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运行结果就是厨师换得结果好像UF_MODL_ask_mass_props_3d(bodies,1,1,3,1,2,acc_value,mass_props,statistics);没起作用一样,,怎么回事????求大师知道啊
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0 h5 V, o C0 S5 R#include <stdio.h>) p0 @/ }! }& W
#include "afx.h"
% J4 O/ g J7 B) W1 A G$ g0 r" J#include <iostream>
8 a: o! C. k- P" ]; M#include <uf.h># k, s( A! C9 F+ R9 Y( A- U; H
#include "uf_part.h"
; i) C l* S' U% J% x#include <uf_attr.h>
1 i5 U* F I" g9 U4 S#include <uf_ui.h>
( v6 X- y/ _4 S! u F. w#include <uf_obj.h>; v9 e+ n3 e* K. C
#include "uf_modl.h"
" @: a1 O9 w' \. E7 B#include "uf_weight.h"% |7 @0 n k7 V9 A
#include "uf_modl_types.h "# S" S6 U4 \" t" Y
#include "stdafx.h" E* J9 b) g/ b8 E& D0 _
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using namespace std;
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int main()
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int nReTCode = 0;8 a$ ~5 P% u% a: S
int rcode;& ~0 ~- q0 G1 y' Q1 N
CString partName = "e:\\a.prt"; //此处为创建block的全路径名8 T9 X" E8 f0 h" V" e. O9 @
tag_t partTag = NULL_TAG;
0 M& g/ J" \9 ~/ ^# _% g/ atag_t attrTag = NULL_TAG;/ E+ L8 J5 \. [$ }1 o( M8 J+ h
tag_t obj1 = NULL_TAG;
: O2 n$ s, j3 ]6 J: `UF_PART_load_status_t error_status;6 e; e$ o' S8 R( m
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" j) ? r( Q0 W" W5 l' o// initialize UG and print and error on failure
. E8 A, @- s1 N- o6 R4 M" arcode = UF_initialize();1 ] B( R6 P. X0 N
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if ( rcode )0 s5 U( U; F0 {; ]# t
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// TODO: change error code to suit your needs, K7 u5 a5 I$ c' v8 r& x* _- z
cerr << _T("Fatal Error: UG initialization failed") << endl; u# G5 Q9 V% s- B
nRetCode = 1;
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// TODO: code your application's behavior here. 8 p; t9 x* @: H
//把部件载入内存
# N# b# N \' {$ iUF_PART_open_quiet((char *)(LPCTSTR) partName,
' Y" C6 A3 n2 m" S& B &partTag,
$ D) g1 F" U/ J8 W4 q1 M* a* { &error_status); 0 ]/ {" A% P: |6 Y; q
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6 s9 _* g H. I//得到对象标识
9 F- v% t) A& n @0 V* O UF_OBJ_cycle_objs_in_part( partTag, UF_feature_type, &obj1 ); ) p2 F' K* }! R/ C6 x7 s3 H
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//使用这个函数把部件做为工作部件( m: a0 y0 Y L
tag_t body;* ?6 P9 L0 Q. n K2 X
body=UF_PART_set_display_part(partTag);
% y& ^. {4 K9 {tag_t bodies[1];7 l" v. ]/ c, P7 W; G+ y ?* E
bodies[0]=body;: r! X& |- |+ f* f- f
double acc_value[11];) W# l1 Z U, g( R8 K5 f" K1 [
double mass_props[47];: q6 O. `" N' T* Z; m
double statistics[13];
$ ?5 V* n( m0 E/ W" A+ cUF_MODL_ask_mass_props_3d(bodies,1,1,3,1,2,acc_value,mass_props,statistics);
. b! h) t4 N* x9 B8 Kdouble masscenter[3]={
/ ] q- j0 d/ t! Z, t8 f mass_props[3]*10,
5 A9 x: g5 p3 ?) b1 {0 `3 _" ]5 q mass_props[4]*10,$ D F+ g0 n1 U O: v( @( e
mass_props[5]*10};% w# R# q) g( M% \( U" y* |. R. x% b
cout << "质心x="<<masscenter[0]<< endl;
1 [4 i0 F1 c' W3 E$ O) Lcout << "质心y="<<mass_props[4]<< endl;
- M" y: Q4 _$ zcout << "质心z="<<mass_props[5]<< endl;
- |$ D4 P8 l5 V/ k6 C0 E8 C, tcout << "密度="<<mass_props[46]<< endl;. x% B( C6 z6 B
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UF_terminate();- q; |! y+ ]# b' v
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6 d/ z' t/ u( i+ R7 h b0 A( {return nRetCode;
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