本帖最后由 西尔贝 于 2015-5-7 19:43 编辑 ( y$ ~ v* h% K, @: N; I i. O
% b' Z; P; @1 c( V
为什么程序中红线句子连续用两次UF_OBJ_cycle_objs_in_part();后只能得到上面那个partName的partTAg而不能得到下面那个UF_OBJ_cycle_objs_in_part()的partName1的partTAg?????????,是不是不能两者用两次其中a.prt和a1.prt是两个长方体只是尺寸不一样* R% l' u1 ]5 i) @7 i. C
#include "afx.h"# m0 C" k% }3 `" s1 V# U( b1 Y) A
#include <iostream>! F# c9 H: e9 p0 w, |2 F X% g
#include <uf.h>! L' ?% q! z- B
#include "uf_part.h"
4 _' m5 ?4 ?5 X" [4 g0 z b#include <uf_attr.h>: R0 K6 p3 [' J" a Y9 p
#include <uf_ui.h>
F. C9 y# r. k, e#include <uf_obj.h>' S. V. _+ c% B6 X3 b% M1 ]$ M
#include "uf_modl.h"1 f* o9 U! O$ a" Y
#include "uf_weight.h"7 j" G* Z8 A# Q/ y5 W
#include "uf_modl_types.h "
3 X: s3 o3 x. D, T" F; G
, O! W4 _9 g* K: K+ |* T) ]# yusing namespace std;6 G$ S$ ~% k: G- P* i2 @
: d1 ~# q+ G% u/ E# Q+ m- G* R
#define UF_CALL(X) (report( __FILE__, __LINE__, #X, (X)))
6 }4 T; Z% Q1 x* l+ T
5 ^( p, p) R$ _( r4 |3 R" Estatic int report( char *file, int line, char *call, int irc)5 u/ @; P# ~* O9 L7 E; N) u9 ^& K% N
{# b4 u' |3 ?: S0 r
if (irc)0 h! h6 c+ a7 }( C. K
{. M8 y" ~% L1 L0 l4 _
char messg[133];9 m6 p) ^8 _! W8 O( a1 g! K; J
printf("%s, line %d: %s\n", file, line, call);
5 R1 |% s9 _2 d& i, Y2 f, _ (UF_get_fail_message(irc, messg)) ?7 H; _/ ~: H1 }) E" a$ [
printf(" returned a %d\n", irc) :
6 x4 Y, a S2 V {5 p4 I printf(" returned error %d: %s\n", irc, messg);
! r7 S- i0 v0 T( ?# M3 l8 R( m }
2 o: p9 s1 o- W0 S% _, l0 } return(irc);
. D3 f* m) A! p, L3 E}3 ]) H5 A {. i4 f! ~; }9 q: C
/ a! A* I6 Q) tint main()
% t. Y% Z3 C: Y8 f; X4 g; }{
5 R& ?) D) Q; L' p# R" S3 U int nRetCode = 0;1 T$ H, e2 T- r4 Y3 ^: ^, d
int rcode;) C7 d: R, d1 M9 k
CString partName = "e:\\a.prt"; //此处为创建block的全路径名 CString partName = "e:\\a1.prt"; //此处为创建block的全路径名% y; A8 x' N. S+ S% ^% N- d! e1 F
tag_t partTag = NULL_TAG;
* V0 r" a* w7 a! c( b; C6 n w tag_t attrTag = NULL_TAG;$ t/ f# @0 E% C8 v! P
tag_t obj1 = NULL_TAG;
, k* ]+ J8 e0 K. e; w9 q tag_t obj2 = NULL_TAG; t% Z3 m7 P# g) J( _4 N3 M
UF_PART_load_status_t error_status;
* U8 B7 Z6 F9 \& V" ?/ E7 a* X% M2 [
// initialize ug and print and error on failure
* k [ A$ a% _# Q. Q0 M rcode = UF_initialize();: [$ c* r9 Q( B0 `$ y y
3 z+ y o9 w( L( z/ @1 F2 Z7 c. H
if ( rcode )6 w6 E& U( x8 C8 k6 \8 T* ^; s s9 l
{/ G# p( {& w* v0 t
// TODO: change error code to suit your needs
' a0 ]/ k5 b# G$ Z: h3 b6 L( F$ ? cerr << _T("Fatal Error: UG initialization failed") << endl;
1 i2 q) u! D; d- }! ~* A nRetCode = 1;
" ?% \9 l+ U8 R* H' i" Y/ i- P# F8 n }
! J7 D. L6 x% V/ J. G1 C1 A4 R else) m: y) n0 {3 I- n7 b/ I! u
{, n2 I) f" Y7 m1 [2 i8 U. m" @2 e# t
// TODO: code your application's behavior here.
8 g# {& {) z t! H( ` _' ` //把部件载入内存
5 x5 s& I% A, F' \ UF_PART_open_quiet((char *)(LPCTSTR) partName,
8 _, B5 Y0 }% y' ?$ }* R &partTag, $ v" [$ v' S, l0 u, n$ D+ w. S. g
&error_status);
w f% @- T/ _' y1 \4 n UF_PART_open_quiet((char *)(LPCTSTR) partName1,
! i1 m' P7 F+ W, E ? &partTag, , L, s3 B8 x5 b, n1 Q2 m; n
&error_status); # C1 f7 p1 S0 d9 v; x, E0 R
1 Q% }# a/ k0 w1 v# b$ H
9 C" V3 Z: n. T: T1 h* M4 @# Q5 V) S* n2 b% L5 t
UF_terminate();" L+ ^" t1 C9 u3 |. p
}
B& J% }7 u& |5 d
) w W2 q1 d0 s7 q return nRetCode;5 h9 Q9 o; v6 D4 O" m0 K
}6 g5 W" r p% B" p4 Y
$ Y9 Z: e/ d" F* B9 ^4 w- e/ I
/ e# k2 Z( k F7 G" L
|