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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
7 P, s7 I3 {8 U) v' C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.% Q. N- l% s1 j) n8 v3 }

& {6 R9 b6 ~6 D+ m; ]$ iplevel #0 {* }0 c" ?( o  b, S5 v
#( G* Y1 d- `$ z0 n7 \- X3 W
# This procedure will be executed automatically at the start of program and% T4 {1 _) H4 P% O
# anytime it is loaded as a slave post of a linked post.) y  z  n! |- U1 u9 o+ u$ m* M, _
#- f0 _  |/ \2 @6 y1 `
# This procedure can be used to enable your post to output helix.
2 S  |) T- ?# o% P8 g: }" r! \9 H1 R# You can choose from the following options to format the circle
- @4 a9 O; h: h1 j0 _8 w# block template to output the helix parameters.
: t! N. B* Q; d$ n2 n#
3 @7 _& A+ k" v" G0 S  r- ?set mom_sys_helix_pitch_type "rise_radian"  $ ]3 U+ N- K' H0 F% }
#+ \' H( T5 p. s8 o2 U8 x
# The default setting for mom_sys_helix_pitch_type is "rise_radian".
7 W4 E# a/ g' L; Y8 D# This is the most common.  Other choices are:2 _) N2 Z# Q+ n' L
#
! I1 f- V* F& {  R# E% v#    "rise_radian"              Measures the rise over one radian.
/ t! x4 ]/ @9 @% F* I" b& K#    "rise_revolution"          Measures the rise over 360 degrees.) E5 @" @- ^, O5 W$ ]9 Z
#    "none"                     Will suppress the output of pitch.
! W& e# \$ |2 [* h" l# @#    "other"                    Allows you to calculate the pitch& G2 R( F) a0 {* z( ~( \* {- |. Z" t9 {
#                               using your own formula.
% ^* {0 t" s% z! {: k$ D: o7 i#
7 Z- u# W" ]! G$ ?% D1 H# This custom command uses the block template circular_move to output9 w, N/ O# q* e/ F- T3 L" {4 Q/ w
# the helix block.  If your post uses a block template with a different' d8 I1 M' T. n1 g$ l
# name, you must edit the line that outputs the helix block.
1 K" E8 Y3 ^1 U' u1 |2 Y' J#% A- n% X+ Y' G) ]6 X
#  The following variable deines the output mode for helical records.* U3 T6 r4 e& F  }+ `& c, {) z
#
. R" S, A* P( X7 }: [- f#  FULL_CIRCLE  -- This mode will output a helix record for each 360 % T  i- w; [2 W3 V6 [& _
