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[二次开发源码] NX二次开发源码: 创建草图并通过草图做出回转体

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2014-2-19 17:07:47 4990 1

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通过NX开发进行草图的创建,创建草图过程包括基本曲线的创建以及约束。9 ?) v) d4 B' G. R* o; w; ~3 }
草图的约束分为几何约束和尺寸约束,通过代码的约束使得草图完全约束。9 g; K7 X5 O+ ]  L
草图完成后,可以通过回转体进行旋转,此处直接做出简单的例子。: k3 i+ ]  A4 ]
仅供参考!
7 o: }& Y* j7 }2 c2 }7 Q; F
6 V" d7 I1 `/ |" [) o+ m, x, @效果如下:" X7 Z8 o* X, [) w. {: G
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创建草图

创建草图

生成

生成
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admin 发表于 2014-2-19 17:07:47

admin 沙发

2014-2-19 17:07:47

比较乱,仅供参考
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  1. <p>void basicFeatures::createSketch()2 J5 h+ |2 i* Q2 v' _! R
  2. {</p><p>{- }* w+ M0 t7 d3 G/ a) k" \
  3.     Session *theSession = Session::GetSession();
    7 p- B- S& Q- d% l
  4.     Part *workPart(theSession->Parts()->Work());0 p6 s4 O4 [+ u  p$ z, ^/ Q
  5.     Part *displayPart(theSession->Parts()->Display());
    3 V2 F! Y( @: w3 |. @
  6.     Sketch *nullSketch(NULL);" P( n' s8 j1 m
  7.     SketchInPlaceBuilder *sketchInPlaceBuilder1;/ o" u% l* y( B- b% `# Y% \! }' b
  8.     sketchInPlaceBuilder1 = workPart->Sketches()->CreateNewSketchInPlaceBuilder(nullSketch);
    # }$ i# L# Z/ A6 n
  9.     sketchInPlaceBuilder1->Plane()->SetMethod(PlaneTypes::MethodTypeFixedZ);
      O# N7 l" [4 {  @
  10.     Point3d origin1(0.0, 0.0, 0.0);0 w6 H3 X' U' d% g8 ?: @
  11.     sketchInPlaceBuilder1->Plane()->SetOrigin(origin1);) L! H9 q+ b; h5 y: V8 g2 k& J
  12.     sketchInPlaceBuilder1->Plane()->Evaluate();</p><p> // set the reference</p><p> theSession->Preferences()->Sketch()->SetCreateInferredConstraints(true);0 x& H2 E7 u- q
  13.     3 U, ]2 y7 V$ s3 m) _3 H
  14.     theSession->Preferences()->Sketch()->SetContinuousAutoDimensioning(false);* h, {; S/ `0 E& n6 ~2 c
  15.    
      ?. [9 O' r& _7 b
  16.     theSession->Preferences()->Sketch()->SetDimensionLabel(Preferences::SketchPreferences::DimensionLabelTypeExpression);) A: D) W. Q* l) Q. g
  17.    
    & L' F- a# ]6 i6 h4 ?! K3 C
  18.     theSession->Preferences()->Sketch()->SetTextSizeFixed(true);
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  19.     5 j1 a) P* Q. z+ ]
  20.     theSession->Preferences()->Sketch()->SetFixedTextSize(3.0);
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  21.     2 O) c% J( o, O" T
  22.     theSession->Preferences()->Sketch()->SetConstraintSymbolSize(3.0);
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  23.     ' o$ p3 N4 n  R* r3 w2 H" A6 e) L
  24.     theSession->Preferences()->Sketch()->SetDisplayObjectColor(false);
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  25.     0 W& M( |, C$ r# Q
  26.     theSession->Preferences()->Sketch()->SetDisplayObjectName(true);</p><p>   
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  27.     NXObject *nXObject1;* m7 ], D8 h8 p2 P. f
  28.     nXObject1 = sketchInPlaceBuilder1->Commit();/ i' ?) X: l# F  V4 A
  29.    
