|
/*****************************************************************************
3 v/ K m+ e9 k; B/ @**
- V. @7 {- P" E0 o" M2 O: d8 X** 提取刻字中心线 【这个程序 网上有论文非梅雷原创】【但是大概按照论文写了下效果一般般】
5 g) G. q4 J: Y**
, k2 s2 i3 `' y2 ?- L/ u$ J: [7 ^: d# C** 梅雷QQ1821117007 手机15757753770
- a4 _0 J( z1 L* C+ z( S6 X** 精力有限,3 C4 T! B. j1 {; H
*****************************************************************************/
" K" G+ W* A6 z) o) b
' e& X) d/ k( _5 o, l/* Include files */
E& @0 R. o( } Y/ M5 O ^5 q#if ! defined ( __hp9000s800 ) && ! defined ( __sgi ) && ! defined ( __sun )
* Z* I1 p# t5 J! {0 _- D# include <strstream>
: i/ n; c( I- _7 V- ]# include <iostream>) c9 j. M+ | N% o7 i
using std:strstream;
8 L% ~3 N+ r$ o( T: f8 ^# b6 D; a P using std::endl;
) A1 c5 I. T& ` using std::ends;$ q) h( ^. v0 n5 o- [
using std::cerr;# n7 \8 v* n/ j
#else( B& O/ v9 k1 s# f: |
# include <strstream.h>; x, ^4 v, ~3 E+ U2 G; T
# include <iostream.h>
( o& T$ f/ M7 [- \, E% C+ H#endif
6 K& @7 ` K) a3 V, h& `' y* u#include <uf.h>0 @: ^! K) } s3 R
#include <uf_ui.h>
L! R5 A- d. q* T! Z. H9 X8 L9 Y#include <uf_exit.h>$ ^. e! W/ w/ U7 t6 Q
#include <UF_KF.h>+ K; c$ D5 a& m0 D4 S; }; J
#include <UF_MODL.h>
2 ^# \3 C- v' E* i" e#include <UF_ASSEM.h>
- W: I% G; N( i& O" A9 H#include "uf头文件.h"" {7 \; B$ s: P9 ~
#include <uf_obj.h>. q' `% ^* g6 K9 @
#include <stdio.h>2 w* \; M ~. I3 @5 F
#include <math.h>
( }7 V( ?, H# i5 X; n# ^% ` z: V# [& ~
//设置选择的实体类型
1 h% B. N/ v7 M: T! Dstatic int M021_init_proc( UF_UI_selection_p_t select, void *user_data )
' d# a" F8 _9 s; M- G8 n{' z' W7 O0 k) ], x0 X0 V' f* b4 I
int errorCode = 0;
`4 O4 L2 |$ R4 N7 ^int num_triples = 1; //选择类型 数量4 X: ]0 \1 ]- u2 r+ _( n( K
UF_UI_mask_t mask_triples[]={22,0,0}; //定义选择类型3 ~# f; n5 t8 _& ]) F
errorCode = UF_UI_set_sel_mask(select, UF_UI_SEL_MASK_CLEAR_AND_ENABLE_SPECIFIC,num_triples, mask_triples);- o0 y8 M h. I0 a
if( errorCode == 0)( o9 I. c( s+ q1 w5 Y) a
{
. X) y" s; ?% O4 R! M( g8 mreturn UF_UI_SEL_SUCCESS;
4 h6 h) g# Z. A( ~. E" {}
! @5 a1 j7 X. x. ~1 D( o else
3 X3 _ ?7 T% Z) D& D5 W{% ?, Z' C( F' G) b+ W0 S
return UF_UI_SEL_FAILURE;) J) e+ }9 j: R8 H* |
}2 l! O5 |1 |* z
}
+ `! W9 F9 ~ H
/ O9 [* f- ^7 V0 v2 @
. P- v. |- U& Q5 K#define UF_CALL(X) (report_error( __FILE__, __LINE__, #X, (X)))
5 x, f' e7 h$ F5 C8 C/ P% q( z: T) p0 T& s9 d* t9 o
static int report_error( char *file, int line, char *call, int irc)
! N m; m& _6 E& {& M{$ D# U3 h( G7 ~
if (irc)1 [) p% n) i- m9 B- F7 E6 O
