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#include <uf.h>( S$ k& G+ L8 g- o+ O# T
#include <uf_ui.h>
0 ` W# V! N; o5 C. d9 k: N" g#include <uf_exit.h>& z+ ^. p- d; O6 M' S+ H
& \' t1 }+ e- T& ?3 g
#include <stdio.h>
: t' i# c3 x& V& S#include <uf.h>
. i3 l- c- v" M& T) j3 C#include <uf_ui.h>; p! B' {: M/ O9 {; M
#include <uf_exit.h>4 g/ A6 n# m1 w
#include "uf_layer.h"
' W* D; n$ [( O#include <stdio.h>
% x/ T) O; a! N* ^- _3 y#include <uf.h>
0 j3 u/ }' E) I# p#include <uf_modl.h>- _5 q) _% D v. T$ t) }
#include <uf_curve.h>
Z. e& I+ P1 u6 g#include <uf_csys.h>
% M' N! @0 q5 X0 m8 H" B4 B: s#include <uf_object_types.h>
2 T9 ?: m* P2 V) M t#include <uf_ui.h>
2 F0 o4 ]8 h" @' U#include <uf_part.h>
7 C0 ]! b" S8 m7 n#include "uf_obj.h": d- E/ G8 J' X7 S* m) p! n" X R
#include "math.h", W6 ?6 ?3 ?1 e3 y% B" l
+ S7 A6 o4 Y$ X7 ystatic int init_proc(UF_UI_selection_p_t select,void* user_data)0 Y4 N# f/ z7 u. \5 c4 s
{
8 h' O4 ^; _, B# `$ q int num_triples = 2; //只选择一种类型
; B5 j& f) y4 I UF_UI_mask_t mask_triples[] = {UF_cylinder_subtype,0,0,% H: r7 c# |( d/ @
UF_bounded_plane_subtype,1,0};: d8 m) H& {( Y& E( `" q: f" s2 i
if((UF_UI_set_sel_mask(select,
! T) V( o4 v7 g7 i9 W UF_UI_SEL_MASK_CLEAR_AND_ENABLE_SPECIFIC,
8 R* ]3 j% V5 l+ c num_triples, mask_triples)) == 0)- Y, A- {! p `) i$ u3 T" j6 z
{
* h. Y4 K2 G* b% i5 `' ^4 } return (UF_UI_SEL_SUCCESS);
- [3 J; g& r/ ] {4 } }* `% D3 q9 @* q: [+ {8 A
else
( L; T+ U, c; i+ o0 w# \4 { {
7 E! X. m% t( T1 y! ]6 X return (UF_UI_SEL_FAILURE);
6 h) H: h# l3 c K }( E; F2 O8 T2 J/ Y% H8 _
}
. I+ v6 H2 u- M z" h$ l$ J1 {1 m2 r ~# G' p; S
: c; @8 P |! W7 T1 k) I. b9 lstatic void Create_Center(void)
; M0 @7 i! [0 O R) r* ^{
* h/ e1 L# E0 I tag_t user_wcs;* c3 E4 {/ `0 g' U" X/ F
UF_CSYS_ask_wcs(&user_wcs);
6 O! K/ V# i; N% b1 v' P char cue[] = "简简单单:请选择单个平面";
e* u* E% T' o" o& Q) N ~* v char title[] = "简简单单:对象选择对话框";, A( n, h+ U; | w: D
int response=0;6 Z4 b2 g" ^, G/ s
tag_t object;5 w) A8 l7 O {; j5 }3 }" h5 a
int count=0;6 j# r9 C9 V6 K$ b( k3 X
double cursor[3];. r: Q/ L: R. g g v1 P
tag_t view;
# a. r7 w2 k0 R' o; G3 d- N8 al10:
5 J$ ~( a" Y& b1 T( J, Z! y UF_UI_select_with_single_dialog(cue,title,0,init_proc, NULL,&response,&object,cursor,&view);
1 z( O) J5 }- R5 h( A( O, V if(response==UF_UI_BACK) return; //如果点后退就跳转到L10
- ` z/ d& R* V s& a7 d, E* x if(response==UF_UI_CANCEL) return; //如果点取消就退出
6 @8 t. j4 P8 [( W" H' g UF_DISP_set_highlight(object,0); //取消高亮显示
6 w$ A# M3 i4 x# ?4 ^# U( Q- r
3 j+ S. H$ o3 f3 V$ l5 b* o int type;
. K( U. S- V* X# H. ?5 g double point[3],dir_z[3], box[6];
4 ?! Z5 L% ~, j: t \* \8 A0 Y double radius,rad_data;/ _, d% @4 G% f& j1 h! }
