath) ) )
				{
					if (m_pSolid != NULL)
						delete m_pSolid;

					m_dH = dH;
					m_vtZ = vtZ;
					m_pSolid = pSolid;
					m_eType = AcDbX3dSolid::kFenceExtrude;
					m_arAxisVector.removeAll();
					m_arAxisVector.append(AcGeVector3d::kXAxis);
					m_arAxisVector.append(AcGeVector3d::kYAxis);
					m_arAxisVector.append(AcGeVector3d::kZAxis);
					m_ptOrg =  ptOrg;

					m_nSatLen = sizeof(AcGePoint3d) * nPoints;
					m_pSatBuffer = new AcGePoint3d[nPoints];
					memcpy(m_pSatBuffer,pPoints,m_nSatLen);
				}
				delete pRegion;
			}
		}
	}

	FreeBuffer(0,arCurPtrs);
	return bSuccess;
}

bool AcDbX3dSolid::CreateTriangularPyramid(const AcGePoint3d & pt0
	, const AcGePoint3d & pt1
	, const AcGePoint3d & pt2
	, const AcGePoint3d & pt3)
{
	// 先把数据保存上
	triangularPyramid2Buffer(pt0, pt1, pt2, pt3, m_pSatBuffer, m_nSatLen);

	AcGePlane plan(pt1, pt2, pt3);

	AcGePoint3d ptClosest = plan.closestPointTo(pt0);

	AcDbCircle cir(pt0, AcGeVector3d(ptClosest - pt0), .0001);
	AcDbRegion *pReg1 = CoreTools::createRegion(&cir);
	if (!pReg1) return false;

	AcDbLine line1(pt1, pt2);
	AcDbLine line2(pt2, pt3);
	AcDbLine line3(pt3, pt1);
	AcDbVoidPtrArray ar;
	ar.append(&line1);
	ar.append(&line2);
	ar.append(&line3);
	AcDbRegion *pReg2 = CoreTools::createRegion(ar);
	if (!pReg2) return false;
	
	AcDbLine tmpLine(pt0, ptClosest);
	AcDbEntity *pEnt = GiDrawUtility::DrawLoft(pReg1, pReg2, &tmpLine);
	if (pEnt)
	{
		m_pSolid = (AcDb3dSolid*)pEnt;
		m_eType = kTriPyramid;
	}

	DELETE_PTR(pReg1);
	DELETE_PTR(pReg2);
	return false;
}

AcDb3dPolyline* create3DPolyline(const AcGePoint3d *pBuffer, int len)
{
	AcDb3dPolyline *p = new AcDb3dPolyline;
	if (!p) return NULL;
	for (int i = 0; i < len; ++i)
	{
		AcDb3dPolylineVertex *pV = new AcDb3dPolylineVertex(pBuffer[i]);
		p->appendVertex(pV);
	}
	return p;
}

AcDb3dSolid* AcDbX3dSolid::CreateLoftSolid(const AcGePoint3d& ptOrg,AcDbPolyline& pl,int nShape,double dW,double dH,double dT,double dT2,double dT3,int nF,double dE0,double dE1,AcGeVector3d& vtCut1,AcGeVector3d& vtCut2)
{
	AcArray<AcDbEntity*> crossSectionCurves,guideCurves;
	AcDb3dSolid* pSolidAll = NULL;
	AcDbEntity* pPath = NULL;

	AcGeVector3d vtCut;
	AcGePoint3dArray arFitPts;
	
	AcDbCurve* pPl = &pl;
	if (pPl != NULL)
	{
		double dAng = 0.0,dWbk = dW,dTBk = dT;
		double dSta = 0.0,dEnd = 0.0,dStep = 0.0,dPam = 0.0,dEl = 0.0;
		pPl->getStartParam(dSta);
		pPl->getEndParam(dEnd);

		dStep = (dEnd - dSta) / nF;
		double dElStep = (dE1 - dE0) / nF;

		AcGePoint3d ptSta;
		pl.getStartPoint(ptSta);
		if (ptSta.distanceTo(ptOrg) < 1.e-2)
		{
		}
		else
		{
			dElStep = (dE0 - dE1) / nF;
		}

		AcGePoint3d ptGe[5],ptOn;
		for (int i = 0;i <= nF;i++)
		{
			dPam = dSta + i * dStep;
			pPl->getPointAtParam(dPam,ptOn);

			dEl = dE0 + i * dElStep;

			if ( i > 0 && i < nF)
			{
				dW = dWbk;
				dT = dTBk;

				pPl->getFirstDeriv(dPam,vtCut);

				vtCut.rotateBy(PI / 2.0,AcGeVector3d::kZAxis);
				vtCut.normalize();
			}
			else
			{
				pPl->getFirstDeriv(dPam,vtCut);
				vtCut.rotateBy(PI / 2.0,AcGeVector3d::kZAxis);
				vtCut.normalize();

				if (i == 0)
				{
					//有侧宽放大或缩小
					dAng = vtCut1.angleTo(vtCut);
					
					if (fabs(cos(dAng)) > 1.e-6)
					{
						dW = dWbk / fabs( cos(dAng) );
						dT = dTBk / fabs( cos(dAng) );
					}

					vtCut = vtCut1;
					vtCut.normalize();
				}
				else if (i == nF )
				{
					dAng = vtCut2.angleTo(vtCut);

					if (fabs(cos(dAng)) > 1.e-6)
					{
						dW = dWbk / fabs( cos(dAng) );
						dT = dTBk / fabs( cos(dAng) );
					}

					vtCut = vtCut2;
					vtCut.normalize();
				}
			}

			ptGe[0] = ptOn;
			ptGe[0].z += dEl;
			arFitPts.append(ptGe[0]);

			ptGe[0] -= 0.5 * dH * AcGeVector3d::kZAxis;
			ptGe[0] += dT2 * AcGeVector3d::kZAxis;//顶部壁厚

			ptGe[0] -= 0.5 * dW * vtCut;
			ptGe[0] += dT * vtCut;//两侧壁厚

			ptGe[1] = ptGe[0];
			ptGe[1] += (dH - dT2 - dT3) * AcGeVector3d::kZAxis;

			ptGe[2] = ptGe[1];
			ptGe[2] += (dW - 2.0 * dT ) * vtCut;

			ptGe[3] = ptGe[2];
			ptGe[3] -= (dH - dT2 - dT3) * AcGeVector3d::kZAxis;
			ptGe[4] = ptGe[0];

			if (nShape == 0)
			{
				AcDbRegion* pReg = AecDbEarthWorm::CreatePolygonRegionOnly(ptGe,5);
				if (pReg != NULL)
				{
					crossSectionCurves.append(pReg);

					//TEST
					//AddToModelSpace((AcDbEntity*)pReg->clone());
				}
			}
			else
			{
				AcDbVoidPtrArray arCurPtr,arRegPtr;
				if ( i > 0 && i < nF)
				{
					AcDbCircle* pCir = new AcDbCircle;
					pCir->setCenter(arFitPts.last());
					pCir->setRadius(0.5 * dW);

					AcGeVector3d vtNorm = vtCut;
					vtNorm.rotateBy(-PI / 2.0,AcGeVector3d::kZAxis);
					pCir->setNormal(vtNorm);

					arCurPtr.append(pCir);
				}
				else//两头可能是椭圆
				{
					AcGeVector3d vtMaj = vtCut;
					vtMaj.normalize();
					vtMaj *= dW;
					double dRat = dH / dW;

					AcGeVector3d vtNorm = vtCut;
					vtNorm.rotateBy(-PI / 2.0,AcGeVector3d::kZAxis);

					AcDbEllipse* pEl = new AcDbEllipse(arFitPts.last(),vtNorm,vtMaj,dRat);
					arCurPtr.append(pEl);
				}
			
				AcDbRegion::createFromCurves(arCurPtr,arRegPtr);
				if (!arRegPtr.isEmpty())
				{
					AcDbRegion* pReg = (AcDbRegion*)arRegPtr.first();
					crossSectionCurves.append(pReg);

					//TEST
					//AddToModelSpace((AcDbEntity*)pReg->clone());
				}
			}
		}

		if (!crossSectionCurves.isEmpty())
		{
			AcDbLoftOptions op;
			op.setRuled(true);
			//AcDbSpline *pGuideSpline = new AcDbSpline(arFitPts);

			Acad::ErrorStatus es;
			pSolidAll = new AcDb3dSolid;
			//if ( Acad::eOk == (es = pSolidAll->createLoftedSolid(crossSectionCurves,guideCurves,pGuideSpline,op) ) )
			if (Acad::eOk == (es = pSolidAll->createLoftedSolid(crossSectionCurves, guideCurves, NULL, op)))
			{
				//pSolidAll->setColorIndex(1);
				//AddToModelSpace(pSolidAll);
			}
			else
			{
				acutPrintf(_T("\n创建螺旋拉伸体失败,光滑度太密,切面相交:%d"),es);

				//DELETE_PTR(pGuideSpline);
				for (int k = 0;k < crossSectionCurves.length();k++)
				{
					pPath = crossSectionCurves.at(k);
					DELETE_PTR(pPath);
				}
				return NULL;
			}

			if (arFitPts.length() > 0)
			{
				AcDb3dPolyline* p3dPl = create3DPolyline(arFitPts.asArrayPtr(),arFitPts.length());
				if (p3dPl != NULL)
				{
					p3dPl->setColorIndex(kRed);

					//先旋转
					AcGeMatrix3d xRote;
					for (int ii = 0;ii < m_arAxisVector.length();ii++)
					{
						if (fabs(m_dAxisRotats[ii]) > 1.e-10)
						{
							xRote.setToRotation(m_dAxisRotats[ii],m_arAxisVector.at(ii),m_ptOrg);
							p3dPl->transformBy(xRote);
						}
					}

					AcGeMatrix3d xMove;
					xMove.setToTranslation(m_vtMove);
					p3dPl->transformBy(xMove);

					//TEST
					//AddToModelSpace(p3dPl);
				}
			}

			//DELETE_PTR(pGuideSpline);
			for (int k = 0;k < crossSectionCurves.length();k++)
			{
				pPath = crossSectionCurves.at(k);
				DELETE_PTR(pPath);
			}
		}
	}
	return pSolidAll;
}

bool AcDbX3dSolid::CreateTydf(const AcGePoint3d &ptPos, 
									  const AcGeVector3d &vtMove, 
									  const double &dTr, 
									  const double &dBx, 
									  const double &dBy, 
									  const double &dH, 
									  const double &dxOffset,
									  BOOL bIsTfdy)
{

	AcDb3dSolid* pSolid = (AcDb3dSolid*)GiDrawUtility::DrawTydf(ptPos,vtMove,dTr,dBx,dBy,dH,dxOffset,bIsTfdy);
	if (pSolid != NULL)
	{
		m_ptOrg = ptPos;
		m_vtZ = vtMove;

		m_dT = dTr;
		m_dW = dBx;
		m_dLen = dBy;
		m_dH = dH;
		m_fStair[0] = (float)dxOffset;
		m_eType = kTydf;
		m_pSolid = pSolid;
		m_nKind = bIsTfdy;
		return true;
	}
	return false;
}

AcDb3dSolid* AcDbX3dSolid::CreatePathSolid(const AcGePoint3d& ptOrg,AcDbPolyline& pl,int nShape,double dW,double dH,double dT,double dT2,double dT3,double dE0,double dE1,AcGeVector3d& vtCut1,AcGeVector3d& vtCut2)
{
	AcGePoint3d ptGe[5],ptOn;
	pl.getStartPoint(ptOn);

	AcGeVector3d vtNorm;
	pl.getFirstDeriv(ptOn,vtNorm);
	vtNorm.normalize();
	AcGeVector3d vtSta = vtNorm;
	vtSta.rotateBy(PI / 2.0,AcGeVector3d::kZAxis);

	ptGe[0] = ptOn;
	ptGe[0].z += dE1;

	ptGe[0] -= 0.5 * dH * AcGeVector3d::kZAxis;
	ptGe[0] += dT2 * AcGeVector3d::kZAxis;//顶部壁厚

	ptGe[0] -= 0.5 * dW * vtSta;
	ptGe[0] += dT * vtSta;//两侧壁厚

	ptGe[1] = ptGe[0];
	ptGe[1] += (dH - dT2 - dT3) * AcGeVector3d::kZAxis;

	ptGe[2] = ptGe[1];
	ptGe[2] += (dW - 2.0 * dT ) * vtSta;

	ptGe[3] = ptGe[2];
	ptGe[3] -= (dH - dT2 - dT3) * AcGeVector3d::kZAxis;
	ptGe[4] = ptGe[0];

	AcDbRegion* pReg = NULL;
	if (nShape == 0)
	{
		pReg = AecDbEarthWorm::CreatePolygonRegionOnly(ptGe,5);
		if (pReg != NULL)
		{
			//TEST
			//AddToModelSpace((AcDbEntity*)pReg->clone());
		}
	}
	else
	{
		AcDbVoidPtrArray arCurPtr,arRegPtr;
		
		AcDbCircle* pCir = new AcDbCircle;
		pCir->setCenter(ptOn);
		pCir->setRadius(0.5 * dW - dT);

		pCir->setNormal(vtNorm);
		arCurPtr.append(pCir);

		AcDbRegion::createFromCurves(arCurPtr,arRegPtr);
		if (!arRegPtr.isEmpty())
		{
			pReg = (AcDbRegion*)arRegPtr.first();

			//TEST
			//AddToModelSpace((AcDbEntity*)pReg->clone());
		}
		DELETE_PTR(pCir);
	}

	AcDb3dSolid* pSolidAll = NULL;
	if (pReg != NULL)
	{
		pSolidAll = new AcDb3dSolid;
		if ( Acad::eOk != pSolidAll->extrudeAlongPath(pReg,&pl) )
		{
			DELETE_PTR(pSolidAll);
			return pSolidAll;
		}

		AcGeVector3d vtNorm1;
		AcDb3dSolid* pNegHalfSolid = NULL;
		AcGePlane plan;
		if (!vtCut1.isZeroLength())
		{
			vtNorm1 = vtCut1;
			vtNorm1.rotateBy(PI / 2.0,AcGeVector3d::kZAxis);

			if (vtNorm1.dotProduct(vtNorm) < -1.e-10)
				vtNorm1.negate();

			plan.set(ptOn,vtNorm1);
			pSolidAll->getSlice(plan,Adesk::kFalse,pNegHalfSolid);
		}

		AcGeVector3d vtEnd;
		AcGePoint3d ptEnd;
		pl.getEndPoint(ptEnd);
		pl.getFirstDeriv(ptEnd,vtEnd);

		//AcDbRay* pRay = new AcDbRay;
		//pRay->setBasePoint(ptEnd);
		//pRay->setUnitDir(vtEnd);
		//pRay->setColorIndex(kRed);
		//AddToModelSpace(pRay);

		if (!vtCut2.isZeroLength())
		{
			vtNorm1 = vtCut2;
			vtNorm1.rotateBy(PI / 2.0,AcGeVector3d::kZAxis);

			if (vtNorm1.dotProduct(vtEnd) > 1.e-10)
				vtNorm1.negate();

			plan.set(ptEnd,vtNorm1);
			pSolidAll->getSlice(plan,Adesk::kFalse,pNegHalfSolid);
		}
		DELETE_PTR(pReg);
	}
	return pSolidAll;
}

bool AcDbX3dSolid::CreatePipe(const AcGePoint3d& ptOrg,LPCTSTR pszPath,int nShape,double dW,double dH,double dT,double dT2,double dT3,AcGeVector3d& vtCut1,AcGeVector3d& vtCut2)
{
	m_ptOrg = ptOrg;
	m_dH = dH;
	m_dT = dT;
	m_dW = dW;

	m_fStair[0] = 0.0f;
	m_fStair[1] = 0.0f;
	m_nKind = 0;

	m_vtLast = vtCut1;
	m_vtNext = vtCut2;

	m_arSizes.removeAll();
	m_arSizes.append(dT2);
	m_arSizes.append(dT3);

	m_sszPoint2ds.Format(_T("%s@%d"),pszPath,nShape);
	m_eType = AcDbX3dSolid::kPathPipe;

	CStringArray arXYs;
	CoreTools::SplitStrintToArray(pszPath,arXYs,_T(','));