{
0 |% O9 C8 G, \5 B char err[133],
, U \9 v. d: v% C msg[133];; Y }' [) N* k$ u0 B! W9 S
& V4 U r2 v+ u$ N9 h' W
sprintf(msg, "*** ERROR code %d at line %d in %s:\n+++ ",- A' A7 b" O5 E" y+ G3 g
irc, line, file);1 J! \; T) k5 n7 o4 t' d
UF_get_fail_message(irc, err);' P; Y0 X3 o* @# F/ y: n3 E9 C6 h2 C
: e6 N0 a: k: Q' G( V4 c5 g+ c
UF_print_syslog(msg, FALSE);; x- K5 Q9 h0 @) x$ k
UF_print_syslog(err, FALSE);
3 q. N2 `, x# f) e UF_print_syslog("\n", FALSE);$ j Q/ M6 k) c% E
UF_print_syslog(call, FALSE);
) F. \( A3 B; U/ b+ z( y( @5 C UF_print_syslog(";\n", FALSE);
, K7 w& Q5 `* j$ ?. Q* c8 o4 U7 w! R4 `7 k- S" e
if (!UF_UI_open_listing_window())/ D" R s) L C9 [' U& I4 x- T% n
{
; p7 _2 X/ r! Q UF_UI_write_listing_window(msg);* Q2 l: `& N: e" ~# H. f% P2 F
UF_UI_write_listing_window(err);* R: H! t8 B. x
UF_UI_write_listing_window("\n");
( c, g' D6 m! o' \ UF_UI_write_listing_window(call);
, ?! e1 M# g: a* [* L7 \8 E0 O UF_UI_write_listing_window(";\n");
# q2 b2 H/ |, N: q$ e% m }
' h# i2 O0 ` p% G) E6 G6 B/ ?" E! R! Z }
% n: l; C: [$ N' D) Q* y5 ^+ ^
* Z7 m. J& m9 F return(irc);
" N3 [$ ]+ [0 P, k( B# C% E$ X# l}" F& ]5 [/ @" n/ L. M% i, o
) C. u2 A( E* s: x; N* ~$ z& C
7 K+ C' t8 V- d# [9 s9 q. i# L" |; `0 t/*****************************************************************************
6 t+ _* J% k# k# {** Activation Methods
2 Q% h) @% W9 W$ j9 x3 V*****************************************************************************/! h5 p" t k, K2 f& L0 t& H* f
/* Unigraphics Startup; R& ?7 r0 \" r! o8 Y# P' t1 j
** This entry point activates the application at Unigraphics startup */& A4 c, I1 H( b% F. t
extern DllExport void ufsta( char *param, int *returnCode, int rlen )
* D# v0 A) B/ C8 `* h{
* [; m6 t5 F$ o0 C4 }5 y9 \ /* Initialize the API environment *// B5 V" m- ~- o# ]) _
if( UF_CALL(UF_initialize()) )
: |. U: F+ N! H: @+ U. { {7 U; P: u9 _# s3 d) n* n
/* Failed to initialize *// r9 [) t0 n- n) Z+ Z/ c$ S
return;& y5 s O4 u! q# G+ |" p1 x% k' g
}! H* I: u+ _, ^
- v" ~; `, p; F8 {% j, ? /* TODO: Add your application code here */
3 L c2 S Y1 x0 b$ f" b- f# D6 k6 b; o, z9 A1 v
7 X% Y# X0 a/ }
double 建模距离公差=0.001;& y8 b. d- \+ l+ w% y5 t F' b8 ]
double 建模角度公差=0.001;
8 }+ l6 `" `! GUF_MODL_ask_distance_tolerance(&建模距离公差);5 q2 w1 H: `$ z0 U5 t, }: L
UF_MODL_ask_angle_tolerance(&建模角度公差);
, a, R% |: o; T9 k' h) I
: T* H+ ?- X* N8 Tdouble d_tolerance=0.001;
! M. g: g' s. V2 @, p7 Rdouble a_tolerance=0.001;* x9 k m: T6 Q- v" f
