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b981fe930a
现象：开图期间 AecDbEwPipeBase::RegionAcisoutDwgOutFields 被调用 1140 次、耗时 2.38 s， 把截面写成临时 SAT 文件。用 AEC_WRITEBACK_TRACE 抓栈 + tools/resolve_rva.ps1 解符号， 定位到 AecDbZLineStair::DrawGuarBar3d 里的 pipe.clone()： clone 走 AcDbObject → AecDbEwPipeBase::copyFrom → CopyObject（整实体 dwgOutFields/dwgInFields 往返），于是截面被写成临时文件再读回。 这些 clone 的唯一用途是存进 m_pipes，供 ToJson() 导出 __pipes__，而截面参数在 SetSection 时已经写进 spec XData（KEY_SECSHAPE / KEY_SIZE1 / KEY_SIZE2 / PIPE_THICK / KEY_SECCEN），完全可以按参数重建。因此把"建几何"推迟到导出时： - AecDbEwPipeBase::BuildSectionFromXData()：按 XData 参数重建截面（圆形/矩形； 自定义截面返回 NULL，那种只能存在于 SAT 里） - AecDbEwPipeBase::CloneParamsOnly()：生成只带参数（XData、放样线、实体属性、GUID、 Breaks）、不含截面几何的副本，不触发任何序列化 - AecDbEwPipeBase::ToJson()：GetSection() 为空时回退到 BuildSectionFromXData()， 保证 __section__ / __section2__ 仍然导出 - 30 处 m_pipes.push_back((AecDbEwPipe*)pipe.clone()) 改为 pipe.CloneParamsOnly()： ClimbStair(10)、ZLineStair(6)、BossHolder(4)、MRPLineStair(4)、Hanger(3)、Holder(3) 过程：先只改楼梯两个文件，回写从 1140 降到 960；再抓栈解析出剩余 960 全部来自 AecDbClimbStair::DrawLadderH3d，于是把其余 20 处一并改掉，最终归零。 实测（big1.dwg / AutoCAD 2020 / R230 Debug）： 开图墙钟 初始 108~113 s -> 缓存后 98 s -> 本次 93 s 开图期回写 1140 次/2.38 s -> 1140 次 -> 0 RegionAcisIn 3082 次 -> 3082 次 -> 1942 次 临时文件 6773/9.34MB -> 2694/3.34MB -> 1733/2.34MB 截面恢复总耗时 22.4 s -> 9.87 s -> 9.4 s 另外把 SectionPerf::TraceCallStack 的输出改写到独立的 aec_writeback_trace.txt， 不再写进 ENVIPERFDUMP 的报告文件（否则脚本会把"栈写出来了"误判成"开图完成"）。 验证：R230 Debug 编译通过并部署；用 tools/run_acad_perf.ps1 自动开图取数。 待验证：JSON 导出。m_pipes 里现在是不含几何的参数副本，ToJson 靠 BuildSectionFromXData() 重建，需要实际触发一次导出，确认 __pipes__ 里每条仍有 __section__ / __section2__ 且与改动前一致。
454 lines
14 KiB
C++
454 lines
14 KiB
C++
#pragma once
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#include "AecDbCurveBase.h"
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#include "AecDbObjXDataMap.h"
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#include "AecComplexCurveDraw.h"
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#include "AecDbX3dPart.h"
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#ifndef MAX_AXISROTATS
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#define MAX_AXISROTATS 16
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#endif
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#ifdef EARTHWORM_EXPORT
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#define DLLIMPEXP __declspec(dllexport)
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#else
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#define DLLIMPEXP __declspec(dllimport)
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#endif
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#include "AecMInterfaces.h"
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typedef struct PipeHatch
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{
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TCHAR szPattern[65];
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double dScale;
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double dAngle;
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}PipeHatch;
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typedef struct DrawContext
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{
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double dD;
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AcGeVector3d vtDrawPlanNorm;
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AcGeVector3d vtDir;
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double dSingleW;
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double dDbLineW;
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int nShape;
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int nDrawGradient;
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int nColor;
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AcDbObjectId idCurLay;
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AcDbObjectId idCurLty;
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int nCrBk;
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AcDbCurve* pBaseCurXY;
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}DRAWCONTEXT;
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class DLLIMPEXP AecDbEwPipeBase : public AecDbCurveBase,
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public AecMInterfaces
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{
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public:
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ACRX_DECLARE_MEMBERS(AecDbEwPipeBase);
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protected:
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static Adesk::UInt32 kCurrentVersionNumber;
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public:
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AecDbEwPipeBase(void);
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virtual ~AecDbEwPipeBase(void);
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AcGePoint3d StartPoint() const;
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AcGePoint3d EndPoint() const;
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virtual Acad::ErrorStatus dwgInFields(AcDbDwgFiler* pFiler);
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virtual Acad::ErrorStatus dwgOutFields(AcDbDwgFiler* pFiler) const;
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virtual Acad::ErrorStatus dxfInFields(AcDbDxfFiler* pFiler);
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virtual Acad::ErrorStatus dxfOutFields(AcDbDxfFiler* pFiler) const;
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virtual Acad::ErrorStatus copyFrom(const AcRxObject* pSrc);
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//清除后续特化的二维图形数据
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virtual Acad::ErrorStatus ClearForDraw2dables();
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#if ARX>16
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virtual void subList() const;
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virtual Acad::ErrorStatus subTransformBy(const AcGeMatrix3d& xform);
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virtual Acad::ErrorStatus subGetGripPoints(AcDbGripDataPtrArray& grips,
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const double curViewUnitSize,