	CString sX,sYB,sBulge,sY;
	double dBulge = 0.0;
	int nFind = -1;
	AcGePoint2d pt;
	AcDbPolyline pl;
	pl.setNormal(AcGeVector3d::kZAxis);

	for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
	{
		sX = arXYs.GetAt(2 * i);
		sYB = arXYs.GetAt(2 * i + 1);
		sY = sYB;
		dBulge = 0.0;

		nFind = sYB.Find( _T('@') );
		if (nFind != -1)
		{
			sBulge = sYB.Mid(nFind + 1);
			dBulge = _ttof(sBulge);
			sY = sYB.Mid(0,nFind);
		}

		pt.set(_ttof(sX),_ttof(sY));
		pl.addVertexAt(i,pt,dBulge);
	}

	//
	AcDb3dSolid* pSolidOutSide = CreatePathSolid(ptOrg,pl,nShape,dW,dH,0,0,0,0.0,0.0,vtCut1,vtCut2);
	if (dT > 1.e-3)
	{
		AcDb3dSolid* pSolidInside = CreatePathSolid(ptOrg,pl,nShape,dW,dH,dT,dT2,dT3,0.0,0.0,vtCut1,vtCut2);
		if (pSolidOutSide != NULL && pSolidInside != NULL)
		{
			Acad::ErrorStatus es;
			es = pSolidOutSide->booleanOper(AcDb::kBoolSubtract,pSolidInside);
			if (es != Acad::eOk)
			{
				acutPrintf(_T("\n创建拉伸体失败:%d"),es);
				DELETE_PTR(pSolidOutSide);
				DELETE_PTR(pSolidInside);
				return false;
			}
		}
	}

	if (pSolidOutSide != NULL)
	{
		m_pSolid = pSolidOutSide;
	}
	return m_pSolid != NULL ? true : false;
}

bool AcDbX3dSolid::CreateSlicePipe(const AcDbRegion* pRegion,const AcDbLine& lnPath,const AcGePoint3d& ptPlanOrg,const AcGeVector3d& vtPlanNormal)
{
	m_ptOrg = ptPlanOrg;
	m_vtZ = vtPlanNormal;
	m_ptFr = lnPath.startPoint();
	m_ptTo = lnPath.endPoint();

	Acad::ErrorStatus es;

	AcDb3dSolid* pSolid = new AcDb3dSolid;
	if ( Acad::eOk == (es = pSolid->extrudeAlongPath(pRegion,&lnPath) ) )
	{
		//TEST
		AddToModelSpace((AcDbEntity*)pSolid->clone());

		AcGePlane plan;
		plan.set(ptPlanOrg,vtPlanNormal);
		AcDb3dSolid* pNegHalfSolid = NULL;
		es = pSolid->getSlice(plan,Adesk::kFalse,pNegHalfSolid);

		if ( Acad::eOk == es )
		{
			m_pSolid = pSolid;
			m_eType = kSlicePipe;

			CoreTools::RegionToString(pRegion,m_sScr);

			return true;
		}
	}
	return false;
}

//水池用
bool AcDbX3dSolid::CreateIntersect(const AcDbRegion* pRegion,const AcDbLine& lnPath,const AcGePoint3d& ptOrg,AcDbCurve* pFenceCrv,const AcGeVector3d& vtExDir)
{
	//投影到方向线上
	AcGeVector3d vtDirOnPlan = lnPath.endPoint() - lnPath.startPoint();

	AcDb3dSolid *pSolid = new AcDb3dSolid();
	Acad::ErrorStatus es = pSolid->extrudeAlongPath(pRegion, &lnPath);
	if (es != Acad::eOk)
	{
		delete pSolid;
		acutPrintf(_T("\n%d:拉伸错误。"), es);
		return false;
	}

	//TEST
	//AddToModelSpace((AcDbEntity*)pSolid->clone());

	double dL = vtDirOnPlan.length();

	AcDbLine lnEx;
	AcGePoint3d pt1,pt2;
	pt1 = ptOrg - vtExDir * dL;
	pt2 = ptOrg + vtExDir * dL;
	lnEx.setStartPoint(pt1);
	lnEx.setEndPoint(pt2);

	AcDbVoidPtrArray arCurPtrs,arRegPtrs;
	arCurPtrs.append(pFenceCrv);

	es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.isEmpty())
	{
		delete pSolid;
		acutPrintf(_T("\n%d:围栏面域错误!"), es);
		return false;
	}

	AcDbRegion* pFenceReg = (AcDbRegion*)arRegPtrs.first();
	AcGeVector3d vtMove = pt1 - ptOrg;
	AcGeMatrix3d xformM;
	xformM.setToTranslation(vtMove);
	pFenceReg->transformBy(xformM);

	AcDb3dSolid* pSolid2 = new AcDb3dSolid;
	es = pSolid2->extrudeAlongPath(pFenceReg, &lnEx);
	if (es != Acad::eOk)
	{
		delete pSolid;
		delete pFenceReg;
		delete pSolid2;
		acutPrintf(_T("\n%d:拉伸错误!"), es);
		return false;
	}

	//TEST
	//AddToModelSpace((AcDbEntity*)pSolid2->clone());

	if ( Acad::eOk == (es = pSolid->booleanOper(AcDb::kBoolIntersect,pSolid2) ) )
	{
		m_pSolid = pSolid;
	}
	else
	{
		delete pFenceReg;
		delete pSolid;
		delete pSolid2;
		return false;
	}

	//序列化数据
	m_eType = kIntersect;
	m_ptOrg = ptOrg;
	m_ptFr = lnPath.startPoint();
	m_ptTo = lnPath.endPoint();
	m_vtZ = vtExDir;

	CString sScr1;
	CoreTools::RegionToString(pRegion,sScr1);

	CString sScr2;
	CoreTools::CurveToString(pFenceCrv,sScr2);

	m_sScr.Format(_T("%s|%s"),sScr1,sScr2);
	return true;
}

bool AcDbX3dSolid::CreateSliceSolid(const AcDbCurve* pPlFenceTop,const AcDbLine& lnPath,const AcGePoint3d& ptOrg,const AcDbRegion* pRegionWall,double dWallHeight,const AcGeVector3d& vtExDir)
{
	if (pPlFenceTop == NULL)
		return false;
	if (pRegionWall == NULL)
		return false;

	AcDbLine lnEx;
	AcGePoint3d pt1,pt2;
	pt1 = ptOrg + dWallHeight * vtExDir;
	pt2 = ptOrg - dWallHeight * vtExDir;
	lnEx.setStartPoint(pt1);
	lnEx.setEndPoint(pt2);

	Acad::ErrorStatus es;
	AcDb3dSolid* pSolid = new AcDb3dSolid;
	if ( Acad::eOk == (es = pSolid->extrudeAlongPath(pRegionWall, &lnEx) ) )
	{
		//TEST
		//AddToModelSpace((AcDbEntity*)pSolid->clone());

		AcGeVector3d vtDir = lnPath.endPoint() - lnPath.startPoint();

		AcDbSweepOptions sweepOptions;
		AcDbExtrudedSurface extSur;
		if ( Acad::eOk == (es = extSur.createExtrudedSurface((AcDbEntity*)pPlFenceTop,vtDir,sweepOptions) ) )
		{
			//TEST
			//AddToModelSpace((AcDbEntity*)extSur.clone());

			//保留fencetop法向方向的结果
			AcDb3dSolid* pNegHalifSolid = NULL;
			if ( Acad::eOk == (es = pSolid->getSlice(&extSur,false,pNegHalifSolid) ) )
			{
				m_eType = kSliceSolid;

				m_pSolid = pSolid;

				m_ptFr = lnPath.startPoint();
				m_ptTo = lnPath.endPoint();
				m_ptOrg = ptOrg;
				m_vtZ = vtExDir;
				m_dH = dWallHeight;
				
				CString sSrc1;
				CoreTools::RegionToString(pRegionWall,sSrc1);
				
				CString sScr2;
				CoreTools::CurveToString(pPlFenceTop,sScr2);

				m_sScr.Format(_T("%s|%s"),sSrc1,sScr2);
				
				//TEST
				//AddToModelSpace(pSolid);
				
				return true;
			}
		}
	}

	delete pSolid;
	return false;
}

bool AcDbX3dSolid::CreateRevolve(const AcDbRegion* pRegion,const AcGePoint3d& ptOrg,const AcGeVector3d& vtAxis,double dSweepAngle)
{
	if (pRegion == NULL)
		return false;

	Acad::ErrorStatus es;
	AcDb3dSolid* pSolid = new AcDb3dSolid;
	if (Acad::eOk == (es = pSolid->revolve(pRegion,ptOrg,vtAxis,dSweepAngle)))
	{
		m_pSolid = pSolid;
		m_eType = kRevolve;
		CoreTools::RegionToString(pRegion,m_sScr);

		m_ptOrg = ptOrg;
		m_vtZ = vtAxis;
		m_dW = dSweepAngle;
		return true;
	}
	else
	{
		DELETE_PTR(pSolid);
	}
	return false;
}

bool AcDbX3dSolid::CreateRevolve2(AcDbRegion * pRegion
	, const AcGePoint3d & ptOrg
	, const AcGeVector3d & vtAxis
	, double dSweepAngle
	, double dStartAngle)
{
	if (!pRegion) return false;

	AcDbRegion *pReg = (AcDbRegion*)pRegion->clone();

	AcDbRevolveOptions op;
	AcDb3dSolid* pSolid = new AcDb3dSolid;	
	if (Acad::eOk == pSolid->createRevolvedSolid(pReg, ptOrg, vtAxis, dSweepAngle, dStartAngle, op))
	{
		DELETE_PTR(m_pSolid);
		m_pSolid = pSolid;
		m_eType = kRevolve2;
		CoreTools::RegionToString(pRegion,m_sScr);
		m_ptOrg = ptOrg;
		m_vtZ = vtAxis;
		m_dW = dSweepAngle;
		m_dT = dStartAngle;
	}
	else
	{
		DELETE_PTR(pSolid);
	}

	DELETE_PTR(pReg);

	if (pSolid) return true;

	return false;
}

bool AcDbX3dSolid::CreatePathExtrude(const AcGePoint3d& ptOrg,LPCTSTR pszPath,int nShape,int nF,double dW,double dH,double dT,double dT2,double dT3,double dE0,double dE1,AcGeVector3d& vtCut1,AcGeVector3d& vtCut2)
{
	if (pszPath == NULL)
		return false;

	m_ptOrg = ptOrg;
	m_dH = dH;
	m_dT = dT;
	m_dW = dW;

	m_fStair[0] = (float)dE0;
	m_fStair[1] = (float)dE1;
	m_nKind = nF;

	m_vtLast = vtCut1;
	m_vtNext = vtCut2;

	m_arSizes.removeAll();
	m_arSizes.append(dT2);
	m_arSizes.append(dT3);

	m_sszPoint2ds.Format(_T("%s@%d"),pszPath,nShape);
	m_eType = kExtrudePath;

	CStringArray arXYs;
	CoreTools::SplitStrintToArray(pszPath,arXYs,_T(','));

	CString sX,sYB,sBulge,sY;
	double dBulge = 0.0;
	int nFind = -1;
	AcGePoint2d pt;
	AcDbPolyline pl;
	pl.setNormal(AcGeVector3d::kZAxis);

	for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
	{
		sX = arXYs.GetAt(2 * i);
		sYB = arXYs.GetAt(2 * i + 1);
		sY = sYB;
		dBulge = 0.0;

		nFind = sYB.Find( _T('@') );
		if (nFind != -1)
		{
			sBulge = sYB.Mid(nFind + 1);
			dBulge = _ttof(sBulge);
			sY = sYB.Mid(0,nFind);
		}

		pt.set(_ttof(sX),_ttof(sY));
		pl.addVertexAt(i,pt,dBulge);
	}

	AcDb3dSolid* pSolidOutSide = CreateLoftSolid(ptOrg,pl,nShape,dW,dH,0,0,0,nF,dE0,dE1,vtCut1,vtCut2);
	if (dT > 1.e-3)
	{
		AcDb3dSolid* pSolidInside = CreateLoftSolid(ptOrg,pl,nShape,dW,dH,dT,dT2,dT3,nF,dE0,dE1,vtCut1,vtCut2);
		if (pSolidOutSide != NULL && pSolidInside != NULL)
		{
			Acad::ErrorStatus es;
			es = pSolidOutSide->booleanOper(AcDb::kBoolSubtract,pSolidInside);
			if (es != Acad::eOk)
			{
				acutPrintf(_T("\n创建螺旋拉伸体失败:%d"),es);
				DELETE_PTR(pSolidOutSide);
				DELETE_PTR(pSolidInside);
				return false;
			}
		}
	}

	if (pSolidOutSide != NULL)
	{
		m_pSolid = pSolidOutSide;
	}
	return m_pSolid != NULL ? true : false;
}

bool AcDbX3dSolid::CreateEarthWorm(const AcGePoint3d& ptOrg,const AcGeVector3d& vtZ,LPCTSTR pszScr,double dLen,const AcGeVector3d& vtLast,const AcGeVector3d& vtNext)
{
	if (pszScr == NULL)
		return false;

	m_vtZ = vtZ;
	m_sScr = pszScr;
	m_dLen = dLen;
	m_vtLast = vtLast;
	m_vtNext = vtNext;

	//_T("RECT:3900x3600|2900x3600|400x300|EXT:...");//EXT为扩充字段
	AecDbEarthWorm dbEW;
	dbEW.SetCrossSectionScr(pszScr);
	//dbEW.SetChamferInter(0.0);
	AcGePoint2d ptSize = dbEW.GetSize();


	AcGePoint3d ptSta = ptOrg - vtZ * dLen * 0.5;
	AcGePoint3d ptEnd = ptOrg + vtZ * dLen * 0.5;
	AcGeLineSeg3d ln(ptSta,ptEnd);

	AcDbRegion* pRegion = NULL;
	AcDb3dSolid* pEwSolid = dbEW.CreateEarthWorm3DSeg(ln,pRegion);
	if (pEwSolid != NULL)
	{
		//if (!vtLast.isParallelTo(vtZ))
		{		
			AcDbRegion* pRegin1 = (AcDbRegion*)pRegion->clone();
			pEwSolid = AecDbEarthWorm::ConnectLastOrNext(pEwSolid,ln,pRegin1,vtLast,ptSize.y,0);
			DELETE_PTR(pRegin1);
		}

		//if (!vtNext.isParallelTo(vtZ))
		{
			AcDbRegion* pRegin2 = (AcDbRegion*)pRegion->clone();
			pEwSolid = AecDbEarthWorm::ConnectLastOrNext(pEwSolid,ln,pRegin2,vtNext,ptSize.y,1);
			DELETE_PTR(pRegin2);
		}

		m_pSolid = pEwSolid;
		m_eType = AcDbX3dSolid::kEarthWorm;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0,0,0);
		m_ptOrg = ptOrg;

		DELETE_PTR(pRegion);
		return true;
	}
	return false;
}

bool AcDbX3dSolid::CreateSHEarthWorm(const AcGePoint3d& ptOrg,const AcGeVector3d& vtZ,STSection* pSection,double dLen,const AcGeVector3d& vtLast,const AcGeVector3d& vtNext)
{
	m_vtZ = vtZ;
	FormatScriptFromSection(m_sScr,pSection);
	m_dLen = dLen;
	m_vtLast = vtLast;
	m_vtNext = vtNext;

	AecDbShEarthWorm dbEW;
	AcGePoint3d ptEnd = ptOrg - vtZ * 0.5 * dLen;
	AcGePoint3d ptSta = ptOrg + vtZ * 0.5 * dLen;

	AcDbLine ln(ptSta,ptEnd);

	AecDb3dRoadAxisLine* pRoadLn = new AecDb3dRoadAxisLine;
	pRoadLn->AppendCurveSeg(&ln);

	dbEW.GetSpecialtyData()->SetAt(KEY_2DSTYLE, 2);
	dbEW.SetSection(pSection->pReg, pSection->pt);
	dbEW.SetBaseCurve(pRoadLn);
	dbEW.GetSpecialtyData()->SetAt(KEY_THICKT1,AS_MUNIT(pSection->dThick[0]));
	dbEW.GetSpecialtyData()->SetAt(KEY_THICKT2,AS_MUNIT(pSection->dThick[1]));
	dbEW.GetSpecialtyData()->SetAt(KEY_THICKT4,AS_MUNIT(pSection->dThick[2]));
	dbEW.GetSpecialtyData()->SetAt(KEY_THICKT5,AS_MUNIT(pSection->dThick[3]));

