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UG NX 二次开发源码分享:遍历所有的实体得到边面特征信息
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. h8 x+ o$ o+ S6 a theSession->ListingWindow()->Open();
1 o' V n; p b2 v6 M2 H theSession->ListingWindow()->WriteLine("Get information from all bodies\n");
5 K1 ~- {% K6 E. V u' r std::vector<Body *> bodies;+ @) w+ e* S) x a5 K2 z9 t8 t. O
BodyCollection *bodyColl = workPart->Bodies();
K7 P( y' B/ ^4 w, t for(it = bodyColl->begin();it!=bodyColl->end();++it)
3 A- O1 D. g) |( S& _ U5 K {
( V2 G" l2 o7 [0 d( n bodies.push_back(*it);
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7 w# T0 I' J. O: o1 l$ c ss <<"Bodies count = " << bodies.size()<< "\n";/ Q3 w8 ]+ k# L+ n9 T/ b7 n
std::vector <Edge *> edges;
* @5 r4 r) p. s! R B) I2 l std::vector <Edge *> totalEdges;: u& B, b2 \( M- m7 P- [! A
std::vector <Face *> faces;
+ }- r% n, u# U( A. _! M6 z std::vector <Face *> totalfaces;
% m7 |( \" x; c. s: B std::vector <Features::Feature *> Features;
* i2 y6 m# c; m( Y( k+ a5 ?; W) @ std::vector <Features::Feature *> totalFeature;- e# _$ @9 ?$ l# v& X6 ^. N* c
Point3d vertex1,vertex2;5 Z# i& M0 Y/ C' \1 S; s9 c
for (unsigned int i = 0; i< bodies.size();++i)
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, s) M3 q7 `3 x% X) m9 v edges = bodies->GetEdges();; G3 B; U }$ R! _) N2 c
faces = bodies->GetFaces();
5 H4 ^# N( S1 o8 U1 O+ D) N, L9 h& V Features = bodies->GetFeatures();
. q: `: m. o9 x8 R( Z4 T for(unsigned int j =0;j < edges.size(); j++)
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5 N8 p( A+ z& T# U: e; s/ h5 Q totalEdges.push_back(edges[j]);
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for(unsigned int j =0;j < faces.size(); j++)8 r& K# h, D# O5 b' P7 n/ L" W
{
) f+ J9 R2 O7 U: h9 i- z totalfaces.push_back(faces[j]);$ q/ C: G# `, z2 }$ |; A
}; i3 u3 d/ Q# C$ U5 J1 @- b# Q+ S
for(unsigned int j =0;j < Features.size(); j++)
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: d" C5 u/ ]- n3 h totalFeature.push_back(Features[j]);
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2 G& j1 `) x8 I O4 q8 @ ss <<"edges count = " << totalEdges.size()<< "\n"; y) [0 } t; f6 @- q
for(unsigned int j =0;j < totalEdges.size(); j++)4 L7 Y3 G7 q0 S( E
{
8 z6 {# X7 B* |3 j) @6 F totalEdges[j]->GetVertices(&vertex1,&vertex2);
$ Z5 M3 T4 _5 R5 q7 h ss <<"edges tag: " << totalEdges[j]->GetBody()->GetTag()<<"\t";5 ]9 j4 Y L4 L, w4 b8 i
ss <<"edges vertex 1: "<<"("<<vertex1.X<<","<<vertex1.Y<<","<<vertex1.Z<<")"<<"\t";
3 h' i6 R6 H" p; {, f8 T2 ] ss <<"edges vertex 2: "<<"("<<vertex2.X<<","<<vertex2.Y<<","<<vertex2.Z<<")"<<"\n";8 p% Z# M) f& D+ q% M B
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ss <<"faces count = " << totalfaces.size()<< "\n";& j- ]2 \" J7 P
