ARX实例代码 -- 重建填充的边界

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1. //-----------------------------------------------------------------------------
   
2. // This is command 'RESTOREHATCHBOUNDARY, by Bill Zhang [2003-2-20], DevTech, Autodesk
   
3. void BzhRestoreHatchBoundary()
   
4. {
   
5. // TODO: Implement the command
   
6. // create a resbuf which is filled with filter conditions.
   
7.   struct resbuf *filter = acutBuildList(RTDXF0, _T("HATCH"), RTNONE);
   
8.   ads_name ss;
   
9.   // ask users to select hatch entities.
   
10.   int res = acedSSGet(NULL, NULL, NULL, filter, ss);
    
11.   // release filter resbuf.
    
12.   acutRelRb (filter);
    
13.   if( res != RTNORM )
    
14.   {
    
15.    acutPrintf(_T("\nNo hatch entities selected!"));
    
16.    return;
    
17.   }
    
18. 
    
19. 
    
20.   long length=0l;
    
21.   acedSSLength (ss, &length);
    
22.   for(long indexSS=0l; indexSS<length; indexSS++)
    
23.   {
    
24. ads_name eName;
    
25. res = acedSSName(ss, indexSS, eName);
    
26.     if( res != RTNORM )
    
27.   continue;
    
28. 
    
29. 
    
30. AcDbObjectId id;
    
31. acdbGetObjectId(id, eName );
    
32. AcDbHatch*pHatch=NULL;  
    
33. acdbOpenObject(pHatch, id, AcDb::kForRead );
    
34. if( pHatch == NULL )
    
35.         continue;
    
36. 
    
37. 
    
38. // For each loop, draw the boundary.
    
39. int nLoops = pHatch->numLoops();
    
40. for( int i=0;i<nLoops; i++ )
    
41. {
    
42.   long loopType;
    
43.   if( pHatch->loopTypeAt( i ) & AcDbHatch::kPolyline )
    
44.   {        
    
45.    AcGePoint2dArray vertices;
    
46.    AcGeDoubleArray bulges;
    
47.    pHatch->getLoopAt( i, loopType, vertices, bulges );   
    
48.    int nVertices = vertices.length();
    
49.    AcDbPolyline *pPoly = new AcDbPolyline(nVertices);
    
50.    for( int vx=0;vx<nVertices;vx++ )
    
51.    {
    
52.     double bulge = bulges.length() < nVertices ? 0.0: bulges[vx];
    
53.     pPoly->addVertexAt( vx, vertices[vx], bulge );
    
54.    }  
    
55.    // append it to the current space of AutoCAD database
    
56.    pPoly->setColorIndex(1);
    
57.    addAEntToTheCurrentSpaceAndClose(pPoly);
    
58.   }     
    
59.   else
    
60.   {        
    
61.    AcGePoint2dArray vertices;
    
62.    AcGeDoubleArray bulges;
    
63.    AcGeVoidPointerArray edgePtrs;
    
64.    AcGeIntArray edgeTypes;
    
65.    pHatch->getLoopAt(i, loopType,edgePtrs, edgeTypes );
    
66.    for(int j=0; j<edgePtrs.length(); j++)
    
67.    {
    
68.     switch (edgeTypes[j]){
    
69.     case AcDbHatch::kLine:
    
70.      {
    
71.       AcGeLineSeg3d *pGeLine3d = (AcGeLineSeg3d*)edgePtrs[j];
    
72.       AcGePoint3d geP1, geP2;
    
73.       geP1 = pGeLine3d->startPoint();
    
74.       geP2 = pGeLine3d->endPoint();
    
75.       AcDbLine *pLine = new AcDbLine(geP1, geP2);
    
76.       pLine->setColorIndex(1);
    
77.       addAEntToTheCurrentSpaceAndClose(pLine);
    
78.      }
    
79.      break;
    
80.     case AcDbHatch::kCirArc:
    
81.      {
    
82.       AcGePoint3d geCenter;
    
83.       double dRadius, dStartAng, dEndAng;
    
84.       AcGeCircArc3d *pGeArc = (AcGeCircArc3d*)edgePtrs[j];
    
85.       geCenter = pGeArc->center();
    
86.       dRadius = pGeArc->radius();
    
87.       dStartAng = pGeArc->startAng();
    
88.       dEndAng = pGeArc->endAng();
    
89.       double dAngDiff;
    
90.       dAngDiff = fabs( dEndAng - dStartAng - atan(double(1))*8 );
    
91.       if( dAngDiff > 1e-5 ) // It's an ARC.
    