int err_flag=0;
: j& a- D7 {# ?) EUF_MODL_set_distance_tolerance(&d_tolerance,&err_flag);
a! g% a8 O2 D! M/ h! g' CUF_MODL_set_angle_tolerance(&a_tolerance,&err_flag);
B+ s& m ^8 I" T4 V3 c. o3 p3 J3 K" E% [3 z1 ^6 Z
double ZOR[20000];
% s3 a8 O0 [/ f: x. O6 S! w8 e# ~double ORZJ=0;/ G9 f1 U0 j D0 v* W9 \' G6 N
double MAXOR=0;+ M# D% s8 N. c8 X2 c. Y
int 点数=0;/ x& d8 X. c+ [
double 点[20000][3];
' L# l8 H3 {3 K% F' odouble ijk[3][3]; double matrix[9];
4 Y! a) K8 [& f4 k* Adouble p[2000][2][3]; int n=0;$ P& i8 O/ g( A3 n4 L4 V
double ap[20000][3]; int an=0;
6 ~5 H' e+ X# y B: ndouble uvs[4]; 7 m6 \; d, t( W& T
double uv[2]; Y3 S5 z) O# q, l5 ~/ q4 s$ a+ A
double point[ 3 ];
' F2 I( d$ o, q( `double u1[ 3 ];! N/ x1 L, a' e8 X; Z" ~/ z
double v1[ 3 ];1 o2 Z n4 X8 k4 n$ z0 s
double u2[ 3 ];
& C7 n# a4 @8 m& v# Z' v& vdouble v2[ 3 ];
) B! b2 V3 y% q- Z- x5 zdouble radii[ 2 ];
6 I' z" L/ \& P2 M z
; k& o! o( Z2 {3 O int err,i,j,k;double u,bb,m;2 t5 q7 j( \$ X A4 E
double tangent[ 3 ], p_norm[ 3 ],b_norm[ 3 ],torsion,rad_of_cur;
/ E3 Z, O D' E( B0 F" W char message[132]="梅雷提示,请选择刻字平面";
( h* J& M) x9 _ char title[132]="梅雷-QQ1821117007"; N' R4 {4 i+ Y
int scope=UF_UI_SEL_SCOPE_WORK_PART;
; V1 `* \: n) o% o1 P1 q int response;9 o* i; {- H! e+ X) k
tag_t object_tag=NULL_TAG;
5 A/ C9 O2 {6 |* T9 z8 Q double cursor[3]={0,0,0};" A8 X. G$ X+ W* r/ e& i
tag_t view=NULL_TAG;: p, b5 V9 r& {; }" X
UF_UI_lock_ug_access (UF_UI_FROM_CUSTOM); //加锁
6 q: b" A- w0 V8 b( m UF_UI_select_with_single_dialog(message,title,scope,M021_init_proc,NULL,&response,&object_tag,cursor,&view); //选择框】
) w, K" f/ q; f UF_DISP_set_highlight(object_tag,0); //1高亮显示 0不高亮显示
9 H- x0 F7 K& i2 Z/ i) F5 S UF_UI_unlock_UG_access (UF_UI_FROM_CUSTOM);//解锁
t6 v9 s, `! [# h if (response==UF_UI_OBJECT_SELECTED) //---6 B' u7 v; T% l9 q1 K
{
' K. h1 ]/ k/ Z- h2 W* ^0 M
# k8 l4 Y5 N( H( Y) L5 ?& C E+ } UF_MODL_ask_face_uv_minmax (object_tag, uvs);) @& M, @8 c- @4 y* X
uv[0]=uvs[0]+(uvs[1]-uvs[0])*0.5;
3 f3 X( Y2 e' z3 F. G. ~ uv[1]=uvs[2]+(uvs[3]-uvs[2])*0.5;
( c8 K% S. ?6 J) u! U$ k4 ` UF_MODL_ask_face_props (object_tag,uv,point,u1,v1,u2,v2,ijk[0],radii); //ijk[2] 获得平面方向
8 s3 d/ Q4 x* }$ M7 X0 V
8 w: ]& u6 K: Z1 k: K& n //…………………………………………………………………………………………………………
5 T1 z9 n0 j0 E tag_t point_tag=NULL_TAG;
) f K0 I$ O9 V, M8 F. w- g3 Q3 X tag_t box_tag=NULL_TAG;
3 e% X4 [4 w1 m uf_list_p_t edges_list;5 u* G* z* |! Z" @3 B Y8 F7 S
UF_MODL_create_list(&edges_list);) l6 e% j) [7 G
