UG api assemble 装配的写法 实例

xcb

一个装配的实际例子，有一定的参考价值。  原帖地址：http://www.ugufun.com/?p=74

#include <stdio.h>
% y5 M1 [3 F  Y/ r4 h#include <uf.h>
#include <string.h>
7 N. {$ u9 K6 Y8 y#include <stdlib.h>
#include <uf_defs.h>
#include <uf_exit.h>
#include <uf_ui.h>
#include <uf_styler.h>
#include <uf_mb.h>
. D4 F$ C, Q: L5 Z+ f#include <uf_part.h>
#include <uf_assem.h>
- m: |5 }8 L# L7 O, d& g* {) j) m#include "assemble.h"
#include <uf_obj.h>
#include <uf_modl.h>

/* The following definition defines the number of callback entries */
/* in the callback structure: */
9 x" P/ K' e5 i! I% G/* UF_STYLER_callback_info_t CHANGE_cbs */
: O9 ^9 q; T, h#define CHANGE_CB_COUNT ( 4 + 1 ) /* Add 1 for the terminator */

/*--------------------------------------------------------------------------
. V: K+ N6 u" ?; w" |The following structure defines the callback entries used by the
styler file. This structure MUST be passed into the user function,
+ j$ c5 G$ ^( E5 V8 e: d# FUF_STYLER_create_dialog along with CHANGE_CB_COUNT.
5 L* e* D; L3 N2 ?2 {5 P, B--------------------------------------------------------------------------*/
static UF_STYLER_callback_info_t CHANGE_cbs[CHANGE_CB_COUNT] =
: k4 U+ u% M, A! ?+ j% ]6 y{

{CHANGE_ACTION_0 , UF_STYLER_ACTIVATE_CB , 0, CHANGE_action_0_act_cb},
- ?! @/ q9 V; t( u$ X8 ?{CHANGE_ACTION_1 , UF_STYLER_ACTIVATE_CB , 0, CHANGE_action_1_act_cb},
  f; W0 w" i# t% i" G- G{CHANGE_ACTION_2 , UF_STYLER_ACTIVATE_CB , 0, CHANGE_action_2_act_cb},
{CHANGE_ACTION_3 , UF_STYLER_ACTIVATE_CB , 0, CHANGE_action_3_act_cb},
" M1 x- F* X4 z5 t{UF_STYLER_NULL_OBJECT, UF_STYLER_NO_CB, 0, 0 }
' n( M5 ~! Q  _4 {8 g8 W};

static UF_MB_styler_actions_t actions[] = {
4 G) o# C8 Z( F- o/ S5 Z* Y5 w{ "11.dlg", NULL, CHANGE_cbs, UF_MB_STYLER_IS_NOT_TOP },
{ NULL, NULL, NULL, 0 } /* This is a NULL terminated list */
) Y" d8 W5 ]/ J) e2 Q};
1 K( R/ K6 U' j# c; n2 ^$ g//#ifdef MENUBAR_COMMENTED_OUT
extern void ufsta (char *param, int *retcode, int rlen)
{
6 M8 ]$ m2 C$ W( X7 p8 y: j$ Jint error_code;

if ( (UF_initialize()) != 0)
" A4 m8 v( N. G8 [; S( \6 `3 ~return;

if ( (error_code = UF_MB_add_styler_actions ( actions ) ) != 0 )
: j. r! {& u% _" i3 {5 k6 B+ o: z{
+ [, y* T9 L1 l1 {6 i5 kchar fail_message[133];

UF_get_fail_message(error_code, fail_message);
# _' s. N3 M6 Q/ \printf ( "%s\n", fail_message );
6 n. M+ H7 U" A# ~3 P  L}

UF_terminate();
; Z! U9 v3 @+ p8 \+ K, Oreturn;
( E. m9 [& B( m- l, w# U$ `}
% E' F4 ]; X9 b# m( ~* f//#endif /*MENUBAR_COMMENTED_OUT*/

3 K3 V4 k5 M/ l2 O3 J#ifdef DISPLAY_FROM_CALLBACK
4 a  c- Z; v+ x  r. yextern int <enter the name of your function> ( int *response )
& }0 K; f( U7 u{
* a1 ?, o# a, D7 Wint error_code = 0;

if ( ( error_code = UF_initialize() ) != 0 )
return (0) ;

if ( ( error_code = UF_STYLER_create_dialog ( "assemble.dlg",
CHANGE_cbs, /* Callbacks from dialog */
; `- A- v! s( MCHANGE_CB_COUNT, /* number of callbacks*/
4 g% B" l" Y  x$ t+ E6 MNULL, /* This is your client data */
response ) ) != 0 )
" N0 G3 C/ L. |6 R6 `$ j- s- D8 g{
char fail_message[133];

/* Get the user function fail message based on the fail code.*/
UF_get_fail_message(error_code, fail_message);
UF_UI_set_status (fail_message);
! U' c  [' Q) F+ x. z( O9 wprintf ( "%s\n", fail_message );
6 y3 s( J  h2 T. b/ S}
; X6 b& \4 D9 e) O1 D* {UF_terminate();
, O( q$ I# \. j4 r2 sreturn (error_code);
4 A9 S4 X# e" P) o}
' D1 E1 I! f% T1 |1 T#endif /* DISPLAY_FROM_CALLBACK */

