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" k0 ?% j: U8 X2 F6 ^1 G- H一些关于使用ufun进行CAM加工设置参数的简单函数示例9 H# |6 v* x' ~: x! p5 }. O: w
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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double toolDia = 0, toolRad = 3;" {- j f7 v2 z0 @
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/* Modify the default 5-Parameter Milling Tool */
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swiTCh( jj )
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/* Tool No. 1 */. b l* o1 A5 r2 Y/ e' n @( ?
/* Add a 3.0 MM crad */
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolRad );5 S8 Y7 ^7 ]" y* }. g/ U! n9 W
break;# K m2 r( }% j
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/* Tool No. 2 */
8 i8 a0 R* }8 K# R/* Make this a Ball Nose */ W% _* Y7 {, d) C7 ?
case 2:
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UF_PARAM_ask_double_value( toolTag, UF_PARAM_TL_DIAMETER, &toolDia );. |4 P& t* l7 E1 V
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolDia/2 );
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/* Tool No. 3 */2 L* v' q$ s0 c( Q3 L- n
/* Define a smaller Ball Nose */
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_DIAMETER, 25.0 );% P5 d, T1 b# V( H! I& e" ~* f
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, (25.0/2) );
' S; k$ Q: H. v) Y+ Q2 V break;
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default:" }2 [8 Z$ }7 y6 s/ B/ D$ i
{
' }+ f9 E: p; v) n1 c; b/ R# ~ printf( "Default...\n" );
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return 0;& v; w7 Q1 {: C% N; O2 Y. a' ]
}
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" u8 z9 @8 s8 Wstatic int cav_mill_param( int numop, tag_t *operTag )
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/* int numop;*/+ Y* R6 C3 G9 ?# E2 U
double depthPerCut;
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' t. p) i4 T* }8 C. l UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut);! Y8 e2 i# e: E/ u# N$ N: R0 U
printf(" Depth/Cut default is set to %f\n", depthPerCut );
/ W; W% ^+ k$ ~1 K UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, 12.000 );
3 E% D6 b( c$ r3 W" X. G- ~ UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut );
7 L: s8 I2 T B( v* f7 N+ q0 A printf(" Verify Depth/Cut reset to %f\n", depthPerCut );( f9 l7 ~0 q; P$ |! r# ?
" W b1 e! @% H9 ?) }9 J UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );
; Y3 l L+ E, H, ^/ x printf(" Part Stock default is set to %f\n", stockPart );
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );3 g, U. `% S, a% d( @
printf(" Verify Part Stock reset to %f\n", stockPart );' ]) G( U% b3 _9 P3 w* }6 ^
5 P8 `; ]! O1 V5 O$ o* [ UF_PARAM_set_int_value( operTag[numop-1], 327, UF_PARAM_cut_trace_method_tolerant );/ w- L* q. o1 ]8 r- U2 U; H
UF_PARAM_set_int_value( operTag[numop-1], 328, UF_PARAM_cut_ctrl_trim_method_silhoutte );' G8 Z& s6 ]7 Q
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return 0;9 [ r8 ]: h% |8 p/ X0 ~$ y& P
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+ e5 ?! a2 \+ L }+ z# u: {2 `8 f' astatic int flow_cut_param( int numop, tag_t *operTag )1 F' M& |9 [2 `# _$ _3 v
{
0 C! }$ W8 y) [2 M' |9 u0 z UF_PARAM_disp_tool_t display_data;
, s9 x9 g y6 {* P0 @# G/ H# s) C display_data.type = 2; /* Type = 2 produces 3D tool display in tool path. */4 A2 b/ j8 w! X) N) m+ P
display_data.frequency = 10;
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UF_PARAM_set_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
# U7 i1 F7 I" `8 J6 z UF_PARAM_ask_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
& p y9 g( O7 a4 J0 d, A+ I printf("Display data for tool type returns %d\n", display_data.type );
. K% ~! z' A; j0 k printf("Display data for tool frequency returns %d\n", display_data.frequency );
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return 0;
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, I6 Q+ V$ Y3 ~% F4 ostatic 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 );
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7 Q# h& l. @, z8 F/* 1 = Warning, 2 = Skip, 3 = Retract */
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- {& L) `# R% k UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_AVOIDANCE,UF_PARAM_avoid_stepover ); 8 a* q p; H, d! l
UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_FOLLOW_CHECK_STATUS,UF_PARAM_cut_follow_check_on );9 B# f" G9 k7 N5 ^- s" v
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