    * d+ N( F; q" l1 w  ^
  30.     Sketch *sketch1(dynamic_cast<Sketch *>(nXObject1));. k; c5 ]$ a. L' @3 x
  31.     Features::Feature *feature1;" ^! P7 o1 W+ @* y3 h9 p
  32.     feature1 = sketch1->Feature();</p><p>
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  33.     sketchInPlaceBuilder1->Destroy();</p><p>
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  34. sketch1->Activate(Sketch::ViewReorientFalse);
    ' v" t  N; A) h3 m

  35. 5 \) T1 C  W3 _0 Q- R
  36. // define the dimensions   h. z" v( {# p- K2 B
  37.     double heigth1 = this->doubleHeight1->GetProperties()->GetDouble("Value");
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  38. double heigth2 = this->doubleHeight2->GetProperties()->GetDouble("Value");& b8 t' V7 ?' B
  39. double length = this->doubleLength->GetProperties()->GetDouble("Value");$ k9 [, b* c( S& q+ b2 v" e
  40. char msg1[UF_MAX_EXP_BUFSIZE],msg2[UF_MAX_EXP_BUFSIZE],msg3[UF_MAX_EXP_BUFSIZE];
    - F7 q* J  K$ R0 H2 p, x
  41. sprintf(msg1,"%f",heigth1);
    - v6 ~- k& r4 ^2 \2 @
  42. sprintf(msg2,"%f",heigth2);" ]0 g; x/ m" R  e4 P5 X; p
  43. sprintf(msg3,"%f",length);& v* }* P% A1 W. p7 ?
  44. Expression *height1exp,*height2exp,*lengthexp;' Y- \4 C/ x4 d$ G  ^! ?
  45. height1exp= workPart->Expressions()->CreateSystemExpression(msg1);1 g; f  Z+ Z) ]
  46. height2exp= workPart->Expressions()->CreateSystemExpression(msg2);
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  47. lengthexp= workPart->Expressions()->CreateSystemExpression(msg3);
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  48. // these for the dimension position' f* _4 T1 g& J! A% s
  49. Point3d dimOrigin1(-100, heigth1/2, 0.0); ' [( o: q5 |# J+ T& K( u: S
  50. Point3d dimOrigin2(length/2, heigth1+100, 0.0);
    ) f% |5 ]1 t4 d: o% C+ D' k
  51. Point3d dimOrigin3(length+100, heigth1-heigth2/2, 0.0);</p><p>  // add curves1 u: s, B) Y' _
  52.     Point3d startPoint1(0.0, 0.0, 0.0);7 a2 r4 L) W4 a  g. q% a& }$ l
  53. Point3d endPoint1(0.0,heigth1,0.0);  z7 U( ]3 ~! b2 M9 W5 q
  54. Point3d endPoint2(length,heigth1,0.0);) c9 |$ {* S# \3 W% E
  55. Point3d endPoint3(length,heigth1-heigth2,0.0);& \, \3 R% V& \7 e
  56.     Line *line1,*line2,*line3,*line4;
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  57.     line1 = workPart->Curves()->CreateLine(startPoint1, endPoint1);; x; M9 s+ Q3 p4 z0 ^: p' ?
  58. line2 = workPart->Curves()->CreateLine(endPoint1, endPoint2);* x+ W( |! Q4 K- b
  59. line3 = workPart->Curves()->CreateLine(endPoint2, endPoint3);
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  60. line4 = workPart->Curves()->CreateLine(endPoint3, startPoint1);+ p6 p4 h2 ?- X/ `
  61. theSession->ActiveSketch()->AddGeometry(line1, Sketch::InferConstraintsOptionInferCoincidentConstraints);+ z5 A$ o/ k4 d0 Q
  62. theSession->ActiveSketch()->AddGeometry(line2, Sketch::InferConstraintsOptionInferCoincidentConstraints);
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  63. theSession->ActiveSketch()->AddGeometry(line3, Sketch::InferConstraintsOptionInferCoincidentConstraints);+ l9 u. K- M+ y) ]% `4 w2 Q% ~
  64. theSession->ActiveSketch()->AddGeometry(line4, Sketch::InferConstraintsOptionInferCoincidentConstraints);) P6 i& S- H0 g5 A$ k
  65.    </p><p> // add constraints. `7 ?5 O  y' F7 o; e# ~2 y
  66. //..