	AcDb3dSolid* pEwSolid = dbEW.GetCreatPipe3dSolid();
	if (pEwSolid != NULL)
	{
		m_pSolid = pEwSolid;
		m_eType = AcDbX3dSolid::kSHEarthWorm;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0,0,0);
		m_ptOrg = ptOrg;
		return true;
	}
	return false;
}

bool AcDbX3dSolid::CreateEarthWorm(const AcGePoint3d& ptSta,const AcGePoint3d& ptMid,const AcGePoint3d& ptEnd,LPCTSTR pszScr,const AcGeVector3d& vtLast,const AcGeVector3d& vtNext)
{
	return false;
}

bool AcDbX3dSolid::CreateElbow(const AcGePoint3d& ptMid,const AcGeVector3d& vtMaj,const AcGeVector3d& vtMin,double dSweepAngle,double dR,double dRatio)
{
	m_vtLast = vtMaj;
	m_vtLast.normalize();

	m_vtNext = vtMin;
	m_vtNext.normalize();

	AcGeVector3d vtNorm = vtMaj.crossProduct(m_vtNext);

	AcGePoint3d ptFr;
	AcDbArc* pArcElbow = KTCADUtilityEx::FormatArc(vtMaj,vtMin,ptMid,ptFr,dSweepAngle,dR,dRatio);

	if (pArcElbow == NULL)
		return false;

	AcDbCircle cir;
	cir.setCenter(ptFr);
	cir.setNormal(vtMaj);
	cir.setRadius(dR);

	AcDbVoidPtrArray arCurPtrs,arRegPtrs;
	arCurPtrs.append(&cir);

	Acad::ErrorStatus es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.length() == 0)
	{
		return false;
	}

	AcDbRegion* pRegI = (AcDbRegion*)arRegPtrs.first();
	if (pRegI != NULL)
	{
		AcDb3dSolid* pSolidI = new AcDb3dSolid;
		es = pSolidI->extrudeAlongPath(pRegI,pArcElbow);
		if (es == Acad::eOk)
		{	
			m_ptOrg = ptMid;

			m_arSizes.removeAll();
			m_arSizes.append(dR);
			m_arSizes.append(dRatio);
			m_arSizes.append(dSweepAngle);

			m_pSolid = pSolidI;
			DELETE_PTR(pRegI);

			m_eType = AcDbX3dSolid::kElbow;
			m_arAxisVector.removeAll();
			m_arAxisVector.append(AcGeVector3d::kXAxis);
			m_arAxisVector.append(AcGeVector3d::kYAxis);
			m_arAxisVector.append(AcGeVector3d::kZAxis);

			AcGePlane plan(ptMid,vtNorm);
			AcGeMatrix3d xform;
			xform.setToPlaneToWorld(plan);

			for (int i = 0;i < m_arAxisVector.length();i++)
			{
				AcGeVector3d& vt = m_arAxisVector.at(i);
				vt.transformBy(xform);
			}
			DELETE_PTR(pArcElbow);
			return true;
		}
		DELETE_PTR(pRegI);
	}
	return false;
}

bool AcDbX3dSolid::CreateTee(const AcGePoint3d& ptMid,const AcGeVector3d& vtMaj,const AcGeVector3d& vtMin,double dR,double dL,double dt)
{
	m_vtLast = vtMaj;
	m_vtNext = vtMin;

	m_vtLast.normalize();
	m_vtNext.normalize();

	if (!vtMaj.isPerpendicularTo(vtMin))
	{
		return false;
	}

	AcGePoint3d ptFr = ptMid - dL * m_vtLast;

	AcDbCircle cir;
	cir.setCenter(ptFr);
	cir.setNormal(vtMaj);
	cir.setRadius(dR);

	AcDbLine ln;

	AcDbVoidPtrArray arCurPtrs,arRegPtrs;
	arCurPtrs.append(&cir);

	Acad::ErrorStatus es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.length() == 0)
	{
		return false;
	}

	AcDb3dSolid* pSolidAll = NULL;
	AcDb3dSolid* pSolidI = NULL;

	AcDbRegion* pRegI = (AcDbRegion*)arRegPtrs.first();
	if (pRegI != NULL)
	{
		pSolidI = new AcDb3dSolid;
		ln.setStartPoint(ptFr);
		ln.setEndPoint(ptFr + m_vtLast * dL);

		es = pSolidI->extrudeAlongPath(pRegI,&ln);
		if (es != Acad::eOk)
		{	
			DELETE_PTR(pRegI);
			return false;
		}
		pSolidAll = pSolidI;
		DELETE_PTR(pRegI);
	}

	arRegPtrs.removeAll();
	cir.setCenter(ptMid);
	cir.setNormal(vtMin);
	cir.setRadius(dR);

	es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.length() == 0)
	{
		DELETE_PTR(pSolidAll);
		return false;
	}

	pRegI = (AcDbRegion*)arRegPtrs.first();
	if (pRegI != NULL)
	{
		ln.setStartPoint(ptMid);
		ln.setEndPoint(ptMid + m_vtNext * dt);

		pSolidI = new AcDb3dSolid;
		es = pSolidI->extrudeAlongPath(pRegI,&ln);
		if (es != Acad::eOk)
		{	
			DELETE_PTR(pRegI);
			return false;
		}

		DELETE_PTR(pRegI);
		es = pSolidAll->booleanOper(AcDb::kBoolUnite,pSolidI);
		if (Acad::eOk == es)
		{
			m_ptOrg = ptMid;
			m_pSolid = pSolidAll;

			m_arSizes.removeAll();
			m_arSizes.append(dR);
			m_arSizes.append(dL);
			m_arSizes.append(dt);

			m_eType = AcDbX3dSolid::kTee;
			m_arAxisVector.removeAll();
			m_arAxisVector.append(AcGeVector3d::kXAxis);
			m_arAxisVector.append(AcGeVector3d::kYAxis);
			m_arAxisVector.append(AcGeVector3d::kZAxis);

			AcGeVector3d vtNorm = vtMin.crossProduct(vtMaj);

			AcGePlane plan(ptMid,vtNorm);
			AcGeMatrix3d xform;
			xform.setToPlaneToWorld(plan);

			for (int i = 0;i < m_arAxisVector.length();i++)
			{
				AcGeVector3d& vt = m_arAxisVector.at(i);
				vt.transformBy(xform);
			}

			return true;
		}
	}
	return false;
}

bool AcDbX3dSolid::CreateCross(const AcGePoint3d& ptMid,const AcGeVector3d& vtMaj,const AcGeVector3d& vtMin,double dR,double dL)
{
	m_vtLast = vtMaj;
	m_vtNext = vtMin;

	m_vtLast.normalize();
	m_vtNext.normalize();

	if (!vtMaj.isPerpendicularTo(vtMin))
	{
		return false;
	}

	AcGePoint3d ptFr = ptMid - dL * m_vtLast;

	AcDbCircle cir;
	cir.setCenter(ptFr);
	cir.setNormal(vtMaj);
	cir.setRadius(dR);

	AcDbLine ln;

	AcDbVoidPtrArray arCurPtrs,arRegPtrs;
	arCurPtrs.append(&cir);

	Acad::ErrorStatus es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.length() == 0)
	{
		return false;
	}

	AcDb3dSolid* pSolidAll = NULL;
	AcDb3dSolid* pSolidI = NULL;

	AcDbRegion* pRegI = (AcDbRegion*)arRegPtrs.first();
	if (pRegI != NULL)
	{
		pSolidI = new AcDb3dSolid;
		ln.setStartPoint(ptFr);
		ln.setEndPoint(ptFr + m_vtLast * dL);

		es = pSolidI->extrudeAlongPath(pRegI,&ln);
		if (es != Acad::eOk)
		{	
			DELETE_PTR(pRegI);
			return false;
		}
		pSolidAll = pSolidI;
		DELETE_PTR(pRegI);
	}

	ptFr = ptMid - m_vtNext * 0.5 * dL;
	arRegPtrs.removeAll();
	cir.setCenter(ptFr);
	cir.setNormal(vtMin);
	cir.setRadius(dR);

	es = AcDbRegion::createFromCurves(arCurPtrs,arRegPtrs);
	if (arRegPtrs.length() == 0)
	{
		DELETE_PTR(pSolidAll);
		return false;
	}

	pRegI = (AcDbRegion*)arRegPtrs.first();
	if (pRegI != NULL)
	{
		ln.setStartPoint(ptFr);
		ln.setEndPoint(ptFr + m_vtNext * dL);

		pSolidI = new AcDb3dSolid;
		es = pSolidI->extrudeAlongPath(pRegI,&ln);
		if (es != Acad::eOk)
		{	
			DELETE_PTR(pRegI);
			return false;
		}

		DELETE_PTR(pRegI);
		es = pSolidAll->booleanOper(AcDb::kBoolUnite,pSolidI);
		if (Acad::eOk == es)
		{
			m_ptOrg = ptMid;
			m_pSolid = pSolidAll;

			m_arSizes.removeAll();
			m_arSizes.append(dR);
			m_arSizes.append(dL);

			m_eType = AcDbX3dSolid::kCross;
			m_arAxisVector.removeAll();
			m_arAxisVector.append(AcGeVector3d::kXAxis);
			m_arAxisVector.append(AcGeVector3d::kYAxis);
			m_arAxisVector.append(AcGeVector3d::kZAxis);

			AcGeVector3d vtNorm = vtMin.crossProduct(vtMaj);

			AcGePlane plan(ptMid,vtNorm);
			AcGeMatrix3d xform;
			xform.setToPlaneToWorld(plan);

			for (int i = 0;i < m_arAxisVector.length();i++)
			{
				AcGeVector3d& vt = m_arAxisVector.at(i);
				vt.transformBy(xform);
			}
			return true;
		}
	}
	return false;
}

bool AcDbX3dSolid::CreateReducer(const AcGePoint3d& ptMid,const AcGeVector3d& vtMaj,double dR,double dr,double dL)
{
	m_vtLast = vtMaj;
	m_vtNext = vtMaj;

	m_vtLast.normalize();
	m_vtNext.normalize();

	AcArray<double> arSizes;
	arSizes.append(dR);
	arSizes.append(dL);
	arSizes.append(dr);

	m_pSolid = new AcDb3dSolid;
	if ( Acad::eOk == m_pSolid->createFrustum(arSizes.at(Y),arSizes.at(X),arSizes.at(X),arSizes.at(Z)) )
	{
		m_eType = AcDbX3dSolid::kReducer;

		m_arSizes.removeAll();
		m_arSizes.append(dR);
		m_arSizes.append(dL);
		m_arSizes.append(dr);

		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);

		AcGePlane plan(ptMid,vtMaj);
		AcGeMatrix3d xform;
		xform.setToPlaneToWorld(plan);

		for (int i = 0;i < m_arAxisVector.length();i++)
		{
			AcGeVector3d& vt = m_arAxisVector.at(i);
			vt.transformBy(xform);
		}

		m_pSolid->transformBy(xform);
		m_ptOrg = ptMid;

		return true;
	}
	else
	{
		DELETE_PTR(m_pSolid);
		m_pSolid = NULL;
		return false;
	}
	return false;
}

typedef struct SolidVol
{
	AcDb3dSolid* pSolid;
	double dVol;
}SOLIDVOL;

bool SortByVol(SolidVol& sv1,SolidVol& sv2)
{
	if (sv1.dVol - sv2.dVol < 1.e-3)
		return false;
	return true;
}

void Sort3dSolidByVol(AcDbVoidPtrArray& arPtr)
{
	double dVol = 0.0,momInertia[3],prodInertia[3],prinMoments[3],radiiGyration[3];
	AcGePoint3d ptCen;
	AcGeVector3d prinAxes[3];
	AcDbExtents extents;
	SolidVol sv;

	std::vector<SolidVol> vtSolids;
	for (int ii = 0;ii < arPtr.length();ii++)
	{
		AcDbEntity* p3DEnt = (AcDbEntity*)arPtr.at(ii);
		if (p3DEnt != NULL)
		{
			AcDb3dSolid* pSolid = AcDb3dSolid::cast(p3DEnt);
			if (pSolid != NULL)
			{
				//然后变换到0,0,0点
				pSolid->getMassProp(dVol,ptCen,momInertia,prodInertia,prinMoments,prinAxes,radiiGyration,extents);

				sv.dVol = dVol;
				sv.pSolid = pSolid;

				vtSolids.push_back(sv);
			}

			AcDbBody* pBody = AcDbBody::cast(p3DEnt);
			if (pBody != NULL)
			{
				AcDb3dSolid* pSolidT = new AcDb3dSolid;

#if ARX>18
				pSolidT->setASMBody(pBody);
#else
				pSolidT->setBody(pBody);
#endif


				//然后变换到0,0,0点
				pSolidT->getMassProp(dVol,ptCen,momInertia,prodInertia,prinMoments,prinAxes,radiiGyration,extents);

				sv.dVol = dVol;
				sv.pSolid = pSolidT;

				vtSolids.push_back(sv);
			}
		}
	}

	std::sort(vtSolids.begin(),vtSolids.end(),SortByVol);
	arPtr.removeAll();//清空

	for (int i = 0;i < vtSolids.size();i++)
	{
		arPtr.append(vtSolids.at(i).pSolid);
	}
}

bool AcDbX3dSolid::CreateFromSat(LPCTSTR pszSatFile,double dUnitScale)
{
	m_dH = dUnitScale;
	m_eType = AcDbX3dSolid::kFromSat;
	if (m_pSatBuffer == NULL && m_nSatLen == 0)
	{
		//read
		if (pszSatFile != NULL)
		{
			TRY 
			{
				CFile file1;
				if (file1.Open(pszSatFile,CFile::modeRead | CFile::typeBinary))
				{
					m_nSatLen = (Adesk::UInt32)file1.GetLength();
					m_pSatBuffer = new byte[m_nSatLen];

					file1.Read(m_pSatBuffer,m_nSatLen);
					file1.Close();
				}
			}
			CATCH (CMemoryException, e)
			{
			}
			END_CATCH
		}
	}

	if (m_pSatBuffer != NULL && m_nSatLen > 0)
	{
		//保存临时文件
		TCHAR szfileName[MAX_PATH],szFullPath[MAX_PATH];
		GetModuleFileName(_hdllInstance,szfileName,MAX_PATH);

		TCHAR drive[_MAX_DRIVE] = _T(""),
		dir[_MAX_DIR] = _T(""),
		fname[_MAX_FNAME] = _T(""), 
		ext[_MAX_EXT] = _T("");

		//e:\,program files\autodesk\,myarx,exe
		_tsplitpath(szfileName, drive, dir, fname, ext);
		_tcscpy(szFullPath, drive);
		_tcscat(szFullPath, dir);

		CString sFullPath = szFullPath;
		sFullPath.TrimRight(_T('\\'));

		//上一级目录
		int nPos = sFullPath.ReverseFind(_T('\\'));
		CString sPath = sFullPath.Mid(0,nPos + 1);
		sFullPath = sPath + _T("temp\\temp.sat");

		CFile file;
		if (file.Open(sFullPath,CFile::modeCreate|CFile::modeWrite))
		{
			file.Write(m_pSatBuffer,m_nSatLen);
			file.Close();

			Acad::ErrorStatus es;
			AcDbVoidPtrArray arPtr;
			AcDbBody::acisIn(sFullPath,arPtr);

			//按照体积从大到小排序
			Sort3dSolidByVol(arPtr);

			AcDb3dSolid* pSolidAll = NULL;
			AcDb3dSolid* pSolidAllBk = NULL;
			if (arPtr.length() > 0)
			{
				for (int ii = 0;ii < arPtr.length();ii++)
				{
					AcDbEntity* p3DEnt = (AcDbEntity*)arPtr.at(ii);
					if (p3DEnt != NULL)
					{
						AcDb3dSolid* pSolid = AcDb3dSolid::cast(p3DEnt);
						if (pSolid != NULL)
						{
							if (pSolidAll == NULL)
							{
								pSolidAll = pSolid;
							}
							else
							{

								pSolidAllBk = (AcDb3dSolid*)pSolidAll->clone();

								es = pSolidAll->booleanOper(AcDb::kBoolUnite,pSolid);
								if (es != Acad::eOk)
								{
									pSolidAll = pSolidAllBk;
								}
								else
								{
									DELETE_PTR(pSolidAllBk);
								}
							}
						}

