[原创]Mastercam后处理的一些常用功能参数和技巧---2

Admin

[p]接上期.

[p]本期主要参数讲解和基本设置,下面进行逐一讲解

[p]<br />
[hidden]arcoutput$&nbsp; &nbsp;: 0&nbsp; &nbsp;&nbsp; &nbsp;#0 = ijk, 1 = r no sign, 2 = r signed neg. over 180 <br />
圆弧输出类型(0=ijk,1=半圆,2=全圆) <br />
5 I5 C7 |& L8 C4 L8 _: J# carctype$&nbsp; &nbsp;&nbsp;&nbsp;: 2&nbsp; &nbsp;&nbsp; &nbsp;#arc center 1=abs, 2=st-ctr, 3=ctr-st, 4=unsigned inc. <br />
* q; r( F; B3 l1 V( G0 S+ r+ Y输出圆弧的方式(1=绝对值,2=起点相对圆心,3=圆心相对起点,4无方向-增量) <br />
' k  b3 A8 G8 t7 r. Gdo_full_arc$ : 0&nbsp; &nbsp;&nbsp; &nbsp;#allow full circle output? 0=no, 1=yes <br />
是否允许输出全圆 <br />
7 g) e9 q: z% U( C( vhelix_arc$&nbsp; &nbsp;: 1&nbsp; &nbsp;&nbsp; &nbsp;#support helix arc output, 0=no, 1=all planes, 2=xy plane only <br />
4 O( h0 A4 r+ S, L# Q- [& v3 Z是否支持螺旋输出 <br />
arccheck$&nbsp; &nbsp; : 1&nbsp; &nbsp;&nbsp; &nbsp;#check for small arcs, convert to linear <br />
圆弧检测(当圆弧小于最小设置时,转化为直线) <br />
3 x! h- d- ~! r2 p3 {atol$&nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;: 0.01&nbsp; &nbsp;#angularity tolerance for arccheck = 2 <br />
角度公差 <br />
8 I8 _. p" ?. f( Pltol$&nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;: 0.002&nbsp;&nbsp;#length tolerance for arccheck = 1 <br />
7 V3 B: T9 r& H( a$ B- Y- J* ?长度公差 <br />
7 S( H* l" s, [vtol$&nbsp; &nbsp; &nbsp; &nbsp;&nbsp; &nbsp;: 0.0001 #system tolerance <br />
! p6 I) y! F/ b系统公差(英制) <br />
maxfeedpm&nbsp; &nbsp; : 1181&nbsp; &nbsp;#limit for feed in inch/min <br />
最大进给(英制) <br />
. q6 Y( w& r) p3 u: ?5 w- b+ Pltol_m&nbsp; &nbsp; &nbsp; &nbsp;&nbsp;&nbsp;: 0.05&nbsp; &nbsp;#length tolerance for arccheck = 1, metric <br />
最小圆弧公差(公制) <br />
4 |& P) s" l- B  j9 wvtol_m&nbsp; &nbsp; &nbsp; &nbsp;&nbsp;&nbsp;: 0.0025 #system tolerance, metric <br />
系统公差(公制) <br />
maxfeedpm_m&nbsp;&nbsp;: 30000&nbsp;&nbsp;#limit for feed in mm/min <br />
) v# x0 p" Q6 K% ?' R" L最大进给(公制) <br />
# q  h8 x. e0 H% S. qforce_wcs&nbsp; &nbsp; : yes$&nbsp; &nbsp;#force wcs output at every toolchange? <br />
是否强制输出wcs <br />
$ s5 S" G4 ]3 q% Mforce_dpts&nbsp; &nbsp;: no$&nbsp; &nbsp; #force xy output on all drilling lines including cycle call? <br />
5 T' m8 ?' R, O+ P, b" u0 L' i; L  B  `是否强制输出相同钻孔点 <br />
spaces$&nbsp; &nbsp;&nbsp; &nbsp;: 0&nbsp; &nbsp;&nbsp; &nbsp;#no. of spaces to add between fields <br />
' ?$ A1 |: @+ c( U& O9 X- [' n是否输出空格 <br />
omitseq$&nbsp; &nbsp;&nbsp;&nbsp;: no$&nbsp; &nbsp; #omit sequence no. <br />
是否输出n号 <br />
& ^8 P" U- ~* e' P' xseqmax$&nbsp; &nbsp;&nbsp; &nbsp;: 9999&nbsp; &nbsp;#max. sequence no. <br />
最大n号 <br />
8 }1 N: C% ~3 [use_gear&nbsp; &nbsp;&nbsp;&nbsp;: 0&nbsp; &nbsp;&nbsp; &nbsp;#output gear selection code, 0=no, 1=yes <br />
8 X( {, d1 ~: J5 x% s' c$ Z是否输出用户齿轮代码 <br />
max_speed&nbsp; &nbsp; : 10000&nbsp;&nbsp;#maximum spindle speed <br />
最大转速 <br />
2 g' l$ I8 @2 D/ Mmin_speed&nbsp; &nbsp; : 20&nbsp; &nbsp;&nbsp;&nbsp;#minimum spindle speed <br />
% N7 a$ L+ a# `$ K% C) y最小转速 <br />
nobrk$&nbsp; &nbsp; &nbsp; &nbsp;&nbsp;&nbsp;: no$&nbsp; &nbsp; #omit breakup of x, y &amp; z rapid moves <br />
" {7 ~, ~4 E6 O2 ~2 D0 m0 \( j是否分解x,y,z快速进给 <br />
! \5 M9 M1 n* v9 a$ c/ @$ o2 }progname$&nbsp; &nbsp; : 1&nbsp; &nbsp;&nbsp; &nbsp;#use uppercase for program name <br />
! `- |# a& @; v3 J' I程序名 <br />
: r9 y4 n( E( T& ybldnxtool$&nbsp; &nbsp;:yes$&nbsp; &nbsp; #build next tool table. <br />
/ k: F4 e# D- t; T是否输出准备刀具 <br />
arccomp&nbsp; &nbsp;&nbsp; &nbsp;: 0&nbsp; &nbsp;&nbsp; &nbsp;#allow for cutter comp to be applied on arc, 0=no, 1=yes <br />
是否用许刀补应用于圆弧上[/hidden]

nt2256

[p]楼主 真好 这样就能让我们这些菜鸟能自己修改自己想要的后处理了~感谢楼主~

sheny0910

[p]值得寃習的內容…用心研讀

cadme

看看最常用的。

赤兔拉磨

偶不会,所以想看看

mi15988

看看最常用的。

SKZYHH

一通百通
! K+ z3 D% H  L  J- X

345199086

多讲一点就好了。。。以前没有接触到这些

若枫

多来学习就可以.多问就可以了

xueximc

很好的资料，学习学习哈