int norm_dir;
$ T& t" h3 A2 s) v$ k7 n" I UF_MODL_ask_face_data (object,&type,point,dir_z,box,&radius,&rad_data,&norm_dir); //得到面的法向norm_dir,+1为正向,-1为负向/ ~3 S6 a* O3 L/ M5 e ]5 d
5 }5 r. Q4 X# ]9 l( v6 M
- `1 Q- H6 W) l: c: m2 h a
tag_t matrix_id;
) f" L6 ?7 `, {" s1 F! o& I tag_t csys_id;2 |6 E' B' u% D* W# C
double matrix_values[9];
8 b$ E' X; M m UF_CSYS_ask_matrix_of_object (object,&matrix_id); //得到面的矩阵ID+ E6 h/ T: x) G1 v
UF_CSYS_ask_matrix_values(matrix_id,matrix_values); //赋值给matrix_values/ ^8 y% b, D! @$ g$ w, g7 S
if(norm_dir<0) //判断面的法向是否相反1 R( @. |( ]' @1 w2 n7 R
{5 n5 Z% G& c4 q( ^# t& a
matrix_values[3]=-matrix_values[3];: o9 S% J5 B9 ]' [" i9 N" I
matrix_values[4]=-matrix_values[4];9 _' x" e: H$ a& K& d9 q! s# d- a R
matrix_values[5]=-matrix_values[5];
8 D/ [; D y& t$ n& v1 { matrix_values[6]=-matrix_values[6];
2 B; `; D- d y) f matrix_values[7]=-matrix_values[7];2 ]- F3 g0 K' ~7 m4 ~% ~
matrix_values[8]=-matrix_values[8];2 v( S1 B; M. c$ r( y
UF_CSYS_create_matrix(matrix_values,&matrix_id);
( {$ a5 _9 a$ Y9 f }* d# w- g3 k& h8 e8 s
UF_CSYS_create_temp_csys(point,matrix_id,&csys_id);; J/ e \% _$ ?1 J6 C8 ]5 }5 x9 C
UF_CSYS_set_wcs(csys_id); //设置面的坐标系(位置不一定精确,可以通过后面修正)
; A q+ U9 }/ ?( I UF_CSYS_set_wcs_display(0); //不显示坐标系(解决显示移动)
* A, l( @5 }& o2 h: ^1 z( Y& U8 ~/ A# I0 a0 }. o5 o1 u
double boundingbox[6];! r1 E' v7 i" `2 L; n
double boundingbox2[3][3];! R* o3 B2 x/ S6 r3 z$ x3 I
double boundingbox3[6];
1 p6 L4 V, G4 }) W9 w) L1 t% | UF_MODL_ask_bounding_box_exact(object,csys_id,boundingbox,boundingbox2,boundingbox3);; l' \: e9 M% h- p! R' w" I; m* j
& r( G( I" f5 @
if(type ==UF_cylinder_subtype)" e# v) t/ ~ @+ v4 J3 _6 y
{
) N6 i( O5 i! `' i double cyl1_pt[3];
4 w0 r1 K' {7 u8 i. [ tag_t cyl_line,cyl_pt;
5 ]. N2 h3 K J0 `& ^6 Y UF_CURVE_line_t cyl1_line_coords;* w& a7 U* _: [: v
double WCS_pt[3];0 R; ~2 B2 g0 {
UF_CSYS_map_point (UF_CSYS_ROOT_COORDS, boundingbox,UF_CSYS_ROOT_WCS_COORDS, WCS_pt); //绝对坐标转wcs2 K1 \' j6 L8 s d
UF_CSYS_map_point (UF_CSYS_ROOT_COORDS,point,UF_CSYS_ROOT_WCS_COORDS, cyl1_pt); //绝对坐标转wcs7 A8 F: l/ W ?4 v' l* U; F
cyl1_pt[2] = WCS_pt[2];' _) ?/ U" B5 Q6 Z4 @
* Z2 x9 U2 @4 ]2 I/ F
cyl1_line_coords.start_point[0] = cyl1_pt[0]; w& O# J) j, a9 h Y
cyl1_line_coords.start_point[1] = cyl1_pt[1];
2 a" Y B2 c9 v: q& `# R cyl1_line_coords.start_point[2] = cyl1_pt[2];
2 H& E8 H% j; S" f6 y! h/ U ^! H
4 Y. }& G- G6 O% U; p4 z cyl1_line_coords.end_point[0] = cyl1_pt[0];
) @4 k5 Z8 @6 j, s6 @" } cyl1_line_coords.end_point[1] = cyl1_pt[1];
- e( Y: ?( [+ k5 {- g6 E cyl1_line_coords.end_point[2] = cyl1_pt[2] + boundingbox3[2];6 U, K$ t# E: J$ B
