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在制作后处理时常见的.TCL都有什么

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发表于 2007-12-17 14:10 | 显示全部楼层 |阅读模式
我是一名后处理新手!!于是自己摸索与借鉴,发现在制作后处理时需要会.TCL语言.请问我要想学习这些语言!!需要学习什么书!!最好是视频教程!!如果没有哪位能教下我?我的QQ307306636
- }6 d3 M5 {. a' W% W以下就是其中一个实在不明白.哪位明白请+我QQ希望我们在学习中成为朋友一起共同进步.
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plevel #0 {
+ w  I5 l( y9 ]+ r4 n) M# y% x## d) R3 j( R: l; M) h' y
# This procedure will be executed automatically at the start of program and
+ P0 d( G" ^1 V6 d# anytime it is loaded as a slave post of a linked post.
% Q# ]; B  a; d; S- c#/ S- Z) p' y( o) G
# This procedure can be used to enable your post to output helix.
2 Z% C. v. O: H* N# You can choose from the following options to format the circle + S% v& |7 B/ S8 w, D
# block template to output the helix parameters.
1 L: o# B$ ]8 F/ r+ N- m4 J" {3 p#0 T) S) P1 \. A% M# {
set mom_sys_helix_pitch_type "rise_radian"  - V6 p, w2 b8 V/ a4 N
#
, N% b1 T; D/ p& M4 L1 o1 s( L1 M# The default setting for mom_sys_helix_pitch_type is "rise_radian".! K" c. Z1 J+ z# j
# This is the most common.  Other choices are:
) p- w: P) t& k, I8 b% g#
9 K4 t' e# Z/ v' p5 {- H#    "rise_radian"              Measures the rise over one radian.! f  p- |, D5 E4 M
#    "rise_revolution"          Measures the rise over 360 degrees.
, g$ ~) a/ f- b9 \; ]* ~5 w#    "none"                     Will suppress the output of pitch.
7 v# o) x. M" k6 W. S& F6 K#    "other"                    Allows you to calculate the pitch
2 j' r7 x/ q  a. D. g6 |#                               using your own formula.
" k/ J& ^- |. z7 i# ( |, b: ^+ N; Y( P
# This custom command uses the block template circular_move to output0 F" l( d1 T% P+ k8 ~
# the helix block.  If your post uses a block template with a different; h( g9 o) ]% P0 n% p7 U" P
# name, you must edit the line that outputs the helix block.
: T8 [* ]( Q  i3 F& C+ A5 q. U#' @7 ?/ g. f7 T- J% L
#  The following variable deines the output mode for helical records./ N/ L+ x3 `8 I
#
0 r9 w2 V8 C$ F) _8 }" M7 J#  FULL_CIRCLE  -- This mode will output a helix record for each 360 4 _. A$ L7 Z5 `. q/ m: `
#                  degrees of the helix.1 P/ |2 c) M  S3 l5 ?# U+ W
#  QUADRANT  --    This mode will output a helix record for each 90 , b  k, |; ]& L- k1 K) Q6 M( S; q# P1 g
#                  degrees of the helix.
# [% q6 ^1 {! L5 {; w9 r  b#  LINEAR  --      This mode will output the entire helix as linear gotos.
$ {' U! ^- }2 K. J8 T& C#  END_POINT --    This mode will assume the control can define an entire- g2 ?- Z! K  ^5 w. y0 c* }