						AcDbBody* pBody = AcDbBody::cast(p3DEnt);
						if (pBody != NULL)
						{
							AcDb3dSolid* pSolidT = new AcDb3dSolid;

#if ARX>18
							es = pSolidT->setASMBody(pBody);
#else
							es = pSolidT->setBody(pBody);
#endif
							
							if (es == Acad::eOk)
							{
								if (pSolidAll == NULL)
								{
									pSolidAll = pSolidT;
								}
								else
								{
									pSolidAllBk = (AcDb3dSolid*)pSolidAll->clone();

									es = pSolidAll->booleanOper(AcDb::kBoolUnite,pSolidT);

									if (es != Acad::eOk)
									{
										pSolidAll = pSolidAllBk;
									}
									else
									{
										DELETE_PTR(pSolidAllBk);
									}
								}
							}
						}
					}
				}

				if (pSolidAll != NULL)
				{
					double dVol = 0.0,momInertia[3],prodInertia[3],prinMoments[3],radiiGyration[3];
					AcGePoint3d ptCen;
					AcGeVector3d prinAxes[3];
					AcDbExtents extents;

					//然后变换到0,0,0点
					pSolidAll->getMassProp(dVol,ptCen,momInertia,prodInertia,prinMoments,prinAxes,radiiGyration,extents);

					AcGeVector3d vtMove = ptCen.asVector();
					vtMove.negate();

					AcGeMatrix3d xform;
					xform.setToTranslation(vtMove);
					pSolidAll->transformBy(xform);

					//外部默认毫米单位->米单位
					xform.setToScaling(dUnitScale);
					pSolidAll->transformBy(xform);

					m_pSolid = pSolidAll;
					return true;
				}
			}
		}
	}
	return false;
}

bool AcDbX3dSolid::CreateLoftReducer(LPCTSTR  pszarTopPts,LPCTSTR pszarBomPts,double dBomEl,double dH,double dThick,double dBomThick)
{
	m_eType = AcDbX3dSolid::kLoftReducer;
	m_dH = dH;
	m_dW = dBomEl;
	m_dT = dThick;
	m_dLen = dBomThick;

	CStringArray arXYs;
	CoreTools::SplitStrintToArray(pszarTopPts,arXYs,_T(','));

	CString sX,sYB,sBulge,sY;
	double dBulge = 0.0;
	int nFind = -1;
	AcGePoint2d pt,ptFr,ptTo;
	
	//Bom
	AcDbPolyline* pPlTop = new AcDbPolyline;
	pPlTop->setNormal(AcGeVector3d::kZAxis);
	for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
	{
		sX = arXYs.GetAt(2 * i);
		sYB = arXYs.GetAt(2 * i + 1);
		sY = sYB;
		dBulge = 0.0;

		nFind = sYB.Find( _T('@') );
		if (nFind != -1)
		{
			sBulge = sYB.Mid(nFind + 1);
			dBulge = _ttof(sBulge);
			sY = sYB.Mid(0,nFind);
		}

		if (i == 0) ptFr = pt;

		pt.set(_ttof(sX),_ttof(sY));
		pPlTop->addVertexAt(i,pt,dBulge);
	}
	pPlTop->setClosed(Adesk::kTrue);
	pPlTop->setElevation(dBomEl + dH);

	AcArray<AcDbEntity*> crossSectionCurves,guideCurves;
	crossSectionCurves.append(pPlTop);

	//Top
	arXYs.RemoveAll();
	CoreTools::SplitStrintToArray(pszarBomPts,arXYs,_T(','));

	AcDbPolyline* pPlBom = new AcDbPolyline;
	pPlBom->setNormal(AcGeVector3d::kZAxis);
	for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
	{
		sX = arXYs.GetAt(2 * i);
		sYB = arXYs.GetAt(2 * i + 1);
		sY = sYB;
		dBulge = 0.0;

		nFind = sYB.Find( _T('@') );
		if (nFind != -1)
		{
			sBulge = sYB.Mid(nFind + 1);
			dBulge = _ttof(sBulge);
			sY = sYB.Mid(0,nFind);
		}

		if (i == 0) ptTo = pt;

		pt.set(_ttof(sX),_ttof(sY));
		pPlBom->addVertexAt(i,pt,dBulge);
	}
	pPlBom->setClosed(Adesk::kTrue);
	pPlBom->setElevation(dBomEl);//
	crossSectionCurves.append(pPlBom);

	m_sszPoint2ds = pszarBomPts;
	m_sszPoint2ds += _T("|");
	m_sszPoint2ds += pszarTopPts;

	AcDbEntity* pPath = NULL;

	AcDbLoftOptions op;
	op.setRuled(true);

	CString strRegions(_T(""));

	Acad::ErrorStatus es;
	AcDb3dSolid* pSolidIn = new AcDb3dSolid;//内部
	if (Acad::eOk == (es = pSolidIn->createLoftedSolid(crossSectionCurves, guideCurves, NULL, op)))
	{
		// 如果成功，将两个截面取出保存，方便导出到json
		{
			for (int i(0); i < crossSectionCurves.length(); ++i)
			{
				AcDbPolyline *pL((AcDbPolyline*)crossSectionCurves[i]);
				if (!pL) continue;
				CString str;
				if (CoreTools::PolylineToString(pL, str, false))
				{
					strRegions += str;
					strRegions += TCHAR(0x00c1);
				}
			}
			m_nSatLen = sizeof(TCHAR) * strRegions.GetLength();
			m_pSatBuffer = new TCHAR[m_nSatLen];
			::memset(m_pSatBuffer, 0, m_nSatLen);
			::memcpy(m_pSatBuffer, strRegions.GetBuffer(), m_nSatLen);
		}

		//外部,放大厚度
		AcDbVoidPtrArray arBomCurPtrs,arTopCurPtrs;
		if (dThick > 1.e-6)
		{
			double dA1 = 0;
			double dA2 = 0;

			pPlBom->getOffsetCurves(-dThick,arBomCurPtrs);
			if (arBomCurPtrs.length() == 1 )
			{
				AcDbEntity* pEntBom = (AcDbEntity* )arBomCurPtrs.first();
				AcDbPolyline* pPlBom2 = AcDbPolyline::cast(pEntBom);

				dA1 = 0;
				pPlBom->getArea(dA1);

				dA2 = 0;
				if (pPlBom2 != NULL )
				{
					pPlBom2->getArea(dA2);
					if (fabs(dA2) < fabs(dA1) )
					{
						delete pPlBom2;
						arBomCurPtrs.removeAll();
						pPlBom->getOffsetCurves(dThick,arBomCurPtrs);
					}
				}
			}

			pPlTop->getOffsetCurves(-dThick,arTopCurPtrs);
			if ( arTopCurPtrs.length() == 1)
			{
				AcDbEntity* pEntTop = (AcDbEntity* )arTopCurPtrs.first();
				AcDbPolyline* pPlTop2 = AcDbPolyline::cast(pEntTop);

				dA1 = 0;
				pPlTop->getArea(dA1);

				dA2 = 0;
				if (pPlTop2 != NULL)
				{
					pPlTop2->getArea(dA2);
					if (fabs(dA2) < fabs(dA1) )
					{
						delete pPlTop2;
						arTopCurPtrs.removeAll();
						pPlTop->getOffsetCurves(dThick,arTopCurPtrs);
					}
				}
			}
		}

		for (int k = 0;k < crossSectionCurves.length();k++)
		{
			pPath = crossSectionCurves.at(k);
			DELETE_PTR(pPath);
		}
		crossSectionCurves.removeAll();

		if (arBomCurPtrs.length() == 1 && arTopCurPtrs.length() == 1)
		{
			AcDbEntity* pEntTop = (AcDbEntity* )arTopCurPtrs.first();
			AcDbEntity* pEntBom = (AcDbEntity* )arBomCurPtrs.first();

			pPlTop = AcDbPolyline::cast(pEntTop);
			pPlBom = AcDbPolyline::cast(pEntBom);

			if (pPlBom != NULL && pPlTop != NULL)
			{
				pPlBom->setElevation(dBomEl - dBomThick);

				crossSectionCurves.append(pPlTop);
				crossSectionCurves.append(pPlBom);

				AcDb3dSolid* pSolidAll = new AcDb3dSolid;//外部厚体
				if (Acad::eOk == (es = pSolidAll->createLoftedSolid(crossSectionCurves, guideCurves, NULL, op)))
				{
					// 如果成功，将两个截面取出保存，方便导出到json
					{
						for (int i(0); i < crossSectionCurves.length(); ++i)
						{
							AcDbPolyline *pL((AcDbPolyline*)crossSectionCurves[i]);
							if (!pL) continue;
							CString str;
							if (CoreTools::PolylineToString(pL, str, false))
							{
								strRegions += str;
								strRegions += TCHAR(0x00c1);
							}
						}
						DELETE_ARR_(m_pSatBuffer);
						m_nSatLen = sizeof(TCHAR) * strRegions.GetLength();
						m_pSatBuffer = new TCHAR[m_nSatLen];
						::memset(m_pSatBuffer, 0, m_nSatLen);
						::memcpy(m_pSatBuffer, strRegions.GetBuffer(), m_nSatLen);
					}
					for (int k = 0;k < arBomCurPtrs.length();k++)
					{
						pPath = (AcDbEntity* )arBomCurPtrs.at(k);
						DELETE_PTR(pPath);
					}
					arBomCurPtrs.removeAll();
					for (int k = 0;k < arTopCurPtrs.length();k++)
					{
						pPath = (AcDbEntity* )arTopCurPtrs.at(k);
						DELETE_PTR(pPath);
					}
					arTopCurPtrs.removeAll();

					es = pSolidAll->booleanOper(AcDb::kBoolSubtract,pSolidIn);
					if ( es != Acad::eOk )
					{
						return false;
					}

					m_pSolid = pSolidAll;
					return true;
				}

				for (int k = 0;k < arBomCurPtrs.length();k++)
				{
					pPath = (AcDbEntity* )arBomCurPtrs.at(k);
					DELETE_PTR(pPath);
				}
				arBomCurPtrs.removeAll();
				for (int k = 0;k < arTopCurPtrs.length();k++)
				{
					pPath = (AcDbEntity* )arTopCurPtrs.at(k);
					DELETE_PTR(pPath);
				}
				arTopCurPtrs.removeAll();
				return false;
			}
		}
		else
		{
			for (int k = 0;k < arBomCurPtrs.length();k++)
			{
				pPath = (AcDbEntity* )arBomCurPtrs.at(k);
				DELETE_PTR(pPath);
			}
			for (int k = 0;k < arTopCurPtrs.length();k++)
			{
				pPath = (AcDbEntity* )arTopCurPtrs.at(k);
				DELETE_PTR(pPath);
			}

			m_pSolid = pSolidIn;
			return true;
		}
	}
	else
	{
		acutPrintf(_T("\n创建 LoftedSolid 失败%d"),es);

		//DELETE_PTR(pGuideline);
		for (int k = 0;k < crossSectionCurves.length();k++)
		{
			pPath = crossSectionCurves.at(k);
			DELETE_PTR(pPath);
		}
		return false;
	}
	return false;
}

int AcDbX3dSolid::GetSizes(AcArray<double>& arSizes) const
{
	if (m_arSizes.length() > 0)
	{
		arSizes.append(m_arSizes);
	}
	return m_arSizes.length();
}

//可用于三维脚本安装
bool AcDbX3dSolid::GetInterface(AcArray<AecInterface>& arInfs) const
{
	switch(m_eType)
	{
		case kBox:				//BOX LxWxH
			{
				if (m_arSizes.length() >= 3)
				{
					AecInterface inf[6];

					inf[0].ptPos.set(0,0,0);
					inf[0].ptPos.z += 0.5 * m_arSizes.at(Z);
					inf[0].vtDir = AcGeVector3d::kZAxis;
					inf[0].dSize1 = m_arSizes.at(X);
					inf[0].dSize2 = m_arSizes.at(Y);
					inf[0].dGasket = 0;

					inf[1].ptPos.set(0,0,0);
					inf[1].ptPos.z -= 0.5 * m_arSizes.at(Z);
					inf[1].vtDir = -AcGeVector3d::kZAxis;
					inf[1].dSize1 = m_arSizes.at(X);
					inf[1].dSize2 = m_arSizes.at(Y);
					inf[1].dGasket = 0;
					inf[2].ptPos.set(0,0,0);
					inf[2].ptPos.x -= 0.5 * m_arSizes.at(X);
					inf[2].vtDir = -AcGeVector3d::kXAxis;
					inf[2].dSize1 = m_arSizes.at(Y);
					inf[2].dSize2 = m_arSizes.at(Z);
					inf[2].dGasket = 0;
					inf[3].ptPos.set(0,0,0);
					inf[3].ptPos.x += 0.5 * m_arSizes.at(X);
					inf[3].vtDir = AcGeVector3d::kXAxis;
					inf[3].dSize1 = m_arSizes.at(Y);
					inf[3].dSize2 = m_arSizes.at(Z);
					inf[3].dGasket = 0;
					inf[4].ptPos.set(0,0,0);
					inf[4].ptPos.y -= 0.5 * m_arSizes.at(Y);
					inf[4].vtDir = -AcGeVector3d::kYAxis;
					inf[4].dSize1 = m_arSizes.at(X);
					inf[4].dSize2 = m_arSizes.at(Z);
					inf[4].dGasket = 0;
					inf[5].ptPos.set(0,0,0);
					inf[5].ptPos.y += 0.5 * m_arSizes.at(Y);
					inf[5].vtDir = AcGeVector3d::kYAxis;
					inf[5].dSize1 = m_arSizes.at(X);
					inf[5].dSize2 = m_arSizes.at(Z);
					inf[5].dGasket = 0;
					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 6;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
				}
				break;
			}
		case kCylinder:			//CYL RxH
			{
				if (m_arSizes.length() >= 2)
				{
					AecInterface inf[2];

					inf[0].ptPos.set(0,0,0);
					inf[0].ptPos.z += 0.5 * m_arSizes.at(Y);
					inf[0].vtDir = AcGeVector3d::kZAxis;
					inf[0].dSize1 = m_arSizes.at(X);
					inf[0].dSize2 = m_arSizes.at(X);

					inf[1].ptPos.set(0,0,0);
					inf[1].ptPos.z -= 0.5 * m_arSizes.at(Y);
					inf[1].vtDir = -AcGeVector3d::kZAxis;
					inf[1].dSize1 = m_arSizes.at(X);
					inf[1].dSize2 = m_arSizes.at(X);

					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 2;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
				}
				break;
			}
		case kCone:				//CON R1xR2xH
			{
				if (m_arSizes.length() >= 3)
				{
					AecInterface inf[2];

					inf[0].ptPos.set(0,0,0);
					inf[0].ptPos.z += 0.5 * m_arSizes.at(Z);
					inf[0].vtDir = AcGeVector3d::kZAxis;
					inf[0].dSize1 = m_arSizes.at(X);
					inf[0].dSize2 = m_arSizes.at(X);

					inf[1].ptPos.set(0,0,0);
					inf[1].ptPos.z -= 0.5 * m_arSizes.at(Z);
					inf[1].vtDir = -AcGeVector3d::kZAxis;
					inf[1].dSize1 = m_arSizes.at(Y);
					inf[1].dSize2 = m_arSizes.at(Y);

					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 2;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
				}
				break;
			}
		case kQPyramid:			//四方台 LxWxHxAng
			{
				if (m_arSizes.length() >= 4)
				{
					AecInterface inf[2];

					inf[0].ptPos.set(0,0,0);
					inf[0].vtDir = -AcGeVector3d::kZAxis;
					inf[0].dSize1 = m_arSizes.at(X);
					inf[0].dSize2 = m_arSizes.at(Y);

					double dX = m_arSizes.at(Z) * cos(m_arSizes.last() ) / sin(m_arSizes.last());

					inf[1].ptPos.set(0,0,0);
					inf[1].ptPos.z += m_arSizes.at(Z);
					inf[1].vtDir = AcGeVector3d::kZAxis;
					inf[1].dSize1 = m_arSizes.at(X) - 2.0 * dX;
					inf[1].dSize2 = m_arSizes.at(Y) - 2.0 * dX;

					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 2;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
				}
				break;
			}
		case kPipe:				//圆管rxtxH
			{
				//rxtxh
				if (m_arSizes.length() >= 3)
				{
					AcGePoint3d pt1 = m_ptOrg;
					pt1 += m_vtZ * 0.5 * m_arSizes.at(2);