UF_MODL_ask_face_edges(object_tag,&edges_list);
2 ]0 A+ u B+ q' \: Y0 s# u; { int b=0; err=UF_MODL_ask_list_count(edges_list,&b);
3 ?. a5 O6 z; l. n1 ? if (err!=0 || b<1)! T" Z. O% Y% n# ]8 `: c
{
5 Y" D6 k+ h3 _7 z7 e uc1601("无效的表面",1);. m6 k3 z6 w. [& Y f6 h$ G; e
goto LHALT;
, \$ r9 i% J9 a }4 a" c3 l& B- L/ F: y" ~7 I, d
i" t/ H0 [1 v' b" t0 I3 d) | if (b>200)$ y6 ]" u. v3 E. _% ?, p
{. [9 ? @/ m) C% M6 A" t# F }
uc1601("表面边缘超过200条",1);/ P% i9 @6 a- M- C6 V. m9 d# W; Q
goto LHALT;
5 ~7 g* ?/ @/ z" Z3 w* H) s9 i }0 V" n/ ~8 a' Y' d' x* K6 N
. Q2 ^% w% y" m3 x; N/ r4 W n=0;an=0;$ y1 f N: `/ n
for (i=0;i<b;i++) //-//' V1 [ _4 q/ [) I' C8 S2 }5 [
{
$ V/ k& H6 k# M! [' E- I int edge_type;
7 C( I0 e" K5 o7 ?2 F UF_MODL_ask_list_item(edges_list,i,&box_tag);. X& j; e4 W5 X( _% A
UF_MODL_ask_edge_type(box_tag,&edge_type);
7 G. } l' Y7 j* v% w6 L6 J bb=10; //线分成线段. f0 C8 d7 u; r
for (j=1;j<bb+1;j++)
5 Q1 B3 Z' S$ o7 \0 g6 K" f { ' e* g1 J0 y# m/ q: i! [" z
n++;9 o- a3 }4 G! M5 a+ p/ @5 f/ _
u=(j-1)/bb;
1 w2 h6 o$ B( V- V1 G/ ?& o UF_MODL_ask_curve_props (box_tag,u,p[n-1][0],tangent, p_norm, b_norm, &torsion, &rad_of_cur );+ l. A% h6 ]% W5 |3 P' H
u=j/bb;" ^3 j/ f) Q/ m
UF_MODL_ask_curve_props (box_tag,u,p[n-1][1],tangent, p_norm, b_norm, &torsion, &rad_of_cur );
5 }; [: x X% ?1 B$ T* n1 ] }
9 L4 I0 v' v$ j for (j=0;j<100;j++) //每条直线取点 10*10+ e! \9 ?! E! s
{ : t- {4 L/ I" h g" g
u=j*0.01;' ?, `$ Z" U/ _ q* T
an++; 1 r* h- p2 `6 c) ]! u2 c
if (u!=1 && u!=0.5) UF_MODL_ask_curve_props (box_tag,u,ap[an-1],tangent, p_norm, b_norm, &torsion, &rad_of_cur );. n0 S& |5 a- ?7 i
, U) [" v: H$ g( M8 J( w // if (u!=1) UF_CURVE_create_point(ap[an-1],&point_tag);//创建点* Q9 E& O* E/ v0 s+ G
} ]; |$ \6 n$ W: z+ Q
6 R, L" [9 ?' A
- v' D/ |( O/ W, b0 Z' v5 _+ q }//-//( c- W2 W; s' s1 Y+ L2 E
//…………………………………………………………………………………………………………: V6 F* i6 a/ y9 h9 P( F: V
for (i=0;i<n;i++)
9 v/ h4 @1 Z0 v; {1 q { $ v$ q- c& H) ?: P! }
double OR=0.01; //初始化球半径,不能超过文字的最小比划宽度也不能太小
1 |0 h8 P) k; t: R; T ijk[1][0]=p[i][1][0]-p[i][0][0];0 l; O7 K6 W7 T0 n: P* |# O
ijk[1][1]=p[i][1][1]-p[i][0][1];) U4 C. ]8 @# ~- t" [
ijk[1][2]=p[i][1][2]-p[i][0][2];
( |; H' _3 n$ k UF_VEC3_unitize(ijk[1],0.0001,&m,&ijk[1][0]);, I% Z/ \9 L; w% J: s7 g( Q
UF_MTX3_initialize (ijk[0],ijk[1],matrix);
2 N, Z6 ?3 {( c+ E% Y$ l7 e, ] ijk[0][0]=matrix[0];# i/ Y: x7 k+ B ]6 K2 C4 I
ijk[0][1]=matrix[1];4 {' D) p! |4 e9 d4 w) |1 K
ijk[0][2]=matrix[2];