#ifdef DISPLAY_FROM_USER_EXIT
extern void <enter a valid user exit here> (char *param, int *retcode, int rlen)
{
int response = 0;
int error_code = 0;

if ( ( UF_initialize() ) != 0 )
return;

if ( ( error_code = UF_STYLER_create_dialog ( "assemble.dlg",
CHANGE_cbs, /* Callbacks from dialog */
CHANGE_CB_COUNT, /* number of callbacks*/
NULL, /* This is your client data */
&response ) ) != 0 )
( C7 I5 d6 V6 j$ D# D{
9 c0 l+ f- A# l7 ~! {char fail_message[133];

/* Get the user function fail message based on the fail code.*/
UF_get_fail_message(error_code, fail_message);
UF_UI_set_status (fail_message);
printf ( "%s\n", fail_message );
}
UF_terminate();
& L& K9 F# z' ?# Sreturn;
. J* f5 f( [$ V2 x6 b2 k}

-------------------------------------------------------------------------*/

extern int ufusr_ask_unload (void)
{
/* unload immediately after application exits*/
return ( UF_UNLOAD_IMMEDIATELY );

/*via the unload selection dialog... */
- g  h; q) Y. |% L! J- i/*return ( UF_UNLOAD_SEL_DIALOG ); */
& ^& ^7 x! _3 _5 `- G/*when ug terminates... */
; B) i( o8 G# k! H; o/*return ( UF_UNLOAD_UG_TERMINATE ); */
' k5 E4 L0 E' O  o( P& ?' i' e* }}

/*--------------------------------------------------------------------------
You have the option of coding the cleanup routine to perform any housekeeping
chores that may need to be performed. If you code the cleanup routine, it is
; z  _4 G! y" Oautomatically called by Unigraphics.
2 s8 n& t2 @; ?+ Y--------------------------------------------------------------------------*/
  }* U6 b% N4 i  s9 J; m) L) m+ qextern void ufusr_cleanup (void)
, A* K! j* ~5 W1 o1 J8 L( U; ~{
return;
}
. g2 Z( n) t* b; Q9 L#endif /* DISPLAY_FROM_USER_EXIT */

int CHANGE_constructor ( int dialog_id,
void * client_data,
UF_STYLER_item_value_type_p_t callback_data)
{
/* Make sure User Function is available. */
. x7 ~5 |# H% I+ I7 k6 o. |- eif ( UF_initialize() != 0)
$ {6 [! O3 ]" Lreturn ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */

UF_terminate ();

/* Callback acknowledged, do not terminate dialog */
/ |9 l% @, h; J6 ~  v" ?return (UF_UI_CB_CONTINUE_DIALOG);
/* A return value of UF_UI_CB_EXIT_DIALOG will not be accepted */
/* for this callback type. You must continue dialog construction.*/

}

% R# t/ c' p6 {2 I7 ^  |

int CHANGE_destructor ( int dialog_id,
2 J' b% n* |# l7 w8 r" E; \$ {) \* Yvoid * client_data,
5 p1 z" b7 l$ c( |UF_STYLER_item_value_type_p_t callback_data)
# x$ L- ~- l' p9 a( l% n6 e{
" |& Z, g; y9 Z; I2 C/* Make sure User Function is available. */
if ( UF_initialize() != 0)
& m. S3 ~) Y2 Ireturn ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */

UF_terminate ();

/* Callback acknowledged, do not terminate dialog. */
/* A return value of UF_UI_CB_EXIT_DIALOG will not be accepted */
' f- l" e$ v: }: K5 T/* for this callback type. You must continue dialog destruction*/
; ]/ f. f0 a* h. z$ Sreturn (UF_UI_CB_CONTINUE_DIALOG);

}

int CHANGE_ok ( int dialog_id,
void * client_data,
UF_STYLER_item_value_type_p_t callback_data)
* t% @8 u3 h( b2 v( o1 C4 A{
) _: z; R+ |; Y0 u- A' w/* Make sure User Function is available. */
if ( UF_initialize() != 0)
return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */

UF_terminate ();

/* Callback acknowledged, terminate dialog */
0 T8 ?1 l' t" |* q3 }# O/* It is STRONGLY recommended that you exit your */
# ?7 |/ a- a" y2 ~0 W5 J' v/* callback with UF_UI_CB_EXIT_DIALOG in a ok callback.*/
/* return ( UF_UI_CB_EXIT_DIALOG ); */
return (UF_UI_CB_EXIT_DIALOG);

}

int CHANGE_apply_cb ( int dialog_id,
  a$ M6 G2 S' p+ ?$ i  Z+ jvoid * client_data,
UF_STYLER_item_value_type_p_t callback_data)
{
/* Make sure User Function is available. */
3 ~; z' a0 J; Sif ( UF_initialize() != 0)
9 Y) n5 ~/ ^4 ^8 E8 l: [( D( Ireturn ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */

UF_terminate ();

/* Callback acknowledged, do not terminate dialog */
/* A return value of UF_UI_CB_EXIT_DIALOG will not be accepted */
/* for this callback type. You must respond to your apply button.*/
2 U3 g8 R8 Y5 Z% m1 ~return (UF_UI_CB_CONTINUE_DIALOG);

}

6 `6 D# b' [7 Y7 o2 _, p

int CHANGE_cancel ( int dialog_id,
void * client_data,
UF_STYLER_item_value_type_p_t callback_data)
5 y' D3 y) v) t/ g  _2 a{
/* Make sure User Function is available. */
+ _/ s) f  |8 R0 g; Iif ( UF_initialize() != 0)
, E4 M7 [) e: I9 a! w( \return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */

UF_terminate ();

/* Callback acknowledged, terminate dialog */
/* It is STRONGLY recommended that you exit your */
0 q. j5 T2 U: ~/* callback with UF_UI_CB_EXIT_DIALOG in a cancel call */
/* back rather than UF_UI_CB_CONTINUE_DIALOG. */
return ( UF_UI_CB_EXIT_DIALOG );