					AcGePoint3d pt2 = m_ptOrg;
					pt2 -= m_vtZ * 0.5 * m_arSizes.at(2);

					//先旋转
					AcGeVector3d vtZ = m_vtZ;
					AcGeMatrix3d xRote;
					for (int i = 0;i < m_arAxisVector.length();i++)
					{
						if (fabs(m_dAxisRotats[i]) > 1.e-10)
						{
							xRote.setToRotation(m_dAxisRotats[i],m_arAxisVector.at(i),m_ptOrg);
							pt1.transformBy(xRote);
							pt2.transformBy(xRote);
							vtZ.transformBy(xRote);
						}
					}

					//移动
					AcGeMatrix3d xMove;
					xMove.setToTranslation(m_vtMove);
					pt1.transformBy(xMove);
					pt2.transformBy(xMove);

					AecInterface inf;
					inf.ptPos = pt1;
					inf.vtDir = vtZ;
					inf.dSize1 = m_arSizes.at(0);//rxtxh
					inf.dSize2 = 0.0;
					arInfs.append(inf);

					inf.ptPos = pt2;
					inf.vtDir = -vtZ;
					arInfs.append(inf);

					return true;
				}
				break;
			}
		case kRectTube:			//方管子LxWxtxH
			{
				//L,W,t,H 长宽，厚度
				if (m_arSizes.length() >= 4)
				{
					AecInterface inf[2];

					inf[0].ptPos.set(0,0,0);
					inf[0].ptPos.z -= 0.5 * m_arSizes.at(3);
					inf[0].vtDir = -AcGeVector3d::kZAxis;
					inf[0].dSize1 = m_arSizes.at(X);
					inf[0].dSize2 = m_arSizes.at(Y);

					inf[1].ptPos.set(0,0,0);
					inf[1].ptPos.z += 0.5 * m_arSizes.at(3);
					inf[1].vtDir = AcGeVector3d::kZAxis;
					inf[1].dSize1 = m_arSizes.at(X);
					inf[1].dSize2 = m_arSizes.at(Y);

					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 2;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
				}
				break;
			}
		case kEarthWorm:		//管廊段 SxL
		case kStairway:			//坡道
		case kLadder:			//爬梯和扶梯
			{
				break;
			}
		case kExtrude:			//拉伸体
			{
				AecInterface inf[2];

				AcDbPolyline* pPl = CoreTools::StringToPolyline(m_sszPoint2ds);
				if (pPl != NULL)
				{
					AcDbExtents ext;
					pPl->getGeomExtents(ext);

					inf[0].ptPos.set(0,0,0);
					inf[0].vtDir = -AcGeVector3d::kZAxis;
					inf[0].dSize1 = ext.maxPoint().x - ext.minPoint().x;
					inf[0].dSize2 = ext.maxPoint().y - ext.minPoint().y;

					inf[0].ptPos.set(0,0,0);
					inf[0].ptPos.z += m_dH;
					inf[0].vtDir = AcGeVector3d::kZAxis;
					inf[0].dSize1 = ext.maxPoint().x - ext.minPoint().x - 2.0 * m_dT;
					inf[0].dSize2 = ext.maxPoint().y - ext.minPoint().y - 2.0 * m_dT;

					AcGePlane plan(m_ptOrg,m_vtZ);
					AcGeMatrix3d xform;
					xform.setToPlaneToWorld(plan);

					for (int i = 0;i < 2;i++)
					{
						inf[i].ptPos.transformBy(xform);
						inf[i].vtDir.transformBy(xform);
						arInfs.append(inf[i]);
					}
					delete pPl;
				}
				break;
			}
		case kTorus:			 //环形 Rxr
			{
				break;
			}
		case kWPyramid:			//梯形方台 LxWxHxAng1xAng2
			{
				break;
			}
		case kElbow:			//弯头 RxRr  //半径x曲率
			{
				AcGePoint3d ptMid = m_ptOrg;
				double dR = m_arSizes.at(0);
				double dRatio = m_arSizes.at(1);
				double dAngle = m_arSizes.last();

				AcGeVector3d vtMaj = m_vtLast;
				AcGeVector3d vtMin = m_vtNext;

				AcGePoint3d ptFr;
				AcDbArc* pArcElbow = KTCADUtilityEx::FormatArc(vtMaj,vtMin,ptMid,ptFr,dAngle,dR,dRatio);

				if (pArcElbow == NULL)
					return false;

				AcGePoint3d pt1,pt2;
				pArcElbow->getStartPoint(pt1);
				pArcElbow->getEndPoint(pt2);

				AcGeVector3d vt1,vt2;
				pArcElbow->getFirstDeriv(pt1,vt1);
				pArcElbow->getFirstDeriv(pt2,vt2);

				//先旋转
				AcGeMatrix3d xRote;
				for (int i = 0;i < m_arAxisVector.length();i++)
				{
					if (fabs(m_dAxisRotats[i]) > 1.e-10)
					{
						xRote.setToRotation(m_dAxisRotats[i],m_arAxisVector.at(i),m_ptOrg);
						pt1.transformBy(xRote);
						pt2.transformBy(xRote);

						vt1.transformBy(xRote);
						vt2.transformBy(xRote);

						vtMaj.transformBy(xRote);
						vtMin.transformBy(xRote);
					}
				}

				//移动
				AcGeMatrix3d xMove;
				xMove.setToTranslation(m_vtMove);
				pt1.transformBy(xMove);
				pt2.transformBy(xMove);

				AecInterface inf;
				inf.ptPos = pt1;
				if (vt1.isParallelTo(vtMaj))
				{
					vt1 = vtMaj;
					vt1.negate();
				}
				else if (vt1.isParallelTo(vtMin))
				{
					vt1 = vtMin;
				}
				inf.vtDir = vt1;
				arInfs.append(inf);
				if (vt2.isParallelTo(vtMaj))
				{
					vt2 = vtMaj;
					vt2.negate();
				}
				else if (vt2.isParallelTo(vtMin))
				{
					vt2 = vtMin;
				}
				inf.ptPos = pt2;
				inf.vtDir = vt2;
				arInfs.append(inf);

				DELETE_PTR(pArcElbow);

				return true;
				break;
			}
		case kTee:				//三通 RxLxT
			{
				break;
			}
		case kCross	:			//四通 RxL
			{
				break;
			}
		case kReducer:			//变径 RxrxL
			{
				break;
			}
		case kFromSat:			//sat 文件
			{
				break;
			}
		case kExtrudePath:		//路径拉伸
			{
				break;
			}
		case kLoftExtrudePath:	//螺旋上升拉伸体,比如弹簧
			{
				break;
			}
		case kPathPipe:			//路径管道
			{
				break;
			}
		case kRevolve:			//旋转体
			{
				break;
			}
		case kLoftReducer:		//两层loft变径腔体
			{
				break;
			}
		case kSHEarthWorm:		//盾构管廊段 SxL
			{
				break;
			}
		case kFrom3JS:			//从外部数据导入的三角面，构成subDMesh实体
			{
				break;
			}
		case kFenceExtrude:		//围栏拉伸Ponts->Extrude
			{
				break;
			}
		case kSlicePipe:		//斜切管状物拉伸体
			{
				break;
			}
		case kExtrude2:			//标准拉伸体,region+path
			{
				break;
			}
		case kIntersect:		//solid的交集
			{
				break;
			}
		case kSliceSolid:		//切割体
			{
				break;
			}
		case kConePipe:			//Cone斜管杯体
			{
				break;
			}
		case kTydf:				//天圆地方
			{
				break;
			}
		case kDrum:				//鼓
			{
				break;
			}
		case kFrustum:			//球台
			{
				break;
			}
		case kNozzle:
			{
				break;
			}
		default:
			break;
	}

	if (m_arAxisVector.length() < MAX_AXISROTATS)
	{
		//先旋转
		AcGeMatrix3d xRote;
		for (int i = 0;i < m_arAxisVector.length();i++)
		{
			if (fabs(m_dAxisRotats[i]) > 1.e-10)
			{
				xRote.setToRotation(m_dAxisRotats[i],m_arAxisVector.at(i),m_ptOrg);
				for (int j = 0;j < arInfs.length();j++)
				{
					AecInterface& infT = arInfs.at(j);
					infT.ptPos.transformBy(xRote);
					infT.vtDir.transformBy(xRote);
				}
			}
		}
	}

	//后移动
	AcGeMatrix3d xMove;
	xMove.setToTranslation(m_vtMove);
	for (int j = 0;j < arInfs.length();j++)
	{
		AecInterface& infT = arInfs.at(j);
		infT.ptPos.transformBy(xMove);
	}
	return !arInfs.isEmpty();
}

bool AcDbX3dSolid::CreateStairWay(const AcGePoint3d& ptFr,const AcGePoint3d& ptTo,const AcGeVector3d& vtDirX,float fStepH,float fStepW,float fStairW)
{
	AcDb3dSolid* pSolid = AecDbEarthWorm::NewStairWay(ptFr,ptTo,vtDirX,fStepH,fStepW,fStairW);
	if (pSolid != NULL)
	{
		m_ptFr = ptFr;
		m_ptTo = ptTo;
		m_vtDirx = vtDirX;

		m_fStair[0] = fStepH;
		m_fStair[1] = fStepW;
		m_fStair[2] = fStairW;

		m_pSolid = pSolid;
		m_eType = AcDbX3dSolid::kStairway;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0,0,0);

		m_ptOrg = ptFr;
		return true;
	}
	return false;
}

//有效
bool  AcDbX3dSolid::CreateLadder(const AcGePoint3d& ptFr,const AcGeVector3d& vtDirX,const AcGeVector3d& vtDirXY,double dH,double dW,int nKind)
{
	AcDbVoidPtrArray arOther3dPtrs;
	AcDb3dSolid* pSolid = NULL;
	if (nKind == 0)
	{
		pSolid = AecDbPortRoom::DrawCatLadder(ptFr,vtDirX,vtDirXY, 0.001 * dH,0.001 * dW,arOther3dPtrs);
	}
	else
	{
		pSolid = AecDbPortRoom::DrawCatLadderH(ptFr,vtDirX,vtDirXY,0.001 * dH,0.001 * dW,arOther3dPtrs);

		m_fStair[0] = (float)(0.001 * dH);
		m_fStair[1] = 0.3f;//300
		m_fStair[2] = (float)(0.001 * dW);
	}

	if (pSolid != NULL)
	{
		m_ptFr = ptFr;

		m_vtDirx = vtDirX;
		m_vtDirXY = vtDirXY;
		m_dH = dH;
		m_dW = dW;
		m_nKind = nKind;

		m_pSolid = pSolid;
		m_eType = AcDbX3dSolid::kStairway;
		m_arAxisVector.removeAll();
		m_arAxisVector.append(AcGeVector3d::kXAxis);
		m_arAxisVector.append(AcGeVector3d::kYAxis);
		m_arAxisVector.append(AcGeVector3d::kZAxis);
		m_ptOrg.set(0,0,0);

		m_ptOrg = ptFr;
		return true;
	}
	return false;
}

AcDb3dSolid* AcDbX3dSolid::GetNative3dSolid() const
{
	return m_pSolid;
}

AcDb3dSolid* AcDbX3dSolid::GetDraw3dSolid() const
{
	if (m_pSolid != NULL)
	{
		AcDb3dSolid* pSolid = (AcDb3dSolid*)m_pSolid->clone();
		if (pSolid != NULL)
		{
			if (m_arAxisVector.length() < MAX_AXISROTATS)
			{
				//先旋转
				AcGeMatrix3d xRote;
				for (int i = 0;i < m_arAxisVector.length();i++)
				{
					if (fabs(m_dAxisRotats[i]) > 1.e-10)
					{
						xRote.setToRotation(m_dAxisRotats[i],m_arAxisVector.at(i),m_ptOrg);
						pSolid->transformBy(xRote);
					}
				}
			}

			AcGeMatrix3d xMove;
			xMove.setToTranslation(m_vtMove);
			pSolid->transformBy(xMove);
		
			return pSolid;
		}
	}
	return NULL;
}

#if ARX > 17
AcDbSubDMesh* AcDbX3dSolid::GetNativeSubDMesh() const
{
	return m_pSubDMesh;
}

AcDbSubDMesh* AcDbX3dSolid::GetDrawSubDMesh() const
{
	if (m_eType != kFrom3JS) return NULL;

	return (AcDbSubDMesh*)m_pSubDMesh->clone();

	// 移动和旋转操作在Group内完成，这里属于预留

	if (m_pSubDMesh != NULL)
	{
		AcDbSubDMesh* pSubDMesh = (AcDbSubDMesh*)m_pSubDMesh->clone();
		if (pSubDMesh != NULL)
		{
			if (m_arAxisVector.length() < MAX_AXISROTATS)
			{
				//先旋转
				AcGeMatrix3d xRote;
				for (int i = 0; i < m_arAxisVector.length(); i++)
				{
					if (fabs(m_dAxisRotats[i]) > 1.e-10)
					{
						xRote.setToRotation(m_dAxisRotats[i], m_arAxisVector.at(i), m_ptOrg);
						pSubDMesh->transformBy(xRote);
					}
				}
			}

			AcGeMatrix3d xMove;
			xMove.setToTranslation(m_vtMove);
			pSubDMesh->transformBy(xMove);

			return pSubDMesh;
		}
	}
	return NULL;
}

void AcDbX3dSolid::GetDrawSubDMesh2D(AcArray<AcGeLineSeg3d> &ar) const
{
	ar.append(m_pSubDMesh2Ds);
}

#endif

bool AcDbX3dSolid::GetDraw2d(AcDbVoidPtrArray& arCurPtrs)
{
	return false;
}

int AcDbX3dSolid::SetActiveFace(int nFace)
{
	if (m_arRegionFaces.isEmpty())
	{
		AcDb3dSolid* pSolid = GetDraw3dSolid();
		if (pSolid != NULL)
		{
			pSolid->explode(m_arRegionFaces);
		}
	}

	AcDbEntity* pEnt = NULL;
	for (int i = 0;i < m_arRegionFaces.length();i++)
	{
		pEnt = (AcDbEntity*)m_arRegionFaces.at(nFace);
		pEnt->setColorIndex(0);
	}

	if (nFace > -1 && nFace < m_arRegionFaces.length() )
	{
		pEnt = (AcDbEntity*)m_arRegionFaces.at(nFace);
		if (pEnt != NULL)
		{
			pEnt->setColorIndex(1);
		}
	}
	return -1;
}

void AcDbX3dSolid::SetGSMarkerID(Adesk::Int32 nMarker)
{
	//当AcDbX3dSolid不用在拉伸体时 gsmarker共用m_sszPoint2ds
	//m_sszPoint2ds 
	m_sszPoint2ds.Format(_T("%d"),nMarker);
}

Adesk::Int32 AcDbX3dSolid::GetGSMarkerID() const
{
	if (m_sszPoint2ds.IsEmpty())
		return -1;
	return _ttoi(m_sszPoint2ds);
}

void AcDbX3dSolid::SetOrgPoint(const AcGePoint3d & pt)
{
	m_ptOrg = pt;
}

AcGePoint3d AcDbX3dSolid::GetOrgPoint() const
{
	AcGePoint3d ptOrg = m_ptOrg;

	//先旋转
	AcGeMatrix3d xRote;
	for (int i = 0;i < m_arAxisVector.length();i++)
	{
		if (fabs(m_dAxisRotats[i]) > 1.e-10)
		{
			xRote.setToRotation(m_dAxisRotats[i],m_arAxisVector.at(i),m_ptOrg);
			ptOrg.transformBy(xRote);
		}
	}
	ptOrg += m_vtMove;

	return ptOrg;
}

int AcDbX3dSolid::GetAxisCount() const
{
	return m_arAxisVector.length();
}

AcGeVector3d AcDbX3dSolid::GetAxis(int nIndex) const
{
	if (nIndex >= 0 && nIndex < m_arAxisVector.length() )
	{
		AcGeVector3d vtAxis = m_arAxisVector.at(nIndex);;

		AcGeMatrix3d xRote;
		if (fabs(m_dAxisRotats[nIndex]) > 1.e-10)
		{
			xRote.setToRotation(m_dAxisRotats[nIndex],m_arAxisVector.at(nIndex),m_ptOrg);
			vtAxis.transformBy(xRote);
		}
		return vtAxis;
	}
	return AcGeVector3d::kIdentity;
}

void AcDbX3dSolid::AddMove(const AcGeVector3d& vtMove)
{
	m_vtMove += vtMove;

	if (m_pSolidDraw != NULL)
		DELETE_PTR(m_pSolidDraw);

