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发表于 2009-3-25 20:51:51
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来自: 中国浙江宁波
lisp中可以通过调用vba宏实现;# r; |2 D& C$ e4 ~! Q! X
VBA中使用lisp,可以使用vlax类来实现;
* O, \& X' O; @6 _! z" ivlax.cls
& F/ g% f. y, o- u# m% p; ` VLAX.CLS v2.0 (Last updated 8/1/2003)
( V# Q3 k( X8 X" Y8 y' Copyright 1999-2001 by Frank Oquendo
! ~1 W1 y! o1 x8 `8 e# a/ L' 该程序由明经通道修改支持2004版本
L( G( P3 U* v; v1 r' Permission to use, copy, modify, and distribute this software
; A- u5 S9 l9 s& L/ O' for any purpose and without fee is hereby granted, provided. `7 [2 l* b% i% a( }$ [& ~; m
' that the above copyright notice appears in all copies and' A8 x# A; b3 r" T7 N
' that both that copyright notice and the limited warranty and( R8 l# c: j$ |0 h k+ S
' restricted rights notice below appear in all supporting
4 t; N& o/ ?2 U/ `0 y* i. G' documentation.: A; J+ d! Z+ f$ s
'& B" w: N/ `" Y+ J, _* q) q4 M
' FRANK OQUENDO (THE AUTHOR) PROVIDES THIS PROGRAM "AS IS" AND WITH' D) Q, d% ?4 b P; U7 o0 `
' ALL FAULTS. THE AUTHOR SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY
- V: h2 K, S5 |' M: U8 x2 O' OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE. THE AUTHOR
) r: Y! f: l9 f6 O" e& ?1 }5 |' DOES NOT WARRANT THAT THE OPERATION OF THE PROGRAM WILL BE
5 X8 ?7 C' }5 T; J- p4 E) s+ n6 L( {' UNINTERRUPTED OR ERROR FREE.
2 q& `0 n/ D2 Q) \0 {/ O8 c# @" Z i'! Y; G+ P4 V' V) z. w- s
' Use, duplication, or disclosure by the U.S. Government is subject to p& I8 ?5 T9 V$ m" ?8 O# X6 Q& _
' restrictions set forth in FAR 52.227-19 (Commercial Computer: H; K# H/ Q @6 |
' Software - Restricted Rights) and DFAR 252.227-7013(c)(1)(ii)
5 o6 h7 i1 J$ G* I f' (Rights in Technical Data and Computer Software), as applicable.
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' VLAX.cls allows developers to evaluate AutoLISP expressions from- i9 B7 F9 V. z% G; T) z7 f
' Visual Basic or VBA
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# h) _5 u. @3 x3 y+ n# l' Notes:+ z( \; s- A) [7 `& g6 D
' All code for this class module is publicly available througout various posts0 c; u; B/ s. h1 {* I: w/ m
' at news://discussion.autodesk.com/autod ... stomization.vba.Idonot
; b+ y/ { q8 D8 N5 ~7 h) E# c' claim copyright or authorship on code presented in these posts, only on this) O# F; {9 ~" |
' compilation of that code. In addition, a great big "Thank you!" to Cyrille Fauvel
. V. v$ _6 B+ y8 ~: E' demonstrating the use of the VisualLISP ActiveX Module.