#                  degrees of the helix., B6 i/ W% o6 s$ M2 |6 `  k
#  QUADRANT  --    This mode will output a helix record for each 90 * \2 t9 _1 J4 N3 O7 Y9 o. {0 K
#                  degrees of the helix.1 Q* V. C: Z& j: ^9 X& X2 C
#  LINEAR  --      This mode will output the entire helix as linear gotos.
4 k2 O( `' m2 Y8 m) I#  END_POINT --    This mode will assume the control can define an entire
+ W1 w& Y  R+ D#                  helix in a single block.4 z: K/ K, U# y; z7 c
   set mom_kin_helical_arc_output_mode FULL_CIRCLE
/ O( V% ]& U# b) W   MOM_reload_kinematics
6 S$ c: ~$ s4 Y  i( o/ |4 M7 }! ^9 v& I
) [6 j: F: E/ R* d% `#=============================================================& |7 ~* g3 n* p- k
proc MOM_helix_move { } {
8 N* p* K0 ]+ t: J$ l1 M0 r8 g. O#=============================================================# e4 B$ `+ E3 p  @
   global mom_pos_arc_plane
) Z. n; y) {& ~3 Q   global mom_sys_cir_vector! r% @: Z" e5 q- Q1 Z
   global mom_sys_helix_pitch_type
" @6 Y+ x2 N; h) W+ E( j# f% h   global mom_helix_pitch
+ {3 X) l3 O. s  a' }$ ?   global mom_prev_pos mom_pos_arc_center& t; ?; i+ X; l
   global PI6 Z* E1 j6 a) F- ]
   switch $mom_pos_arc_plane {+ B# h5 Q; B) o* ?* Q
      XY { MOM_suppress once K ; set cir_index 2 }, k; |5 |0 C" t6 H& @7 ]
      YZ { MOM_suppress once I ; set cir_index 0 }
7 V$ x+ |/ X2 p4 p      ZX { MOM_suppress once J ; set cir_index 1 }9 D6 t8 U4 R; F( z
   }( ]* |, e0 h% C  e& d7 x( |
   switch $mom_sys_helix_pitch_type {
0 f+ G5 L; V# m: T$ a' |      none { }
0 R2 J4 _! _: W8 t% z      rise_revolution { set pitch $mom_helix_pitch }; E. }3 A5 H4 r. P" b- m
      rise_radian { set pitch [expr $mom_helix_pitch / ($PI * 2.0)]}
% M& o. @( M& |; W      other {# y; y4 E& l5 Z4 `
#
$ t9 Z: N% C+ w$ n# Place your custom helix pitch code here0 C. y& k2 o/ y
#
. L+ f+ w" w( t7 S      }8 f, d7 _& h( V8 L* ?
      default { set mom_sys_helix_pitch_type "none" }2 D! e# K9 U! K
   }
' u+ s8 C6 x9 D   
# ?0 s) ]* H! C6 R8 n2 X2 v! P   MOM_force once X Y Z
( t3 q) W; @  b- s5 Q1 k0 y7 }% B   if {$mom_sys_helix_pitch_type != "none"} {  V7 f3 }0 h0 S
      MOM_force once I J K' w3 u5 h7 t" e1 Y9 ^5 Q  z
      if {$mom_sys_cir_vector == "Vector - Arc Center to Start"} {
. @2 ~& A  |+ s& I; e         set mom_prev_pos($cir_index) 0.0
$ n0 n" \1 Y( Y         set mom_pos_arc_center($cir_index) $pitch# D3 Q" J$ q+ G( b
      } elseif {$mom_sys_cir_vector == "Vector - Arc Start to Center"} {
+ S& f, z) i4 X0 Z6 G         set mom_prev_pos($cir_index) $pitch5 R9 }; x" d6 L; g
         set mom_pos_arc_center($cir_index) 0.01 P9 R" c7 K* m
      } elseif {$mom_sys_cir_vector == "Unsigned Vector - Arc Center to Start"} {" o5 G3 a8 F/ L$ C; I& z- d  _
         set mom_prev_pos($cir_index) 0.0( |: w8 {! h6 J( F% i
         set mom_pos_arc_center($cir_index) $pitch% N! }% H. M7 l7 l" Y
      } elseif {$mom_sys_cir_vector == "Vector - Absolute Arc Center"} {/ M# f/ p5 u7 d7 A
         set mom_pos_arc_center($cir_index) $pitch$ ^' F' d( M! v* Y: M: i, O. Z
      }( Z5 {1 h/ \2 X, R6 ^* y, Z& N- ?
   }
) y8 `6 l8 @' q4 g, o1 b; A& U( \! X* Z6 q2 L( v" |, J; S6 E2 y7 [
#& R- _' g9 V) q, w9 f0 `
# You may need to edit this line if you output more than one block0 \- |4 q  [& }. u8 B
# or if you have changed the name of your circular_move block template$ _9 m8 l2 r$ y+ l1 ]0 ?# k
#2 @  ?0 G5 s6 X4 Z5 E
   MOM_do_template circular_move$ n* t/ l! x# s( j
8 Y1 R$ ^* W$ M2 \
} ;# MOM_helix_move
- u# Y" F$ T. C: J: `4 O+ g- W% Z( v! t4 }# k
} ;# uplevel
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