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发表于 2010-7-28 06:08:18
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来自： 中国浙江台州
本帖最后由 723667735 于 2010-7-28 06:12 编辑
# T$ d. j. @; H2 b; n, U+ f" B/ g( P, a0 O7 a8 U' B
那谢谢你帮我改下好吗
0 H2 Y. U+ u& [能说下改那里就更好了
6 \/ N4 v& M2 P9 m4 a$ J我QQ723667735
+ d$ j3 p9 @9 O1 O, R# N I0 c能加我学习下吗
0 M' E9 S* d a* _后处理在下面0 S! {" E* D2 i# K F' u4 h% a
应该就是这里 不过我还是不回改
8 T s5 `# K# c' U. L) T$ ?pcoutrev #Rotary axis revolution calculation (Modify for wind-up). L# q8 B2 D" K; h
if cir_at_zero = one,
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#Arcs at center position the c axis) s+ X! T2 q$ Z0 z! L
if cuttype = -2| cuttype = three,) E8 m+ b7 `+ S. s* K& @ ]& H
csav = czero_csav - sweep$
% t- G+ ], G3 I9 q3 F! f$ S else, csav = czero_csav + sweep$+ a# v9 }7 O5 O% ^! n% }4 T5 C
czero_csav = csav4 l2 W5 w6 q! p
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#C does not move going to CL% k/ b9 n+ `* `+ [, F' S( r) t
if pnt_at_zero, csav = prv_csav! {. C1 H' g% S+ d
cdelta = fmtrnd(csav) - prv_csav #This calculates once, for rev" l9 g: @% n6 L7 g) C) C# W
while abs(cdelta) > ctol & not(cir_at_zero), #If motion exceeds ctol, add wind-up( Y7 t( Q4 D. U4 o* v2 i
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if cdelta > zero,
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9 Z, D( M6 E: c1 ?3 ~( L rev = rev - one: w7 |- r; H4 C) n& ^
cdelta = cdelta - 360" O% N) ^/ Z7 S6 E$ Z3 e
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else,
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. w/ i9 f1 X2 M/ c/ `9 \ rev = rev + one+ g- K# c/ t) N, n7 A+ [
cdelta = cdelta + 360
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]
7 B: h9 F7 h- v6 u1 J" g if cuttype <> four, c_wnd = rev * 360 + csav$ Z7 c/ k, z( N0 D4 ~3 Y5 E
else, c_wnd = sav_rev * 360 + csav, b: p" U0 C$ ]3 Y0 n
!csav
( n8 Q+ H/ l5 ~- o! A @c_wnd; N' w, S7 j' w1 m) \4 W7 E6 U$ p
#Now switch to c_wnd which is the absolute winding C calculation
9 T( T% _4 z$ D: n #Modify for shortest direction if toolchange or toolplane/ Q3 N) E% o; \
#but not with axis subs
& G: m; T+ o6 M: W8 O& m if c_axistype <> three,; ^6 p9 R( l3 }5 Y' k* A* O
[
0 K2 Y' ^+ t. l4 C' H8 H: u" B if abs(prvc_wnd - c_wnd) > 1806 L8 `# Z# q6 W1 b& B
& (toolchng | (y_axis & cuttype < four)),: c2 c/ M. C9 F$ z
[7 {* g) t5 ~9 |$ V9 P0 m$ }& Z. ]
while abs(prvc_wnd - c_wnd) > 180,1 d! u# z' F) {/ I
[
/ {6 Y4 n7 R8 }) q2 X( |& U if prvc_wnd > c_wnd, rev = rev + one
2 s0 x1 f: s+ ?( n1 O8 Z else, rev = rev - one$ ^# R: k1 z+ q0 O7 j
c_wnd = rev * 360 + csav
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@c_wnd
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pindxcalc #Index move calculations, direction is shortest exc. Asub# ^+ l& Z U, Y
if pnt_at_zero | cdelta = zero, indx_mc = prv_indx_mc
2 G* W$ J9 ]7 O9 ? else,
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cdelta = fmtrnd(c_wnd) - prvc_wnd9 e3 ^, {+ E# s/ z
if cuttype = four, #Just look at the direction
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1 B, G m6 d5 j if cdelta >= zero, indx_mc = one
( K( C) ^6 m% ~0 r else, indx_mc = zero
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#Phase shift delta 10 revolutions, check odd/even for direction O3 y8 m' \7 }
if frac(int((cdelta + 3600)/180)/two), indx_mc = zero
: J. V2 Q6 w+ D. [% A# z: m else, indx_mc = one
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#Set range 0-360
& g) R4 T3 M4 K$ Z while cabs < zero, cabs = cabs + 360
' U9 N8 _- b1 o" u. Z while cabs > 360, cabs = cabs - 360 |
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发表于 2010-7-17 06:33:40
这不时什么难题，把你后处理文件放上来啊