| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/integration/ |
| H A D | symmetricalGaussRule.cpp | 42 std::vector<real_t>::iterator itc, itw; in symmetricalGaussHexahedronRule() local
48 itc = coords_.begin(); itw = weights_.begin(); in symmetricalGaussHexahedronRule()
49 *itc++=0.5; *itc++=0.5; *itc++=0.5; *itw++=1; in symmetricalGaussHexahedronRule()
55 itc = coords_.begin(); itw = weights_.begin(); in symmetricalGaussHexahedronRule()
67 itc = coords_.begin(); itw = weights_.begin(); in symmetricalGaussHexahedronRule()
294 std::vector<real_t>::iterator itc, itw; in symmetricalGaussPrismRule() local
662 std::vector<real_t>::iterator itc, itw; in symmetricalGaussPyramidRule() local
1019 std::vector<real_t>::iterator itc, itw; in symmetricalGaussQuadrangleRule() local
1026 *itc++=0.5; *itc++=0.5; *itw++=1; in symmetricalGaussQuadrangleRule()
1473 std::vector<real_t>::iterator itc, itw; in symmetricalGaussTetrahedronRule() local
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| /dports/lang/mono/mono-5.10.1.57/external/corefx/src/System.IO/tests/ |
| H A D | IndentedTextWriter.cs | 81 itw.Flush(); in TabString_UsesProvidedString()
84 itw.Close(); in TabString_UsesProvidedString()
97 itw.Indent = 1; in Writes_ProducesExpectedOutput()
99 itw.WriteLine(); in Writes_ProducesExpectedOutput()
101 itw.Write(true); in Writes_ProducesExpectedOutput()
102 itw.Write('a'); in Writes_ProducesExpectedOutput()
105 itw.Write(4m); in Writes_ProducesExpectedOutput()
106 itw.Write(5.6); in Writes_ProducesExpectedOutput()
108 itw.Write(8); in Writes_ProducesExpectedOutput()
109 itw.Write(9L); in Writes_ProducesExpectedOutput()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/tetrahedron/ |
| H A D | NedelecEdgeTetrahedron.cpp | 521 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
529 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
541 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
549 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
563 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
569 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
580 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
581 *(itw+3)=-t1-*(itw+3); *(itw+4)=-t2-*(itw+4); *(itw+5)=-t3-*(itw+5); in rotateDofs()
588 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
599 *(itw+3)=-*itw-*(itw+3) ; *(itw+4)=-*(itw+1)-*(itw+4); *(itw+5)=-*(itw+2)-*(itw+5); in rotateDofs()
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| H A D | NedelecFaceTetrahedron.cpp | 128 std::vector<real_t>::const_iterator itpt, itw; //for quadrature rule in computeShapeFunctions() local
147 itw=quad->weight(); in computeShapeFunctions()
149 for(number_t q=0; q<nbq; ++q, ++itw) //compute by 2D quadrature in computeShapeFunctions()
154 …case 1 : L(i,j)+= pn(0,1-x-y,y) * pq(x,y)** itw ; break; //face 1 : x=0 plane, transform… in computeShapeFunctions()
155 …case 2 : L(i,j)+= pn(y,0,1-x-y) * pq(x,y)** itw ; break; //face 2 : y=0 plane, transform… in computeShapeFunctions()
156 …case 3 : L(i,j)+= pn(1-x-y,y,0) * pq(x,y)** itw ; break; //face 3 : z=0 plane, transform… in computeShapeFunctions()
157 …default : L(i,j)+= pn(x,y,1-x-y) * pq(x,y)** itw * 3 * sq3; break; //face 4 : x+y+z=1 plane, trans… in computeShapeFunctions()
179 itw=quad->weight(); in computeShapeFunctions()
180 for(number_t q=0; q<nbq; ++q, ++itw) in computeShapeFunctions()
183 L(i,j)+= dot(eval(*itp,x,y,z),eval(*itr,x,y,z))** itw ; in computeShapeFunctions()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/hexahedron/ |
| H A D | NedelecEdgeHexahedron.cpp | 545 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
