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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; Z Q7 ^$ N3 x6 }' S
可以参考下,常用的方式!
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4 [) O9 d( g3 ?4 Z2 ?1 }8 Rstatic int set_tool_param( int jj, tag_t toolTag )/ [% i8 f0 c6 c- d7 X
{
' w: e, J" [- Z( K, i double toolDia = 0, toolRad = 3;
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/* Modify the default 5-Parameter Milling Tool */
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swiTCh( jj )
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; q4 f5 Z0 `/ O3 K/* Tool No. 1 */: ?2 A; |" [: C( z2 M
/* Add a 3.0 MM crad */. o6 h% o2 {9 ?7 f0 B4 w
case 1:
5 w+ z- S1 Z* ? {
4 T3 {0 _$ m, n; F+ ?& b- ^% N UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolRad );" `' Y( G9 W( {0 K( p. E6 a
break;
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/* Tool No. 2 */1 u( O& f! m$ Y4 q
/* Make this a Ball Nose */
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UF_PARAM_ask_double_value( toolTag, UF_PARAM_TL_DIAMETER, &toolDia );5 p) ^$ F# R. ~- y% a7 [
UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, toolDia/2 );- A" b3 N/ }% z: M* z$ o
break;% z6 p, A* ?; O" e; }* J
}
, y8 [5 E. n( G& R; c: j/* Tool No. 3 */
) w7 G" ]7 ?* d* V$ h/* Define a smaller Ball Nose */" K8 v* _# r! v( h, P! i/ {$ q
case 3:0 w" {1 m" |: }3 x \$ Q
{
+ s0 `# X& h( i UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_DIAMETER, 25.0 );
1 U* _9 E/ M5 y7 M) y j UF_PARAM_set_double_value( toolTag, UF_PARAM_TL_COR1_RAD, (25.0/2) );& b3 b7 P( y7 B. A4 J7 h' l1 N& ~
break;
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default: S2 k( m( P, N8 A% o% o U- {2 u
{
" Z0 W8 J& k1 X4 H7 y+ K printf( "Default...\n" );
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}
+ m* a+ U' x1 I7 p! }" r) `# L return 0;6 v5 _9 _" U0 V3 q4 q# ]) b! c
}
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static int cav_mill_param( int numop, tag_t *operTag )
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/* int numop;*/
6 `5 L" _) n) |# }* [6 E double depthPerCut;
! L( z3 d" A$ V' j double stockPart;
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/ I$ Z7 R& _, x6 o1 b1 k UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut);( K# B7 e* ]* m: E
printf(" Depth/Cut default is set to %f\n", depthPerCut );
3 f {3 w, S2 U. T; T5 R UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, 12.000 );; k# U( S! I8 O- q; m
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_CUTLEV_GLOBAL_CUT_DEPTH, &depthPerCut );' A$ A0 d+ _" x; }6 Z
printf(" Verify Depth/Cut reset to %f\n", depthPerCut );
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' E _3 R% H' n UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );
2 U9 h \& s- m+ ] printf(" Part Stock default is set to %f\n", stockPart );
& x" O2 j4 h3 j+ F. L1 M4 H UF_PARAM_set_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, 1.0 );3 I/ O5 Y2 G% F# f7 s' _9 @& i
UF_PARAM_ask_double_value( operTag[numop-1] , UF_PARAM_STOCK_PART, &stockPart );
2 k/ P2 `$ F6 F8 X4 n 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 );! `: F6 I- H+ }
UF_PARAM_set_int_value( operTag[numop-1], 328, UF_PARAM_cut_ctrl_trim_method_silhoutte );
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0 w# K# g# Z# \' H9 j return 0;
# z. `. c4 x* U- |% u( |}
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$ g# {9 W% M3 f# T3 X2 Dstatic int flow_cut_param( int numop, tag_t *operTag )
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UF_PARAM_disp_tool_t display_data;
X m' P O6 s1 {& T/ J. W display_data.type = 2; /* Type = 2 produces 3D tool display in tool path. */
" i5 k1 c6 w) } display_data.frequency = 10;- Q. O. n' t9 y/ ]0 {' Y
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UF_PARAM_set_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );
! J, P V% a; g9 ~ UF_PARAM_ask_subobj_ptr_value( operTag[numop-1], UF_PARAM_DISP_TOOL , &display_data );# Z" s4 G$ G1 V, Q6 ]# f/ P
printf("Display data for tool type returns %d\n", display_data.type );) D, ?5 i2 d# u7 P( f% l
printf("Display data for tool frequency returns %d\n", display_data.frequency );; \0 w0 j& c9 Z+ \/ m S$ x5 D
4 C" x. q+ F! \8 J% S return 0;& {) `1 q6 ?5 K/ j
}
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2 x0 y8 H, U+ j+ \: `1 astatic int area_mill_param( int numop, tag_t *operTag )# N) B/ S$ J3 Q$ ?% G( T$ T6 d
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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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/* 1 = Warning, 2 = Skip, 3 = Retract */
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) X2 ]2 K2 E; G1 C' Y$ N ^ UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_AVOIDANCE,UF_PARAM_avoid_stepover );
$ s+ i& _1 R" o9 ~ UF_PARAM_set_int_value( operTag[numop-1],UF_PARAM_CUT_FOLLOW_CHECK_STATUS,UF_PARAM_cut_follow_check_on );2 J) U7 o& E0 |
4 |1 G$ V- ^, ^) k0 J$ M return 0;
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