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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;# S9 v7 J1 ~& K3 X
VBA中使用lisp,可以使用vlax类来实现;
( q5 Y3 U8 ]9 C0 \& H9 _vlax.cls ?7 f" [4 V1 e4 Q- O
VLAX.CLS v2.0 (Last updated 8/1/2003)/ i% V8 m6 c2 `" o
' Copyright 1999-2001 by Frank Oquendo! {# J1 [& T; ~: Q
' 该程序由明经通道修改支持2004版本
5 B4 b" A0 f0 ]' Permission to use, copy, modify, and distribute this software
$ y9 c) k0 L- i) U: W' for any purpose and without fee is hereby granted, provided4 z& f. u. W* ?& n) ~9 k
' that the above copyright notice appears in all copies and7 c3 v# Z' q, ~/ N8 ?2 Q
' that both that copyright notice and the limited warranty and7 w" y& \) R7 g5 D& Z
' restricted rights notice below appear in all supporting- x- T! O7 x# e2 v* X/ k
' documentation.
V) i! v7 N! | T( s' y'
2 b- m4 n: d. P1 M- F) [' FRANK OQUENDO (THE AUTHOR) PROVIDES THIS PROGRAM "AS IS" AND WITH6 I% V/ d; Y6 m5 a U) g( f
' ALL FAULTS. THE AUTHOR SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY
* ?# c% k8 Z& J5 O- |8 _' OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR USE. THE AUTHOR( y( O* u" C: \, f
' DOES NOT WARRANT THAT THE OPERATION OF THE PROGRAM WILL BE
. m: `7 B( X; a1 ?1 b, F" Q1 r4 \% h8 A' UNINTERRUPTED OR ERROR FREE.- q( R; H' u/ f. ~: o% A( |
' H9 x( `- m3 p" u' Y0 F% K
' Use, duplication, or disclosure by the U.S. Government is subject to
$ p- C8 E8 b( D0 @' restrictions set forth in FAR 52.227-19 (Commercial Computer# q4 O0 v! f% }$ n' n& g g
' Software - Restricted Rights) and DFAR 252.227-7013(c)(1)(ii)) `2 M* `: R3 j% t- |/ F) t
' (Rights in Technical Data and Computer Software), as applicable.
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+ J6 s( U( C3 G! E5 b; L! H' VLAX.cls allows developers to evaluate AutoLISP expressions from M2 Q; T. g9 M( b( k
' Visual Basic or VBA9 A/ N8 i. o t! A9 M M) s
'
, U; _( Y, |# `) @$ {# F' Notes:
! ?, y" v& U7 V) i0 l0 T$ c$ A' All code for this class module is publicly available througout various posts. i ]$ `/ G0 x9 k
' at news://discussion.autodesk.com/autod ... stomization.vba.Idonot
1 O' ~' i& J! O& q7 J" I Q. ]6 ~' claim copyright or authorship on code presented in these posts, only on this; F5 u* W5 W% V2 v
' compilation of that code. In addition, a great big "Thank you!" to Cyrille Fauvel: l) C1 F" L2 J( i" I7 h
' demonstrating the use of the VisualLISP ActiveX Module.5 D! Y! ] g# ?( X& T
'
6 z, P ?, f6 v0 o+ J- \5 M' @' Y' Dependencies:% ^( N% i9 S+ k* u5 j
' Use of this class module requires the following application:
0 x( T5 j- I& Y2 j* \9 r' 1. VisualLISP