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const int gripSize,
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const AcGeVector3d& curViewDir,
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const int bitflags) const;
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virtual Acad::ErrorStatus subMoveGripPointsAt(const AcDbVoidPtrArray& appData, const AcGeVector3d& offset, const int bitflags);
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virtual Acad::ErrorStatus subGetGripPoints (AcGePoint3dArray& gripPoints,AcDbIntArray& osnapModes,AcDbIntArray& geomIds) const;
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virtual Acad::ErrorStatus subMoveGripPointsAt(const AcDbIntArray& indices,const AcGeVector3d& offset);
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virtual Acad::ErrorStatus subGetStretchPoints(AcGePoint3dArray& stretchPoints) const;
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virtual Acad::ErrorStatus subMoveStretchPointsAt(const AcDbIntArray& indices,const AcGeVector3d& offset);
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virtual void GetGripText(int nPos, CString& sText);
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virtual Acad::ErrorStatus subGetOsnapPoints(AcDb::OsnapMode osnapMode,
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INT_PTR gsSelectionMark,
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const AcGePoint3d& pickPoint,
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const AcGePoint3d& lastPoint,
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const AcGeMatrix3d& viewXform,
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AcGePoint3dArray& snapPoints,
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AcDbIntArray& geomIds) const;
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virtual Acad::ErrorStatus subGetGeomExtents(AcDbExtents& extents) const;
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virtual Acad::ErrorStatus subIntersectWith(const AcDbEntity* pEnt,
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AcDb::Intersect intType,
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AcGePoint3dArray& points,
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INT_PTR thisGsMarker,
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INT_PTR otherGsMarker) const;
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virtual Acad::ErrorStatus subIntersectWith(const AcDbEntity* pEnt,
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AcDb::Intersect intType,
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const AcGePlane& projPlane,
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AcGePoint3dArray& points,
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INT_PTR thisGsMarker,
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INT_PTR otherGsMarker) const;
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#endif
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public:
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virtual AcDbCurve* GetBaseCurve(bool bOrthoProjectToXY = false) const;
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virtual AcDbCurve* GetNativeCurve() const;
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virtual Acad::ErrorStatus subErase(Adesk::Boolean erasing);
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//AEC 派生
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virtual Acad::ErrorStatus Draw2d(AcGiDraw &dc) const;
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virtual Acad::ErrorStatus Draw3d(AcGiDraw &dc) const;
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//绘制分段
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virtual Acad::ErrorStatus Draw2dSingleSegment(AcGiDraw &dc,AcDbPolyline* pPl) const;
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//绘制接口
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virtual Acad::ErrorStatus DrawInfArrow(AcGiDraw &dc) const;
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virtual LPCTSTR GetGripCmd() const;
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bool IsArcBaseCurve() const;
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void DrawSubAxis(AcGiDraw &dc,AcDbEntity* pEnt) const;
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void DrawGradient(AcGiDraw &dc,AcDbCurve* pBaseCur) const;
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void DrawHatch(AcGiDraw& dc) const;
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void DrawHatch(AcGiDraw& dc,AcDbPolyline* pPl) const;
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protected:
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AcDbCurve* BaseCurveDwgInFields(AcDbDwgFiler* pFiler,int nVer = 5);//5 默认兼容之前
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AcDbRegion* RegionAcisInDwgInFields(AcDbDwgFiler* pFiler);
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AcDbRegion* RegionFromCurvesDwgInFields(AcDbDwgFiler* pFiler,Adesk::UInt32 nLen);
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AcDbRegion* SectionRegionDwgInFields(AcDbDwgFiler* pFiler,int nVer);
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Acad::ErrorStatus BaseCurveDwgOutFields(AcDbCurve* pBaseCurve,AcDbDwgFiler* pFiler) const;
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Acad::ErrorStatus RegionAcisoutDwgOutFields(AcDbDwgFiler* pFiler) const;
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Acad::ErrorStatus SectionRegionDwgOutFields(AcDbDwgFiler* pFiler,int nVer) const;
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Acad::ErrorStatus AddDimPoints(AcDbGripDataPtrArray& grips,const AcGeVector3d& curViewDir,
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const AcGePoint3d& ptSta,const AcGePoint3d& ptEnd,
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const AcGePoint3d& ptMid,int nDimType,double dVal = -1.0,double dt = 0.0) const;
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public:
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virtual void AssertWriteEnabled(Adesk::Boolean autoUndo = true, Adesk::Boolean recordModified = true );
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//设置中心路径,几种方式
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virtual Acad::ErrorStatus SetBaseCurve(const AcArray<EWStackPoint>& arStackPts);