    $ ?  [) q9 y( D. J
  67. // for line1
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  68. Sketch::ConstraintGeometry geopoint1;9 o7 s0 ]* y' ~1 L1 j! a9 g' `
  69. geopoint1.Geometry = line1;! Y% t9 b! [) d. r( ]1 V* e; \
  70. geopoint1.PointType = Sketch::ConstraintPointTypeStartVertex;
    : {  a  |. R, h* G6 l9 S7 B
  71. geopoint1.SplineDefiningPointIndex = 0;  S; z2 X  T' e5 q! O# E
  72. // find the (0,0,0) point
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  73. Sketch::ConstraintGeometry geopoint2;
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  74. Point *pointOriginal;) m7 h0 |" Z. g5 N' m. o0 R% r
  75. pointOriginal = workPart->Points()->CreatePoint(sketch1->Origin());
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  76. geopoint2.Geometry = pointOriginal;
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  77. geopoint2.PointType = Sketch::ConstraintPointTypeStartVertex;3 |, E- y7 a. q
  78. geopoint2.SplineDefiningPointIndex = 0;# h+ N( D% |. m+ u
  79. theSession->ActiveSketch()->CreateCoincidentConstraint(geopoint1,geopoint2);</p><p> Sketch::ConstraintGeometry geoline1;6 U3 M6 Z  w" @3 z( k, L8 h
  80. geoline1.Geometry = line1;
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  81. geoline1.PointType = Sketch::ConstraintPointTypeNone;, u/ v7 `) \: \) u0 j
  82. geoline1.SplineDefiningPointIndex = 0;
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  83. theSession->ActiveSketch()->CreateVerticalConstraint(geoline1);
    ; H$ _/ }- ]6 k2 M; t% O2 o/ s
  84. //..& k$ }% E! Z$ V* p# K
  85. // for line21 S5 m2 X8 Z' G' S1 n1 y3 |
  86. Sketch::ConstraintGeometry geoline2;) q7 B; d: X# }( X
  87. geoline2.Geometry = line2;7 J" k" y. Y+ R) I
  88. geoline2.PointType = Sketch::ConstraintPointTypeNone;
    / A3 }. R7 g/ q3 x! V
  89. geoline2.SplineDefiningPointIndex = 0;5 w- I7 h6 H0 ~  [
  90. theSession->ActiveSketch()->CreateHorizontalConstraint(geoline2);: ]( F* H- g9 t7 j5 \/ U3 R( B
  91. //..
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  92. // for line36 k3 k) x7 K; b  k: V; ]
  93. Sketch::ConstraintGeometry geoline3;
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  94. geoline3.Geometry = line3;
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  95. geoline3.PointType = Sketch::ConstraintPointTypeNone;- }+ }6 C. ^% Q) g; S
  96. geoline3.SplineDefiningPointIndex = 0;' J  S# W" E% ^2 q' K0 ^- W$ p. A
  97. theSession->ActiveSketch()->CreateVerticalConstraint(geoline3);4 H8 C3 d0 ?( T8 K+ W
  98. // use this method to create the constraints0 ]0 y( t0 F% C0 q0 x8 L% U/ L
  99. /*SketchConstraintBuilder *line3constraint;; t9 k5 u4 w3 F' J: Z) H4 J0 \
  100. line3constraint= workPart->Sketches()->CreateConstraintBuilder();/ D+ m% e1 T5 G+ v9 l0 t, W& @
  101. line3constraint->GeometryToConstrain()->Add(line3);
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  102. line3constraint->SetConstraintType(SketchConstraintBuilder::ConstraintVertical);
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  103. line3constraint->Commit();
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  104.     line3constraint->Destroy();*/# C* V  m, d6 _  j
  105.    