	FreeBuffer(0,m_arRegionFaces);
}

void AcDbX3dSolid::ResetMove()
{
	m_vtMove.set(0,0,0);

	if (m_pSolidDraw != NULL)
		DELETE_PTR(m_pSolidDraw);

	FreeBuffer(0,m_arRegionFaces);
}

void AcDbX3dSolid::AddRotate(double dRot,int nAxisIndex)
{
	if (nAxisIndex >= 0 && nAxisIndex < m_arAxisVector.length())
	{
		m_dAxisRotats[nAxisIndex] += dRot;

		if (m_pSolidDraw != NULL)
			DELETE_PTR(m_pSolidDraw);

		FreeBuffer(0,m_arRegionFaces);
	}
}

void AcDbX3dSolid::ResetRotate(int nAxisIndex)
{
	if (nAxisIndex >= 0 && nAxisIndex < m_arAxisVector.length())
	{
		m_dAxisRotats[nAxisIndex] = 0.0;

		if (m_pSolidDraw != NULL)
			DELETE_PTR(m_pSolidDraw);

		FreeBuffer(0,m_arRegionFaces);
	}

	if (nAxisIndex == -1)
	{
		memset(m_dAxisRotats,0,sizeof(double) * MAX_AXISROTATS);

		if (m_pSolidDraw != NULL)
			DELETE_PTR(m_pSolidDraw);

		FreeBuffer(0,m_arRegionFaces);
	}
}

Acad::ErrorStatus AcDbX3dSolid::Draw3d(AcGiDraw &dc) const
{
	// solid 和 subdmesh 有哪个，画哪个，只画其中一个

	if (m_eType == kFrom3JS)
	{
#if ARX > 17
		if (!m_pSubDMeshDraw)
			m_pSubDMeshDraw = GetDrawSubDMesh();

		if (m_pSubDMeshDraw)
			dc.DrawEntity(*m_pSubDMeshDraw);
#endif
		return Acad::eOk;
	}
	else
	{
		if (m_pSolidDraw == NULL)
			m_pSolidDraw = GetDraw3dSolid();

		if (m_pSolidDraw != NULL)
			dc.DrawEntity(*m_pSolidDraw);

		return Acad::eOk;
	}

	return Acad::eOk;
}

Acad::ErrorStatus AcDbX3dSolid::DrawActiveFace(AcGiDraw &dc) const
{
	AcDbEntity* pEnt = NULL;
	for (int i = 0;i < m_arRegionFaces.length();i++)
	{
		pEnt = (AcDbEntity*)m_arRegionFaces.at(i);
		if (pEnt->colorIndex() == 1)
		{
			pEnt->setColorIndex(kMagenta);
			dc.DrawEntity(pEnt);
			return Acad::eOk;
		}
	}
	return Acad::eInvalidInput;
}

Acad::ErrorStatus AcDbX3dSolid::ReCreate()
{
	AcGeVector3d vtMaj = m_vtLast;
	AcGeVector3d vtMin = m_vtNext;
	AcGeVector3d vtZ;

	AcGePoint3d ptOrg = m_ptOrg;

	int nPos = -1,nShape = 0;
	CString sTemp,sScript,sScript1,sScript2;

	//loft
	double dE0 = 0.0;
	double dE1 = 0.0;
	AcGeVector3d vtL;
	AcGeVector3d vtN;
	int nF = 20;
	double dT2 = 0.0;
	double dT3 = 0.0;
	//loft

	double dBomEl = 0.0;
	double dH = 0.0,dAngle = 0.0;
	double dThick = 0.0,dBomThick = 0.0;

	AcGePoint2dArray arTopPts,arBomPts;
	AcDbLine lnPath;
	AcArray<double> arSize;
	arSize.append(m_arSizes);
	m_arSizes.removeAll();

	CString sScr1;
	CString sScr2;

	if (m_pSolid)
	{
		m_pSolid->erase();
		m_pSolid->close();
		DELETE_PTR(m_pSolid);
	}


	switch(m_eType)
	{
	case kBox:
		{
			Create(AcDbX3dSolid::kBox,ptOrg,m_vtZ,3,arSize.at(0),arSize.at(1),arSize.at(2));
			break;
		}
	case kCylinder:
		{
			Create(AcDbX3dSolid::kCylinder,ptOrg,m_vtZ,2,arSize.at(0),arSize.at(1));
			break;
		}
	case kCone:
		{
			Create(AcDbX3dSolid::kCone,ptOrg,m_vtZ,3,arSize.at(0),arSize.at(1),arSize.at(2));
			break;
		}
	case kQPyramid:
		{
			Create(AcDbX3dSolid::kQPyramid,ptOrg,m_vtZ,4,arSize.at(0),arSize.at(1),arSize.at(2),arSize.at(3));
			break;
		}
	case kWPyramid:
		{
			Create(AcDbX3dSolid::kWPyramid,ptOrg,m_vtZ,5,arSize.at(0),arSize.at(1),arSize.at(2),arSize.at(3),arSize.at(4));
			break;
		}
	case kPipe:
		{
			Create(AcDbX3dSolid::kPipe,ptOrg,m_vtZ,3,arSize.at(0),arSize.at(1),arSize.at(2));
			break;
		}
	case kRectTube:
		{
			Create(AcDbX3dSolid::kRectTube,ptOrg,m_vtZ,4,arSize.at(0),arSize.at(1),arSize.at(2),arSize.at(3));
			break;
		}
	case kEarthWorm:
		{
			CreateEarthWorm(ptOrg,m_vtZ,m_sScr,m_dLen,m_vtLast,m_vtNext);
			break;
		}
	case kStairway:
		/*{
			CreateStairWay(m_ptFr,m_ptTo,m_vtDirx,m_fStair[0],m_fStair[1],m_fStair[2]);
			break;
		}*/
	case kLadder:
		{
			CreateLadder(m_ptFr,m_vtDirx,m_vtDirXY,m_dH,m_dW,m_nKind);
			break;
		}
	case kExtrude:
		{
			CreateExtrude(ptOrg,m_vtZ,m_sszPoint2ds,m_dH,m_dT,m_nKind);
			break;
		}
	case kExtrudePath:
		{
			sTemp = m_sszPoint2ds;
			nPos = sTemp.ReverseFind(_T('@'));
			if (nPos != -1)
			{
				sScript = sTemp.Mid(0,nPos);
				nShape = _ttoi(sTemp.Mid(nPos + 1));
			}
			
			dE0 = m_fStair[0];
			dE1 = m_fStair[1];
			nF = m_nKind;
			vtL = m_vtLast;
			vtN = m_vtNext;
			dT2 = 0.0;
			dT3 = 0.0;
			if (arSize.length() == 2)
			{
				dT2 = arSize.first();
				dT3 = arSize.last();
			}
			CreatePathExtrude(ptOrg,sScript,nShape,nF,m_dW,m_dH,m_dT,dT2,dT3,dE0,dE1,vtL,vtN);
			break;
		}
	case kPathPipe:
		{
			sTemp = m_sszPoint2ds;
			nPos = sTemp.ReverseFind(_T('@'));
			if (nPos != -1)
			{
				sScript = sTemp.Mid(0,nPos);
				nShape = _ttoi(sTemp.Mid(nPos + 1));
			}

			dE0 = m_fStair[0];
			dE1 = m_fStair[1];
			nF = m_nKind;
			vtL = m_vtLast;
			vtN = m_vtNext;
			dT2 = 0.0;
			dT3 = 0.0;
			if (arSize.length() == 2)
			{
				dT2 = arSize.first();
				dT3 = arSize.last();
			}
			CreatePipe(ptOrg,sScript,nShape,m_dW,m_dH,m_dT,dT2,dT3,vtL,vtN);
			break;
		}
	case kTorus:
		{
			Create(AcDbX3dSolid::kTorus,ptOrg,m_vtZ,2,arSize.at(0),arSize.at(1));
			break;
		}
	case kElbow://		= 13,	//弯头 RxRr  //半径x曲率
		{
			CreateElbow(ptOrg,vtMaj.negate(),vtMin,arSize.at(Z),arSize.at(X),arSize.at(Y));
			break;
		}
	case kTee://		= 14,	//三通 RxLxT
		{
			CreateTee(ptOrg,vtMaj,vtMin,arSize.at(X),arSize.at(Y),arSize.at(Z));
			break;
		}
	case kCross://		= 15,	//四通 RxL
		{
			CreateCross(ptOrg,vtMaj,vtMin,arSize.at(X),arSize.at(Y));
			break;
		}
	case kReducer://	= 16,	//变径 RxrxL
		{
			CreateReducer(ptOrg,vtMaj,arSize.at(X),arSize.at(Z),arSize.at(Y));
			break;
		}
	case kFromSat:
		{
			CreateFromSat(NULL,m_dH);
			break;
		}
	case kLoftReducer:
		{
			if ( AcDbX3dSolid::GetLoftReducerSides(m_sszPoint2ds,arTopPts,arBomPts) )
			{
				dBomEl = m_dW;
				dH = m_dH;
				dThick = m_dT;
				dBomThick = m_dLen;

				sTemp = m_sszPoint2ds;
				nPos = sTemp.Find(_T('|'));
				if (nPos != -1)
				{
					sScript1 = sTemp.Mid(0,nPos);//bom
					sScript2 = sTemp.Mid(nPos+1);//top
					if ( CreateLoftReducer(sScript2,sScript1,dBomEl,dH,dThick,dBomThick) )
					{
					}
					else
					{
						acutPrintf(_T("\nFailed create LoftReducer!"));
					}
				}
			}
			break;
		}
	case kSHEarthWorm:
		{
			STSection* pSection = FormatSTSectionFromScript(m_sScr);
			CreateSHEarthWorm(ptOrg,m_vtZ,pSection,m_dLen,m_vtLast,m_vtNext);
		}
	case kFrom3JS:
		{
#if ARX > 17
			CreateSubDMeshByMemory();
#endif
			break;
		}
	case kFenceExtrude:
		{
			int nPoints = m_nSatLen / sizeof(AcGePoint3d);
			AcGePoint3d* pPoints = (AcGePoint3d*)m_pSatBuffer;
			dH = m_dH;
			vtZ = m_vtZ;
			ptOrg = m_ptOrg;

			CreateFenceExtrude(ptOrg,pPoints,nPoints,vtZ,dH);

			break;
		}
	case kSlicePipe:
		{
			vtZ = m_vtZ;
			ptOrg = m_ptOrg;
			lnPath.setStartPoint(m_ptFr);
			lnPath.setEndPoint(m_ptTo);

			AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
			if (pReg != NULL)
			{
				CreateSlicePipe(pReg,lnPath,ptOrg,vtZ);
			}
			break;
		}
	case kExtrude2:
		{
			lnPath.setStartPoint(m_ptFr);
			lnPath.setEndPoint(m_ptTo);

			AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
			if (pReg != NULL)
			{
				double dTape = m_dW;
				CreateExtrude(pReg,lnPath,dTape);
				DELETE_PTR(pReg);
			}
			break;
		}
	case kIntersect:
		{
			//序列化数据
			//m_eType = kIntersect;
			//m_ptOrg = ptOrg;
			//m_ptFr = lnPath.startPoint();
			//m_ptTo = lnPath.endPoint();
			//m_vtZ = vtExDir;

			nPos = m_sScr.Find(_T('|'));
			if (nPos != -1)
			{
				sScr1 = m_sScr.Mid(0,nPos);
				sScr2 = m_sScr.Mid(nPos);

				AcDbRegion* pReg1 = CoreTools::StringToRegion(sScr1);
				AcDbPolyline* pPl = CoreTools::StringToPolyline(sScr2);

				if (pReg1 != NULL && pPl != NULL)
				{
					pPl->setClosed(Adesk::kTrue);
					AcGeVector3d vtExDir = m_vtZ;
					ptOrg = m_ptOrg;
					lnPath.setStartPoint(m_ptFr);
					lnPath.setEndPoint(m_ptTo);

					CreateIntersect(pReg1,lnPath,ptOrg,pPl,vtExDir);
				}
			}
			break;
		}
	case kSliceSolid:
		{
			//m_eType = kSliceSolid;
			//m_pSolid = pSolid;
			//m_ptFr = lnPath.startPoint();
			//m_ptTo = lnPath.endPoint();
			//m_ptOrg = ptOrg;
			//m_vtZ = vtExDir;
			//m_dH = dWallHeight;

			//CString sSrc1;
			//CoreTools::RegionToString(pRegionWall,sSrc1);

			//CString sScr2;
			//CurveToString(pPlFenceTop,sScr2);

			nPos = m_sScr.Find(_T('|'));
			if (nPos != -1)
			{
				sScr1 = m_sScr.Mid(0,nPos);
				sScr2 = m_sScr.Mid(nPos);

				AcDbRegion* pReg1 = CoreTools::StringToRegion(sScr1);
				AcDbPolyline* pPlFenceTop = CoreTools::StringToPolyline(sScr2);

				double dWallH = m_dH;
				AcGeVector3d vtExDir = m_vtZ;
				ptOrg = m_ptOrg;
				lnPath.setStartPoint(m_ptFr);
				lnPath.setEndPoint(m_ptTo);

				if (pReg1 != NULL && pPlFenceTop != NULL)
				{
					CreateSliceSolid((AcDbCurve*)pPlFenceTop,lnPath,ptOrg,pReg1,dWallH,vtExDir);
					delete pReg1;
					delete pPlFenceTop;
				}
			}
			break;
		}
	case kRevolve:
		{
// 			m_pSolid = pSolid;
// 			m_eType = kRevolve;
// 			CoreTools::RegionToString(pRegion,m_sScr);
// 
// 			m_ptOrg = ptOrg;
// 			m_vtZ = vtAxis;
// 			m_dW = dSweepAngle;

			AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
			ptOrg = m_ptOrg;
			vtZ = m_vtZ;
			dAngle = m_dW;

			if (pReg != NULL)
			{
				CreateRevolve(pReg,ptOrg,vtZ,dAngle);
				delete pReg;
			}
			break;
		}
	case kConePipe:
		{
			nPos = m_sScr.Find(_T('|'));
			if (nPos != -1)
			{
				sScr1 = m_sScr.Mid(0,nPos);
				sScr2 = m_sScr.Mid(nPos);

				AcDbRegion* pReg1 = CoreTools::StringToRegion(sScr1);
				AcDbRegion* pReg2 = CoreTools::StringToRegion(sScr2);

				if (pReg1 != NULL && pReg2 != NULL)
				{
					lnPath.setStartPoint(m_ptFr);
					lnPath.setEndPoint(m_ptTo);

					dAngle = m_dW;
					dThick = m_dT;
					CreateConePipe(pReg1,pReg2,lnPath,dAngle,dThick);
				}
			}
		}
	case kTydf:
		{
			double dTr = m_dT;
			double dBx = m_dW;
			double dBy = m_dLen;
			double dH = m_dH;
			double dXOffset = m_fStair[0];

			ptOrg = m_ptOrg;
			vtZ = m_vtZ;
			BOOL bIsTfdy =  m_nKind;