/ o- G& y& l' J+ K) g& _- OPrivate VL As Object; Z! u% q% I/ m. g _
Private VLF As Object- B2 T1 o6 l+ d' y
Private Sub Class_Initialize()
6 d, @' L; G# Z; [' v '根据AutoCAD的版本判断使用的库类型9 `! }1 E/ m/ z9 y
If Left(ThisDrawing.Application.Version, 2) = "15" Then
y9 g% e; s6 P! A% s Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.1")
9 y2 {8 u; t5 H- z. A. e" S" [ ElseIf Left(ThisDrawing.Application.Version, 2) = "16" Then
" f5 F6 B5 A \$ Z Set VL = ThisDrawing.Application.GetInterfaceObject("VL.Application.16")* S, ?' K' X1 u
End If
# }2 X# f2 X' B6 P4 ~/ f " o7 ?2 E5 l" h8 z( r/ I
Set VLF = VL.ActiveDocument.Functions
) A( n5 r* E2 N& m Q: x1 D- d2 s/ z+ \End Sub
# X8 r+ c/ ^( e" c0 ^! s) hPrivate Sub Class_Terminate()- s; V+ _2 l9 a- h, l/ n
'类析构时,释放内存, m3 S/ J8 I6 w' l1 u$ ]
Set VLF = Nothing* W) g& `) x: T0 x( A7 \
Set VL = Nothing
; v* N" K$ L7 g7 G* BEnd Sub
. p/ M* G; C7 L' l/ R7 J) HPublic Function EvalLispExpression(lispStatement As String): f, t. j# J" ?/ |0 J
'根据LISP表达式调用函数
* }! u6 }8 X% q Dim sym As Object, ret As Object, retVal0 I- i9 n3 o$ o+ K3 D. W R3 r
Set sym = VLF.item("read").funcall(lispStatement), m) M2 A9 \9 Q
1 G" ^* h, Z7 I) s( ?
On Error Resume Next6 s/ P4 [5 N2 S7 @7 r# W
, Z4 U* O/ r4 i$ v retVal = VLF.item("eval").funcall(sym)
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If Err Then6 ]2 y- U' l1 H2 q O
EvalLispExpression = ""6 ~8 U7 z# Q1 K# x" B1 D& i
Else& ~/ l" S4 q) b* c# |% |$ N
EvalLispExpression = retVal
5 L1 B0 U/ L# I8 o! k; l End If
3 c2 h, o( J6 O0 qEnd Function- b4 W' R2 @9 s6 M7 D# Q
Public Sub SetLispSymbol(symbolName As String, value)
, j" `* G1 P# m/ J6 ?, M$ V8 v. t Dim sym As Object, ret, symValue
3 X3 X" s5 |' g$ k$ G3 T! X symValue = value+ Y4 |8 W$ r- w; \8 k
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Set sym = VLF.item("read").funcall(symbolName)
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ret = VLF.item("set").funcall(sym, symValue)$ S* X# L( t5 S6 M c8 Y6 N
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)))"
7 W9 r( E2 Z+ j6 j EvalLispExpression "(setq " & symbolName & "(translate-variant " & symbolName & "))"
8 y/ r5 M2 x0 l( Y EvalLispExpression "(setq translate-variant nil)"- P, M+ A+ S: f" E' d1 m
End Sub
/ G. |$ Q$ s) ?: w7 M+ LPublic Function GetLispSymbol(symbolName As String)
\9 X$ \9 L9 | Dim sym As Object, ret, symValue4 Z) d& T0 x: U0 N8 Y `7 K
symValue = value0 G) T; e; o$ F) T, @& z& r3 z, z
9 n. O J* ]; j, p: ^8 G+ c9 j Set sym = VLF.item("read").funcall(symbolName)
$ K% s$ h! M7 g, C 3 G" c$ s# k& x1 z$ \
GetLispSymbol = VLF.item("eval").funcall(sym)) A, G6 [5 u! s, S1 U7 P
End Function