( B$ R/ u1 V% z ijk[1][0]=matrix[3];6 _* k% {) R: j* y! p; p
ijk[1][1]=matrix[4];/ W; J5 m( x) X) C* r) N/ u
ijk[1][2]=matrix[5];
( q6 l t7 |" e) r& h$ \ ijk[2][0]=matrix[6];
$ r; i, A. @ P$ P; t e- H ijk[2][1]=matrix[7];& \7 |0 u9 M$ U8 K' w
ijk[2][2]=matrix[8];2 q6 ?, {- g, H' Q2 I/ R% V4 r
double point1[3],point2[3];int pt_status;+ Y" T- \; l6 p- s W& m9 _$ L
UF_VEC3_midpt(p[i][0],p[i][1],point1);# c ]/ D) q3 }
point2[0]=point1[0]+OR*ijk[2][0];
- _3 W( h7 r5 b% M point2[1]=point1[1]+OR*ijk[2][1];
/ s: a; C9 V- j; n% x. V8 I point2[2]=point1[2]+OR*ijk[2][2];
# _, O5 ?1 y5 ]1 x) d UF_MODL_ask_point_containment(point2,object_tag,&pt_status);+ _' d; X% b- V9 t
if (pt_status==2)& k# \) \+ z4 b4 u2 r7 R
{
8 ?: o# _2 y. g9 z4 X B# i6 L ijk[2][0]=-ijk[2][0];
7 G2 H% ?/ y# D; M, c$ S/ V, r6 ]/ c ijk[2][1]=-ijk[2][1];
4 h9 A8 j2 Y+ b( Y: d5 n ijk[2][2]=-ijk[2][2];! r% ?- o$ c/ ?3 u( v
point2[0]=point1[0]+OR*ijk[2][0];' {: `: Z6 }; |, k5 a9 @2 D
point2[1]=point1[1]+OR*ijk[2][1];
+ S6 W4 v, Z, _$ @* i) a+ z2 Y0 j point2[2]=point1[2]+OR*ijk[2][2]; F8 y1 C( a0 @5 q
UF_MODL_ask_point_containment(point2,object_tag,&pt_status);
) t$ F" Z" r0 m/ M0 j- E) f if (pt_status==2)goto LL;2 `- u6 B7 x- B, S
}
* a; D' |. R) }4 y2 ^' W# u //UF_CURVE_create_point(point2,&point_tag);//创建点
6 E; }" K; s& v7 T6 q
# f1 L5 f0 F4 s 3 v V k8 \ B5 _# y
k=0;1 F8 G, W9 l; @3 \
L10:;
2 S' ~, ]" a0 z" s% V9 T k++; f: ?. U& d5 z G7 z! r" H8 q
OR=OR*2;
* D/ \% ? M4 o2 m. }* @' c' [ point2[0]=point1[0]+OR*ijk[2][0];' y+ y. h# {0 @3 n
point2[1]=point1[1]+OR*ijk[2][1];
3 |+ ?' r M! R) y" z- K' u+ v/ d point2[2]=point1[2]+OR*ijk[2][2];
- z: }' Y( f8 X' t for (j=0;j<an;j++) //判断所有点是否在圆内( R6 I/ {7 X0 s5 Q9 x
{ 7 e/ `3 l& m4 G" j
double p[6]={point2[0],point2[1],point2[2],ap[j][0],ap[j][1],ap[j][2]};
8 x0 ]2 ]# ]! \5 v double ab=fabs(sqrt((p[0]-p[3])*(p[0]-p[3])+(p[1]-p[4])*(p[1]-p[4])+(p[2]-p[5])*(p[2]-p[5])));
" @+ ]# r* U( U0 m. U if (ab<OR-0.00005)
' u% G! \* z6 Q' x {
$ ~8 F" k5 d! l7 W0 q5 j OR=OR/2;) V" {% _5 r7 s. T2 O4 b
point2[0]=point1[0]+OR*ijk[2][0];
3 C2 f ]9 ]7 R! [$ W point2[1]=point1[1]+OR*ijk[2][1];
5 V; z$ F9 I4 u0 P J' F9 V/ M- ]" j point2[2]=point1[2]+OR*ijk[2][2]; c; @8 B% c" {/ { W
goto L11;
" `7 t+ z# K$ ~; H7 h @/ H# a8 Y }
j/ o% e4 ^$ O( |( [ }* g3 s4 X$ D6 N: n5 F
if (k<10+1) goto L10;
) C: j' F" f- b; B3 qL11:;/ s. G6 n# E4 b( F7 L/ i# m5 h
if (k<2) goto LA;, l+ A6 ]; m& ]" ?* u7 s
double RR=OR;
+ q" j, z e- N' G k=0;
3 M+ o1 P0 C5 n, s1 V' v' U" `( T L20:;3 [8 P7 q7 D2 {* P( ~
