这是我的全代码,那块是不是有错,怎么一直得不到实体的重心位置和密度值呢
4 G: H d4 v6 m) ]#include "afx.h"9 K* m1 O/ w, {2 s, y
#include <iostream>
O- M$ |4 k5 z/ _0 M7 _4 j% l' p#include <uf.h>; r# R+ m, y1 m
#include "uf_part.h"4 p) l/ G* F K; J: B: k' \
#include <uf_attr.h>
" u" X! a' ~* c$ Y6 G#include <uf_ui.h>
0 O; j- J0 U2 l5 M. g#include <uf_obj.h>
# s9 d2 x( c3 B) K3 v) K) u8 h#include "uf_modl.h"5 G; O5 v+ s6 }9 H* a. n
#include "uf_weight.h"; D) B1 J! x6 S$ E# N8 i
#include "uf_modl_types.h "# \5 }3 E! T& Q/ Y7 ?8 b
#include "stdafx.h"5 N# W2 W3 M* n {
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using namespace std;
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7 t7 y; D! Q) G9 r! q* V$ Q$ Xint main()
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int nRetCode = 0;
* n5 U* G- d6 G' K9 R& e9 h int rcode;
9 ]: u- M+ F8 r5 k* t CString partName = "e:\\a.prt"; //此处为创建block的全路径名1 J. D3 v, G! n. J. c0 V. J, w
tag_t partTag = NULL_TAG;' A; q' c T, j A5 B' {
tag_t attrTag = NULL_TAG;
. _! m7 g9 y) h# ~: W2 j! h% |- ?, c. z tag_t obj1 = NULL_TAG;
: S m% b7 b3 I4 e% z UF_PART_load_status_t error_status;6 s N {* _6 x) D) g5 E
r# ]6 D6 `0 Q! Q% `' @$ w // initialize UG and print and error on failure- t. J, T" D; d# x
rcode = UF_initialize();
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/ F6 @8 m% }# K g$ m( m if ( rcode )
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// TODO: change error code to suit your needs
9 w2 l+ V' L. `. ?7 H cerr << _T("Fatal Error: UG initialization failed") << endl;( ~3 r8 T4 o" i- J
nRetCode = 1;
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{
: i3 w5 x7 V1 ^' n A // TODO: code your application's behavior here. / r; I' U4 I$ ~, {0 @* r# L+ W
//把部件载入内存
" @ w1 Y7 \9 a UF_PART_open_quiet((char *)(LPCTSTR) partName,
! [, P# N- G K &partTag,
4 K$ Z8 h Q3 R. e7 w8 V; J2 w &error_status);
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//得到对象标识: L' E" M) Y( b
UF_OBJ_cycle_objs_in_part( partTag, UF_feature_type, &obj1 );
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' V2 Q8 u* S0 C //使用这个函数把部件做为工作部件6 w; p$ ]. P- m% b8 h1 @$ [7 v% y
UF_PART_set_display_part(partTag);
2 Q: _1 t5 M4 E. x- f" t int i;
3 m/ x% ^9 F" n2 L9 F char *size[3];( P' u, R$ w2 `( ~* s
UF_UI_open_listing_window();. D) G5 h0 }: w8 X0 @# g' Y7 I
UF_MODL_ask_block_parms(obj1,1,size);! N/ R: }6 r3 _9 ]4 P
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for(i=0;i<3;i++)8 p/ C p* a% ]% ] I
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UF_UI_write_listing_window(size[i]);
0 J: k- |8 C" \8 _( p# o UF_UI_write_listing_window("\n");
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tag_t bodies[1];: G' i+ Q! ]6 b. o0 z
bodies[0]=partTag;
! |8 [# H o% g, i; C$ h double acc_value[11];
% |) e Z& k4 D; O. ?* h. ~ double mass_props[47];
7 r0 i$ B1 }# ~! [6 U, ]5 B6 D) e double statistics[13];
7 C3 S K$ ~* K9 ] UF_MODL_ask_mass_props_3d(bodies,1,1,3,1,1,acc_value,mass_props,statistics);
7 H; a1 f$ Z$ }) M ^ double masscenter[3]={
% t& A7 F/ @* Y7 J4 x mass_props[3]*10,
. G5 J1 P1 x. J$ G( C$ A mass_props[4]*10,
( }6 L4 \3 w- L9 W# a; a$ z/ D3 ~ mass_props[5]*10};' @% F' S$ X E! a- g: w0 A
cout << "质心x="<<masscenter[0]<< endl;
+ m) G& M% q* F cout << "质心y="<<mass_props[4]<< endl;& c2 O O. l3 p9 M+ G" d
cout << "质心z="<<mass_props[5]<< endl;
B- o* c+ N/ Z5 i; ~ cout << "密度="<<mass_props[46]<< endl;
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- h ], Z% d" X, V H UF_terminate();
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return nRetCode;) a6 g4 n. k7 S# i# C
}
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