92.       {
    
93.        AcDbArc *pArc = new AcDbArc(geCenter, dRadius, dStartAng, dEndAng);
    
94.        pArc->setColorIndex(1);
    
95.        addAEntToTheCurrentSpaceAndClose(pArc);
    
96.       }
    
97.       else // It's a circle.
    
98.       {
    
99.        AcGeVector3d geNorm = pGeArc->normal();
    
100.        AcDbCircle *pCir = new AcDbCircle(geCenter, geNorm, dRadius);
     
101.        pCir->setColorIndex(1);
     
102.        addAEntToTheCurrentSpaceAndClose(pCir);
     
103.       }
     
104.      }
     
105.      break;
     
106.     case AcDbHatch::kEllArc:
     
107.      {
     
108.       AcGePoint3d geCenter;
     
109.       AcGeVector3d geNorm,dMajorAxis, dMinorAxis;
     
110.       double dMajorRadius, dMinorRadius;
     
111.       double dStartAng, dEndAng;
     
112.       AcGeEllipArc3d *pGeEllip = (AcGeEllipArc3d*)edgePtrs[j];
     
113.       geCenter = pGeEllip->center();
     
114.       dStartAng = pGeEllip->startAng();
     
115.       dEndAng = pGeEllip->endAng();
     
116.       geNorm = pGeEllip->normal();
     
117.       dMajorAxis = pGeEllip->majorAxis();
     
118.       dMinorAxis = pGeEllip->minorAxis();
     
119.       dMajorRadius = pGeEllip->majorRadius();
     
120.       dMinorRadius = pGeEllip->minorRadius();
     
121.       AcDbEllipse *pEllip = new AcDbEllipse();
     
122.       // Note: radiusRatio = dMinorRadius/dMajorRadius (must be within [0, 1])
     
123.       pEllip->set(geCenter,geNorm,dMajorAxis*dMajorRadius,dMinorRadius/dMajorRadius);
     
124.       pEllip->setStartParam(dStartAng);
     
125.       pEllip->setEndParam(dEndAng);
     
126.       if( pEllip->isNull() == Adesk::kTrue)
     
127.       {
     
128.        acutPrintf(_T("\nFailed to create an ellipse."));
     
129.        break;
     
130.       }
     
131.       else
     
132.       {
     
133.        pEllip->setColorIndex(1);
     
134.        addAEntToTheCurrentSpaceAndClose(pEllip);
     
135.       }
     
136.      }
     
137.      break;
     
138.     case AcDbHatch::kSpline:
     
139.      {
     
140.       Adesk::Boolean bIsFixSpline;
     
141.       AcGePoint3dArray fitPoints;
     
142.       AcGeTol fitTol;
     
143.       Adesk::Boolean bTangent**ist;
     
144.       AcGeVector3d startTangent, endTangent;
     
145.       int deg;
     
146.       AcGeNurbCurve3d  *pGeSpline=(AcGeNurbCurve3d *)edgePtrs[j];
     
147.       assert(pGeSpline);
     
148.       deg = pGeSpline->degree();
     
149.       bIsFixSpline = pGeSpline->getFitData(fitPoints,
     
150.                fitTol,
     
151.                bTangent**ist,
     
152.                startTangent,
     
153.                endTangent);
     
154.       if( bIsFixSpline == Adesk::kTrue )
     
155.       {
     
156.        AcDbSpline *pSpline=new AcDbSpline();
     
157.        pSpline->setFitData(fitPoints,
     
158.             deg,
     
159.             fitTol.equalVector(),
     
160.             startTangent,
     
161.             endTangent);
     
162.        if( pSpline->isNull() == Adesk::kTrue)
     
163.        {
     
164.         acutPrintf(_T("\nFailed to create a spline."));
     
165.         break;
     
166.        }
     
167.        else
     
168.        {
     
169.         pSpline->setColorIndex(1);
     
170.         addAEntToTheCurrentSpaceAndClose(pSpline);
     
171.        }
     
172.       }
     
173.       else
     
174.       {
     
175.        Adesk::Boolean rational,closed,periodic;
     
176.        AcGePoint3dArray gePoints;
     
177.        AcGeDoubleArray geWeights;
     
178.        AcGePoint3d gePoint;
     
179.        AcGeKnotVector geKnots;
     
180.        AcGeDoubleArray dKnots;
     
181. 
     