8 t; l" E E) o e
UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,cyl1_line_coords.start_point,UF_CSYS_ROOT_COORDS, cyl1_line_coords.start_point); //wcs转绝对坐标
, c5 i' }2 Q. C" L* }0 S, p UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,cyl1_line_coords.end_point,UF_CSYS_ROOT_COORDS, cyl1_line_coords.end_point); //wcs转绝对坐标. A, u, d$ Y. s/ j
* Y9 ]- V7 P" N, @# }: C
UF_CURVE_create_line(&cyl1_line_coords,&cyl_line);
9 S" V3 k5 i8 G+ s& A2 U- Q UF_OBJ_set_color(cyl_line,186);! O. v! D0 P7 f: E
UF_OBJ_set_font(cyl_line,UF_OBJ_FONT_CENTERLINE); //设置线型
, s+ A2 ? ^4 C6 y5 H ^
! G$ ~. w; k6 a0 B: h2 ^& P* b UF_CSYS_set_wcs(user_wcs);7 Y% O- t; X7 G- r
UF_CSYS_set_wcs_display(1); //显示坐标系(解决显示移动)
' X* ~( h# h1 ~, b: F' K0 t( P3 L$ W$ D' e( h
goto l10;" L: Y) G! H9 S I) ?4 k: B
}
) |: j7 Y) Z M; V4 Q* e; y5 D) }0 `2 |% b" ~) |4 J- a2 I1 z9 V5 H0 b
! _ Z- K, `5 n. U8 {1 h
double WCS_pt[3],center_pt[3];
, g' k& b6 c, y+ }7 Y6 c9 ~( w$ {" I tag_t xp1,xp2,yp1,yp2,c_pt,Xline,Yline;
3 I3 S/ q" k, R: k5 @ UF_CURVE_line_t Xline_coords,Yline_coords;3 V L) }* A" F0 s5 U
UF_CSYS_map_point (UF_CSYS_ROOT_COORDS, boundingbox,UF_CSYS_ROOT_WCS_COORDS, WCS_pt); //绝对坐标转wcs, [+ a$ b" I9 f" J# _/ I% o
/ T! c7 y- I0 c# @0 h
center_pt[0] = WCS_pt[0] + boundingbox3[0]/2;4 R( b u, p0 n: j( |
center_pt[1] = WCS_pt[1] + boundingbox3[1]/2;
& O( N$ B& Y6 l0 Q- V' |& n center_pt[2] = WCS_pt[2];$ I9 P l; z ~& Y- B/ s
' W* J" x* }0 ~( \' u
" S* s" S& d5 S7 n5 [ Xline_coords.start_point[0] = WCS_pt[0] + boundingbox3[0]/2; //X方向wcs的值+面X方向的大小1/2: H. w3 _* S9 k/ r- R
Xline_coords.start_point[1] = WCS_pt[1];* r) d6 y+ Z4 R3 c! S( Z
Xline_coords.start_point[2] = WCS_pt[2];
, Q) j) X! H/ V0 c UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,Xline_coords.start_point,UF_CSYS_ROOT_COORDS, Xline_coords.start_point); //wcs转绝对坐标7 W4 k8 _* i9 k; _/ H! V- J
// UF_CURVE_create_point(Xline_coords.start_point,&xp1);/ `9 K! C7 A; _+ J. T3 s8 g
8 i6 J. F/ N+ h
Xline_coords.end_point[0] = WCS_pt[0] + boundingbox3[0]/2; //X方向wcs的值+面X方向的大小1/2
( v" X2 N7 B# u: S1 V' v! D3 S Xline_coords.end_point[1] = WCS_pt[1] + boundingbox3[1]; //Y方向wcs的值+面Y方向的大小
( p" x/ Z: T! N* Z Xline_coords.end_point[2] = WCS_pt[2];( W) O- r5 Y% E9 P
UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,Xline_coords.end_point,UF_CSYS_ROOT_COORDS, Xline_coords.end_point); //wcs转绝对坐标
8 F( u6 h# a! b// UF_CURVE_create_point(Xline_coords.end_point,&xp2);
- @6 h* U# s6 d* \5 d8 ~) t* p0 U9 Y% M, s$ U. Z) |
Yline_coords.start_point[0] = WCS_pt[0];1 D3 F l" e/ g I
Yline_coords.start_point[1] = WCS_pt[1] + boundingbox3[1]/2;( Y: ~+ [2 p7 ?