    ' _* g) _' f$ Q5 |, `
  106. // add dimension2 X# H& |* p3 o1 e( _) w
  107. //..6 o. e' s9 h! A- V# T0 O) X5 [
  108. // for line1% P( F$ v0 ]2 K/ d5 `9 F
  109. Sketch::DimensionGeometry dimobject1_start;; L4 g$ }- v  }7 h  i" A9 }1 z
  110. dimobject1_start.AssocType = Sketch::AssocTypeStartPoint;
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  111. dimobject1_start.AssocValue = 0;
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  112. dimobject1_start.Geometry = line1;
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  113. dimobject1_start.HelpPoint.X = 0 ;' I$ X1 N) ^: s
  114. dimobject1_start.HelpPoint.Y = 0 ;. L2 u/ U. |: q2 A4 P  L" |% U
  115. dimobject1_start.HelpPoint.Z = 0 ;
    " k0 J# u  o3 k" H5 D3 o
  116. NXObject *nullNXObject1(NULL);
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  117. dimobject1_start.View = nullNXObject1;</p><p> Sketch::DimensionGeometry dimobject1_end;4 T. q" Y( T1 E* K; t
  118. dimobject1_end.AssocType = Sketch::AssocTypeEndPoint;
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  119. dimobject1_end.AssocValue = 0;
    4 T: U$ F" R" b$ |6 q% O1 B
  120. dimobject1_end.Geometry = line1;9 g* w( F/ V6 }! T' ^
  121. dimobject1_end.HelpPoint.X = 0 ;
    - c( a" e" Z0 }
  122. dimobject1_end.HelpPoint.Y = 0 ;2 P: E0 b- H4 j; F3 A+ e8 f
  123. dimobject1_end.HelpPoint.Z = 0 ;. X8 B" k- K6 u! d6 a
  124. dimobject1_end.View = nullNXObject1;</p><p> SketchDimensionalConstraint *sketchDimensionalConstraint1 = theSession->ActiveSketch()->CreateDimension(Sketch::ConstraintTypeVerticalDim,dimobject1_start,dimobject1_end,dimOrigin1,height1exp,Sketch::DimensionOptionCreateAsDriving);</p><p>    Annotations::Dimension *dimension1;
    5 w- T; B) J0 O$ y
  125.     dimension1 = sketchDimensionalConstraint1->AssociatedDimension();</p><p>$ N4 V" n- S8 ?8 s: q8 _7 H: e
  126. //..
    7 z- @1 O/ q% y" A
  127. // for line2
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  128. Sketch::DimensionGeometry dimobject2_start;6 e6 ?# k  W  Z1 G$ Y1 l9 v3 K
  129. dimobject2_start.AssocType = Sketch::AssocTypeStartPoint;0 e5 G% e' D5 h6 g. c! [7 k
  130. dimobject2_start.AssocValue = 0;
    4 ]6 |% [! k8 I$ x1 {2 g/ Q
  131. dimobject2_start.Geometry = line2;
    6 _, J5 a, Z/ ~8 \& e; x4 D
  132. dimobject2_start.HelpPoint.X = 0 ;$ V4 j" u) Y! o
  133. dimobject2_start.HelpPoint.Y = 0 ;
    ' y; q% s! T6 [4 T0 A* |
  134. dimobject2_start.HelpPoint.Z = 0 ;6 ^7 a6 l# b5 \* T) _
  135. dimobject2_start.View = nullNXObject1;</p><p> Sketch::DimensionGeometry dimobject2_end;
    9 m) O1 p6 M& x; [7 h5 w
  136. dimobject2_end.AssocType = Sketch::AssocTypeEndPoint;
    ! X' X5 ?9 m. {' c0 e( E
  137. dimobject2_end.AssocValue = 0;$ X. u, @( \7 T$ p
  138. dimobject2_end.Geometry = line2;
    % g) {& N1 m2 }2 ^6 q
  139. dimobject2_end.HelpPoint.X = 0 ;
    ! c. s7 P8 A2 b, e6 c
  140. dimobject2_end.HelpPoint.Y = 0 ;- l# y. m, w& t' `
  141. dimobject2_end.HelpPoint.Z = 0 ;8 x1 u" f$ c+ L- j5 R. @9 N