182. 
     
183.        rational = pGeSpline->isRational();
     
184.        closed = pGeSpline->isClosed();
     
185.        periodic = Adesk::kFalse;
     
186.        for(int k=0; k<pGeSpline->numControlPoints(); k++)
     
187.        {
     
188.         gePoints.append(pGeSpline->controlPointAt(k));
     
189.        }
     
190.        for(int k=0; k<pGeSpline->numWeights(); k++)
     
191.        {
     
192.         geWeights.append(pGeSpline->weightAt(k));
     
193.        }
     
194.        geKnots = pGeSpline->knots();      
     
195.        for(int k=0; k<geKnots.length(); k++)
     
196.        {
     
197.         dKnots.append(geKnots[k]);
     
198.        }
     
199. 
     
200. 
     
201.        AcDbSpline *pSpline=new AcDbSpline(deg,
     
202.            rational,
     
203.            closed,
     
204.            periodic,
     
205.            gePoints,
     
206.            dKnots,
     
207.            geWeights);
     
208.        if( pSpline->isNull() == Adesk::kTrue)
     
209.        {
     
210.         acutPrintf(_T("\nFailed to create a spline."));
     
211.         break;
     
212.        }
     
213.        else
     
214.        {
     
215.         pSpline->setColorIndex(1);
     
216.         addAEntToTheCurrentSpaceAndClose(pSpline);
     
217.        }
     
218.       }
     
219.      }
     
220.      break;
     
221.     default:
     
222.      break;
     
223.     }
     
224.    }
     
225.   }
     
226. }
     
227. pHatch->close();
     
228. }
     
229. 
     
230. 
     
231.   // free up the selection set
     
232.   acedSSFree (ss);
     