}

int CHANGE_action_0_act_cb ( int dialog_id,
1 c' T) Q" ]# I7 x4 G8 ?. _void * client_data,
UF_STYLER_item_value_type_p_t callback_data)
: }  f" \- k8 [7 @( ?4 M{
! O% e, i1 X5 K% B- I/* Make sure User Function is available. */
/ t1 m' J3 r1 e0 j! E# echar dir1[100];
# z& Z6 z% N2 W% b; Pconst char env[255]="UGII_USER_DIR";
( a, }$ l/ L, V1 X- o( kchar *basedir=NULL;

char *part="E:\\assemble.prt"; //创建新的文件名称、路径
: q  t* h* L$ q7 o8 K3 x9 \char * refset_name1=NULL; //Name of reference set to use from component parts.
double origin1[ 3 ]={0.0,0.0,0.0}; //Position in <parent_part> where the instance is to be created
char * instance_name1="fuban"; //Name of new instance
! n. u; A8 Q1 f& l/ idouble csys_matrix1[ 6 ]={1.0,0.0,0.0,0.0,1.0,0.0};//Orientation of the instance

int layer1=0; //0 Means use the work layer
tag_t instance,instance1; //Tag of the new instance in the work part
int ret;
char message[133];
) R& ^. N: o! gUF_PART_load_status_t error_status1; //User allocted structure consisting of names and associated error codes.

if ( UF_initialize() != 0)
return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */
7 d- z' R' m" p5 _basedir=getenv(env);
% [: @: s4 B, lstrcpy(dir1,basedir);
strcat(dir1,"\\part\\fuban.prt");
% b$ J$ x4 B, F+ v- CUF_PART_new(part, UF_PART_METRIC, &instance); //创建一个新的文件

ret = UF_ASSEM_add_part_to_assembly (instance, dir1, refset_name1, instance_name1, origin1,
csys_matrix1, layer1, &instance1, &error_status1 );// 增加名为a.prt的零件
if(ret != 0)
{
; i" f4 k3 v$ i- ~" C  V( ?UF_get_fail_message(ret,message);
}

UF_terminate ();
1 b/ t! Q- @- X6 c! d' v9 N$ g/* Callback acknowledged, do not terminate dialog */
return (UF_UI_CB_CONTINUE_DIALOG);

/* or Callback acknowledged, terminate dialog. */
% I& _, ]6 t# ~# v4 k, m/* return ( UF_UI_CB_EXIT_DIALOG ); */

}

+ i& z" [  Y: a. r! {8 H0 A

int CHANGE_action_1_act_cb ( int dialog_id,
  ?) P* q. N4 Z% ~6 L* Nvoid * client_data,
UF_STYLER_item_value_type_p_t callback_data)
{ char dir2[100];
. L1 h+ O! O# o2 ]8 Z4 I; O- wconst char env[255]="UGII_USER_DIR";
char *basedir=NULL;

char * refset_name2=NULL;
double origin2[ 3 ]={0.0,0.0,100.0};
char * instance_name2="shangyiban";
double csys_matrix2[ 6 ]={1.0,0.0,0.0,0.0,1.0,0.0};

int layer2=0;
3 g; Q+ }) D* x' ]) z# utag_t work_part,instance2;
UF_PART_load_status_t error_status2;

/* Make sure User Function is available. */

if ( UF_initialize() != 0)
return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */
basedir=getenv(env);
/ g% z4 h: s% B: b/ O/ C0 Z. ystrcpy(dir2,basedir);
strcat(dir2,"\\part\\shangyiban.prt");
work_part=UF_ASSEM_ask_work_part();//Returns the part tag of the current work part.

UF_ASSEM_add_part_to_assembly (UF_PART_ask_display_part(), dir2, refset_name2, instance_name2, origin2,
* s/ r( ]9 O/ r" ~- d: z. n  jcsys_matrix2, layer2, &instance2, &error_status2 );// 增加名为b.prt的零件

UF_terminate ();

/* Callback acknowledged, do not terminate dialog */
; K4 Y& W, @0 A7 y2 ~2 Xreturn (UF_UI_CB_CONTINUE_DIALOG);

/* or Callback acknowledged, terminate dialog. */
6 z- Q1 b3 f) u; @( Y3 o. i* \6 L/* return ( UF_UI_CB_EXIT_DIALOG ); */

}
3 J9 V& y$ Y3 v% j3 @" ?" R  S* ~int CHANGE_action_3_act_cb ( int dialog_id,
$ u$ @( z3 H& mvoid * client_data,
& e# ~) ^0 ]: a+ P0 uUF_STYLER_item_value_type_p_t callback_data)
{ char dir3[100];
const char env[255]="UGII_USER_DIR";
char *basedir=NULL;

char * refset_name3=NULL;
# A1 i3 P7 c* u3 P. Q8 {double origin3[ 3 ]={0.0,10.0,0.0};
char * instance_name3="xiayiban";
) a+ r( L7 l3 j9 E0 ?* J0 Odouble csys_matrix3[ 6 ]={1.0,0.0,0.0,0.0,1.0,0.0};

int layer3=0;
tag_t work_part,instance3;
8 n/ H! f, H. a" i7 n! ^UF_PART_load_status_t error_status3;

/* Make sure User Function is available. */

if ( UF_initialize() != 0)
return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */
9 @* @; c' A  s2 H3 gbasedir=getenv(env);
strcpy(dir3,basedir);
: o( Y5 P. P2 {8 s# V* ostrcat(dir3,"\\part\\xiayiban.prt");
9 G3 \6 w# I" {work_part=UF_ASSEM_ask_work_part();//Returns the part tag of the current work part.