553 … *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
565 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
573 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
587 *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
593 … *itw=-*itw-*(itw+3); *(itw+1)=-*(itw+1)-*(itw+4); *(itw+2)=-*(itw+2)-*(itw+5); in rotateDofs()
604 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
605 *(itw+3)=-t1-*(itw+3); *(itw+4)=-t2-*(itw+4); *(itw+5)=-t3-*(itw+5); in rotateDofs()
612 *itw=*(itw+3); *(itw+1)=*(itw+4); *(itw+2)=*(itw+5); in rotateDofs()
623 … *(itw+3)=-*itw-*(itw+3) ; *(itw+4)=-*(itw+1)-*(itw+4); *(itw+5)=-*(itw+2)-*(itw+5); in rotateDofs()
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| /dports/lang/mono/mono-5.10.1.57/mcs/class/System/Test/System.CodeDom.Compiler/ |
| H A D | IndentedTextWriterCas.cs | 67 itw.Indent = 1; in TouchEverything()
71 itw.Write (true); in TouchEverything()
72 itw.Write (Char.MinValue); in TouchEverything()
77 itw.Write (new object ()); in TouchEverything()
79 itw.Write (String.Empty); in TouchEverything()
84 itw.WriteLine (); in TouchEverything()
85 itw.WriteLine (true); in TouchEverything()
100 itw.Flush (); in TouchEverything()
101 itw.Close (); in TouchEverything()
109 TouchEverything (itw); in Constructor1_Deny_Unrestricted()
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| /dports/math/vtk8/VTK-8.2.0/Examples/GUI/Python/ |
| H A D | ImageTracerWidget.py | 34 itw.GetPath(poly)
41 closed = itw.IsClosed()
171 itw.SetCaptureRadius(1.5)
183 itw.ProjectToPlaneOn()
185 itw.SetProjectionPosition(pos)
186 itw.SetViewProp(imageActor)
188 itw.SetInteractor(iren)
189 itw.PlaceWidget()
196 itw.SnapToImageOff()
202 itw.AutoCloseOn()
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| /dports/math/vtk6/VTK-6.2.0/Examples/GUI/Python/ |
| H A D | ImageTracerWidget.py | 34 itw.GetPath(poly)
41 closed = itw.IsClosed()
171 itw.SetCaptureRadius(1.5)
183 itw.ProjectToPlaneOn()
185 itw.SetProjectionPosition(pos)
186 itw.SetViewProp(imageActor)
188 itw.SetInteractor(iren)
189 itw.PlaceWidget()
196 itw.SnapToImageOff()
202 itw.AutoCloseOn()
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| /dports/math/vtk6/VTK-6.2.0/Examples/GUI/Tcl/ |
| H A D | ImageTracerWidget.tcl | 105 vtkImageTracerWidget itw
110 itw SetCaptureRadius 1.5
122 itw ProjectToPlaneOn
125 itw SetViewProp imageActor
127 itw SetInteractor iren
128 itw PlaceWidget
134 itw SnapToImageOff
138 itw AutoCloseOn
159 itw On
232 set closed [itw IsClosed]
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/ |
| H A D | ShapeValues.cpp | 165 *itw=0; in contravariantPiolaMap()
178 itw=dw[k].begin(); in contravariantPiolaMap()
184 *itw=0; in contravariantPiolaMap()
232 *itw=0; in covariantPiolaMap()
244 itw=dw[k].begin(); in covariantPiolaMap()
250 *itw=0; in covariantPiolaMap()
282 for(dimen_t d=0; d< dimf; ++d, ++itw) *itw*=-1; in changeSign()
283 else itw+=sd; //keep values in changeSign()
293 itw=itd->begin(); in changeSign()
298 for(dimen_t d=0; d< dimf; ++d, ++itw) *itw*=-1; in changeSign()
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| /dports/math/eigen3/eigen-3.3.9/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/math/stanmath/math-4.2.0/lib/eigen_3.3.9/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/math/libmesh/libmesh-1.6.2/contrib/eigen/3.2.9/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/math/libsemigroups/libsemigroups-1.3.7/extern/eigen-3.3.7/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/misc/opennn/opennn-5.0.5/eigen/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/devel/taskflow/taskflow-3.2.0/3rd-party/eigen-3.3.7/test/ |
