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一些关于使用ufun进行CAM加工设置参数的简单函数示例
) v9 |4 ^. c% z7 v1 R& `可以参考下，常用的方式！
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static int set_tool_param( int jj, tag_t toolTag )5 G" |" l0 K! P( @# d
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double toolDia = 0, toolRad = 3;/ x- p0 L3 C+ X
+ S8 x( Z, B; O- L/* Modify the default 5-Parameter Milling Tool */- c" t# |0 `# }) {
" _& C: w4 t9 P; c2 z% } swiTCh( jj )
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0 w" S/ r4 W3 @! j" X/* Tool No. 1 */
9 M H7 y1 T9 s. U/* Add a 3.0 MM crad */) P0 y( J) j( N
case 1:$ ]* D& M1 [- M2 E4 {
{
4 c ^" f) P O- ` UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolRad );
. f$ R+ k2 I" t break;
/ Q3 P: E% L b. D( ^$ K- c }
( a+ t9 K. [3 w. G* t" a/* Tool No. 2 */1 F: e0 Z' i& z1 y" U$ |: T2 G
/* Make this a Ball Nose */
, d; d: O: H- U0 C" c, {% w) z case 2:
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UF_PARAM_ask_double_value( toolTag, UF_PARAM_TL_DIAMETER, &toolDia );0 t7 w' n' V: ?
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolDia/2 );8 `2 \' u. D7 Q X+ m2 ^9 w
break;6 ]" Q$ Y% g9 W
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/* Tool No. 3 */
/ P! D* d& k+ Z. ?/* Define a smaller Ball Nose */3 g, B, p3 j8 d+ L% N% U
case 3:
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_DIAMETER, 25.0 );
" M/ _) I; E; _$ Q7 @ UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, (25.0/2) );
3 T$ c3 [+ r& a. ?4 G9 o) c break;8 h+ j* d, [. I4 X2 X( N
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default:
6 [( ~( ^3 F' I {
' [- R8 k$ X7 ^$ a% _" ?; O printf( "Default...\n" );
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}; T% F7 N4 M% x. x# Z9 d; j
return 0;
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static int cav_mill_param( int numop, tag_t *operTag )
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/* int numop;*/8 @2 _1 {3 j2 i. Z
double depthPerCut;
" w" s% Q# o2 l5 {9 G# Q1 R/ K double stockPart;
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut);
) t+ n2 g2 r1 w! H. N, `, t printf(" Depth/Cut default is set to %f\n", depthPerCut );6 |2 d+ D8 P3 `. r; ~- i9 x; u
UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, 12.000 );+ h$ c/ t/ W- |1 h8 d
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut );
8 p) c1 `$ v/ N# B9 A printf(" Verify Depth/Cut reset to %f\n", depthPerCut );: p( D) g4 g1 l7 t- `- p
* d4 u! y7 s8 n, u3 s4 l$ C$ R UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );1 M! l- `0 [- f p: W/ J4 ?
printf(" Part Stock default is set to %f\n", stockPart );
! S- Q* f4 F$ X UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, 1.0 );5 V8 `# c" d4 V( z$ z& H
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );
# ~8 K! F% n( X4 }; K printf(" Verify Part Stock reset to %f\n", stockPart );( K4 T- y* g' Q" A% p+ K0 O3 E
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UF_PARAM_set_int_value( operTag[numop-1], 327, UF_PARAM_cut_trace_method_tolerant );. t: k$ e+ r, G7 `
UF_PARAM_set_int_value( operTag[numop-1], 328, UF_PARAM_cut_ctrl_trim_method_silhoutte );2 n& N1 ^' V) h
( H; s, {; B/ U2 P) D9 d9 L return 0;
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static int flow_cut_param( int numop, tag_t *operTag )+ v0 }) q f |% f- [9 u
{
, Q* H& f5 t7 M+ b; R3 N UF_PARAM_disp_tool_t display_data;
" B$ X! k2 o) [( U7 o' ^4 }! t, f; O display_data.type = 2; /* Type = 2 produces 3D tool display in tool path. */) O6 c, y3 F, r3 U. q: U; j
display_data.frequency = 10;
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UF_PARAM_set_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
0 [% V4 ?2 F+ i8 | UF_PARAM_ask_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );6 h8 k1 m" ^) O, |+ m
printf("Display data for tool type returns %d\n", display_data.type ); I) Z) y# W1 x2 X- b" o
printf("Display data for tool frequency returns %d\n", display_data.frequency );
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8 P- W1 e; i' Z# Q3 c! ? return 0; r+ t+ m& U9 c$ Y `) W( s
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static int area_mill_param( int numop, tag_t *operTag )
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UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_EDGE_TRACE_REMOVAL,UF_PARAM_edge_trace_removal_on );) V' w/ j/ R) f) R) u: R7 m
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/* 1 = Warning, 2 = Skip, 3 = Retract */
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- I% ` q1 s$ k. r UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_AVOIDANCE,UF_PARAM_avoid_stepover ); : T/ }% f1 l6 z
UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_FOLLOW_CHECK_STATUS,UF_PARAM_cut_follow_check_on );
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+ [, B2 e9 j) I( J& M8 y5 |; u# X return 0;
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