UF_ASSEM_add_part_to_assembly (UF_PART_ask_display_part(), dir3, refset_name3, instance_name3, origin3,
: `$ f& F/ o5 ]  icsys_matrix3, layer3, &instance3, &error_status3);// 增加名为b.prt的零件

UF_terminate ();

/* Callback acknowledged, do not terminate dialog */
* y2 H6 J" C: B& W6 Ereturn (UF_UI_CB_CONTINUE_DIALOG);

/* or Callback acknowledged, terminate dialog. */
/* return ( UF_UI_CB_EXIT_DIALOG ); */

}
. r, M% ?6 y* {" q1 h3 T, Y3 @///////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////
: L  r3 J+ p3 P: M# @0 J//////////////////////////////////////////////////////////////

int CHANGE_action_2_act_cb ( int dialog_id,
void * client_data,
UF_STYLER_item_value_type_p_t callback_data)
{
int ret;
* R/ S" G- Z/ X- tchar * name1="ENDFACE1";
char * name2="ENDFACE2";
char * name3="CYCLE1";
7 f; c* Q9 O+ T9 S0 C$ f% N3 |char * name4="CYCLE2";
7 c( k; x  F0 R4 lchar * name5="CYCLE3";
char * name6="ENDFACE3";
char * name7="ENDFACE4";

//char * name[4]={"Datum1","Datum2","Datum3","Datum4"};
5 a; \7 u! A; x0 H$ Y" `8 q/*char * name1="Datum1";
. V8 h0 U4 W3 Tchar * name2="Datum2";
: v3 O6 t! ~( l) Nchar * name3="Datum3";
char * name4="Datum4";
6 H! O) o" B7 r6 T2 echar * name5="Datum5";
; m0 h' `; a) T5 F" i1 X5 x0 P, Ychar * name6="Datum6";*/
  v2 f& r  a, b5 ?* O; A//char * name[4]={"Datum1","Datum5","Datum2","Datum6"};
& R; L' U0 t6 Q# i9 y. z3 otag_t first_plan,second_plan,third_plan,forth_plan,cylinder_face1,cylinder_face2,cylinder_face3,Datum3,Datum4;
2 A) W5 [% j  \2 O// tag_t Datum1,Datum2,Datum3,Datum4,Datum5,Datum6;

tag_t Datum[3];
tag_t atum[3];
tag_t from_part_occ;
2 J7 }% M: u; F; F6 o0 Q" S! btag_t to_part_occ;
tag_t from_part_ins;
tag_t to_part_ins;
logical is_occ;

7 _$ w, G% p+ H- G4 x

tag_t cylinder_from_part_occ;
tag_t cylinder_to_part_occ;
. X4 O: C& x' Y& Z( Wtag_t cylinder_from_part_ins;
tag_t cylinder_to_part_ins;
// logical is_occ;

//提示所显示的实例的名称
char part_name[ 256 + 1 ];
/ }. F( x' l6 W  J0 T( a; Tchar refset_name[ 30 + 1 ];
, G" ], R! |1 s: D- ?char instance_name[ 30 + 1 ];
* M# }  ?7 {3 sdouble origin[ 3 ];
- J! Z* O, X: x+ s( \double csys_matrix[ 9 ];
double transform[ 4 ][ 4 ] ;
& i5 E+ g, t1 ]0 M% Fchar message[133];
int kk,tt,zz;
4 l8 e8 h3 Z) i7 t1 c$ {//======
//char tt[10];
//======
UF_ASSEM_mc_status_t status;
5 d8 ^; x( ]/ K( }" Y$ tUF_ASSEM_mc_structure_state_t struct_status;
! ^: u  ]3 j% L* x/ vUF_ASSEM_dof_t dof;
, M, ^& R: ]6 h6 fUF_ASSEM_mating_condition_t ftf;
//UF_ASSEM_mating_condition_p_t mc_data;

/* Make sure User Function is available. */
if ( UF_initialize() != 0)
return ( UF_UI_CB_CONTINUE_DIALOG );

/* ---- Enter your callback code here ----- */
first_plan=NULL_TAG;
$ C. Y1 L" m" L) V8 csecond_plan=NULL_TAG;
third_plan=NULL_TAG;
4 k9 ^; }2 k) T4 S' Uforth_plan=NULL_TAG;
5 I$ [& E2 W. F2 ^; t0 ~4 S) L  Bcylinder_face1=NULL_TAG;
2 }/ R: W8 y8 _cylinder_face2=NULL_TAG;
cylinder_face3=NULL_TAG;
Datum4=NULL_TAG;
Datum3=NULL_TAG;
//for(int j=0;j<2;j++)
; C8 ]0 }) a; {//{

/* Datum1=NULL_TAG;
Datum2=NULL_TAG;
2 p) Y$ L2 g2 c4 vDatum3=NULL_TAG;
Datum4=NULL_TAG;
* A* Z* K  K! Y6 f. u* U3 tDatum5=NULL_TAG;
7 T" `9 p1 ^$ T0 m, lDatum6=NULL_TAG;*/
//Datum[j+1]=NULL_TAG;
//UF_OBJ_cycle_by_name (name[j], &Datum[j+1]);