| H A D | stdlist_overload.cpp | 54 *itw = *itv; in check_stdlist_matrix()
55 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_matrix()
58 itw = w.begin(); in check_stdlist_matrix()
63 ++itw; in check_stdlist_matrix()
94 *itw = *itv; in check_stdlist_transform()
95 VERIFY_IS_APPROX(*itw, *itv); in check_stdlist_transform()
98 itw = w.begin(); in check_stdlist_transform()
103 ++itw; in check_stdlist_transform()
134 *itw = *itv; in check_stdlist_quaternion()
138 itw = w.begin(); in check_stdlist_quaternion()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/operator/ |
| H A D | DifferentialOperator.hpp | 449 for(; itw!=w.end(); itw++) in eval()
499 for(; itr!=res.end(); itr++, itw+=2) *itr= nx **(itw+1)-ny **itw; in eval()
511 *itr = ny **(itw+2)-nz **(itw+1); in eval()
512 *(itr+1)= nz **itw -nx **(itw+2); in eval()
513 *(itr+2)= nx **(itw+1) - ny**itw; in eval()
542 K t = nx * *(itw+1) - ny * *itw; in eval()
558 t1 = ny * *(itw+2)-nz **(itw+1); in eval()
559 t2 = nz * *itw -nx **(itw+2); in eval()
560 t3 = nx * *(itw+1) - ny**itw; in eval()
593 K t = nx * *itw + ny * *(itw+1); //n|w in eval()
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| /dports/games/warmux/warmux-11.04/src/team/ |
| H A D | team.cpp | 296 std::list<Weapon *>::const_iterator itw = l_weapons_list.begin(), in PrepareTurn() local
298 for (; itw != end ; ++itw) { in PrepareTurn()
299 if ((*itw)->AvailableAfterTurn() == (int)current_turn) { in PrepareTurn()
301 m_nb_ammos[ (*itw)->GetType() ] += (*itw)->ReadInitialNbAmmo(); in PrepareTurn()
302 m_nb_units[ (*itw)->GetType() ] += (*itw)->ReadInitialNbUnit(); in PrepareTurn()
356 for (; itw != end ; ++itw) { in LoadGamingData()
357 if ((*itw)->AvailableAfterTurn() == 0) { in LoadGamingData()
359 m_nb_ammos[ (*itw)->GetType() ] = (*itw)->ReadInitialNbAmmo(); in LoadGamingData()
360 m_nb_units[ (*itw)->GetType() ] = (*itw)->ReadInitialNbUnit(); in LoadGamingData()
363 m_nb_ammos[ (*itw)->GetType() ] = 0; in LoadGamingData()
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| /dports/games/ksirk/ksirk-21.12.3/ksirk/SaveLoad/ |
| H A D | ksirkgamexmlhandler.cpp | 222 QList<GameLogic::PlayerMatrix>::iterator itw,itw_end; in endElement() local
223 itw = m_waitedPlayers.begin(); itw_end = m_waitedPlayers.end(); in endElement()
224 for (; itw != itw_end; itw++) in endElement()
226 if ( (*itw).name == m_ownersMap[k] ) in endElement()
228 (*itw).countries.push_back(k); in endElement()
256 QList<GameLogic::PlayerMatrix>::iterator itw,itw_end; in endElement() local
257 itw = m_waitedPlayers.begin(); itw_end = m_waitedPlayers.end(); in endElement()
258 for (; itw != itw_end; itw++) in endElement()
260 if ( (*itw).name == m_goalPlayerName ) in endElement()
262 (*itw).goal = *m_goal; in endElement()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/term/computation/ |
| H A D | FEOperatorComputation.hpp | 132 …std::vector<real_t>::const_iterator itw = quad->weights().begin(); //first weight of quadrature… in computeOperatorByQuadrature() local
138 …for(; itphy != phyPoint.end(); itphy++, itp += dq, itsh++, itv++, itw++) //loop on quadrature … in computeOperatorByQuadrature()
177 …*itv *= mapdata->differentialElement** itw; //multiply by differential element… in computeOperatorByQuadrature()
238 …std::vector< real_t >::const_iterator itw = quad->weights().begin(), itwe = quad->weights().end();… in computeOperatorByQuadrature() local
249 for(; itw != itwe; ++itw, ++itp, ++itv) //loop on quadrature points in computeOperatorByQuadrature()
253 t *= difElt * *itw; in computeOperatorByQuadrature()
260 for(; itw != itwe; ++itw, ++itp, ++itv) //loop on quadrature points in computeOperatorByQuadrature()
