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#include <uf.h>( c! V/ z( H* e- q( }
#include <uf_ui.h>- O2 D. C) ^# Z$ U& \
#include <uf_exit.h>
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#include <stdio.h>- U6 l( L6 H$ ^( E9 _; i- J
#include <uf.h>
: V9 [! y2 w) a: M#include <uf_ui.h>8 O* f* M& l/ c
#include <uf_exit.h>
- E6 _- Q: {! y5 `& k6 T+ g! \#include "uf_layer.h"2 l/ o+ t/ G$ w6 H& v5 l/ [
#include <stdio.h>
1 u R, u) R7 I: W3 _: W( t6 |#include <uf.h>8 j" B5 A1 t/ ~% ?) O
#include <uf_modl.h>
" e: _5 T& D1 A5 i3 [1 k S#include <uf_curve.h>
$ J9 |0 X( V7 m9 A: |6 ^#include <uf_csys.h>
1 K3 F/ S* w8 @8 D/ A' }#include <uf_object_types.h>
1 _. b, \( C( T( p3 C#include <uf_ui.h>
" g* m" X, w0 Y( I+ f#include <uf_part.h>
: j- ]; c) p' U9 ]$ Y6 \( Y" W8 p#include "uf_obj.h"
' v' k. F" d; Q. ^$ s# B#include "math.h"
; A- c. X2 a5 y D5 M5 O- m) q) G; t
static int init_proc(UF_UI_selection_p_t select,void* user_data)5 c* t; Q$ r0 M) w0 D% m2 w
{
+ B1 M0 y3 Y" V# | int num_triples = 2; //只选择一种类型
# q3 r: m" o* h( ^; K# _1 W! b UF_UI_mask_t mask_triples[] = {UF_cylinder_subtype,0,0," Z8 j4 ?, Q: K0 N# l. `( g; x, l
UF_bounded_plane_subtype,1,0};
; C8 A* U6 j5 e# g4 x6 f0 s if((UF_UI_set_sel_mask(select,4 \0 _5 i" e) g
UF_UI_SEL_MASK_CLEAR_AND_ENABLE_SPECIFIC,% b" E2 j1 X6 p- g
num_triples, mask_triples)) == 0)
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return (UF_UI_SEL_SUCCESS);1 E9 M5 s2 A; S2 @. L/ G
}
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{
. `4 X0 J! t! c+ E8 p1 u2 A! P return (UF_UI_SEL_FAILURE);+ x; k5 m2 |* R1 ?9 P: o. @
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}. c" n- t9 q5 h+ D [
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8 p- q" M9 U% R+ Dstatic void Create_Center(void)
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tag_t user_wcs;$ x6 C5 Q& _) r* t+ a+ \4 {) O5 m3 B
UF_CSYS_ask_wcs(&user_wcs);6 \' R; H+ b# q c: [
char cue[] = "简简单单:请选择单个平面";. e0 S6 p- b' H. {; r8 p, R0 k$ L
char title[] = "简简单单:对象选择对话框";
/ i& Y2 m) `% @# V P2 ~! q4 p0 j int response=0;
( z. A8 b- x# t+ U- k' u4 v6 r% [$ c tag_t object;
. |' J. i2 B0 b. `. u' e' v int count=0;, [- }0 a- M8 i' I; d1 N
double cursor[3];
4 a3 D1 Q( D8 u tag_t view;& I! w5 m7 b7 B8 O% ?& K; U
l10:
+ [" B: B- Q+ y7 D+ a3 z3 U* o% B* q UF_UI_select_with_single_dialog(cue,title,0,init_proc, NULL,&response,&object,cursor,&view);( O6 `& H+ S) S
if(response==UF_UI_BACK) return; //如果点后退就跳转到L10
/ s% J( j; }0 N( [( f3 k if(response==UF_UI_CANCEL) return; //如果点取消就退出
; w" a4 T4 Z0 }6 Z: n0 y UF_DISP_set_highlight(object,0); //取消高亮显示+ f/ ^7 e/ T6 J6 m& T8 H0 f
+ M7 p4 x f( Z" Y# S5 x- K" f int type;
( l. V, Z7 q4 G' ^1 ^) X double point[3],dir_z[3], box[6];
, M0 f* T: K+ T n/ ` double radius,rad_data;4 R2 l5 C6 l4 {8 j% y6 p: Z! q
int norm_dir;% R% t5 M3 ~' V, b/ v; x G
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
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tag_t matrix_id;
0 E8 Y2 ~ z8 ~) D& C tag_t csys_id;3 p/ K- q1 [/ p: E1 d% E
double matrix_values[9];5 C. k* ]9 @9 N5 ^* l" G* p* Q1 H6 _
UF_CSYS_ask_matrix_of_object (object,&matrix_id); //得到面的矩阵ID+ w$ P! \0 U& t
UF_CSYS_ask_matrix_values(matrix_id,matrix_values); //赋值给matrix_values8 S$ y1 n( @4 G. g* N