/*Datum1=NULL_AG;
% H2 x4 n3 t1 U0 |2 RDatum2=NULL_TAG;
Datum3=NULL_TAG;
! h4 ^8 T6 T/ P/ L3 v6 qDatum4=NULL_TAG;
$ T9 l3 h! @5 e1 T1 {$ ~6 XDatum5=NULL_TAG;
5 q# ]6 `) @) B) R+ p5 R# V- kDatum6=NULL_TAG;
//atum[j+1]=NULL_TAG;
2 y1 D: b5 h& y0 k' S# \6 V0 @6 _//UF_OBJ_cycle_by_name (name[j+2], &atum[j+1]);}
/*UF_OBJ_cycle_by_name (name1, &Datum1);
UF_OBJ_cycle_by_name (name2, &Datum2);
$ G8 i5 o4 t; c6 F! j7 E- H: rUF_OBJ_cycle_by_name (name3, &Datum3);
4 Z* {/ S% \/ K& i2 r2 hUF_OBJ_cycle_by_name (name4, &Datum4);
UF_OBJ_cycle_by_name (name5, &Datum5);
5 p$ `5 L  A, W+ u7 LUF_OBJ_cycle_by_name (name6, &Datum6);*/
* u. Z; L6 c! l4 j% U- U/ d# gUF_OBJ_cycle_by_name (name1, &first_plan);
UF_OBJ_cycle_by_name (name2, &second_plan);
// UF_DISP_set_highlight(first_plan,1);
3 b! r, D  i3 r" P// UF_DISP_set_highlight(second_plan,1);

UF_OBJ_cycle_by_name (name3, &cylinder_face1);
( z$ b* @3 P& ~( j0 E( ?UF_OBJ_cycle_by_name (name4, &Datum3);
UF_OBJ_cycle_by_name (name5, &Datum4);

// UF_DISP_set_highlight(first_plan,1);
) J% H  p+ g% x+ H4 F// UF_DISP_set_highlight(second_plan,1);
UF_OBJ_cycle_by_name (name6, &third_plan);
  ~9 S( Q* C; i& B1 j$ R) [UF_OBJ_cycle_by_name (name7, &forth_plan);
3 a" S& ~, G+ e: w2 J0 A( u# P  Y//====================================================================
  u2 V; Z4 e& r+ s//第一种匹配条件：选取UF_ASSEM_v16_mate和UF_ASSEM_planar_face进行匹配
//====================================================================

//========================================================================
+ Z! W4 ^* u" n9 P3 U3 B//第二种匹配条件：选取UF_ASSEM_center和UF_ASSEM_cylindrical_face进行匹配
//========================================================================
' z3 B( r- I+ c1 ^5 S3 G///////////////////////////第四个平面//////////////////////
1 E- X$ k+ b7 ]6 D/ M% \//UF_MODL_ask_face_data (first_plan,[$type,point,dir,box,&radius,&rad_data,&norm_dir)]

/*for( j=0;j<2;j++)
/ U) ]  w. G, x, R{
///////////////////////////第四个平面//////////////////////
//UF_MODL_ask_face_data (first_plan,[$type,point,dir,box,&radius,&rad_data,&norm_dir)]
ret=UF_ASSEM_ask_parent_component (Datum[j+1], &from_part_occ);//获取父标志
//is_occ=UF_ASSEM_is_occurrence(from_part_occ);//确定父标志类型
/ I5 D# z) u& ~. h; ], k//TRUE = if object occurrence or a part occurrence.
3 d' [# U' e; `- O//FALSE = if object is a prototype object
+ g6 i% R% {1 T" N4 a' S$ Bfrom_part_ins=UF_ASSEM_ask_inst_of_part_occ (from_part_occ);//获取part occurrence中instance的tag
//ret=UF_ASSEM_ask_component_data (from_part_occ,part_name,refset_name,instance_name,
//origin, csys_matrix, transform);

///////////////////////////第三个平面//////////////////////
ret=UF_ASSEM_ask_parent_component (atum[j+1], &to_part_occ);
//to_part_ins=UF_ASSEM_ask_inst_of_part_occ (to_part_occ);
//ret=UF_ASSEM_ask_component_data (to_part_occ,part_name,refset_name,instance_name,
5 M1 |/ ?5 ~" m// origin, csys_matrix, transform);
' t* N" ^" a: a! r( A- M2 c9 i% W}
///////////////////////////第四个平面//////////////////////
% i% ?' ]5 C2 y% Y% `) _( I2 x//UF_MODL_ask_face_data (first_plan,[$type,point,dir,box,&radius,&rad_data,&norm_dir)]
// ret=UF_ASSEM_ask_parent_component (Datum[j+1], &from_part_occ);//获取父标志
$ }, @9 r" ?; e2 F  ?' ^" L//is_occ=UF_ASSEM_is_occurrence(from_part_occ);//确定父标志类型
5 p+ S4 f% p2 Q/ h//TRUE = if object occurrence or a part occurrence.
//FALSE = if object is a prototype object
9 Y( x: H% b# k//from_part_ins=UF_ASSEM_ask_inst_of_part_occ (from_part_occ);//获取part occurrence中instance的tag
//ret=UF_ASSEM_ask_component_data (from_part_occ,part_name,refset_name,instance_name,
5 c  h: o; U$ v1 k+ h+ Y//origin, csys_matrix, transform);

///////////////////////////第三个平面//////////////////////
//ret=UF_ASSEM_ask_parent_component (atum[j+1], &to_part_occ);
- {$ k  I+ ~7 R( S& K# f7 P  g! S// to_part_ins=UF_ASSEM_ask_inst_of_part_occ (to_part_occ);
// ret=UF_ASSEM_ask_component_data (to_part_occ,part_name,refset_name,instance_name,
// origin, csys_matrix, transform);