for(unsigned int j =0;j < totalfaces.size(); j++)/ U5 H7 u& q/ z0 R
{
1 K: G6 n3 a @! R ss <<"Face tag: " << totalfaces[j]->Tag()<<"\t";0 T/ I, E7 U8 S
ss <<"Face Type: " << totalfaces[j]->SolidFaceType()<<"\t";. c' k4 d1 r% G5 D, E2 ` M' _
ss <<"Face Name: " <<totalfaces[j]->Name().GetUTF8Text()<<"\n";
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ss <<"Features count = " << totalFeature.size()<< "\n";
: m, d( l Y7 ^ for(unsigned int j =0;j < totalFeature.size(); j++)
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% ^6 H. P) I# g2 I" B ss <<"features tag : " << totalFeature[j]->Tag()<<"\t";! Z: j/ O0 S3 B- ]( [
ss <<"features Type: " << totalFeature[j]->FeatureType().GetUTF8Text()<<"\t";
( W* a6 a- Q" |& S9 ?& a' ^ ss <<"features Name: " <<totalFeature[j]->GetFeatureName().GetUTF8Text()<<"\n";
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# D6 w8 U) ?. ] theSession->ListingWindow()->WriteLine(ss.str());, x' o# F9 y6 s" U
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. Q: ]1 `. f& B查询结果如下:
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9 s$ U5 y0 I4 G1 j+ k1 j+ EGet information from all bodies0 u( Q4 m2 O. T9 [# r) \* Q$ B
CYLINDERBodies count = 70 a- s- P. j+ _, u% n. |6 e0 I
edges count = 22
' P9 e3 n1 K- c, i2 M' t. q* ^# Zedges tag: 41404 edges vertex 1: (100,0,0) edges vertex 2: (100,0,100)+ o/ ]; @2 W) l. r- H
edges tag: 41404 edges vertex 1: (100,0,0) edges vertex 2: (100,100,0)- n; G4 P! Y0 E$ X2 Y/ [/ `
edges tag: 41404 edges vertex 1: (0,100,0) edges vertex 2: (0,100,100)8 x$ B. |0 y0 P K: N
edges tag: 41404 edges vertex 1: (100,100,0) edges vertex 2: (0,100,0)
# Z1 y6 i0 N4 I( A2 Xedges tag: 41404 edges vertex 1: (100,0,100) edges vertex 2: (0,0,100)
! |0 q& E6 m& v6 L% N: redges tag: 41404 edges vertex 1: (0,0,0) edges vertex 2: (100,0,0)
d8 Z: ^0 K ~edges tag: 41404 edges vertex 1: (100,100,0) edges vertex 2: (100,100,100)
9 G1 n+ ]" m$ C6 ?7 S; g9 oedges tag: 41404 edges vertex 1: (0,100,100) edges vertex 2: (100,100,100)
3 `5 c# Q7 G( _$ q" l2 g' }# Cedges tag: 41404 edges vertex 1: (0,0,100) edges vertex 2: (0,100,100)
, n$ E3 o) A, i4 u+ G9 l$ `edges tag: 41404 edges vertex 1: (100,100,100) edges vertex 2: (100,0,100)
! V( m9 i8 z2 B9 w. y& @& e: a( f% Tedges tag: 41404 edges vertex 1: (0,0,0) edges vertex 2: (0,0,100)- d9 t4 i7 H" z% S
edges tag: 41404 edges vertex 1: (0,100,0) edges vertex 2: (0,0,0)& ?1 L! w! n- e7 w) p8 c
edges tag: 40966 edges vertex 1: (50,0,100) edges vertex 2: (50,0,100)0 p, c" D2 j( E+ L
edges tag: 40966 edges vertex 1: (50,0,200) edges vertex 2: (50,0,200)
7 W1 }9 n" D1 `' H; h; }edges tag: 40977 edges vertex 1: (50,0,200) edges vertex 2: (50,0,200). @' D4 ?3 q3 O6 W
edges tag: 40977 edges vertex 1: (50,0,300) edges vertex 2: (50,0,300)