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4 s2 [4 ?3 H& R' A8 l- j' Dependencies:7 D' ~4 K0 a2 S5 C1 ~
' Use of this class module requires the following application:3 s; R! b1 N4 S5 A" |& F4 i) J
' 1. VisualLISP
( V& X9 g) u) XPrivate VL As Object
- r7 C4 N& X0 z" M% VPrivate VLF As Object
D7 u. n1 t) P2 KPrivate Sub Class_Initialize()6 y2 a- U$ I3 k9 `- R
'根据AutoCAD的版本判断使用的库类型% T) \9 g* g5 W( {& ^" Y
If Left(ThisDrawing.Application.Version, 2) = "15" Then- A: t4 F( z* y1 u" j1 `9 A
Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.1")
' f) I c# Q3 s( b" `' Z ElseIf Left(ThisDrawing.Application.Version, 2) = "16" Then* F/ v) z% i8 t* J
Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.16")
/ t2 }' M4 r3 V$ \7 a1 r2 u End If* a$ Y. j3 r6 H
/ T( B/ T! T/ D- q1 A/ U: E" h Set VLF = VL.ActiveDocument.Functions
- M6 `. }$ s1 P) |) {* pEnd Sub
& w/ l" H' B+ _: @, i( @9 IPrivate Sub Class_Terminate()
" c9 u- Q: x! B '类析构时,释放内存4 O+ D3 D0 D) o! j' _# [! P& a
Set VLF = Nothing, U4 C. f* l9 R/ N8 U
Set VL = Nothing
- V7 Z; |% T, K) L7 m. R2 KEnd Sub
# ^3 T1 p$ |3 R5 f! H. u7 FPublic Function EvalLispExpression(lispStatement As String)* x; y" J9 ]& l; h1 F
'根据LISP表达式调用函数; ^# J9 T$ n6 ]" Y- @$ D% V/ [
Dim sym As Object, ret As Object, retVal
- u5 O0 d' u7 P" T! N" R8 f Set sym = VLF.item("read").funcall(lispStatement) Z# v: o* ^- n: t7 i% b* x9 \
9 f& c% ], C ^# l5 R On Error Resume Next
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retVal = VLF.item("eval").funcall(sym)
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8 S; _1 P/ K9 ?$ u1 m2 J If Err Then
2 S5 k" B }) c* q) A C; Y EvalLispExpression = ""
5 `' y7 ^/ m1 C; |7 g Else! w7 \8 q8 k# g3 a+ V/ A7 Z
EvalLispExpression = retVal
2 \. f" w- T$ u5 y/ f1 o2 m, d+ q End If4 W0 m) A6 ]3 Q' r2 s7 j! S
End Function
# P1 g" ~) d! X- q7 A% dPublic Sub SetLispSymbol(symbolName As String, value)
m& ]1 U/ \6 ~$ M6 m Dim sym As Object, ret, symValue
4 ]1 ? M4 ~; n' M" W* h symValue = value& Z5 _9 Y: O+ v/ ~1 S
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Set sym = VLF.item("read").funcall(symbolName)$ E$ x$ ?; a+ J J
) r4 x8 x! H8 z) I) c4 _ ret = VLF.item("set").funcall(sym, symValue)
0 B2 @! ?! f# m+ a3 V% E& m, I EvalLispExpression "(defun translate-variant (data) (cond ((= (type data) 'list) (mapcar 'translate-variant data)) ((= (type data) 'variant) (translate-variant (vlax-variant-value data))) ((= (type data) 'safearray) (mapcar 'translate-variant (vlax-safearray->list data))) (t data)))"
8 y0 p6 x7 N7 [ EvalLispExpression "(setq " & symbolName & "(translate-variant " & symbolName & "))"
4 m/ x$ N2 w6 {2 U' J EvalLispExpression "(setq translate-variant nil)"7 j5 l: C% ]1 m
End Sub3 P6 \, B& M/ N7 Z/ a
Public Function GetLispSymbol(symbolName As String)
% C: z. q5 G5 W2 U( Y% X r Dim sym As Object, ret, symValue
5 ~: _) t A; }5 I, c1 o% ^ symValue = value
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. Q% f" M1 }8 ]; I# W4 S Set sym = VLF.item("read").funcall(symbolName)# p$ t) J+ n3 K# }" z: [$ x) d
+ g S& I+ \# q9 ~ GetLispSymbol = VLF.item("eval").funcall(sym)1 k$ [- X: o5 i& X( H5 ?