///////////////////////////第三个圆柱面//////////////////////
ret=UF_ASSEM_ask_parent_component (Datum[3], &cylinder_from_part_occ);
cylinder_to_part_ins=UF_ASSEM_ask_inst_of_part_occ (cylinder_from_part_occ);
( M; z* }# O1 _/ l$ z2 e4 {9 Jret=UF_ASSEM_ask_component_data (cylinder_to_part_occ,part_name,refset_name,instance_name,
6 P* L; l( l  _. ^origin, csys_matrix, transform);

///////////////////////////第二个圆柱面//////////////////////
4 i' P2 p) d7 h+ Kret=UF_ASSEM_ask_parent_component (Datum[4], &cylinder_to_part_occ);
6 ^  i) v7 S3 o, ncylinder_to_part_ins=UF_ASSEM_ask_inst_of_part_occ (cylinder_to_part_occ);
ret=UF_ASSEM_ask_component_data (cylinder_to_part_occ,part_name,refset_name,instance_name,
3 Z  f; O. r8 r& u! ~1 Aorigin, csys_matrix, transform);

//构造配合关系
; H: B* G/ B6 g/ Q2 a//=======================
1 j8 @( I( |  \& ~" \UF_ASSEM_init_mc (&ftf); //初始化

ftf.mated_object=from_part_ins;
  X( a) q! x& S1 K+ e$ L# @9 |ftf.name=NULL;
1 |- P1 H3 S8 i  kftf.user_name=FALSE;
//char * mate_type[2]={UF_ASSEM_v16_mate,UF_ASSEM_v16_align};
for( j=0;j<2;j++)
* N' k/ V% }) g* J{
6 `# P: ]0 g8 U9 yftf.constraints[j].from_status = UF_ASSEM_ok;
$ [; x2 r- q3 c% V' ?& w, f$ @8 Yftf.constraints[j].to_status = UF_ASSEM_ok;
# S7 Z, U  w: d( U/ r9 q4 V7 O1 S/ L/*if(strcmp(strlwr(mate_type[j]),"m") == 0)
* g5 ], c  E4 b6 n" f0 ^* i1 m, l( Dftf.constraints[j].mate_type = UF_ASSEM_v16_mate;
& \( I# z" q+ delse
ftf.constraints[j].mate_type = UF_ASSEM_v16_align;*/

/* ftf.constraints[j].mate_type = UF_ASSEM_v16_mate;
ftf.constraints[j].from_type = UF_ASSEM_datum_plane;
) l' n9 t9 B5 B1 R% |" s: gftf.constraints[j].to_type = UF_ASSEM_datum_plane;
. V, b8 J* b( k6 i* sftf.constraints[j].from = UF_ASSEM_ask_prototype_of_occ (Datum[j+1]);
ftf.constraints[j].from_part_occ = from_part_occ;
9 d9 Y& M7 W& L' F, m) |- Lftf.constraints[j].to = UF_ASSEM_ask_prototype_of_occ (atum[j+1]);
# K2 Z' u, d9 _  T7 y" vftf.constraints[j].to_part_occ = to_part_occ;
ftf.constraints[j].offset = NULL_TAG;
  H/ b% K3 W9 `6 Gftf.constraints[j].name = "face to face";
ftf.constraints[j].user_name = TRUE;
}
  F& T1 D0 m) i  B0 Z7 y, Y. s: t/* ftf.constraints[1].from_status = UF_ASSEM_ok;
0 k$ Q+ Y' P1 e: g- K& G+ b; {ftf.constraints[1].to_status = UF_ASSEM_ok;
: s- }" L4 k- O" W2 c8 h0 a" Oftf.constraints[1].mate_type = UF_ASSEM_v16_mate;
% @& T2 p3 p3 j: k- Pftf.constraints[1].from_type = UF_ASSEM_datum_plane;
' Z  i' c- E, ^& Fftf.constraints[1].to_type = UF_ASSEM_datum_plane;
ftf.constraints[1].from = UF_ASSEM_ask_prototype_of_occ (Datum[5]);
& |' \2 u; g8 H* v7 x4 c, h3 rftf.constraints[1].from_part_occ = from_part_occ;
ftf.constraints[1].to = UF_ASSEM_ask_prototype_of_occ (Datum[6]);
ftf.constraints[1].to_part_occ = to_part_occ;
ftf.constraints[1].offset = NULL_TAG;
" W3 f/ I: u& }+ |ftf.constraints[1].name = "face to face";
5 P7 v. r8 u- m, B+ R/ \ftf.constraints[1].user_name = TRUE; */

/*ftf.constraints[2].from_status = UF_ASSEM_ok;
( Z7 s) Q* Z. b; vftf.constraints[2].to_status = UF_ASSEM_ok;
ftf.constraints[2].mate_type = UF_ASSEM_v16_mate; //选择同轴匹配类型
ftf.constraints[2].from_type = UF_ASSEM_datum_axis ;//定义为选取圆周面匹配
; G. W2 @( }$ ~* e6 [5 _" ^ftf.constraints[2].to_type = UF_ASSEM_datum_axis ;
ftf.constraints[2].from = UF_ASSEM_ask_prototype_of_occ (Datum3);//获取选取对象原型的tag
9 w' J; j7 E6 C4 x- j, P' B; Zftf.constraints[2].from_part_occ = cylinder_from_part_occ; //匹配对象的part occurrence的tag
7 ?$ {- p4 \( }* z) d7 ^7 pftf.constraints[2].to = UF_ASSEM_ask_prototype_of_occ (Datum4);
ftf.constraints[2].to_part_occ = cylinder_to_part_occ;
5 U7 ?# B+ F# f0 K$ d% u1 _' Zftf.constraints[2].offset = NULL_TAG; //定义距离，可利用表达式控制
ftf.constraints[2].name = "center to center";
ftf.constraints[2].user_name = TRUE;
ftf.constraints[2].sub_type = UF_ASSEM_center_1_to_1;//选取角度和同轴对齐的适当子类型 */
' d) A) g& a2 O6 [4 _5 Y( `6 A/*ftf.num_constraints=2;
4 Q! s9 _/ _! h- hftf.suppressed=FALSE;