			CreateTydf(ptOrg,vtZ,dTr,dBx,dBy,dH,dXOffset,bIsTfdy);

			break;
		}
	case kTriPyramid:
	{
		if (!m_pSatBuffer) break;
		if (m_nSatLen < 4 * sizeof(SubDMesh::Pnt)) break;
		AcGePoint3d pt0, pt1, pt2, pt3;
		buffer2TriangularPyramid(pt0, pt1, pt2, pt3, m_pSatBuffer);
		::memset(m_pSatBuffer, 0, 4 * sizeof(SubDMesh::Pnt));
		CreateTriangularPyramid(pt0, pt1, pt2, pt3);
		break;
	}
	case kDrum:
	{
		Create(AcDbX3dSolid::kDrum
			, ptOrg
			, m_vtZ
			, 5
			, arSize.at(0)
			, arSize.at(1)
			, arSize.at(2)
			, arSize.at(3)
			, arSize.at(4) );
		break;
	}
	case kWedge:
	{
		Create(AcDbX3dSolid::kWedge
			, ptOrg
			, m_vtZ
			, 3
			, arSize.at(0)
			, arSize.at(1)
			, arSize.at(2) );
		break;
	}
	case kSpere:
	{
		Create(AcDbX3dSolid::kSpere
			, ptOrg
			, m_vtZ
			, 1
			, arSize.at(0) );
		break;
	}
	case kRevolve2:
	{
		AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
		ptOrg = m_ptOrg;
		vtZ = m_vtZ;
		double dSweepAngle = m_dW;
		double dStartAngle = m_dT;
		if (pReg)
		{
			CreateRevolve2(pReg, ptOrg, vtZ, dSweepAngle, dStartAngle);
			DELETE_PTR(pReg);
		}
		break;
	}
	case kPyramid:
	{
		Create(kPyramid, ptOrg, m_vtZ, 6, arSize[0], arSize[1], arSize[2], arSize[3], arSize[4], arSize[5]);
		break;
	}
	case kLoft:
	{
		std::vector<CString> vec;
		CoreTools::SplitString(m_sScr, REGION_SPLITE, vec);
		AcArray<AcDbRegion*> regs;
		for (size_t i = 0; i < vec.size(); ++i)
		{
			AcDbRegion *pReg = CoreTools::StringToRegion(vec[i]);
			if (!pReg) continue;
			regs.append(pReg);
		}

		AcDbCurve *pCurve = (AcDbPolyline*)CoreTools::StringToAcDbCurve(m_sszPoint2ds);
		CreateLoft(regs, pCurve);

		deleteContainerOfArx<AcDbRegion>(regs);
		DELETE_PTR(pCurve);
		break;
	}
	case kSweep:
	{
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		//AcDbPolyline *pPoly = CoreTools::StringToPolyline(m_sszPoint2ds);
		AcDbPolyline *pPoly = (AcDbPolyline*)CoreTools::StringToAcDbCurve(m_sszPoint2ds);
		if (pReg && pPoly)
		{
			CreateSweep(pReg, pPoly);
			DELETE_PTR(pReg);
			DELETE_PTR(pPoly);
		}
		break;
	}
	default:
		break;
	}
	return Acad::eOk;
}

bool AcDbX3dSolid::GetLoftReducerSides(CString& sPoint2ds,AcGePoint2dArray& arTopPts,AcGePoint2dArray& arBomPts)
{
	CString sTemp = sPoint2ds;
	int nPos = sTemp.Find(_T('|'));
	if (nPos != -1)
	{
		CString sScript1 = sTemp.Mid(0,nPos);
		CString sScript2 = sTemp.Mid(nPos+1);

		CStringArray arXYs;
		CoreTools::SplitStrintToArray(sScript1,arXYs,_T(','));

		CString sX,sYB,sBulge,sY;
		double dBulge = 0.0;
		int nFind = -1;
		AcGePoint2d pt;
		
		for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
		{
			sX = arXYs.GetAt(2 * i);
			sYB = arXYs.GetAt(2 * i + 1);
			sY = sYB;
			dBulge = 0.0;

			pt.set(_ttof(sX),_ttof(sY));
			arBomPts.append(pt);
		}

		arXYs.RemoveAll();
		CoreTools::SplitStrintToArray(sScript2,arXYs,_T(','));

		for (int i = 0;i < arXYs.GetSize() / 2 ;i++)
		{
			sX = arXYs.GetAt(2 * i);
			sYB = arXYs.GetAt(2 * i + 1);
			sY = sYB;
			dBulge = 0.0;

			pt.set(_ttof(sX),_ttof(sY));
			arTopPts.append(pt);
		}
		return true;
	}
	return false;
}

Acad::ErrorStatus AcDbX3dSolid::dwgInFields (AcDbDwgFiler* pFiler)
{
	Acad::ErrorStatus es;
	Adesk::UInt32 version =0 ;
	if ( (es =pFiler->readUInt32 (&version)) != Acad::eOk )
		return (es) ;
	if ( version > AcDbX3dSolid::kCurrentVersionNumber )
		return (Acad::eMakeMeProxy) ;

	Adesk::Int32 nVal = 0;
	pFiler->readInt32(&nVal);
	m_eType = (AcDbX3dSolid::Primitive)nVal;

	pFiler->readVector3d(&m_vtZ);

	double dVal = 0.0;
	pFiler->readInt32(&nVal);
	for (int i = 0;i < nVal;i++)
	{
		pFiler->readDouble(&dVal);
		m_arSizes.append(dVal);
	}

	pFiler->readPoint3d(&m_ptOrg);

	TCHAR* pszTemp = NULL;
	pFiler->readString(&pszTemp);
	if (pszTemp != NULL)
	{
		m_sszPoint2ds = pszTemp;
		acutDelString(pszTemp);
	}

	pFiler->readDouble(&m_dH);
	pFiler->readDouble(&m_dT);
	pFiler->readDouble(&m_dW);

	pszTemp = NULL;
	pFiler->readString(&pszTemp);
	if (pszTemp != NULL)
	{
		m_sScr = pszTemp;
		acutDelString(pszTemp);
	}

	pFiler->readDouble(&m_dLen);
	pFiler->readVector3d(&m_vtLast);
	pFiler->readVector3d(&m_vtNext);

	pFiler->readPoint3d(&m_ptFr);
	pFiler->readPoint3d(&m_ptTo);
	pFiler->readVector3d(&m_vtDirx);
	pFiler->readVector3d(&m_vtDirXY);

	pFiler->readBytes(m_fStair,sizeof(float) * 3);
	pFiler->readInt32(&m_nKind);

	pFiler->readVector3d(&m_vtMove);

	nVal = 0;
	pFiler->readInt32(&nVal);

	AcGeVector3d vt;
	m_arAxisVector.removeAll();
	for(int i = 0;i < nVal;i++)
	{
		pFiler->readVector3d(&vt);
		m_arAxisVector.append(vt);
	}

	memset(m_dAxisRotats,0,sizeof(double) * MAX_AXISROTATS);
	pFiler->readBytes(m_dAxisRotats,sizeof(double) * MAX_AXISROTATS);

	if ( version > 1 )//新增加SAT支持
	{
		pFiler->readUInt32(&m_nSatLen);
		if (m_nSatLen > 0)
		{
			m_pSatBuffer = new byte[m_nSatLen];
			pFiler->readBytes(m_pSatBuffer,m_nSatLen);
		}
	}

	if (version > 2 && version < 4)
	{
		AcDbPolyline poly;
		poly.dwgInFields(pFiler);
		if (m_eType == kSweep)
			CoreTools::PolylineToString(&poly, m_sszPoint2ds, false);
	}

	ReCreate();

	return pFiler->filerStatus();
}

Acad::ErrorStatus AcDbX3dSolid::dwgOutFields(AcDbDwgFiler* pFiler) const
{
	Acad::ErrorStatus es;
	//----- Object version number needs to be saved first
	if ( (es = pFiler->writeUInt32 (AcDbX3dSolid::kCurrentVersionNumber)) != Acad::eOk )
		return (es);

	Adesk::Int32 nVal = (Adesk::Int32)m_eType;
	pFiler->writeInt32(nVal);

	pFiler->writeVector3d(m_vtZ);

	nVal = m_arSizes.length();
	pFiler->writeInt32(nVal);
	for (int i = 0;i < nVal;i++)
	{
		pFiler->writeDouble(m_arSizes.at(i));
	}

	pFiler->writePoint3d(m_ptOrg);
	pFiler->writeString((LPCTSTR)m_sszPoint2ds);
	pFiler->writeDouble(m_dH);
	pFiler->writeDouble(m_dT);
	pFiler->writeDouble(m_dW);

	pFiler->writeString((LPCTSTR)m_sScr);
	pFiler->writeDouble(m_dLen);
	pFiler->writeVector3d(m_vtLast);
	pFiler->writeVector3d(m_vtNext);

	pFiler->writePoint3d(m_ptFr);
	pFiler->writePoint3d(m_ptTo);
	pFiler->writeVector3d(m_vtDirx);
	pFiler->writeVector3d(m_vtDirXY);

	pFiler->writeBytes(m_fStair,sizeof(float) * 3);
	pFiler->writeInt32(m_nKind);

	pFiler->writeVector3d(m_vtMove);
	
	nVal = m_arAxisVector.length();
	pFiler->writeInt32(nVal);

	for(int i = 0;i < nVal;i++)
	{
		pFiler->writeVector3d(m_arAxisVector.at(i));
	}

	pFiler->writeBytes(m_dAxisRotats,sizeof(double) * MAX_AXISROTATS);

	if (AcDbX3dSolid::kCurrentVersionNumber > 1)//新版本
	{
		pFiler->writeUInt32(m_nSatLen);
		if (m_pSatBuffer != NULL)
		{
			pFiler->writeBytes(m_pSatBuffer,m_nSatLen);
		}
	}

	return Acad::eOk;
}

bool AcDbX3dSolid::SetSolidData(const Primitive &type, const AcArray<double> &ar, LPCTSTR srcRegion)
{
	m_arSizes.removeAll();
	switch (type)
	{
	case kBox:
	{
		if (ar.length() < 3) return false;
		m_arSizes.append(ar);
	}
	break;
	case kCylinder:
	{
		if (ar.length() < 2) return false;
		m_arSizes.append(ar);
	}
	break;
	case kCone:
	{
		if (ar.length() < 3) return false;
		m_arSizes.append(ar);
	}
	break;
	case kDrum:
	{
		if (ar.length() < 5) return false;
		m_arSizes.append(ar);
	}
	break;
	case kWedge:
	{
		if (ar.length() < 3) return false;
		m_arSizes.append(ar);
	}
	break;
	case kSpere:
	{
		if (ar.length() < 1) return false;
		m_arSizes.append(ar);
	}
	break;
	case kRevolve2:
	{
		if (!srcRegion) return false;
		if (ar.length() < 2) return false;
		m_dW = ar[0];
		m_dT = ar[1];
		if (srcRegion)
			m_sScr = srcRegion;
	}
	break;
	case kExtrude2:
	{
		if (ar.length() < 6) return false;
		m_ptFr.x = ar[0];
		m_ptFr.y = ar[1];
		m_ptFr.z = ar[2];
		m_ptTo.x = ar[3];
		m_ptTo.y = ar[4];
		m_ptTo.z = ar[5];
		if (srcRegion)
			m_sScr = srcRegion;
	}
	break;
	case kPyramid:
	{
		if (ar.length() < 6) return false;
		m_arSizes.append(ar);
	}
	break;
	default:
		return false;
	}
	ReCreate();
	return true;
}

bool AcDbX3dSolid::GetSolidData(const Primitive & type, AcArray<double>& ar, CString *pSrc)
{
	ar.removeAll();
	switch (type)
	{
	case kBox:
	{
		if (m_arSizes.length() < 3) return false;
		ar.append(m_arSizes);
	}
	break;
	case kCylinder:
	{
		if (m_arSizes.length() < 2) return false;
		ar.append(m_arSizes);
	}
	break;
	case kCone:
	{
		if (m_arSizes.length() < 3) return false;
		ar.append(m_arSizes);
	}
	break;
	case kDrum:
	{
		if (m_arSizes.length() < 5) return false;
		ar.append(m_arSizes);
	}
	break;
	case kWedge:
	{
		if (m_arSizes.length() < 3) return false;
		ar.append(m_arSizes);
	}
	break;
	case kSpere:
	{
		if (m_arSizes.length() < 1) return false;
		ar.append(m_arSizes);
	}
	break;
	case kRevolve2:
	{
		ar.append(m_dW);
		ar.append(m_dT);
		if (pSrc)
			*pSrc = m_sScr;
	}
	break;
	case kExtrude2:
	{
		ar.append(m_ptFr.x);
		ar.append(m_ptFr.y);
		ar.append(m_ptFr.z);
		ar.append(m_ptTo.x);
		ar.append(m_ptTo.y);
		ar.append(m_ptTo.z);
		if (pSrc)
			*pSrc = m_sScr;
	}
	break;
	case kPyramid:
	{
		if (m_arSizes.length() < 6) return false;
		ar.append(m_arSizes);
	}
	break;
	default:
		return false;
	}

	return true;
}

void AcDbX3dSolid::SetSatBuffer(const int &len, const void *pBuffer)
{
	DELETE_ARR_(m_pSatBuffer);
	m_nSatLen = len;
	m_pSatBuffer = new byte[m_nSatLen];
	::memset(m_pSatBuffer, 0, sizeof(byte) * m_nSatLen);
	::memcpy(m_pSatBuffer, pBuffer, sizeof(byte) * m_nSatLen);
}

int AcDbX3dSolid::GetSatBuffer(void **pBuffer)
{
	if (!m_nSatLen) return 0;

	*pBuffer = new byte[m_nSatLen];
	::memset(*pBuffer, 0, sizeof(byte) * m_nSatLen);
	::memcpy(*pBuffer, m_pSatBuffer, sizeof(byte) * m_nSatLen);
	return m_nSatLen;
}

bool AcDbX3dSolid::CreateLoft(const AcArray<AcDbRegion*>& crossSectionCruves, AcDbCurve *_pCurve)
{
	if (crossSectionCruves.isEmpty()) return false;

	m_eType = kLoft;

	AcDbCurve *pCurve(NULL);
	if (_pCurve)
		pCurve = (AcDbCurve *)_pCurve->clone();

	AcDbLoftOptions op;
	op.setRuled(true);
	op.setNormal(AcDbLoftOptions::kNoNormal);
	AcArray<AcDb3dSolid*> solids;
	AcGePoint3d pt1, pt2;
	AcArray<AcDbEntity*> ents, guides;

	AcArray<AcDbEntity*> ar;

	CString strAll(_T("")), str(_T(""));
	for (int i = 0; i < crossSectionCruves.length(); ++i)
	{
		ar.append((AcDbEntity*)crossSectionCruves[i]->clone());
		str.Empty();
		AcDbRegion *pReg(crossSectionCruves[i]);
		CoreTools::RegionToString(pReg, str);
		strAll += str;
		strAll += REGION_SPLITE;
	}
	strAll.TrimRight(REGION_SPLITE);
	m_sScr = strAll;

	CoreTools::AcDbCurveToString(pCurve, m_sszPoint2ds);

	AcDb3dSolid* pSolid = new AcDb3dSolid;
	Acad::ErrorStatus es = pSolid->createLoftedSolid(ar, guides, pCurve, op);
	if (es != Acad::eOk)
	{
	#ifndef NDEBUG
		CoreTools::CloneAndAddToModelSpace(pCurve, 1);
		CoreTools::CloneAndAddToModelSpace(ar.first(), 1);
		CoreTools::CloneAndAddToModelSpace(ar.last(), 1);
	#endif // !NDEBUG

		DELETE_PTR(pCurve);
		DELETE_PTR(pSolid);
		deleteContainerOfArx<AcDbEntity>(ar);
		m_sScr.Empty();
		m_sszPoint2ds.Empty();
		return false;
	}

	DELETE_PTR(pCurve);
	deleteContainerOfArx<AcDbEntity>(ar);

	DELETE_PTR(m_pSolid);
	m_pSolid = pSolid;	

	if (!m_pSolid) return false;

	return true;
}

bool AcDbX3dSolid::CreateSweep(const AcDbRegion * pSweepEnt, const AcDbPolyline *pPathEnt)
{
	if (!pSweepEnt) return false;
	if (!pPathEnt) return false;

	AcDbPolyline* pPath = (AcDbPolyline*)pPathEnt;

	m_eType = kSweep;
	AcDb3dSolid* pSolid = new AcDb3dSolid;