End Function
: l1 t8 v1 C1 b( q' r1 WPublic Function GetLispList(symbolName As String) As Variant
' r) f+ ~- L+ d! i; ?4 z. H+ E Dim sym As Object, list As Object. m0 z, p8 S& d9 r; A
Dim Count, elements(), i As Long- p. L* X# d1 ~4 `- ^
- ?* u. M* V) F# V. B+ c Set sym = VLF.item("read").funcall(symbolName)
* t& m M9 f9 z Set list = VLF.item("eval").funcall(sym)
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6 N. _ J. Y0 r4 }# u Count = VLF.item("length").funcall(list)0 H: K0 @. Z& R% b( m2 ?( }
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ReDim elements(0 To Count - 1) As Variant! g/ L1 Y8 {( B, r+ Y ]
1 O( i- d. J! T: I7 u! c& W For i = 0 To Count - 1
$ a, [0 z4 d% g: E2 u3 R elements(i) = VLF.item("nth").funcall(i, list)
5 e, b5 w8 j. [: v Next
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( X8 s5 Q: n- r" X6 z. l8 ?6 C GetLispList = elements
/ p. r& Z: U1 e* pEnd Function
0 g: C0 P0 I9 M8 {6 x1 Y! `Public Sub NullifySymbol(ParamArray symbolName())
! G' i7 Y7 u2 \0 p8 B* A2 W Dim i As Integer
% \& _4 Z r8 c! K& P% Q
o2 A' c. q8 r# j9 P For i = LBound(symbolName) To UBound(symbolName)6 ~. F% @2 [6 p; n7 `9 F$ e4 x
EvalLispExpression "(setq " & CStr(symbolName(i)) & " nil)"
3 d8 i/ r1 B- A: f I Next' ^3 Z0 g7 i" V0 X- A
End Sub7 a0 E3 v$ R) P' l
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实例:
* Z; P" }& }/ ^5 ?鼠标移动块
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Public Sub BlockInsert(Name As String)& Q% @! l6 [% V/ c" x6 f' a1 H# }" Z8 T a
Dim pLisp As String
% f$ ^$ u* Z# P, YDim obj As VLAX
: y. a" m1 d4 |' |Dim pnt(2) As Double9 ?+ E" M2 b( F, r- s- ~
Set obj = New VLAX
[1 z% U& b" m4 L/ U. g1 s6 B& G) LDim pObj As AcadBlockReference
. N+ y; I" ?: C0 g* D0 tSet pObj = ThisDrawing.ModelSpace.InsertBlock(pnt, Name, 1, 1, 1, 0)- _5 W b5 f7 t9 |5 g" [
obj.EvalLispExpression "(setq ed (entget (handent " & ToStr(pObj.Handle) & ")))": e( Z# d! b) O$ n& s* y9 l4 |8 A5 M
pLisp = "(while (not (= (caddr " & _
! g1 l7 q/ [0 i9 X0 w) T"(setq pTime (grread t) " & _
8 t- H# h$ H& B4 }. a8 x! b0 ^"pSt (car pTime) " & _/ J- _( G8 N5 J0 f9 | c
"pnt (cond ((= pSt 3) (List 0 0 -1)) ((= pSt 5) (cadr pTime)) (t (List 0 0 1))))) -1)) " & _- V/ u3 J8 k# V& P! U( J3 E
"(setq ed (subst (cons 10 pnt) (assoc 10 ed) ed)) " & _2 S4 V1 ^2 @0 k3 \6 m
"(entmod ed) " & _
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& D9 d/ }! v) n5 iobj.EvalLispExpression pLisp
! T5 ]" F4 Q0 q+ T( ^+ ISet obj = Nothing/ ^! {+ R8 g5 J1 p. `6 e% ?6 h
End Sub
7 N5 v, j$ b$ ~& Z) `Public Function ToStr(ByVal str) As String# t" C7 F4 P/ g# e+ t( m4 H* }
ToStr = Chr(34) & str & Chr(34)# `' c6 v* m" T# w
End Function; h% {$ ^7 Q9 }( v" D P
Sub Test()5 z# c8 q% ~% c& T" L/ ^
BlockInsert "123"
+ L/ I* l$ c, a. fEnd Sub |
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