ret=UF_ASSEM_solve_mc (&ftf, &status, &dof, transform);//条件计算
UF_get_fail_message (ret,message);

if (ret==0||status==UF_ASSEM_mc_solved)
{
" g, T7 N/ z: w; x$ {$ rret=UF_ASSEM_apply_mc_data (&ftf, &struct_status, &status );//执行匹配
UF_DISP_refresh();
UF_MODL_update();
}

for(tt=1000;tt>0;tt--);
for(kk=1000;kk>0;kk--);
8 c- Y; i& F6 i1 C( V4 `for(zz=1000;zz>0;zz--);*/

* m' d9 c, b3 ~

///////////////////////////第四个平面//////////////////////
//UF_MODL_ask_face_data (first_plan,[$type,point,dir,box,&radius,&rad_data,&norm_dir)]
* ?1 _$ o  g8 ^4 W, w! v6 Kret=UF_ASSEM_ask_parent_component (third_plan, &from_part_occ);//获取父标志
is_occ=UF_ASSEM_is_occurrence(from_part_occ);//确定父标志类型
//TRUE = if object occurrence or a part occurrence.
' m- q3 L* P4 f+ P' v% d4 w8 q& r//FALSE = if object is a prototype object
from_part_ins=UF_ASSEM_ask_inst_of_part_occ (from_part_occ);//获取part occurrence中instance的tag
+ X' k. i! X8 G4 X3 e$ `4 |9 ~ret=UF_ASSEM_ask_component_data (from_part_occ,part_name,refset_name,instance_name,
origin, csys_matrix, transform);

///////////////////////////第三个平面//////////////////////
& r: H" ^! v2 w8 M0 X3 W; {  Oret=UF_ASSEM_ask_parent_component (forth_plan, &to_part_occ);
to_part_ins=UF_ASSEM_ask_inst_of_part_occ (to_part_occ);
9 e' i! M( t) b7 N) J$ R% S8 ]ret=UF_ASSEM_ask_component_data (to_part_occ,part_name,refset_name,instance_name,
origin, csys_matrix, transform);

///////////////////////////第三个圆柱面//////////////////////
ret=UF_ASSEM_ask_parent_component (Datum4, &cylinder_from_part_occ);
% q! R0 ]: D- U8 J2 c% t" ~: Dcylinder_to_part_ins=UF_ASSEM_ask_inst_of_part_occ (cylinder_from_part_occ);
- x5 q0 ?0 J7 e" Cret=UF_ASSEM_ask_component_data (cylinder_to_part_occ,part_name,refset_name,instance_name,
2 I& `" M; x0 gorigin, csys_matrix, transform);

///////////////////////////第二个圆柱面//////////////////////
. x- i* \1 c3 Oret=UF_ASSEM_ask_parent_component (Datum3, &cylinder_to_part_occ);
' @! V4 R3 a: ~: E1 Z, H6 E% Y8 Kcylinder_to_part_ins=UF_ASSEM_ask_inst_of_part_occ (cylinder_to_part_occ);
ret=UF_ASSEM_ask_component_data (cylinder_to_part_occ,part_name,refset_name,instance_name,
: F3 h8 ^) b: M& Y! h( j  l1 Torigin, csys_matrix, transform);

2 o4 x4 P. _' M" {

//构造配合关系
//=======================
UF_ASSEM_init_mc (&ftf); //初始化

# p/ u, f5 J- y7 J, R

ftf.mated_object=from_part_ins;
" E, @9 R7 ]% k! `  aftf.name=NULL;
$ a1 l# g7 P% Q+ G# {, l. g5 Eftf.user_name=FALSE;

//UF_MODL_ask_exp_tag_value(exp_tag, &value);
6 p6 D& {, Z" q2 o4 U$ Q//sprintf(buf, "%f", value);
2 J9 h& H. H' S( `//uc1601(buf, 1);
double value;
char exp_str[] ="distance=-60";
* V6 c( C; W! G8 V6 a: V7 xchar buf[50];
tag_t exp_tag;

UF_MODL_create_exp_tag(exp_str, &exp_tag);
7 @) G* }8 K4 T7 r( \0 h8 xUF_MODL_ask_exp_tag_value(exp_tag, &value);
//sprintf(buf, "%f", value);
# p, d* A: F6 r3 [& x- v3 k; n//uc1601(buf, 1);
, R+ K# h5 A9 |  o' [5 Y. M//double l=value;
2 M0 l3 e' }' s# T6 c9 Z: D" dftf.constraints[0].from_status = UF_ASSEM_ok;
" N: T4 I0 t' E# t- nftf.constraints[0].to_status = UF_ASSEM_ok;
0 e$ B1 u$ l; Xftf.constraints[0].mate_type = UF_ASSEM_distance;
ftf.constraints[0].from_type = UF_ASSEM_planar_face;
+ H8 j. z' w, X. Sftf.constraints[0].to_type = UF_ASSEM_planar_face;
: E5 P& l$ r0 B4 u& Nftf.constraints[0].from = UF_ASSEM_ask_prototype_of_occ (third_plan);
( ]2 l/ q( \! r0 zftf.constraints[0].from_part_occ = from_part_occ;
ftf.constraints[0].to = UF_ASSEM_ask_prototype_of_occ (forth_plan);
3 B/ s& ~* E# U/ ?3 _7 }& d% f% W- Bftf.constraints[0].to_part_occ = to_part_occ;

