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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;
1 `9 @& ^) G) z- @9 ? NVBA中使用lisp,可以使用vlax类来实现;& w3 e8 T O# j/ P, V7 u4 U
vlax.cls
) Y$ ~- D0 Y9 Q4 Q6 E/ h9 { VLAX.CLS v2.0 (Last updated 8/1/2003)5 L3 S: Z; G2 F# V7 l
' Copyright 1999-2001 by Frank Oquendo
' E3 ~# k, n" R1 k' 该程序由明经通道修改支持2004版本6 D* K6 a9 K" t* `5 m2 G# ?
' Permission to use, copy, modify, and distribute this software
4 \' t6 k u) {+ F! a' for any purpose and without fee is hereby granted, provided) G6 `# t% I- D. @$ N
' that the above copyright notice appears in all copies and
" @1 w7 |3 z( q4 q8 ^5 C, V' that both that copyright notice and the limited warranty and
; @! N- k+ t* L" Z0 W# J6 e& z Z' restricted rights notice below appear in all supporting
: M1 ?! }' d1 U# J! x5 ?4 G) n' I' documentation.
# I# r, A+ {* N! A* R+ p'
( y/ U" C% X3 b Q4 v' FRANK OQUENDO (THE AUTHOR) PROVIDES THIS PROGRAM "AS IS" AND WITH
+ `( p" u1 \/ i& S' ALL FAULTS. THE AUTHOR SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY
* j7 [" M! C& d/ `1 v' OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE. THE AUTHOR
1 i3 A3 W2 s X/ D' DOES NOT WARRANT THAT THE OPERATION OF THE PROGRAM WILL BE$ D, y! s1 l0 Z+ X. S( n2 z0 F
' UNINTERRUPTED OR ERROR FREE.
7 }3 u% K3 w" |6 z/ y'
( u/ t2 f9 g) }7 b* d8 r" g' Use, duplication, or disclosure by the U.S. Government is subject to" D9 ~0 I! I3 \. ~
' restrictions set forth in FAR 52.227-19 (Commercial Computer
* u2 n' e i+ F, a0 a& N" T& ^' Software - Restricted Rights) and DFAR 252.227-7013(c)(1)(ii)
4 ]8 W+ h6 l! r# C4 _. Z7 H& q' (Rights in Technical Data and Computer Software), as applicable.
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' VLAX.cls allows developers to evaluate AutoLISP expressions from
r0 U+ G/ H2 q. F" p9 [' T' Visual Basic or VBA! G8 D K% P/ n
'
7 g: B3 x: N& F" f/ x' Notes:
6 Y6 t4 o! @6 O1 N' All code for this class module is publicly available througout various posts' p" I+ J& C7 P3 l& L; q' N7 z" K
' at news://discussion.autodesk.com/autod ... stomization.vba.Idonot
% ~% i5 [$ ~: \ ~$ S' claim copyright or authorship on code presented in these posts, only on this
7 W: a# T# L) w# B' compilation of that code. In addition, a great big "Thank you!" to Cyrille Fauvel
- `8 ?% c& [9 n/ M$ `' demonstrating the use of the VisualLISP ActiveX Module.) |' @8 V9 a5 S9 P- ~
' M" b4 u+ \3 p2 ^
' Dependencies:* }- ?$ \5 j8 l( l5 W0 `4 _
' Use of this class module requires the following application:. U2 }& q# p; |
' 1. VisualLISP
: M8 @! P/ B1 ^) H! U( tPrivate VL As Object
2 [/ {5 @9 R" c8 C3 o4 hPrivate VLF As Object
8 q/ M0 q3 E3 X* h8 cPrivate Sub Class_Initialize()! {5 U% |: s& I5 A9 F# M& m. u
'根据AutoCAD的版本判断使用的库类型, Q3 q. Z% H3 K7 J
If Left(ThisDrawing.Application.Version, 2) = "15" Then
8 H; y( z+ {4 p+ a8 Z9 k0 R5 b. j Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.1")
! V+ \8 O$ Y* |, e- m/ x- [3 U! d! Y ElseIf Left(ThisDrawing.Application.Version, 2) = "16" Then) Z; u% i# P5 m; t# R+ ?4 @
Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.16")
+ ?( j5 ?- Q1 U! c0 D5 C. n: C End If" [- ?& A: p4 G t
3 [- w4 }% w" F# Y Set VLF = VL.ActiveDocument.Functions
) ~( T6 ^3 q5 [3 v& {! fEnd Sub
. k2 T) F- M% h# TPrivate Sub Class_Terminate()! ]( h3 ~7 a4 s' |- H( H
'类析构时,释放内存2 @, M r9 M$ P c% ?0 b' K& a, h
Set VLF = Nothing
# e$ t2 w F( Z$ E* ` Set VL = Nothing/ d( L# p; h7 M6 C
End Sub+ o$ Z3 ?. e3 C# W5 L! H- t5 p
Public Function EvalLispExpression(lispStatement As String)
% b3 r4 d6 r( v( e0 J '根据LISP表达式调用函数
- [' p; x9 o' v+ K Dim sym As Object, ret As Object, retVal0 a6 P- Y& F- x, ^! v
Set sym = VLF.item("read").funcall(lispStatement)1 ?$ n0 m; ]9 v) r X
- [( H8 v3 L& l! o7 \+ W' f/ j2 `
On Error Resume Next
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+ i* n8 U, g0 p/ n) X1 Y" ] retVal = VLF.item("eval").funcall(sym)
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If Err Then
+ K0 ]5 f5 B" s( G0 R EvalLispExpression = ""1 G% L6 u' E( f$ {6 ~ `0 B
Else4 I% |) n4 m% M6 c- p* [, N. B
EvalLispExpression = retVal
4 P% F* X6 Q2 t. f; _ End If
- m; e) a9 v7 J+ x" B: Z9 t, j. r- GEnd Function) w o* {7 T5 T& ]: Q
Public Sub SetLispSymbol(symbolName As String, value)( X5 { k4 z8 w% v% W- H
Dim sym As Object, ret, symValue, M: L- b* t, a( D4 E9 B8 E9 Y
symValue = value
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Set sym = VLF.item("read").funcall(symbolName)! A6 O- b) @+ A( ]
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ret = VLF.item("set").funcall(sym, symValue)
0 }3 q1 l8 C6 @2 D6 V* L; h 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)))"
1 h* G- n7 s) l: Y; a EvalLispExpression "(setq " & symbolName & "(translate-variant " & symbolName & "))"
8 I) T. M1 S) v4 h4 d EvalLispExpression "(setq translate-variant nil)"
- l4 M" s9 V5 O1 N! k) {5 @$ j, zEnd Sub4 s+ O* U; E$ d S
Public Function GetLispSymbol(symbolName As String)