if(norm_dir<0) //判断面的法向是否相反- b0 O) y) k0 m
{
0 m1 Z+ R& `5 M' r2 I0 Z matrix_values[3]=-matrix_values[3];8 k: U$ J, T7 e8 M
matrix_values[4]=-matrix_values[4];
$ j& _: a' h' F3 Q, A matrix_values[5]=-matrix_values[5];
! \5 m& c+ I% I% b9 F matrix_values[6]=-matrix_values[6];
- f/ \; f% V3 Q# t) S' X matrix_values[7]=-matrix_values[7];
- b5 a/ D2 d* g matrix_values[8]=-matrix_values[8];$ h: X( q3 V! t# e& ^0 M/ l4 @: @
UF_CSYS_create_matrix(matrix_values,&matrix_id);* B% s' |, N9 o; f! E
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UF_CSYS_create_temp_csys(point,matrix_id,&csys_id);
$ ^9 T$ e3 q" ?4 ^1 N! `( j8 L 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)
8 p: p8 l T* k0 c UF_CSYS_set_wcs_display(0); //不显示坐标系(解决显示移动)
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0 v( |4 @5 z/ G2 _" [ double boundingbox[6];
7 M$ ~2 a" A8 i/ d double boundingbox2[3][3];
4 l4 l0 t" `' D, f double boundingbox3[6];7 I" `' X7 _# ^* F9 N0 \% |
UF_MODL_ask_bounding_box_exact(object,csys_id,boundingbox,boundingbox2,boundingbox3);; y8 b+ u* g) V
2 Y! @' Q! w$ S$ e if(type ==UF_cylinder_subtype)! i" z9 p/ K( r e1 N1 M
{
3 @% ^1 R3 J) ?9 c- Q double cyl1_pt[3];
{) S- c% U7 {/ f tag_t cyl_line,cyl_pt;
9 G; N; y. B: h6 G4 t0 @. r UF_CURVE_line_t cyl1_line_coords;, w, s, c9 G) a& e2 v
double WCS_pt[3];2 B6 M y# r; f6 R
UF_CSYS_map_point (UF_CSYS_ROOT_COORDS, boundingbox,UF_CSYS_ROOT_WCS_COORDS, WCS_pt); //绝对坐标转wcs
+ _% L5 J3 \ j8 X- E# } UF_CSYS_map_point (UF_CSYS_ROOT_COORDS,point,UF_CSYS_ROOT_WCS_COORDS, cyl1_pt); //绝对坐标转wcs( U: ]+ r8 e! K7 {# r
cyl1_pt[2] = WCS_pt[2];
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cyl1_line_coords.start_point[0] = cyl1_pt[0];: T+ f! g* f; w+ B, l* n" E/ Z; P4 o
cyl1_line_coords.start_point[1] = cyl1_pt[1];; g0 J4 f5 r6 Z9 z& |
cyl1_line_coords.start_point[2] = cyl1_pt[2];
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% p3 k! Q! a' y. c8 ]$ P, H9 u5 C. f cyl1_line_coords.end_point[0] = cyl1_pt[0];8 U# X+ S0 e: b- v& C" S, ]1 X
cyl1_line_coords.end_point[1] = cyl1_pt[1];
: l. v P0 G D/ Y* w9 X7 O cyl1_line_coords.end_point[2] = cyl1_pt[2] + boundingbox3[2];
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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
. t7 }; u4 `3 Q 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
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9 q4 o6 p; ~0 x: E0 J j UF_CURVE_create_line(&cyl1_line_coords,&cyl_line);; r1 q% P. }% V4 h7 J; n7 Q) |' Z
UF_OBJ_set_color(cyl_line,186);/ _# b7 O& H& f$ U& D E# S3 D# W6 q
UF_OBJ_set_font(cyl_line,UF_OBJ_FONT_CENTERLINE); //设置线型
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UF_CSYS_set_wcs(user_wcs);
) ^/ @. v$ v, @) ~4 k3 t, T UF_CSYS_set_wcs_display(1); //显示坐标系(解决显示移动)
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2 ~2 q7 e, z6 J) k! b$ w5 _ goto l10;
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2 t9 h. c! s9 m* h9 F/ j9 R2 y% j
& c( ~; Y: j% }! x3 W# I double WCS_pt[3],center_pt[3];
; {# S: r% w; p% H' t tag_t xp1,xp2,yp1,yp2,c_pt,Xline,Yline;& o" l9 _) [0 y1 |$ A8 g
UF_CURVE_line_t Xline_coords,Yline_coords;* p2 p, i/ {) }; D
UF_CSYS_map_point (UF_CSYS_ROOT_COORDS, boundingbox,UF_CSYS_ROOT_WCS_COORDS, WCS_pt); //绝对坐标转wcs4 x! w- K' w2 x