264 t *= difElt * *itw; in computeOperatorByQuadrature()
283 for(; itw != itwe; ++itw, ++itp, itq += dq, ++itsh, ++itv) //loop on quadrature points in computeOperatorByQuadrature()
319 …*itv *= difElt* * itw; //multiply by differential e… in computeOperatorByQuadrature()
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| /dports/audio/zrythm/zrythm-1.0.0-alpha.26.0.13/tests/gui/widgets/ |
| H A D | track.c | 42 TrackWidget * itw = in fishbowl_creation_func() local
45 GTK_WIDGET (itw), 300, 120); in fishbowl_creation_func()
47 Z_TRACK_WIDGET (itw)); in fishbowl_creation_func()
49 return GTK_WIDGET (itw); in fishbowl_creation_func()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/quadrangle/ |
| H A D | NedelecEdgeQuadrangle.cpp | 108 std::vector<real_t>::const_iterator itpt, itw; //for quadrature rule in computeShapeFunctions() local
138 itw=quad->weight(); in computeShapeFunctions()
140 for(number_t q=0; q<nbq; ++q, ++itw) //compute by 1D quadrature in computeShapeFunctions()
145 … case 1 : L(i,j)+= pt(1,1-x) * pq(x)** itw ; break; //on edge (1,2) : x -> (1,1-x) in computeShapeFunctions()
146 … case 2 : L(i,j)+= pt(1-x,1) * pq(x)** itw ; break; //on edge (2,3) : x -> (1-x,1) in computeShapeFunctions()
147 … case 3 : L(i,j)+= pt(0,1-x) * pq(x)** itw ; break; //on edge (3,4) : x -> (0,1-x) in computeShapeFunctions()
148 … default : L(i,j)+= pt(1-x,0) * pq(x)** itw ; break; //on edge (4,1) : x -> (1-x,0) in computeShapeFunctions()
172 itw=quad->weight(); in computeShapeFunctions()
173 for(number_t q=0; q<nbq; ++q, ++itw) in computeShapeFunctions()
177 L(i,j)+= *itw * std::inner_product(vp.begin(),vp.end(),eval(*itr,x,y).begin(),r); in computeShapeFunctions()
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| /dports/math/xlife++/xlifepp-sources-v2.0.1-2018-05-09/src/finiteElements/triangle/ |
| H A D | NedelecTriangle.cpp | 319 itw=quad->weight(); in computeShapeFunctions()
321 for(number_t q=0; q<nbq; ++q, ++itpt, ++itw) in computeShapeFunctions()
325 if(e==2) L(i,j)+= pn(0,1-s) * pq(s)** itw ; in computeShapeFunctions()
326 if(e==3) L(i,j)+= pn(s,0) * pq(s)** itw ; in computeShapeFunctions()
348 itw=quad->weight(); in computeShapeFunctions()
349 for(number_t q=0; q<nbq; ++q, itpt+=2, ++itw) in computeShapeFunctions()
548 itw=quad->weight(); in computeShapeFunctions()
550 for(number_t q=0; q<nbq; ++q, ++itpt, ++itw) in computeShapeFunctions()
554 if(e==2) L(i,j)+= pn(0,1-s) * pq(s)** itw ; in computeShapeFunctions()
577 itw=quad->weight(); in computeShapeFunctions()
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| H A D | RaviartThomasTriangle.cpp | 225 std::vector<real_t>::const_iterator itpt, itw; //for quadrature rule in computeShapeFunctions() local
240 itw=quad->weight(); in computeShapeFunctions()
242 for (number_t q=0; q<nbq; ++q, ++itpt, ++itw) in computeShapeFunctions()
245 if(e==1) L(i,j)+= pn(1-s,s) * pq(s) **itw * 2* sq2; in computeShapeFunctions()
246 if(e==2) L(i,j)+= pn(0,1-s) * pq(s) **itw ; in computeShapeFunctions()
247 if(e==3) L(i,j)+= pn(s,0) * pq(s) **itw ; in computeShapeFunctions()
269 itw=quad->weight(); in computeShapeFunctions()
270 for (number_t q=0; q<nbq; ++q, itpt+=2, ++itw) in computeShapeFunctions()
273 L(i,j)+= dot(eval(*itp,x,y),eval(*itr,x,y)) * *itw ; in computeShapeFunctions()
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| /dports/cad/opencascade/opencascade-7.6.0/src/ShapeFix/ |
| H A D | ShapeFix_SplitCommonVertex.cxx | 80 for(TopoDS_Iterator itw(F,Standard_False); itw.More(); itw.Next()) { in Perform() local
81 if(itw.Value().ShapeType() != TopAbs_WIRE) in Perform()
83 wires.Append(itw.Value()); in Perform()
|