& x( `' p9 Z6 p) \* hedges tag: 37824 edges vertex 1: (50,0,300) edges vertex 2: (50,0,300)
a! s- j ~8 }4 _- Pedges tag: 37824 edges vertex 1: (50,0,400) edges vertex 2: (50,0,400)% V8 y! a% L, p7 _
edges tag: 41200 edges vertex 1: (50,0,400) edges vertex 2: (50,0,400)
+ |: k& r: u! p# o2 X! `' }edges tag: 41200 edges vertex 1: (50,0,500) edges vertex 2: (50,0,500)' }6 n' e" G/ k
edges tag: 41357 edges vertex 1: (150,100,200) edges vertex 2: (150,100,200)$ I& K0 v& t% Y6 H0 Y0 M v0 U
edges tag: 41357 edges vertex 1: (150,100,100) edges vertex 2: (150,100,100)' B! i* c4 r. r; _
faces count = 22
( C- z4 k" D1 J. V ZFace tag: 41407 Face Type: 4 Face Name: / c& \# v7 u7 ]/ J
Face tag: 41398 Face Type: 1 Face Name: / w& v4 |( x" L; _' l
Face tag: 41376 Face Type: 1 Face Name: & L& Z- E, t7 ?0 R' o
Face tag: 41391 Face Type: 1 Face Name:
3 a' _; x3 w) o* U( UFace tag: 41380 Face Type: 1 Face Name: $ z2 N% ]7 L' q% Z+ T7 C
Face tag: 41396 Face Type: 1 Face Name:
7 F F" Q) ^9 G9 o) CFace tag: 41397 Face Type: 1 Face Name:
! f- T. `; \* a |: _6 Q9 eFace tag: 40995 Face Type: 2 Face Name: / h1 v( u: s* }3 `. n- u# m
Face tag: 40965 Face Type: 1 Face Name: 2 ^$ l5 m/ L) h
Face tag: 40997 Face Type: 1 Face Name:
9 ~( i; z- l0 ?9 A4 ] jFace tag: 41351 Face Type: 1 Face Name: |- b" ~0 s. w1 e5 ^
Face tag: 41352 Face Type: 1 Face Name:
1 K& i) q `) K, y; K6 SFace tag: 41353 Face Type: 2 Face Name: 1 g5 ~1 t/ _( f9 ?* j* m+ E- \
Face tag: 38479 Face Type: 1 Face Name: * I8 Z" X) C& ?8 t
Face tag: 38480 Face Type: 1 Face Name:
" ?/ o8 q; I2 u; u' QFace tag: 38481 Face Type: 2 Face Name:
3 x. |: S: |$ \2 p2 M5 hFace tag: 41207 Face Type: 1 Face Name: ) G9 ^" g* Q& s9 ^ Q v
Face tag: 41203 Face Type: 1 Face Name:
& z! D7 L3 ?( z$ ^Face tag: 41158 Face Type: 2 Face Name: 1 ]' k3 p+ X& U7 w6 {: S) Z5 [
Face tag: 40987 Face Type: 2 Face Name: & @) D9 J1 M% x
Face tag: 41010 Face Type: 1 Face Name: , @& x# m- |5 ?! J, M, N1 A
Face tag: 41001 Face Type: 1 Face Name: , n2 B( f! l, g4 m9 T( H0 O" V' `+ n
Features count = 7; p" G( t. q8 \6 t! v0 P
features tag : 41280 features Type: SPHERE features Name: Sphere(17)
4 w& C; x( d# B7 Sfeatures tag : 41281 features Type: BLOCK features Name: Block(18)3 R, p) o% O% Z: c' k# V; v, N& p/ @
features tag : 41307 features Type: CYLINDER features Name: Cylinder(19)
$ V3 b1 K* M9 A; Rfeatures tag : 41314 features Type: CYLINDER features Name: Cylinder(20)
5 n6 ~9 |3 l6 jfeatures tag : 41322 features Type: CYLINDER features Name: Cylinder(21): ^& F! k9 ^( O7 {# S
features tag : 41330 features Type: CYLINDER features Name: Cylinder(22)
/ x- ^/ g, z _features tag : 41338 features Type: CYLINDER features Name: Cylinder(23)6 r/ S) R3 @+ a y9 p! U$ i
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