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virtual Acad::ErrorStatus SetBaseCurve(const AcGePoint3dArray& arPts);
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virtual Acad::ErrorStatus SetBaseCurve(const AcDbCurve* pCurve);
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virtual Acad::ErrorStatus SetBaseCurve(const AcGePoint3d& ptSta,const AcGePoint3d& ptEnd);
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virtual Acad::ErrorStatus SetBaseCurve(const AcGePoint3d& ptSta,const AcGeVector3d& vtDir);
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/*
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_ pt3 _ pt2
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| |__________| |
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|______________|
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pt0 O pt1
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O - 原点
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pt0->pt1 w
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pt1->pt2 h
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pt2->pt3 t
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*/
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Acad::ErrorStatus SetSection1(const double &w, const double &h, const double &t,bool bCenOrg = false);
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/*
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| | O | |
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\ \ / /
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\ \ / /
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\ \ / /
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\ \_pt1_/ /
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\______/
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pt0
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O - 原点
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pt0->pt1 r 内径
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O->pt1 厚度
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*/
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Acad::ErrorStatus SetSection2(const double &r, const double &t,bool bCenOrg = false);
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//通用设置截面
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Acad::ErrorStatus SetSection(AcDbPolyline* pPl,const AcGePoint3d& ptCen);
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//设置截面为管道外径和壁厚
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Acad::ErrorStatus SetSection(double dD,double dt);
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//设置为方管 长x宽x厚 水平面为长,Z向为宽
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Acad::ErrorStatus SetSection(double dL,double dW,double dt);
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//设置为墙体 长(dThick)x宽(dH) 水平面为长,Z向为宽 YEL为Y偏移量
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Acad::ErrorStatus SetSection(double dThick,double dH,double dYOff,EAlign kAlign);
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//通用截面
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Acad::ErrorStatus SetSection(AcDbRegion* pReg,const AcGePoint3d& ptCen);
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//设置角钢截面
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Acad::ErrorStatus SetSection3(double dL,double dt);
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//设置为直角三角截面
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Acad::ErrorStatus SetSection3(double dLx,double dLy,double dt);
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//设置正多边形
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Acad::ErrorStatus SetSectionN(double dR, int nSides);
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//通用获取外径和壁厚
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Acad::ErrorStatus GetODAndThick(AcGePoint2d& ptODt) const;
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//获取垂直切外径和厚度
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Acad::ErrorStatus GetODAndID(AcGePoint2d& ptrODtTop,AcGePoint2d& ptrODtBom) const;
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//获取断面面积
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double GetSectionArea(bool bHasInside = false) const;
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//获取最大reg面积
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double CalBigRegionArea() const;
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//获取最大region
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AcDbRegion* GetBigRegion() const;
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//获取腔体region
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AcDbRegion* GeCavityRegion() const;
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//获取截面的复制
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AcDbRegion* GetSection() const;
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// 按 XData 里存的截面参数(SECS HAP/SIZE1/SIZE2/THICK)重建截面，调用方负责释放。
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// 用于"延迟导出"：绘制期只留参数副本，导出 JSON 时再建几何。
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AcDbRegion* BuildSectionFromXData() const;
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// 生成一个只带参数(不含截面几何)的副本，供 m_pipes 之类"延迟导出"的容器使用。
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// 与 clone() 的区别：不触发 dwgOutFields 序列化，因此不会把截面写成临时 SAT 文件。
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AecDbEwPipeBase* CloneParamsOnly() const;
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//设置界面绕轴旋转,以X 方向为基准
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Acad::ErrorStatus SetSectionRotation(double dAngle);
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double GetSectionRotation() const;
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//获取路径总长,是否包括省略长度
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double GetLength(bool bHasBreakOpenLen = false) const;
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//添加截断
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Acad::ErrorStatus AddBrokenOpen(double dOffFrSta,double dSize,double dTrueSize);
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Acad::ErrorStatus RemoveBrokenOpen(double dOffFrSta);
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Acad::ErrorStatus RemoveBrokenOpen(int nIndex);