	AcDbSpline *pSpline = AcDbSpline::cast(pPathEnt);
	if (pSpline)
	{
		AcDbSweepOptions op;
		op.setAlign(AcDbSweepOptions::kAlignSweepEntityToPath);
		AcDbRegion *pReg = (AcDbRegion*)pSweepEnt;
		if (Acad::eOk == pSolid->createSweptSolid(pReg, pPath, op))
		{
			DELETE_PTR(m_pSolid);
			m_pSolid = pSolid;
			CoreTools::RegionToString(pSweepEnt, m_sScr);
			CoreTools::AcDbCurveToString(pPath, m_sszPoint2ds);
		}
		else
		{
			DELETE_PTR(pSolid);
		}
	}
	else
	{
		if (Acad::eOk == pSolid->extrudeAlongPath(pSweepEnt, pPathEnt))
		{
			DELETE_PTR(m_pSolid);
			m_pSolid = pSolid;
			CoreTools::RegionToString(pSweepEnt, m_sScr);
			//CoreTools::PolylineToString(pPath, m_sszPoint2ds, false);
			CoreTools::AcDbCurveToString(pPath, m_sszPoint2ds);
		}
		else
		{
		#ifndef NDEBUG
			CoreTools::CloneAndAddToModelSpace(pSweepEnt);
			CoreTools::CloneAndAddToModelSpace(pPathEnt);
		#endif
			DELETE_PTR(pSolid);
		}
	}

	if (!pSolid) return false;

	return true;
}

bool AcDbX3dSolid::GetExturd2Data(CString &sReg, AcGePoint3d &ptFr, AcGePoint3d &ptTo)
{
	if (m_eType != kExtrude2) return false;
	ptFr = m_ptFr;
	ptTo = m_ptTo;
	sReg = m_sScr;
	return true;
}

void AcDbX3dSolid::SetExturd2Data(const CString &sReg, const AcGePoint3d &ptFr, const AcGePoint3d &ptTo)
{
	if (m_eType == kExtrude2)
	{
		m_ptFr = ptFr;
		m_ptTo = ptTo;
		m_sScr = sReg;
		ReCreate();
	}
}

bool AcDbX3dSolid::GetRevolve2Data(CString &sReg, AcGePoint3d &ptOrg, AcGeVector3d &vt, double &dSweepAngle, double &dStartAngle)
{
	if (m_eType != kRevolve2) return false;
	sReg = m_sScr;
	ptOrg = m_ptOrg;
	vt = m_vtZ;
	dSweepAngle = m_dW;
	dStartAngle = m_dT;
	return true;
}

void AcDbX3dSolid::SetRevolve2Data(const CString &sReg, const AcGePoint3d &ptOrg, const AcGeVector3d &vt, const double &dSweepAngle, double const &dStartAngle)
{
	if (m_eType == kRevolve2)
	{
		m_sScr = sReg;
		m_ptOrg = ptOrg;
		m_vtZ = vt;
		m_dW = dSweepAngle;
		m_dT = dStartAngle;
		ReCreate();
	}
}

bool AcDbX3dSolid::GetSweepData(CString &sReg, AcDbCurve *&pCurve)
{
	if (m_eType != kSweep) return false;
	pCurve = CoreTools::StringToAcDbCurve(m_sszPoint2ds);
	sReg = m_sScr;
	return true;
}

void AcDbX3dSolid::SetSweepData(const CString &sReg, const AcDbCurve *pCurve)
{
	if (m_eType == kSweep && pCurve)
	{
		m_sScr = sReg;
		AcDbCurve *pClone((AcDbCurve*)pCurve->clone());
		CoreTools::AcDbCurveToString(pClone, m_sszPoint2ds);
		DELETE_PTR(pClone);

		//AcDbPolyline *pPoly(AcDbPolyline::cast(pCurve));
		//if (pPoly)
		//	CoreTools::PolylineToString(pPoly, m_sszPoint2ds, false);
		ReCreate();
	}
}

bool AcDbX3dSolid::GetLoftData(std::vector<CString> &regs)
{
	if (m_eType != kLoft) return false;
	CoreTools::SplitString(m_sScr, REGION_SPLITE, regs);
	return true;
}

void AcDbX3dSolid::SetLoftData(const std::vector<CString> &regs)
{
	if (m_eType == kLoft)
	{
		CString strAll(_T("")), str(_T(""));
		for (int i = 0; i < regs.size(); ++i)
		{
			strAll += regs[i];
			strAll += REGION_SPLITE;
		}
		strAll.TrimRight(REGION_SPLITE);
		m_sScr = strAll;
		ReCreate();
	}
}

SHJson::WValue &AcDbX3dSolid::ToJson() const
{
	/*
	AcDbX3dSolid::Primitive m_eType;			//类型
	AcGeVector3d		m_vtZ;					//放置方向向量
	AcArray<double>		m_arSizes;				//参数
	AcGePoint3d			m_ptOrg;				//中心点
	CString				m_sszPoint2ds;			//
	double				m_dH;					//
	double				m_dT;					//
	double				m_dW;					//
	CString				m_sScr;					//管廊段脚本,及其他脚本
	double				m_dLen;
	AcGeVector3d		m_vtLast;				//管廊段上向量,管线 其他使用
	AcGeVector3d		m_vtNext;				//管廊段下向量,管线 其他使用

	//楼梯
	AcGePoint3d			m_ptFr;
	AcGePoint3d			m_ptTo;
	AcGeVector3d		m_vtDirx;
	AcGeVector3d		m_vtDirXY;
	float				m_fStair[3];			//
	Adesk::Int32		m_nKind;				//类型

	//变换部分
	AcGeVector3d		m_vtMove;				//总移动
	AcGeVector3dArray	m_arAxisVector;			//轴向向量
	double				m_dAxisRotats[MAX_AXISROTATS];//最多10个轴向旋转

	Adesk::UInt32		m_nSatLen;
	void*				m_pSatBuffer;

	//以上数据创建的模型,->不序列化
	AcDb3dSolid*		m_pSolid;				//原始solid元,不序列化
	AcDbVoidPtrArray	m_arCurPtrs;			//创建的二维曲线
	*/
	using namespace SHJson;

	WValue &v = m_json;

	addMember(v, _T("__class__"), _T("AcDbX3dSolid"));
	addMember(v, _T("__type__"), (int)m_eType);


	addMember(v, _T("__vtZ__"), GEO2JSON::vector(m_vtZ).ToJson());

	WValue ar;
	ar.SetArray();
	for (int i = 0; i < m_arSizes.length(); ++i)
	{
		pushBack(ar, m_arSizes[i]);
	}
	addMember(v, _T("__arSizes__"), ar);

	addMember(v, _T("__ptOrg__"), GEO2JSON::point(m_ptOrg).ToJson());


	addMember(v, _T("__dH__"), m_dH);
	addMember(v, _T("__dT__"), m_dT);
	addMember(v, _T("__dW__"), m_dW);

	//addMember(v, _T("sszPoint2ds"), m_sszPoint2ds);

	addMember(v, _T("__dLen__"), m_dLen);
	addMember(v, _T("__vtLast__"), GEO2JSON::vector(m_vtLast).ToJson());
	addMember(v, _T("__vtNext__"), GEO2JSON::vector(m_vtNext).ToJson());

	addMember(v, _T("__ptFr__"), GEO2JSON::point(m_ptFr).ToJson());
	addMember(v, _T("__ptTo__"), GEO2JSON::point(m_ptTo).ToJson());
	addMember(v, _T("__vtDirx__"), GEO2JSON::vector(m_vtDirx).ToJson());
	addMember(v, _T("__vtDirXY__"), GEO2JSON::vector(m_vtDirXY).ToJson());

	ar.SetNull();
	ar.SetArray();
	for (size_t i = 0; i < 3; ++i)
	{
		pushBack(ar, m_fStair[i]);
	}
	addMember(v, _T("__fStair__"), ar);

	addMember(v, _T("__nKind__"), m_nKind);

	addMember(v, _T("__vtMove__"), GEO2JSON::vector(m_vtMove).ToJson());

	// 轴向量
	ar.SetNull();
	ar.SetArray();
	for (int i = 0; i < m_arAxisVector.length(); ++i)
	{
		pushBack(ar, GEO2JSON::vector(m_arAxisVector[i]).ToJson());
	}
	addMember(v, _T("__arAxisVector__"), ar);

	// 旋转量
	ar.SetNull();
	ar.SetArray();
	for (int i = 0; i < MAX_AXISROTATS; ++i)
	{
		pushBack(ar, m_dAxisRotats[i]);
	}
	addMember(v, _T("__dAxisRotats__"), ar);

	addMember(v, _T("__nSatLen__"), (__int64)m_nSatLen);

	addMember(v, _T("__pSatBuffer__"), GEO2JSON::binary((byte *)m_pSatBuffer, m_nSatLen).ToJson());

	// 为 sweep 单独处理
	if (m_eType == kSweep && !m_sszPoint2ds.IsEmpty() && !m_sScr.IsEmpty())
	{
		AcDbPolyline *pPoly = (AcDbPolyline*)CoreTools::StringToAcDbCurve(m_sszPoint2ds);
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		if (pPoly)
		{
			if (pReg)
			{
				CoreTools::fixPathAndRegionForRevitSweep(pPoly, pReg);
				addMember(v, _T("__PathCurve__"), GEO2JSON::path(*pPoly).ToJson());
				ar.SetArray();
				pushBack(ar, GEO2JSON::region(*pReg).ToJson());
				addMember(v, _T("__sScr__"), ar);
				DELETE_PTR(pReg);
			}
			DELETE_PTR(pPoly);
		}

		return v;
	}

	if ((m_eType == kExtrude2
		|| m_eType == kSlicePipe
		|| m_eType == kRevolve
		|| m_eType == kRevolve2)
		&& !m_sScr.IsEmpty())
	{
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg)
		{
			ar.SetArray();
			pushBack(ar, GEO2JSON::region(*pReg).ToJson());
			addMember(v, _T("__sScr__"), ar);
			DELETE_PTR(pReg);
		}
		return v;
	}

	if ((m_eType == kConePipe
		|| m_eType == kIntersect
		|| m_eType == kSliceSolid
		|| m_eType == kLoft)
		&& !m_sScr.IsEmpty())
	{
		CString split((m_eType == kLoft) ? REGION_SPLITE : _T("|"));

		std::vector<CString> vec(0);
		CoreTools::SplitString(m_sScr, split, vec);

		ar.SetArray();
		for (size_t i = 0; i < vec.size(); ++i)
		{
			AcDbRegion *pReg = CoreTools::StringToRegion(vec[i]);
			if (pReg)
			{
				pushBack(ar, GEO2JSON::region(*pReg).ToJson());
				DELETE_PTR(pReg);
			}
		}
		if (ar.Size() > 0)
			addMember(v, _T("__sScr__"), ar);

		if (m_eType == kLoft)
		{
			AcDbCurve *pCurve = CoreTools::StringToAcDbCurve(m_sszPoint2ds);
			if (pCurve)
			{
				addMember(v, _T("__PathCurve__"), GEO2JSON::path(*pCurve).ToJson());
				DELETE_PTR(pCurve);
			}
		}

		return v;
	}

	if (m_eType == kExtrude
		|| m_eType == kPathPipe
		|| m_eType == kExtrudePath
		|| m_eType == kLoftReducer)
	{
		// 此处复杂，并且并不知道是否需要解析，先这样
		addMember(v, _T("__sszPoint2ds__"), m_sszPoint2ds);

		if (m_eType == kLoftReducer)
		{
			ar.SetNull();
			ar.SetArray();
			CString str((TCHAR*)m_pSatBuffer);
			std::vector<CString>ss;
			CoreTools::SplitString(str, TCHAR(0x00c1), ss);
			if (ss.size() > 1)
			{
				AcDbPolyline *p0 = CoreTools::StringToPolyline(ss[0]);
				AcDbPolyline *p1 = CoreTools::StringToPolyline(ss[1]);
				if (p0 && p1)
				{
					pushBack(ar, GEO2JSON::region(*p0).ToJson());
					pushBack(ar, GEO2JSON::region(*p1).ToJson());
				}
				DELETE_PTR(p0);
				DELETE_PTR(p1);
			}
			if (ss.size() > 3)
			{
				AcDbPolyline *p2 = CoreTools::StringToPolyline(ss[2]);
				AcDbPolyline *p3 = CoreTools::StringToPolyline(ss[3]);
				if (p2 && p3)
				{
					pushBack(ar, GEO2JSON::region(*p2).ToJson());
					pushBack(ar, GEO2JSON::region(*p3).ToJson());
				}
				DELETE_PTR(p2);
				DELETE_PTR(p3);
			}

			if (ar.Size() > 0)
				addMember(v, _T("__sScr__"), ar);
		}

		// 将m_sszPoint2ds保存成AcDbPolyline
		AcDbPolyline *pPl = CoreTools::StringToPolyline(m_sszPoint2ds);
		if (pPl)
		{
			ar.SetNull();
			ar.SetArray();
			pushBack(ar, GEO2JSON::region(*pPl).ToJson());
			addMember(v, _T("__sszPoint2ds__sScr__"), ar);
			DELETE_PTR(pPl);
		}
		return v;
	}

	// 如果走到这里，还没有return
	if (!m_sScr.IsEmpty())
	{
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg)
		{
			ar.SetArray();
			pushBack(ar, GEO2JSON::region(*pReg).ToJson());
			addMember(v, _T("__sScr__"), ar);
			DELETE_PTR(pReg);
		}
		return v;
	}

	return v;
}

bool AcDbX3dSolid::ByJson(const SHJson::WValue &v)
{
	return false;
}

AcGePoint3d AcDbX3dSolid::GetCentoridPoint()
{
	AcGePoint3d pt;
	if (!m_pSolid)
	{
		ReCreate();
	}
	if (m_pSolid)
	{
		double v;
		double ds[3];
		AcGeVector3d vts[3];
		AcDbExtents ext;
		m_pSolid->getMassProp(v, pt, ds, ds, ds, vts, ds, ext);
	}
	return pt;
}

void AcDbX3dSolid::TransformBy(const AcGeMatrix3d & mat)
{
	if (mat == AcGeMatrix3d::kIdentity)
		return;

	bool bChanged(false);
	switch (m_eType)
	{
	case kBox:
	case kCylinder:
	case kPyramid:
	case kDrum:
	case kCone:
	case kSpere:
	{
		m_ptOrg.transformBy(mat);
		m_vtZ.transformBy(mat);
		bChanged = true;
	}
	break;
	case kExtrude2:
	{
		m_ptFr.transformBy(mat);
		m_ptTo.transformBy(mat);
		AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg)
		{
			pReg->transformBy(mat);
			CoreTools::RegionToString(pReg,m_sScr);
			DELETE_PTR(pReg);
			bChanged = true;
		}
	}
		break;
	case kRevolve:
	{
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg)
		{
			pReg->transformBy(mat);
			CoreTools::RegionToString(pReg, m_sScr);
			DELETE_PTR(pReg);
			m_ptOrg.transformBy(mat);
			m_vtZ.transformBy(mat);
			bChanged = true;
		}
	}
	break;
	case kRevolve2:
	{
		AcDbRegion* pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg)
		{
			pReg->transformBy(mat);
			CoreTools::RegionToString(pReg,m_sScr);
			DELETE_PTR(pReg);
			m_ptOrg.transformBy(mat);
			m_vtZ.transformBy(mat);
			bChanged = true;
		}
	}
		break;
	case kLoft:
	{
		CString strAll(_T("")), str(_T(""));
		std::vector<CString> vec;
		CoreTools::SplitString(m_sScr, REGION_SPLITE, vec);
		AcArray<AcDbRegion*> regs;
		for (size_t i = 0; i < vec.size(); ++i)
		{
			AcDbRegion *pReg = CoreTools::StringToRegion(vec[i]);
			if (!pReg) continue;
			pReg->transformBy(mat);
			regs.append(pReg);
			CoreTools::RegionToString(pReg, str);
			strAll += str;
			strAll += REGION_SPLITE;
		}
		strAll.TrimRight(REGION_SPLITE);
		m_sScr = strAll;

		AcDbCurve *pCurve = (AcDbPolyline *)CoreTools::StringToAcDbCurve(m_sszPoint2ds);
		if (pCurve)
		{
			pCurve->transformBy(mat);
			CoreTools::AcDbCurveToString(pCurve, m_sszPoint2ds);
			DELETE_PTR(pCurve);
		}

		deleteContainerOfArx<AcDbRegion>(regs);
		bChanged = true;
	}
		break;
	case kSweep:
	{
		AcDbCurve *pPoly = CoreTools::StringToAcDbCurve(m_sszPoint2ds);
		AcDbRegion *pReg = CoreTools::StringToRegion(m_sScr);
		if (pReg && pPoly)
		{
			pPoly->transformBy(mat);
			pReg->transformBy(mat);
			CoreTools::RegionToString(pReg, m_sScr);
			CoreTools::AcDbCurveToString(pPoly, m_sszPoint2ds);
			DELETE_PTR(pReg);
			DELETE_PTR(pPoly);
			bChanged = true;
		}
	}
	break;
	default:
		break;
	}

	if (bChanged)
		ReCreate();
}

AcDbX3dSolid * AcDbX3dSolid::Clone()
{
	return new AcDbX3dSolid(*this);
}