5 Z7 \9 a: [/ j% y% m center_pt[0] = WCS_pt[0] + boundingbox3[0]/2;+ }9 `! M: P+ u
center_pt[1] = WCS_pt[1] + boundingbox3[1]/2;
+ f- W& K: n& v5 R center_pt[2] = WCS_pt[2];1 M# w% J' g' @9 c, {
9 M K5 X' {; a$ O; ^4 e2 Q
' L& |# c( ?4 ~) ^ 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
3 x" [. u* D3 F, x8 \& x Xline_coords.start_point[1] = WCS_pt[1];
3 y. _6 [$ E2 i* H8 i4 S0 p Xline_coords.start_point[2] = WCS_pt[2];% p5 E# j% s: f, m" n( L
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8 T! `$ D! L X6 x+ S/ f7 N
// UF_CURVE_create_point(Xline_coords.start_point,&xp1);
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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
' m0 K/ b5 |& ~' f( H* n0 N Xline_coords.end_point[1] = WCS_pt[1] + boundingbox3[1]; //Y方向wcs的值+面Y方向的大小
: ]3 g, A5 p* E+ d Xline_coords.end_point[2] = WCS_pt[2];
8 C% ?& }* D5 H7 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' E8 t" ~0 u3 [! R8 \$ T3 Q( E0 J
// UF_CURVE_create_point(Xline_coords.end_point,&xp2);
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Yline_coords.start_point[0] = WCS_pt[0];
5 w! P9 o9 l# q; l/ |7 [ Yline_coords.start_point[1] = WCS_pt[1] + boundingbox3[1]/2;: M) J b: J# @, e$ K1 y
Yline_coords.start_point[2] = WCS_pt[2];
3 ~% Y* ^+ V! Y, d) J" ~& y1 D# { 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
6 Y( ]4 Y/ a! t! a& j) a// UF_CURVE_create_point(Yline_coords.start_point,&yp1);
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Yline_coords.end_point[0] = WCS_pt[0] + boundingbox3[0]; //X方向wcs的值+面X方向的大小
3 `$ M+ ]! y; u: g Yline_coords.end_point[1] = WCS_pt[1] + boundingbox3[1]/2;
- o( }3 n/ h6 @0 ]3 p: q* t Yline_coords.end_point[2] = WCS_pt[2];
# U4 k; b9 n: x7 l5 h D 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0 c& Y& s& q, D# N7 \$ T
// UF_CURVE_create_point(Yline_coords.end_point,&yp2);
* n( g1 B" j& g8 W0 n, Y. S 5 F" e8 p9 y- w+ E' g- ]
UF_CURVE_create_line(&Xline_coords,&Xline); //创建中心线
" U2 ^- N7 n% d! \' D/ U UF_CURVE_create_line(&Yline_coords,&Yline);
# U( i* W5 ]. K a$ d UF_OBJ_set_color(Xline,186); //设置颜色# S6 y) P% G! V* s; r
UF_OBJ_set_color(Yline,186);4 I4 U7 u/ T: o3 n; p9 }! _
UF_OBJ_set_font(Xline,UF_OBJ_FONT_CENTERLINE); //设置线型$ P' M/ V5 |* H! P% o2 }
UF_OBJ_set_font(Yline,UF_OBJ_FONT_CENTERLINE); //设置线型, P0 Y2 Z8 E- w. K; t
, Z! `% } b# ]! c% l, _ UF_CSYS_set_wcs(user_wcs);
1 W: N9 T) H6 m4 Q( N }" z$ Z UF_CSYS_set_wcs_display(1); //显示坐标系(解决显示移动)
6 {7 g; q& W; Z goto l10;* N! m; I* ]$ T# r0 U
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extern DllExport void ufusr( char *parm, int *returnCode, int rlen )" |* l b9 U. ?
{
* Y) s; z4 N- X! O. ?( n) |! B3 Y /* Initialize the API environment */
* K( Q" V" T# d9 ?1 _ U: D if( UF_initialize() )
( ] a0 V _3 t5 Y# o+ B4 v! D N {
1 u4 M3 e$ e2 _1 {1 E return;
% k7 C3 z+ e% }1 c O3 L" { }
0 q3 F' n/ ?$ U2 K3 G# F) M6 W" l. a) z# y/ `2 `
Create_Center();& P) |4 D/ o) f4 E1 e
9 ?2 K6 n* l) h1 r! y' P+ u UF_terminate();# _' u/ D& k1 u" \/ L" h4 K$ C
}) c. [( H1 A# Z4 c) `* i8 R5 q
+ u2 \3 }% Y' N
2 Y2 g7 o. I# I" kextern int ufusr_ask_unload( void )
5 z! a& w! j h, M& G# Q# r( f{ P' k) _/ z( t8 c( |# K3 U
return( UF_UNLOAD_IMMEDIATELY );
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