  142. dimobject2_end.View = nullNXObject1;</p><p> SketchDimensionalConstraint *sketchDimensionalConstraint2 = theSession->ActiveSketch()->CreateDimension(Sketch::ConstraintTypeHorizontalDim,dimobject2_start,dimobject2_end,dimOrigin2,lengthexp,Sketch::DimensionOptionCreateAsDriving);</p><p>    Annotations::Dimension *dimension2;& X# q7 r: d/ c4 ^% H+ E& Y
  143.     dimension2 = sketchDimensionalConstraint2->AssociatedDimension();</p><p> // for line3
    6 B4 b, K% W& @& t
  144. Sketch::DimensionGeometry dimobject3_start;3 |" C% M! s! T# a; i, `
  145. dimobject3_start.AssocType = Sketch::AssocTypeStartPoint;
    1 H. R6 W! A3 U4 a
  146. dimobject3_start.AssocValue = 0;  s# s( ?; B  f# W
  147. dimobject3_start.Geometry = line3;. \2 Y" U6 c0 A" ?' l' B1 N, m
  148. dimobject3_start.HelpPoint.X = 0 ;8 O  l, m* l, ?: v5 S' Y0 X
  149. dimobject3_start.HelpPoint.Y = 0 ;/ p6 ~1 z$ ~# D( ]
  150. dimobject3_start.HelpPoint.Z = 0 ;
    ' Z8 e0 p) @8 _9 w& u
  151. dimobject3_start.View = nullNXObject1;</p><p> Sketch::DimensionGeometry dimobject3_end;( ?7 ^9 A0 [: Q8 Q5 [) q! g
  152. dimobject3_end.AssocType = Sketch::AssocTypeEndPoint;
    ! W5 g/ n5 D! W: D
  153. dimobject3_end.AssocValue = 0;) S6 D' z0 B+ c+ T+ B
  154. dimobject3_end.Geometry = line3;
    3 x* s9 y. G3 l+ O+ k! V
  155. dimobject3_end.HelpPoint.X = 0 ;
    0 k! `5 Y& s7 y* f
  156. dimobject3_end.HelpPoint.Y = 0 ;
    : r5 s6 A2 B5 h
  157. dimobject3_end.HelpPoint.Z = 0 ;* p. V! S8 a0 F- }  p" m  N
  158. dimobject3_end.View = nullNXObject1;</p><p> SketchDimensionalConstraint *sketchDimensionalConstraint3 = theSession->ActiveSketch()->CreateDimension(Sketch::ConstraintTypeVerticalDim,dimobject3_start,dimobject3_end,dimOrigin3,height2exp,Sketch::DimensionOptionCreateAsDriving);</p><p>    Annotations::Dimension *dimension3;
    # K, _! T: `: w0 M" g
  159.     dimension3 = sketchDimensionalConstraint3->AssociatedDimension();</p><p> //workPart->Expressions()->Delete(height1exp);</p><p> theSession->ActiveSketch()->Update();</p><p> theSession->ActiveSketch()->Deactivate(Sketch::ViewReorientFalse,Sketch::UpdateLevelModel);1 @8 S+ \, M0 d! s, g& e
  160. . Z+ H( \) c9 x
  161. /*</p><p> // revolve the body</p><p> */! l+ j( d" w9 F  m4 v
  162. Features::Feature *nullFeatures_Feature(NULL);
    , G0 Q( c0 _5 \+ _; Z4 W2 [
  163. Features::RevolveBuilder *revolveBuilder1;
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  164.     revolveBuilder1 = workPart->Features()->CreateRevolveBuilder(nullFeatures_Feature);
    ( h% X  h' [: g4 x/ L
  165.     revolveBuilder1->Limits()->StartExtend()->Value()->SetRightHandSide("0");# a4 U/ b8 K. U; y: e& G5 J" X
  166.     revolveBuilder1->Limits()->EndExtend()->Value()->SetRightHandSide("360");+ c3 c. C* Y' V4 n$ X
  167.     revolveBuilder1->SetTolerance(0.01);% W, U  w" ^& }! w$ A7 m+ l
  168. Section *section1;5 T, o! B6 y) ~3 ?& q* |
  169.     section1 = workPart->Sections()->CreateSection(0.0095, 0.01, 0.5);; c" K9 J9 ^. E9 v# P3 e: G
  170.     revolveBuilder1->SetSection(section1);
    1 \# e# c: G, L6 V. p
  171.    
