|
我用& m+ l8 c7 @* o( J
UF_ASSEM_add_part_to_assembly
* I6 ?' o- T) d/ h" c4 g' E函数加入了两个零件!!
" j/ F) M+ Y' ?) m: k现在装配时需要找约束面!!
/ l( b5 U8 k2 j8 q) [6 ^如何去找到各个的几何对象!!
+ K0 \6 N: f3 U) w我的思路如下:4 V3 A- U0 z# d
4 t5 W/ Y' R5 |
/////加入零件!!0 v; \: q$ p, Y1 n! l
tag_t parent_tag=UF_ASSEM_ask_work_part();2 E8 y" y4 P; w/ K9 M( |# a2 ? ]
char *part_name2="f:\\ucdcs\\yuanzhu.prt";////任意的圆柱
6 {5 b, W; ^! H- S# g tag_t inst_tag2;
% v; t% `& D6 l6 E. g# m double origin3[3]={0,0,0};
; _; i0 R: B0 F: B3 x double csys_matrix1[6]={1,0,0,0,1,0};
7 A1 v0 l9 t" G& M int layer = -1;
1 q$ J; W; j6 b% a, _( u% k. n. } UF_PART_load_status_t load_status;0 h7 K2 c& T" p: i
UF_ASSEM_add_part_to_assembly(parent_tag, part_name2, NULL, NULL,! l! y9 |7 d+ {* j+ X/ g% P
origin3, csys_matrix1, layer, &inst_tag2, &load_status);
, _' c8 ?2 ?+ T1 P3 c: T$ Q; | tag_t body_obj_id,object_prototype;
5 F' _3 m r# y/ _0 _1 p9 W4 |: b K uf_list_p_t extruded_list;
9 ~9 Y# b6 p1 U9 y6 Y; x0 v4 Y/ [0 Z UF_MODL_ask_feat_body(object_prototype,&body_obj_id);
% u, @; T2 K: k# P+ W j7 l UF_MODL_ask_body_faces(body_obj_id,&extruded_list);
4 w. W6 ]1 w+ D2 u3 e/ m int i,count_list;
) N5 R# S6 C/ u( c1 \! Y' k# C UF_MODL_ask_list_count(extruded_list,&count_list);$ \( }3 g4 ?9 W3 l/ d+ R
tag_t tem_tag,cyl5_faces[1000];
) K9 M) w% D" Y& d5 k8 Q char *mess=new char[30];
3 j6 {( j& d W2 s/ H for (i=0;i<count_list;i++)
X$ h. Q% T) R3 } {3 Q; r8 Y, @% x4 U% H" \
UF_MODL_ask_list_item(extruded_list,i,&tem_tag);
$ T) f9 o4 E9 t8 R0 X: X cyl5_faces=tem_tag;
; F6 w: x; c+ U, f2 q5 h UF_DISP_set_highlight(tem_tag,1); /////高度亮化!!!6 S4 E2 T: _; [# k; e
sprintf(mess, "The object is %d!", i); . C* a! A5 v! f8 E
uc1601(mess, 1); 9 t9 x7 e3 z; ^
UF_DISP_set_highlight(tem_tag,0);
\5 U/ F% R$ a; f% l" y) f3 g& q } |
|