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Acad::ErrorStatus GetBrokenOpenPnts(AcGePoint3dArray& arPnts) const;
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//获取首尾切线方向[接口方向]
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virtual AcGeVector3d GetHeadDir() const;
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virtual AcGeVector3d GetTailDir() const;
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//设置起点的标高,后续根据坡度计算高程
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virtual void SetStartElevation(float dEl);
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virtual float StartElevation() const;
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//通过末点标高计算起点标高
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virtual void SetEndElevation(float dEl);
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virtual float EndElevation() const;
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//获取位置标高0 中心 1顶部 2内底部 3 外底部 4内顶部
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virtual float GetElevation(int nPos) const;
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//节点标高
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virtual void SetVertexElevation(int nGripIndex,float dEl);
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virtual float GetVertexElevation(int nGripIndex) const;
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//设置坡度
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virtual bool SetGradientAt(int nPos, double dGradient);
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virtual double GetGradientAt(int nPos) const;
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//专业数据 和绘制设置 特别说明，在实体的 draw2/3d 中使用 GetSpecialtyData,必须AcDb::kForRead!!! 否则图不能保存
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AecDbObjXDataMap* GetSpecialtyData(AcDb::OpenMode bMode = AcDb::kForWrite);
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const AecDbObjXDataMap* GetSpecialtyData() const;
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//获取二维视图显示的图形
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virtual int GetDraw2dables(Adesk::UInt16 nDrawStyle, AcDbVoidPtrArray& arEntPtrs) const;
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//获取三维显示图形
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virtual int GetDraw3dables(AcDbVoidPtrArray& arEntPtrs,bool bWriteBimInfo = false) const;
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//剖切提取，符号法,对于管线构件
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virtual bool GetSectionDraw(AcGePlane& plan,const AcGeVector3d& vtTo,AcDbVoidPtrArray& arRegionPtrs) const;
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//剖切提取,范围面剖切Slice切割法,对于土建构件
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virtual int GetSectionDraw(const AcGePoint3d& ptFr,const AcGePoint3d& ptTo,const AcGeVector3d& vtViewDir,const AcGeVector3d& vtTo, AcDbVoidPtrArray& arRegionPtrs) const;
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//如下对于盾构巷道对象有意义
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//整体体积
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virtual double GetVolume(bool bIsBody = false) const;
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//腔体体积 nRoom = -1 全部
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double GetCavityVolume(int nRoom) const;
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//外表面积
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double GetOutSideArea() const;
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//内表面积
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double GetInSideArea() const;
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//壁厚 0 上壁厚 1下壁厚 2水平壁厚
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bool GetThick(int nPos,double& dThick) const;
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//接口方法重载
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MINTERFACES_METHODS
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//获取唯一性标识
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virtual LPCTSTR GetGUID() const;
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virtual void SetActive(bool bActive);
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virtual bool IsActive() const;
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virtual void NewGUID();
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Acad::ErrorStatus TransformBy(const AcGeMatrix3d xform);
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//图层和线型
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void SetSingleLayer(const AcDbObjectId& idLayer);
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AcDbObjectId GetSingleLayer() const;
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void SetSingleLineType(const AcDbObjectId& idLt);
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AcDbObjectId GetSingleLineType() const;
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void SetDoubleLayer(const AcDbObjectId& idLayer);
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AcDbObjectId GetDoubleLayer() const;
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void SetDoubleLineType(const AcDbObjectId& idLt);
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AcDbObjectId GetDoubleLineType() const;
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void SetDashLayer(const AcDbObjectId& idLayer);
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AcDbObjectId GetDashLayer() const;
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void SetCenterLayer(const AcDbObjectId& idLayer);
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AcDbObjectId GetCenterLayer() const;
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AcDb3dSolid* GetCreatPipe3dSolid() const;
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virtual int GetCreatPipe3dSolid(AcDbVoidPtrArray& ar3DSolidPtrs) const;
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bool ReadDandRatio(AcGePoint2d& ptDRatio) const;
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void SetHatch(LPCTSTR pszPatternName,double dAngle,double dScale);
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bool GetHatch(PipeHatch& sHatch) const;
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//断管符号的绘制,仅仅适用管线