    0 A% W5 F% L1 h' c4 }3 E# [
  172. section1->SetAllowedEntityTypes(Section::AllowTypesOnlyCurves);
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  173.     1 ]  D3 S" {) [$ k) v2 z9 r
  174. std::vector<Features::Feature *> features1(1);1 d% q8 Q+ ~  J( K3 D% ?1 V
  175.     features1[0] = feature1;
    * X. A& {: |1 D; c9 F3 z) P
  176.     CurveFeatureRule *curveFeatureRule1;
    " W1 Z: i% g' T/ w  E% A: B6 f
  177.     curveFeatureRule1 = workPart->ScRuleFactory()->CreateRuleCurveFeature(features1);" x  _9 ^! Z3 N  G, P/ l' Y$ T
  178.    
    9 t# T% g. m0 H
  179.     section1->AllowSelfIntersection(false);/ O9 J* ~$ s4 e% F" z3 \6 k: x
  180.     + I, R. q& c8 B7 d4 ?
  181.     std::vector<SelectionIntentRule *> rules1(1);
    1 O; M# ^; [7 p7 u
  182.     rules1[0] = curveFeatureRule1;
    # J8 n+ S% |4 J* w/ L
  183.     NXObject *nullNXObject(NULL);
    4 Z% S/ g) g* F( ?
  184.     Point3d helpPoint1(0.0, 0.0, 0.0);
    $ n& h: K5 H) `4 E2 L
  185.     section1->AddToSection(rules1, nullNXObject, nullNXObject, nullNXObject, helpPoint1, Section::ModeCreate, false);; ?& T; [3 J4 V' G! A- z( f& l
  186. ( [$ e3 D: T; c
  187. // define the axis</p><p>    Direction *direction1;8 N9 G8 c3 x- }. D9 y, q4 a+ D+ N! C
  188.     direction1 = workPart->Directions()->CreateDirection(line2, SenseForward, SmartObject::UpdateOptionWithinModeling);+ H9 V' `: `+ B4 m# N! `( w
  189.    
    ) c8 N, |* M8 ^) S+ L
  190.     Point *nullPoint(NULL);
    7 T1 C* `4 |' p9 u
  191.     Axis *axis1;
    5 `# y2 K) M# d# [
  192.     axis1 = workPart->Axes()->CreateAxis(nullPoint, direction1, SmartObject::UpdateOptionWithinModeling);7 v* D8 E9 e0 G) [9 m
  193. $ k$ L, W+ q8 v' ~$ O
  194. revolveBuilder1->SetAxis(axis1);</p><p> // commit feature( L; ^$ t9 Q- n, N0 d
  195. Features::Feature *feature2;- X3 `- z: u; I+ O6 t! J9 X
  196.     feature2 = revolveBuilder1->CommitFeature();
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  197. revolveBuilder1->Destroy();( w- n" W' ]( v1 T9 V
  198. }</p><p>}
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  199. </p><p> </p>
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