. O2 q% j* G7 b8 v) @ PPublic Function GetLispList(symbolName As String) As Variant
# `" z! X+ y# v! k Dim sym As Object, list As Object' F3 ]9 ]' r- l
Dim Count, elements(), i As Long
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Set sym = VLF.item("read").funcall(symbolName)
- d" j& X B6 e( d. Y' E7 Q Set list = VLF.item("eval").funcall(sym)" Z' e0 k0 O1 t3 B( O% O
7 j7 ~* s$ w4 \. Y. W" |2 N% R Count = VLF.item("length").funcall(list)1 U$ c2 X. @4 \( S0 n6 \6 ^6 m# h
+ Y4 q: ]$ p( l' f( r ReDim elements(0 To Count - 1) As Variant
" j- G1 N& ~: }% e/ t2 ]+ Y$ X
d; [+ v4 ]' | For i = 0 To Count - 18 X4 V3 d1 v- X
elements(i) = VLF.item("nth").funcall(i, list)
6 Q4 F8 o. e4 @# s x Next2 Y* K% ]# K C8 K4 E$ ?' B8 v8 N7 d. }: v
5 }$ h9 C3 K5 o/ ~; f2 L3 O9 I GetLispList = elements: P$ H$ L! T: x; f
End Function' E. @$ C/ y1 `2 b9 k+ b/ [
Public Sub NullifySymbol(ParamArray symbolName()), L6 |' D' u2 Z/ a! Y% `/ F, n
Dim i As Integer+ n; Z+ i4 W8 \( d& F" u
6 u2 H; D+ k. g9 ~: z; K For i = LBound(symbolName) To UBound(symbolName)/ b5 `0 I( T) A9 C1 C$ n2 Q
EvalLispExpression "(setq " & CStr(symbolName(i)) & " nil)"( H1 U, V5 S- \2 s- d
Next d- ?) }$ G* i( J
End Sub) E' w1 J' s6 P* w
4 b. L& a; x( e% y1 N( f
实例:
7 S- K* [9 Q) v2 m X鼠标移动块" j$ N+ e2 j i" E' e1 c. |
* Q! a1 }; a2 {; J6 |Public Sub BlockInsert(Name As String)) s1 w0 n8 }6 ~4 d8 h* `
Dim pLisp As String6 W" U' o# h/ {0 K
Dim obj As VLAX
2 x2 C. \9 k9 O- M+ C( mDim pnt(2) As Double
3 d: e8 C% z* T- d( T& M3 G8 X/ XSet obj = New VLAX
. P" x3 l8 Q7 F4 Z8 O5 GDim pObj As AcadBlockReference
3 p! H1 B2 o" d) \ |Set pObj = ThisDrawing.ModelSpace.InsertBlock(pnt, Name, 1, 1, 1, 0). Y6 O4 R: N3 Y+ P* L
obj.EvalLispExpression "(setq ed (entget (handent " & ToStr(pObj.Handle) & ")))"5 P, n. L! R( \& ?4 d2 u
pLisp = "(while (not (= (caddr " & _
: o {' w# O1 \2 c% g4 d) d8 b"(setq pTime (grread t) " & _9 `+ v; @* M/ r
"pSt (car pTime) " & _
& ~$ s) N1 @+ X"pnt (cond ((= pSt 3) (List 0 0 -1)) ((= pSt 5) (cadr pTime)) (t (List 0 0 1))))) -1)) " & _ y I1 H8 `' l- O
"(setq ed (subst (cons 10 pnt) (assoc 10 ed) ed)) " & _% e! M! Z- N d& e
"(entmod ed) " & _' g' H7 M+ g c( s
") "+ Y* w: g5 s6 A# {" f) Z# S
obj.EvalLispExpression pLisp
3 j, B; ?2 f: P i& m' xSet obj = Nothing
4 ]$ R% n1 C! ?End Sub
* r3 a F; T% O5 i) ~8 uPublic Function ToStr(ByVal str) As String* F/ _' L$ W- O$ Q5 |
ToStr = Chr(34) & str & Chr(34)
' t/ ^8 U) q% W0 w2 {% v' GEnd Function
7 y) m# `7 h/ [! `Sub Test()
1 x! o4 G" ^2 `9 Y9 K8 h& J# Z3 YBlockInsert "123"
+ N2 J' p3 {& t; ~( B/ H4 E/ }* u gEnd Sub |
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