Yline_coords.start_point[2] = WCS_pt[2];8 ~! |1 y: t7 v' w/ [3 J
UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,Yline_coords.start_point,UF_CSYS_ROOT_COORDS, Yline_coords.start_point); //wcs转绝对坐标
8 s% |6 s, W6 Z! k( n( d, M// UF_CURVE_create_point(Yline_coords.start_point,&yp1);" k5 i: `; t) {" P. C
' J6 G; r. I/ y" S- e
Yline_coords.end_point[0] = WCS_pt[0] + boundingbox3[0]; //X方向wcs的值+面X方向的大小
) D% Y; H% v b5 { Yline_coords.end_point[1] = WCS_pt[1] + boundingbox3[1]/2;
5 }4 D: W N! c( u7 n& ` Yline_coords.end_point[2] = WCS_pt[2];) N1 k, o9 A& ?
UF_CSYS_map_point (UF_CSYS_ROOT_WCS_COORDS,Yline_coords.end_point,UF_CSYS_ROOT_COORDS, Yline_coords.end_point); //wcs转绝对坐标
1 S i- |0 v& r% H( q7 G8 ~// UF_CURVE_create_point(Yline_coords.end_point,&yp2); I8 A' p6 e! k. B' o# T) N$ C; l
& X6 B, y- Z+ @8 ]) a UF_CURVE_create_line(&Xline_coords,&Xline); //创建中心线9 O# O. m# U+ J% {' n7 p* K$ g
UF_CURVE_create_line(&Yline_coords,&Yline); y8 l* f) t+ ?5 N) A6 l2 e6 j1 Y
UF_OBJ_set_color(Xline,186); //设置颜色
" j* m& l& _! A- H UF_OBJ_set_color(Yline,186); [! R4 ~% l' J" c, M
UF_OBJ_set_font(Xline,UF_OBJ_FONT_CENTERLINE); //设置线型
7 a- [ E6 ^) y/ S& W( B UF_OBJ_set_font(Yline,UF_OBJ_FONT_CENTERLINE); //设置线型9 p7 M+ a* |- @6 D: S/ `4 J
7 N& ]4 ~ n& Q5 }) c
UF_CSYS_set_wcs(user_wcs);* F8 F0 t# p9 \8 o$ G$ B" i
UF_CSYS_set_wcs_display(1); //显示坐标系(解决显示移动)
: d% ?2 k, Y+ a goto l10;- Y1 c- i3 q3 i+ W7 O& s
0 T$ I: K- p2 s4 K/ E% K& F3 {) [
}; ]" Y+ O. c. a- i* b5 S7 y
) w3 W) e0 x' B7 z* `extern DllExport void ufusr( char *parm, int *returnCode, int rlen )
3 X6 [0 t) l! q; |$ W{
5 q. g5 h& V; C0 v: h /* Initialize the API environment */
2 I0 Y: _ a$ [3 j; J9 u, ?) o if( UF_initialize() )) c- c' w3 I9 [1 B% u
{2 C/ Q$ E A# B/ Z4 y. H$ y- ^2 J
return;& ^: I9 T: _0 w( e
}, Q: S' l( ~9 E6 R
" ?5 r7 z2 t, T F
Create_Center();
/ s3 O1 u/ Q$ r8 T( }
% u+ u+ s- ]* w UF_terminate();4 M6 _2 f* _ K+ r
}
\$ U0 n6 V: ^2 R% I) A# t- p7 z, z
0 n; D4 G6 d( Y+ h h3 M- o
extern int ufusr_ask_unload( void )7 m9 c6 r* {8 W/ u8 N! u
{
: s4 W. `0 s8 B& R: b return( UF_UNLOAD_IMMEDIATELY );
1 v7 e& S6 G& r) u$ l}
8 N# o M9 c- Y0 I) T- e2 c" r0 E' C, _# Q% ?# E% |* z2 P
9 G0 Y& }( W0 A4 m- k. H6 M8 o9 D0 S! C2 j' d) T6 j7 o/ c
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