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; e) k B) R l/ v一些关于使用ufun进行CAM加工设置参数的简单函数示例! s1 r2 |% I u* q9 U
可以参考下，常用的方式！
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static int set_tool_param( int jj, tag_t toolTag )
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( M0 q3 [1 P1 d$ I double toolDia = 0, toolRad = 3;
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/* Modify the default 5-Parameter Milling Tool */
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, `2 r: \1 e7 ` swiTCh( jj )1 s. y2 H9 V6 k: f
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/* Tool No. 1 */
; u& `2 x. s/ u9 B4 H5 j" Z/* Add a 3.0 MM crad */
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolRad );0 `& V$ C/ ~1 S$ N* M
break;
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/* Tool No. 2 */2 j- L( |" s5 z) Q+ F
/* Make this a Ball Nose */
- f8 U# E9 I; W6 \3 x. R B- W: Y. y case 2: B6 [( @3 _4 A2 ?6 t6 ]
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UF_PARAM_ask_double_value( toolTag, UF_PARAM_TL_DIAMETER, &toolDia );) P% N e* a. i/ _ M, {
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolDia/2 ); E* m1 W0 M. Z* `
break;0 m, l0 Z' A; O+ }* A
}
' t: x) g. o W) e, Q+ v: X/* Tool No. 3 */4 R. m# L0 O* u8 H
/* Define a smaller Ball Nose */8 s9 J2 t0 |) v* L/ E
case 3:
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_DIAMETER, 25.0 );
1 o: \( N2 J2 w, |) B$ q UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, (25.0/2) );
* i( i& b) u5 q0 w break;
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default:; U% Z9 Z! w: }7 P% y e
{
1 }/ i' y# f8 q$ d! ?) X* n printf( "Default...\n" );
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return 0;) ^* i: ^) r0 ^' r5 r3 P( y* w
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static int cav_mill_param( int numop, tag_t *operTag )' m" C9 |6 K% |- q. v- _
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/* int numop;*/
- `" V9 R" J1 k1 R3 g double depthPerCut; R# W- F* D1 A; o
double stockPart;
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut);
9 x7 L/ e6 _$ v3 m$ B {) D printf(" Depth/Cut default is set to %f\n", depthPerCut );
/ P j3 t: N$ t UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, 12.000 );
1 b' Z% W' U1 W UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut );
$ Y7 F- h9 J) c* v) z printf(" Verify Depth/Cut reset to %f\n", depthPerCut );8 U& |6 w( G# E; @3 i
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );( w/ C1 S5 o. d% `+ C& h7 @9 v3 F
printf(" Part Stock default is set to %f\n", stockPart );
2 J* m# V" G2 ?5 L/ q: | UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, 1.0 );
+ o+ {1 T# x" [; _: b& V; n UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );. J9 X) [% a4 W' T
printf(" Verify Part Stock reset to %f\n", stockPart );
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UF_PARAM_set_int_value( operTag[numop-1], 327, UF_PARAM_cut_trace_method_tolerant );$ \2 Q+ n" `/ r* T4 Q: b! I
UF_PARAM_set_int_value( operTag[numop-1], 328, UF_PARAM_cut_ctrl_trim_method_silhoutte );. O; D( V9 h8 e( R K
2 M5 [0 E- U* D* R: Y. N return 0;
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static int flow_cut_param( int numop, tag_t *operTag )2 f. R& ^5 v2 V* T# g
{
7 M# b0 u5 b+ X* f8 u UF_PARAM_disp_tool_t display_data;
6 J. K. Q( q) `4 | display_data.type = 2; /* Type = 2 produces 3D tool display in tool path. */
/ b. B! F+ J) P! {, ^ display_data.frequency = 10;* d8 V. r% P3 l2 R1 C$ [' y" m1 K
- |4 v9 F+ B! ?& L! w% k/ o. d UF_PARAM_set_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );# @) d/ f* A. a
UF_PARAM_ask_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );+ X' D/ ^5 E( |& n
printf("Display data for tool type returns %d\n", display_data.type );0 i8 C q2 O% m- z; \" Q
printf("Display data for tool frequency returns %d\n", display_data.frequency );
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return 0;
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static int area_mill_param( int numop, tag_t *operTag )
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; G: }1 f% `3 }$ s" E, f UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_EDGE_TRACE_REMOVAL,UF_PARAM_edge_trace_removal_on );
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/* 1 = Warning, 2 = Skip, 3 = Retract */ 0 k, ?3 u: z' ]$ K1 a/ _$ J# n5 L
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UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_AVOIDANCE,UF_PARAM_avoid_stepover ); 9 l# K9 n$ a: x M. g
UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_FOLLOW_CHECK_STATUS,UF_PARAM_cut_follow_check_on );
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7 j- n1 i) h w; I0 V4 M& s0 a {. L return 0;7 K7 X8 W6 d2 \: Z; h4 _
}
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