k++;
% f8 L% S" Y }2 P OR=OR+RR*pow(0.5,k);( ]& l' Z0 _* A X- z
point2[0]=point1[0]+OR*ijk[2][0];; \4 v6 }7 ~% M( D& z" c# \+ ~
point2[1]=point1[1]+OR*ijk[2][1];+ q6 d v6 i- _/ l! Z: L
point2[2]=point1[2]+OR*ijk[2][2];
+ w- ^* t0 `0 r" n6 K& M9 T for (j=0;j<an;j++) //判断所有点是否在圆外
' ~3 T1 W/ l! ?' i { + S7 D# j' h2 k1 \0 o0 U0 D
double p[6]={point2[0],point2[1],point2[2],ap[j][0],ap[j][1],ap[j][2]};
" G, O% H. m, t8 ]- f. r double ab=fabs(sqrt((p[0]-p[3])*(p[0]-p[3])+(p[1]-p[4])*(p[1]-p[4])+(p[2]-p[5])*(p[2]-p[5])));; m/ v+ @. D: i# [ k: P& u# T! U6 H
if (ab<OR-0.00005)
! k6 d P8 h" [$ i/ `8 G; g {
; \% T( y. A! c% Q8 F- e OR=OR-RR*pow(0.5,k);
# y" N) @ d6 b# Z4 |# t point2[0]=point1[0]+OR*ijk[2][0];0 ?& ]8 a* f* S& I: ^8 X0 U1 m. d! R
point2[1]=point1[1]+OR*ijk[2][1];
. S; O! D( w, P6 \$ \3 k point2[2]=point1[2]+OR*ijk[2][2];1 B& n/ h3 M! D/ r* b
goto LB;9 X! ?4 h0 j0 h" P9 K
}
! R8 K1 `' d: ~ c8 X$ T }& ^( P( G0 b& `( d) k. L" u
LB:;
& j# R5 O- w6 N* Y6 e# P/ s if (k<14+1) //不能超过15, G# s8 z6 L$ z- G2 e
{ 3 {. ~( W5 ^' r2 F, J$ H- K! Q) {
goto L20;
6 n1 v6 K* m- j }
8 l3 [/ d3 V' v. {7 d [$ ~L21:;& q9 R: A4 C, q; ` A, E3 P9 B
if (OR<0.028) goto LA;//最小字体间距
) D& n! _! B2 o1 ?1 F3 p //---取消2个距离小的点: |! D# X4 W8 e# O, ^6 ~
if (点数>1)
: ~. U- Y* x! ?5 }% Z e {& P% K4 H! g# a6 `, V$ u2 u8 j! Y
for (int ii=0;ii<点数;ii++)
! |3 Z/ ~5 U7 m {
! L8 j( V' G& b: v J% l! X+ M double p[6]={point2[0],point2[1],point2[2],点[ii][0],点[ii][1],点[ii][2]};
* V% q6 D9 x; S( I, [; Y4 M3 f double ab=fabs(sqrt((p[0]-p[3])*(p[0]-p[3])+(p[1]-p[4])*(p[1]-p[4])+(p[2]-p[5])*(p[2]-p[5])));
( R5 l4 I1 W. f1 A if (ab<0.01) goto LA;7 | R/ D" F9 j3 }' |0 e0 o2 J- z
}& h+ k, ]& x: b5 z* [
}& r- f) W! ^0 b# X6 E( F% p$ g& f! {- Y6 ^
点数++;
2 n4 c; c7 i' B. U$ ? 点[点数-1][0]=point2[0];8 c3 X, h8 F k8 Y4 c/ m$ u
点[点数-1][1]=point2[1];" z) V. S/ Y8 n
点[点数-1][2]=point2[2];
0 n$ \( p' S; V# \ W0 g' I ZOR[点数-1]=OR;; N9 k" h( [, ]) l% w( P$ i
if (OR>MAXOR) MAXOR=OR;
9 ^) E- y, c8 h5 W, U ORZJ=ORZJ+OR;4 \: n4 B% `" _) p) B. ^5 ]. r
LA:;
9 H9 ?* \$ g2 a; t7 m# h( Y //
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4 n8 @1 H! h" x% D }
% E) ^2 {- b; @. Q9 b, x//------------------------------ Q, r6 f0 B/ Y4 X9 h
// 过滤偏离点
& ]/ n& @7 e0 v1 s8 i3 d4 R& z if (点数>1)
0 m2 i) L' v8 L { V, @4 T U' ? b1 X* C% N
for (int jj=0;jj<点数;jj++)0 `1 [# f+ M& f" N
{
! ~' Z9 `0 o& K- }- s3 A if (ZOR[jj]>MAXOR/3 && ZOR[jj]>(ORZJ/点数)*(0.75))( ^9 p" E" q4 G, @