233. }
     

//-----------------------------------------------------------------------------<br /> // This is command 'RESTOREHATCHBOUNDARY, by Bill Zhang [2003-2-20], DevTech, Autodesk<br /> void BzhRestoreHatchBoundary()<br /> {<br /> // TODO: Implement the command<br /> // create a resbuf which is filled with filter conditions.<br />   struct resbuf *filter = acutBuildList(RTDXF0, _T("HATCH"), RTNONE);<br />   ads_name ss;<br />   // ask users to select hatch entities.<br />   int res = acedSSGet(NULL, NULL, NULL, filter, ss);<br />   // release filter resbuf.<br />   acutRelRb (filter);<br />   if( res != RTNORM )<br />   {<br />    acutPrintf(_T("\nNo hatch entities selected!"));<br />    return;<br />   }<br /> <br /> <br />   long length=0l;<br />   acedSSLength (ss, &length);<br />   for(long indexSS=0l; indexSS<length; indexSS++)<br />   {<br /> ads_name eName;<br /> res = acedSSName(ss, indexSS, eName);<br />     if( res != RTNORM )<br />   continue;<br /> <br /> <br /> AcDbObjectId id; <br /> acdbGetObjectId(id, eName );<br /> AcDbHatch*pHatch=NULL;  <br /> acdbOpenObject(pHatch, id, AcDb::kForRead );<br /> if( pHatch == NULL )<br />         continue;<br /> <br /> <br /> // For each loop, draw the boundary.<br /> int nLoops = pHatch->numLoops();<br /> for( int i=0;i<nLoops; i++ )<br /> {<br />   long loopType;<br />   if( pHatch->loopTypeAt( i ) & AcDbHatch::kPolyline )<br />   {        <br />    AcGePoint2dArray vertices;<br />    AcGeDoubleArray bulges;<br />    pHatch->getLoopAt( i, loopType, vertices, bulges );   <br />    int nVertices = vertices.length();<br />    AcDbPolyline *pPoly = new AcDbPolyline(nVertices);<br />    for( int vx=0;vx<nVertices;vx++ )<br />    {<br />     double bulge = bulges.length() < nVertices ? 0.0: bulges[vx];<br />     pPoly->addVertexAt( vx, vertices[vx], bulge );<br />    }  <br />    // append it to the current space of AutoCAD database<br />    pPoly->setColorIndex(1);<br />    addAEntToTheCurrentSpaceAndClose(pPoly);<br />   }     <br />   else<br />   {        <br />    AcGePoint2dArray vertices;<br />    AcGeDoubleArray bulges;<br />    AcGeVoidPointerArray edgePtrs;<br />    AcGeIntArray edgeTypes; <br />    pHatch->getLoopAt(i, loopType,edgePtrs, edgeTypes );<br />    for(int j=0; j<edgePtrs.length(); j++)<br />    {<br />     switch (edgeTypes[j]){<br />     case AcDbHatch::kLine:<br />      {<br />       AcGeLineSeg3d *pGeLine3d = (AcGeLineSeg3d*)edgePtrs[j];<br />       AcGePoint3d geP1, geP2;<br />       geP1 = pGeLine3d->startPoint();<br />       geP2 = pGeLine3d->endPoint();<br />       AcDbLine *pLine = new AcDbLine(geP1, geP2);<br />       pLine->setColorIndex(1);<br />       addAEntToTheCurrentSpaceAndClose(pLine);<br />      }<br />      break;<br />     case AcDbHatch::kCirArc:<br />      {<br />       AcGePoint3d geCenter;<br />       double dRadius, dStartAng, dEndAng;<br />       AcGeCircArc3d *pGeArc = (AcGeCircArc3d*)edgePtrs[j];<br />       geCenter = pGeArc->center();<br />       dRadius = pGeArc->radius();<br />       dStartAng = pGeArc->startAng();<br />       dEndAng = pGeArc->endAng();<br />       double dAngDiff;<br />       dAngDiff = fabs( dEndAng - dStartAng - atan(double(1))*8 );<br />       if( dAngDiff > 1e-5 ) // It's an ARC.<br />       {<br />        AcDbArc *pArc = new AcDbArc(geCenter, dRadius, dStartAng, dEndAng);<br />        pArc->setColorIndex(1);<br />        addAEntToTheCurrentSpaceAndClose(pArc);<br />       }<br />       else // It's a circle.<br />       {<br />        AcGeVector3d geNorm = pGeArc->normal();<br />        AcDbCircle *pCir = new AcDbCircle(geCenter, geNorm, dRadius);<br />        pCir->setColorIndex(1);<br />        addAEntToTheCurrentSpaceAndClose(pCir);<br />       }<br />      }<br />      break;<br />     case AcDbHatch::kEllArc:<br />      {<br />       AcGePoint3d geCenter;<br />       AcGeVector3d geNorm,dMajorAxis, dMinorAxis;<br />       double dMajorRadius, dMinorRadius;<br />       double dStartAng, dEndAng;<br />       AcGeEllipArc3d *pGeEllip = (AcGeEllipArc3d*)edgePtrs[j];<br />       geCenter = pGeEllip->center();<br />       dStartAng = pGeEllip->startAng();<br />       dEndAng = pGeEllip->endAng();<br />       geNorm = pGeEllip->normal();<br />       dMajorAxis = pGeEllip->majorAxis();<br />       dMinorAxis = pGeEllip->minorAxis();<br />       dMajorRadius = pGeEllip->majorRadius();<br />       dMinorRadius = pGeEllip->minorRadius();<br />       AcDbEllipse *pEllip = new AcDbEllipse();<br />       // Note: radiusRatio = dMinorRadius/dMajorRadius (must be within [0, 1])<br />       pEllip->set(geCenter,geNorm,dMajorAxis*dMajorRadius,dMinorRadius/dMajorRadius);<br />       pEllip->setStartParam(dStartAng);<br />       pEllip->setEndParam(dEndAng);<br />       if( pEllip->isNull() == Adesk::kTrue)<br />       {<br />        acutPrintf(_T("\nFailed to create an ellipse."));<br />        break;<br />       }<br />       else<br />       {<br />        pEllip->setColorIndex(1);<br />        addAEntToTheCurrentSpaceAndClose(pEllip);<br />       }<br />      }<br />      break;<br />     case AcDbHatch::kSpline:<br />      {<br />       Adesk::Boolean bIsFixSpline;<br />       AcGePoint3dArray fitPoints;<br />       AcGeTol fitTol;<br />       Adesk::Boolean bTangent**ist;<br />       AcGeVector3d startTangent, endTangent;<br />       int deg;<br />       AcGeNurbCurve3d  *pGeSpline=(AcGeNurbCurve3d *)edgePtrs[j];<br />       assert(pGeSpline);<br />       deg = pGeSpline->degree();<br />       bIsFixSpline = pGeSpline->getFitData(fitPoints,<br />                fitTol,<br />                bTangent**ist,<br />                startTangent,<br />                endTangent);<br />       if( bIsFixSpline == Adesk::kTrue )<br />       {<br />        AcDbSpline *pSpline=new AcDbSpline();<br />        pSpline->setFitData(fitPoints,<br />             deg,<br />             fitTol.equalVector(),<br />             startTangent,<br />             endTangent);<br />        if( pSpline->isNull() == Adesk::kTrue)<br />        {<br />         acutPrintf(_T("\nFailed to create a spline."));<br />         break;<br />        }<br />        else<br />        {<br />         pSpline->setColorIndex(1);<br />         addAEntToTheCurrentSpaceAndClose(pSpline);<br />        }<br />       }<br />       else<br />       {<br />        Adesk::Boolean rational,closed,periodic;<br />        AcGePoint3dArray gePoints;<br />        AcGeDoubleArray geWeights;<br />        AcGePoint3d gePoint;<br />        AcGeKnotVector geKnots;<br />        AcGeDoubleArray dKnots;<br /> <br /> <br />        rational = pGeSpline->isRational();<br />        closed = pGeSpline->isClosed();<br />        periodic = Adesk::kFalse;<br />        for(int k=0; k<pGeSpline->numControlPoints(); k++)<br />        {<br />         gePoints.append(pGeSpline->controlPointAt(k));<br />        }<br />        for(int k=0; k<pGeSpline->numWeights(); k++)<br />        {<br />         geWeights.append(pGeSpline->weightAt(k));<br />        }<br />        geKnots = pGeSpline->knots();      <br />        for(int k=0; k<geKnots.length(); k++)<br />        {<br />         dKnots.append(geKnots[k]);<br />        }<br /> <br /> <br />        AcDbSpline *pSpline=new AcDbSpline(deg,<br />            rational,<br />            closed,<br />            periodic,<br />            gePoints,<br />            dKnots,<br />            geWeights);<br />        if( pSpline->isNull() == Adesk::kTrue)<br />        {<br />         acutPrintf(_T("\nFailed to create a spline."));<br />         break;<br />        }<br />        else<br />        {<br />         pSpline->setColorIndex(1);<br />         addAEntToTheCurrentSpaceAndClose(pSpline);<br />        }<br />       }<br />      }<br />      break;<br />     default:<br />      break;<br />     }<br />    }<br />   }<br /> }<br /> pHatch->close();<br /> }<br /> <br /> <br />   // free up the selection set<br />   acedSSFree (ss);<br /> }<br />

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819534890

good good。

ABC2016

学习专业知识了

aeo

:curse::curse::curse::dizzy::dizzy::dizzy::lol:lol:Q:Q:P:P:D:D:(:(:):):@:@:@:@:loveliness::loveliness:

稻草人i

我要看贴 快快开门

革天明

谢谢楼主分享，学习一下

zjy2999

学习！！！！！！！！！！！！！！！

hyt520

ARX实例代码 -- 重建填充的边界

Urings

谢谢分享.

qq564837358

？？还有隐藏的？

qq564837358

objectarx2012+CAD2012+vs2010 测试崩溃？

w15994259099

代码写得真好，谢谢作者!

fu000000

膜拜{:soso__10169062262133571330_1:}正需要，支持楼主大人了！

用途

谢谢分享.

lhg

正需要，支持楼主大人了！