ftf.constraints[0].offset =exp_tag;

ftf.constraints[0].name = "face to face";
$ o+ |& h% B8 g8 b" v( uftf.constraints[0].user_name = TRUE;
  z5 K& F2 l/ i, y. O//ftf.constraints[0].sub_type = UF_ASSEM_3d_angle ;

ftf.constraints[1].from_status = UF_ASSEM_ok;
4 f7 Y( G- \! D# kftf.constraints[1].to_status = UF_ASSEM_ok;
& N9 b. v  H% z3 U  [- o9 a& ^ftf.constraints[1].mate_type = UF_ASSEM_v16_mate; //选择同轴匹配类型
ftf.constraints[1].from_type = UF_ASSEM_datum_axis ;//定义为选取圆周面匹配
* Q- D( l, R+ S3 ]& [ftf.constraints[1].to_type = UF_ASSEM_datum_axis ;
* \: G$ A9 m2 O! \( kftf.constraints[1].from = UF_ASSEM_ask_prototype_of_occ (Datum4);//获取选取对象原型的tag
, X4 d! s' l3 J' d: P9 Eftf.constraints[1].from_part_occ = cylinder_from_part_occ; //匹配对象的part occurrence的tag
ftf.constraints[1].to = UF_ASSEM_ask_prototype_of_occ (Datum3);
ftf.constraints[1].to_part_occ = cylinder_to_part_occ;
  k9 q& p2 _2 V5 X1 Nftf.constraints[1].offset = NULL_TAG; //定义距离，可利用表达式控制
ftf.constraints[1].name = "center to center";
ftf.constraints[1].user_name = TRUE;
5 r* b& e; _8 U' `3 Nftf.constraints[1].sub_type = UF_ASSEM_center_1_to_1;//选取角度和同轴对齐的适当子类型 */

ftf.constraints[2].from_status = UF_ASSEM_ok;
ftf.constraints[2].to_status = UF_ASSEM_ok;
ftf.constraints[2].mate_type = UF_ASSEM_parallel;
ftf.constraints[2].from_type = UF_ASSEM_planar_face;
! ?+ n/ i) b3 `8 J7 uftf.constraints[2].to_type = UF_ASSEM_planar_face;
# A0 I2 _1 k  M$ sftf.constraints[2].from = UF_ASSEM_ask_prototype_of_occ (first_plan);
ftf.constraints[2].from_part_occ = from_part_occ;
+ c) e4 d% X- D% N; cftf.constraints[2].to = UF_ASSEM_ask_prototype_of_occ (second_plan);
7 w4 Y+ [4 ?! K- e/ D6 qftf.constraints[2].to_part_occ = to_part_occ;

//ftf.constraints[0].offset =exp_tag;

ftf.constraints[2].name = "face to face";
& W0 s8 e( s5 q3 E  A4 S( Nftf.constraints[2].user_name = TRUE;
  f' l+ q6 p  e/*ftf.constraints[1].from_status = UF_ASSEM_ok;
ftf.constraints[1].to_status = UF_ASSEM_ok;
ftf.constraints[1].mate_type = UF_ASSEM_center; //选择同轴匹配类型
) ]* J. l' k; P9 Z8 P9 B( |ftf.constraints[1].from_type = UF_ASSEM_cylindrical_face;//定义为选取圆周面匹配
ftf.constraints[1].to_type = UF_ASSEM_cylindrical_face;
ftf.constraints[1].from = UF_ASSEM_ask_prototype_of_occ (cylinder_face3);//获取选取对象原型的tag
0 v" g* v1 V! n3 rftf.constraints[1].from_part_occ = cylinder_from_part_occ; //匹配对象的part occurrence的tag
2 \9 d4 p- g! J2 r! B- Uftf.constraints[1].to = UF_ASSEM_ask_prototype_of_occ (cylinder_face2);
ftf.constraints[1].to_part_occ = cylinder_to_part_occ;
ftf.constraints[1].offset =NULL_TAG ; //定义距离，可利用表达式控制
ftf.constraints[1].name = "center to center";
! I+ k3 o: X' T/ g/ ?7 A- @: Nftf.constraints[1].user_name = TRUE;
ftf.constraints[1].sub_type = UF_ASSEM_center_1_to_1;//选取角度和同轴对齐的适当子类型 */
ftf.num_constraints=3;
ftf.suppressed=FALSE;

ret=UF_ASSEM_solve_mc (&ftf, &status, &dof, transform);//条件计算
UF_get_fail_message (ret,message);

if (ret==0||status==UF_ASSEM_mc_solved)
{
ret=UF_ASSEM_apply_mc_data (&ftf, &struct_status, &status );//执行匹配
: O: f  @& e! d/ K) h% ~: K6 f' jUF_DISP_refresh();
5 K1 I; j! \  H) {7 I5 Q) G% j+ t7 YUF_MODL_update();
}

UF_terminate ();

/* Callback acknowledged, do not terminate dialog */
# q3 L: r  j1 X* Rreturn (UF_UI_CB_CONTINUE_DIALOG);

/* or Callback acknowledged, terminate dialog. */
/* return ( UF_UI_CB_EXIT_DIALOG ); */

}