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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
+ D! P! G9 D2 z3 \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;1 v( \! A5 }/ d
6 _1 y1 f9 ^3 Y6 d- e/* Modify the default 5-Parameter Milling Tool */
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2 V; H) i8 ?1 ]: L, Q+ q swiTCh( jj )4 Y( p6 D/ U$ _ `
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/* Tool No. 1 */
9 u9 P' X7 _7 ` C- Z1 Z/* Add a 3.0 MM crad */
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UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolRad );! @3 G0 c/ j) `6 H- ^2 l+ t
break;8 a/ s: @- X$ r" h' ]
}
" t; c; E; Q( l# D' b/ A2 v4 f, C/* Tool No. 2 */
8 w! N! I* N& [4 f4 x0 Q5 r5 E+ H/* Make this a Ball Nose */" E) ^3 _6 _0 Q* E
case 2:
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UF_PARAM_ask_double_value( toolTag, UF_PARAM_TL_DIAMETER, &toolDia );4 C3 B5 a( M9 n1 E
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolDia/2 );. M f4 d0 c: k/ _3 b
break;( b1 d: l: N2 M2 V
}
# b7 z3 o( e0 Q: y. T k7 N8 g" z/* Tool No. 3 */8 O$ ^4 O- e! ^7 `4 T
/* Define a smaller Ball Nose */. P1 V$ w, [' Y: E, ]5 V
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{
+ X% {3 B' V) A. H5 I UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_DIAMETER, 25.0 );6 v$ u' Q, i1 q$ |; Q
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, (25.0/2) );! a6 X! D4 O( k- j
break;$ l2 W& p, @ U+ D& E1 n
}
+ ~, a" q# Q. o% g4 q5 E default:
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printf( "Default...\n" );
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return 0;+ Y' |. S) C, l* d: p5 u! p! Z8 V
}
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. ]2 \4 \/ ?1 p+ W! bstatic int cav_mill_param( int numop, tag_t *operTag ): ]8 X+ h3 @0 l
{
, @$ x2 L; j1 Q* r) y/* int numop;*/3 o. H+ z3 n2 S# p) L
double depthPerCut;
9 @9 f! t8 r# X7 T: ^/ y' i; N double stockPart;
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut);
6 ^0 O& F5 v1 X, Y2 G8 K8 G* b printf(" Depth/Cut default is set to %f\n", depthPerCut );
( O; d" b5 {4 |& ]- c UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, 12.000 );# w2 h5 ~" I2 {* r O
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut );
0 g- R1 |3 t$ w6 j printf(" Verify Depth/Cut reset to %f\n", depthPerCut );
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UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );
. w0 L' @% L/ c* ^8 d printf(" Part Stock default is set to %f\n", stockPart );7 g: e, f# ^3 I
UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, 1.0 );! X7 U8 \5 J2 D! P1 P
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );0 B- C; p$ \# {2 b' o4 o* M' S
printf(" Verify Part Stock reset to %f\n", stockPart );9 J" i8 g, C$ {$ T$ c
8 n" T- i, h. C UF_PARAM_set_int_value( operTag[numop-1], 327, UF_PARAM_cut_trace_method_tolerant );
# Q6 N+ x. _4 |7 |3 g* X) G, \. Q/ [" m UF_PARAM_set_int_value( operTag[numop-1], 328, UF_PARAM_cut_ctrl_trim_method_silhoutte );
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return 0;
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# ~( E: U9 D# ?0 ~static int flow_cut_param( int numop, tag_t *operTag )
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UF_PARAM_disp_tool_t display_data;
9 P" [& H8 ~* w% C" u* ] display_data.type = 2; /* Type = 2 produces 3D tool display in tool path. */. H. L: ~3 K: t- X9 |0 y# \) N+ V
display_data.frequency = 10;8 _! t7 z/ i' n {0 O
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UF_PARAM_set_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
9 b9 z* \2 |8 p" ~; a" e5 h UF_PARAM_ask_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
1 E; ]! F; E7 V* u printf("Display data for tool type returns %d\n", display_data.type );; y/ p' Q: x* Y: K) \; x- x
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 )# Q& U" v0 G; @
{
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1 ], N) o9 h& Y# ^9 I UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_EDGE_TRACE_REMOVAL,UF_PARAM_edge_trace_removal_on );( z# R) j: M( y3 V
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/* 1 = Warning, 2 = Skip, 3 = Retract */
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UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_AVOIDANCE,UF_PARAM_avoid_stepover );
% V. y, a+ \1 d/ k& Y+ U1 E UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_FOLLOW_CHECK_STATUS,UF_PARAM_cut_follow_check_on );5 y! s& D% T: N5 V% b! g' V
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return 0;
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