! H+ N' R( Q' S& ~, ]: _ Dim sym As Object, ret, symValue
2 Q. K/ ^; M; t4 w symValue = value) j8 O/ h" U q
8 Y H8 a* C3 P/ M Set sym = VLF.item("read").funcall(symbolName)) D) X% o8 O- J+ p6 W* ?
% t$ D4 t/ h( p! C$ P9 \
GetLispSymbol = VLF.item("eval").funcall(sym)
' a! m* p' h) `: E) Z1 h+ vEnd Function; ] g: p2 G& {$ s
Public Function GetLispList(symbolName As String) As Variant: j, U; T; p; \) p6 v4 X
Dim sym As Object, list As Object6 k) V1 W" b6 X5 `5 n; G2 D! Y. ~
Dim Count, elements(), i As Long! m, f5 \2 q3 g9 i5 p, a+ v* e* v
' N" G/ j/ @ v* l3 j$ J! ]! L- S5 l Set sym = VLF.item("read").funcall(symbolName)
+ ]. _5 ^9 o% \* v. G2 T5 H Set list = VLF.item("eval").funcall(sym)+ Y K' H& C, b$ h
+ n4 U5 w" G) x& ?$ w+ P/ g2 u* o! ] Count = VLF.item("length").funcall(list)0 Z* \, P# P D; a7 C! c& f7 l
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ReDim elements(0 To Count - 1) As Variant
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For i = 0 To Count - 1
* C( Q5 l( {; | B* q elements(i) = VLF.item("nth").funcall(i, list)
' D8 z8 Q6 R8 t1 ~0 {' s# X Next
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: u8 c3 t& P! v GetLispList = elements% Z9 ?3 A# U B- r$ m
End Function( r3 S* K1 b6 P* V X
Public Sub NullifySymbol(ParamArray symbolName())
: L+ E& n1 R9 }. W3 T/ g Dim i As Integer8 i0 ~9 N, G" _( A% b
. W1 U$ k8 n0 i* Y6 L For i = LBound(symbolName) To UBound(symbolName)
$ n* g+ {7 n# p) }1 d# Q' l! x* W' h9 e EvalLispExpression "(setq " & CStr(symbolName(i)) & " nil)"7 F% Q' \( \& K4 b4 c: v% G
Next
, ]4 ~! |8 P9 Z6 N# p9 L5 M9 tEnd Sub7 w% J; B2 V" y* w J
8 ^% w/ l, X. f实例:
3 X% |7 D# H1 `0 V鼠标移动块
4 u2 o. v& `" v1 N! h
% F; c) @5 X3 I$ G& ZPublic Sub BlockInsert(Name As String)
- k0 \5 v g( LDim pLisp As String
! H( S" S# K h8 ?' ~; @Dim obj As VLAX
4 p" I; S: h9 z$ ?Dim pnt(2) As Double; P: F- I, A/ n% n7 G5 S' r0 _
Set obj = New VLAX
7 s) h: s0 |% F8 ^8 @* |Dim pObj As AcadBlockReference& G* H" l$ l2 o1 ~ ^! V
Set pObj = ThisDrawing.ModelSpace.InsertBlock(pnt, Name, 1, 1, 1, 0)4 Q( B% e& J; G* q7 O, R
obj.EvalLispExpression "(setq ed (entget (handent " & ToStr(pObj.Handle) & ")))"
3 S! B- Q! _: m" j2 Q& A5 W% zpLisp = "(while (not (= (caddr " & _3 C! b. l6 Y/ z. H; p
"(setq pTime (grread t) " & _
/ e3 ]. P: X5 j2 u' X! l"pSt (car pTime) " & _
" e8 | o/ V$ C- ^- [& e"pnt (cond ((= pSt 3) (List 0 0 -1)) ((= pSt 5) (cadr pTime)) (t (List 0 0 1))))) -1)) " & _! C3 M, O! G% O" x
"(setq ed (subst (cons 10 pnt) (assoc 10 ed) ed)) " & _
- Y! n( H* w/ l1 ~$ _"(entmod ed) " & _
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obj.EvalLispExpression pLisp: G7 ]. A4 L2 Q; f3 I
Set obj = Nothing3 N$ b/ r! j, b6 z
End Sub
# X, Z, o" H0 J; ?, C# z0 [3 n. E Z8 mPublic Function ToStr(ByVal str) As String+ d ]; i6 W4 X
ToStr = Chr(34) & str & Chr(34)
7 E+ q( t7 d- rEnd Function F k& s) \$ d, }, Z/ V9 A
Sub Test()% T* k3 k# m' a+ Y6 g# X
BlockInsert "123"1 m0 ~; B" d& R
End Sub |
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