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void DrawBrokenOpen(AcGiDraw &dc,AcGePoint3d& ptFr,AcGePoint3d& ptTo,double dD,AecComplexCurve& cplCurve) const;
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void DrawDashSegment(AcGiDraw &dc,AcGePoint3d& ptFr,AcGePoint3d& ptTo,double dD,AecComplexCurve& cplCurve) const;
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void DrawSide(AcGiDraw &dc,AcGePoint3d ptSideCen,AcGeVector3d vcDir,double dD,AecComplexCurve& cplCurve,bool bMirror) const;
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//设置剖切图层
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void SetSectionLayer(int nIndexFr,AcDbVoidPtrArray& arRegionPtrs,const AcDbObjectId& idLayer) const;
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//后续的法兰管子
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virtual Acad::ErrorStatus DrawFlangInf2d(AcGiDraw &dc) const;
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virtual Acad::ErrorStatus DrawFlangInf3d(AcGiDraw &dc) const;
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virtual Acad::ErrorStatus DrawUserInf(AcGiDraw &dc) const;
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virtual Acad::ErrorStatus DrawUserInf3d(AcGiDraw &dc) const;
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Acad::ErrorStatus BoolSubtractUserInf3d(AecDbX3dPart &part) const;
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Acad::ErrorStatus DrawSingle2d(AcGiDraw &dc,DrawContext& dcCon) const;
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Acad::ErrorStatus DrawDouble2d(AcGiDraw &dc,DrawContext& dcCon) const;
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virtual SHJson::WValue& ToJson(bool bExprotGeo = true) const;
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virtual bool ByJson(const SHJson::WValue &v);
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//获取墙体的所有的洞Solid
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virtual Acad::ErrorStatus GetAllHolesSolid(AcDbVoidPtrArray& arSolidPtrs,AcDbVoidPtrArray& arCenLnPtrs,const AcGeMatrix3d& xform) const;
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Acad::ErrorStatus DefaultNo();
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void SetPlotWidth(double dW);
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void GetAssocHandleObjs(AcDbObjectIdArray& arIds);
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static bool hasHatch(const AcDbEntity *pEnt, const int &var);
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virtual bool GetPositionGrip(int nIndex, AecGripData *&pGrip) const;
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//用户接口
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void AddUserInterface(const AecUserInterface& inf);
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bool RemoveUserInterface(const TCHAR* pszNo);
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bool RemoveUserInterface(int nIndex);
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int GetUserInterfaceCount() const;
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bool GetUserInterface(int nIndex, AecUserInterface &inf) const;
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bool GetUserInterface(const AcGePoint3d &ptHit, AecUserInterface &inf) const;
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double GetGasketThick() const;
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protected:
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bool ReadUserInterface(AcDbDwgFiler *pFiler);
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void WriteUserInterface(AcDbDwgFiler *pFiler) const;
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protected:
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//轨迹数据
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mutable AcDbCurve* m_pBaseCurve;
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//截面数据
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mutable AcDbRegion* m_pRegion;
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//打断间隙段[作废]->改为预留使用
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AcArray<BreakPos> m_arBreaks;
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//活动接口
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Adesk::Int16 m_nInfActive;
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CString m_sGUID;
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bool m_bActive;
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bool m_bShowFlowDir;
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bool m_bIsMainLock;
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bool m_bIsMinLock;
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//专业数据
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AecDbObjXDataMap m_mapSpecXData;
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//新版本
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AcArray< AecUserInterface> m_arUserInfs; //用户自定义接口带管长
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//其他按通用图层和线型
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AcDbSoftPointerId m_idSingleLayer;
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AcDbSoftPointerId m_idSingleLnType;
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//双线图层和线型
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AcDbSoftPointerId m_idDoubleLayer;
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AcDbSoftPointerId m_idDoubleLnType;
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//遮挡图层
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AcDbSoftPointerId m_idDashLayer;
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//中心线图层
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AcDbSoftPointerId m_idCenterLayer;
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protected:
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mutable AcDbVoidPtrArray m_arDrawBuffer3d1; //子类附临时附加的图元集合
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mutable AcDbVoidPtrArray m_arDrawBuffer3d2; //子类附临时附加的图元集合
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mutable AcDbVoidPtrArray m_ar2DDrableBufPtrs2; //总图备份,纵断时保留总图显示
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AecGripData* m_pGripAppData;
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};
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