{
8 T1 f8 t6 k( } UF_CURVE_create_point(点[jj],&point_tag);//创建点! L* B& P( h$ |. Y/ ?
/*
* x4 e$ c8 ?# P% }- t9 r if (jj>0)
3 O+ `& t& [4 i% A' I tag_t line_tag=NULL_TAG;$ t! g {% z8 O; ?4 \( ]
{ L# e! k7 ~) a3 O& u8 Y/ _4 |
UF_CURVE_line_t line_coords;
6 [6 W% y% f0 c' `/ L; O line_coords.start_point[0]=点[jj-1][0];
5 S( ^+ a/ s8 |' f. p. c1 b; @ line_coords.start_point[1]=点[jj-1][1];
3 t% @. P7 [2 j. \4 m5 r/ C/ ]- s line_coords.start_point[2]=点[jj-1][2];& d$ K9 [& ]& E+ @
line_coords.end_point[0]=点[jj][0];
) u7 `8 l1 g! k4 i& o* g; [+ v line_coords.end_point[1]=点[jj][1];" q( l; O. R' C3 k7 |
line_coords.end_point[2]=点[jj][2];9 g6 M# H1 Y& I: \8 C9 V2 x. e6 v
int err=UF_CURVE_create_line(&line_coords,&line_tag);0 c/ ~( i# s% b( P
}
0 Q- v1 e% S+ _. Q */
% J3 F$ d& Y9 M2 ?7 L }
8 y) A; V( Z1 t% |' x }
' S1 K/ S, N' s: |& y% g. O6 R }
! [- J8 w1 y! s( w) \/ b' A5 @1 f
4 F7 V, q* Y& o1 {, |! o6 v% f) K5 Z( J4 o8 Y) U- G v
}//---
# D& e, {5 K/ o; P3 S, e: D$ |# X LHALT:;: R1 s9 f; f8 M1 q
5 V, a5 q/ r8 D3 c
UF_MODL_set_distance_tolerance(&建模距离公差,&err_flag);
6 i1 s. k. N( T) w' U! u: ] UF_MODL_set_angle_tolerance(&建模角度公差,&err_flag);
4 N9 q: G6 k- U& @/ o
6 ^; o" W. B3 d. J4 `. u /* Terminate the API environment */
. M* \7 b$ t6 q- b$ }4 R UF_CALL(UF_terminate());
5 ]6 }! v% i+ \# F$ I) P}1 }/ i' ]. d# ^& I& L7 v
) V9 g6 Z, O, E: U: M+ c) Y4 K/*****************************************************************************
( r2 u4 _6 x/ O$ X8 x8 f2 I( |** Utilities' }. `& \& c- ^$ `- [9 i
*****************************************************************************/
( F Y. T. T7 W" ~3 E, i, i- |0 Y5 a2 u4 o; P' B$ E
/* Unload Handler' z3 Q; l; L% ?3 l3 m. A& q. Q+ w
** This function specifies when to unload your application from Unigraphics.
# [5 N" b" T5 A3 C** If your application registers a callback (from a MenuScript item or a
# d! r+ q4 ^( R3 W** User Defined Object for example), this function MUST return
; p" V$ A' e# ~6 Q" ] J3 `9 s A** "UF_UNLOAD_UG_TERMINATE". */
0 t7 ], `5 G3 `1 O; M" Zextern int ufusr_ask_unload( void )
% G* ~4 n' D2 n{3 w5 t- t/ @% a ^% x" |1 g
return (UF_UNLOAD_IMMEDIATELY);
* ?2 B' P# l) J* u; ]3 R |+ o}8 H/ T% o" B+ O, _
2 h- P/ x+ m2 d( g/ V0 i
1 T/ N2 y* V$ u |
|