#                  helix in a single block.
: M8 y$ V3 Q: `0 G5 q   set mom_kin_helical_arc_output_mode FULL_CIRCLE
; x, U4 ]* N/ N2 p   MOM_reload_kinematics
7 h" ?; S$ }& A% G! a" Z  V
+ s4 z- ?) s/ v, V#=============================================================6 I: \+ j3 @5 ]- c2 z0 e; H
proc MOM_helix_move { } {
8 @  z2 M! k1 L& m2 |% G#=============================================================" ?+ n* v+ g/ A( Q9 D& [
   global mom_pos_arc_plane
$ U: n/ @/ ^! E+ h, C* \   global mom_sys_cir_vector! Q& G7 H7 W1 @! x/ A) z6 e  ~( \
   global mom_sys_helix_pitch_type
) s( P$ o- Z3 I( X   global mom_helix_pitch6 v; e7 V8 ]0 W
   global mom_prev_pos mom_pos_arc_center
6 f$ l) a" N8 F; V$ s   global PI
# x4 I) s! m, [# B- m% p   switch $mom_pos_arc_plane {
- k* e* {( l5 m, p) P* w0 u      XY { MOM_suppress once K ; set cir_index 2 }( z4 h1 W' Y0 t4 @& r& @3 V4 j
      YZ { MOM_suppress once I ; set cir_index 0 }
7 C5 w* w8 N" d. Y. V      ZX { MOM_suppress once J ; set cir_index 1 }" w: A4 H$ s8 R
   }
  D  f+ F% W: B5 |' O   switch $mom_sys_helix_pitch_type {
1 p- ^- F/ ^% c& ~' j- J      none { }/ B. v: L( R2 B( ^( I
      rise_revolution { set pitch $mom_helix_pitch }
0 \5 I- X! r2 e3 q  K      rise_radian { set pitch [expr $mom_helix_pitch / ($PI * 2.0)]}* l. b$ {9 h5 u, y
      other {
7 s. e# n6 U" ?( ^6 {% M#
2 k$ S( j3 @  H$ `. U# y2 L: ^# Place your custom helix pitch code here3 H7 e+ o+ `- m$ |
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      }1 n3 S6 w2 M1 y% J  Z/ Z
      default { set mom_sys_helix_pitch_type "none" }
* ]% [1 n: d: b2 |# t+ [- M& e+ p   }
2 _! w5 V, @/ c% N   
  |; f0 f6 X3 [* ]+ x# e7 j   MOM_force once X Y Z
2 y) q3 D6 d' u   if {$mom_sys_helix_pitch_type != "none"} {5 h2 V+ h  J& u
      MOM_force once I J K8 q5 O2 S3 U" R& n
      if {$mom_sys_cir_vector == "Vector - Arc Center to Start"} {. e. j& n6 z4 F1 T: O
         set mom_prev_pos($cir_index) 0.0. X( o  p- [; w4 t1 m7 R
         set mom_pos_arc_center($cir_index) $pitch0 w; n" e& B/ l* i- e4 z
      } elseif {$mom_sys_cir_vector == "Vector - Arc Start to Center"} {
, j& ]" F, S7 V( x% H* X) G3 S) K' f         set mom_prev_pos($cir_index) $pitch! I" G- {, d; p+ o2 h/ v" b
         set mom_pos_arc_center($cir_index) 0.0, a! n0 k0 p+ \1 j4 f5 ~3 k: f/ @
      } elseif {$mom_sys_cir_vector == "Unsigned Vector - Arc Center to Start"} {! a9 U* \! Q0 R6 C( L/ n1 D  w. G* X8 _
         set mom_prev_pos($cir_index) 0.0
* L& H8 z5 J+ x* z1 L0 U3 D         set mom_pos_arc_center($cir_index) $pitch
' e, Y/ ]; ?# g5 V      } elseif {$mom_sys_cir_vector == "Vector - Absolute Arc Center"} {
; |, h6 I' G) |- g/ A9 G6 T% Z. L         set mom_pos_arc_center($cir_index) $pitch& A4 R3 @8 j( k3 d& g4 _: u  O3 {
      }
# v# Y4 m! X6 \8 L# ?- z2 i! ]   }% U8 E8 l0 `) l7 u7 n1 U" n3 q$ E

9 W" |0 A. I1 u$ ?2 w#
- O& v$ ~9 t7 y8 v: n5 V# You may need to edit this line if you output more than one block
1 T6 a6 D- G! b0 T" I# or if you have changed the name of your circular_move block template( w8 |5 M) H2 ]8 m( T1 ?3 x. W6 Q
#
* N) J! f6 R9 Z" h& i   MOM_do_template circular_move
! p% w3 ^' R# J6 {% P) M5 S5 S8 I. }5 L$ S
} ;# MOM_helix_move7 o' e* `) }$ {; E
5 V) G7 J8 [6 p5 q* v
} ;# uplevel
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