amelioration lisp isolant

[iowa13]

Bonjour.

J'ai trouvé un lisp pour de l'isolation que j'ai légèrement modifié pour un aspect pur estéthique.

Je voudrais "juste" que le départ ai le meme aspect que l'arrivé.

N'ayant aucune connaissance, je vous demande donc de l'aide.

 

;***	Isolant.LSP
;
;***    adapté à Autocad 14 Français le 16/03/99 par roule.@wanadoo.fr
;
;***	Written by Don J. Buschert (c) 1992, 1997
;
;	courriel:	don.buschert@sait.ab.ca
;		buschert@spots.ab.ca
;	AutoCAD Page:	http://www.spots.ab.ca/~buschert/ 
;
;	Disclaimer:
;	Permission to use, copy, modify, and distribute this software 
;	for any purpose and without fee is hereby granted, provided
;	that the above copyright notice appears in all copies and 
;	that both that copyright notice and the limited warranty and 
;	restricted rights notice below appear in all supporting 
;	documentation.
;
;	THIS PROGRAM IS PROVIDED "AS IS" AND WITH ALL FAULTS.  THE AUTHOR
;	SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY OR
;	FITNESS FOR A PARTICULAR USE.  THE AUTHOR ALSO DOES NOT WARRANT THAT
;	THE OPERATION OF THE PROGRAM WILL BE UNINTERRUPTED OR ERROR FREE.
;
;	Version 4.1  01/06/97
;	Added OSNAP controls.
;	Version 4.0  08/14/92 
;	Initial release...
; 
;	This program draws a polyline in the shape of insulation.
;	The user enters or picks the insulation width; and enters or 
;	picks the insulation length and angle. 
; 
;***	Function  INSUL
; 
(princ "\nChargement, attendez s'il vous plait...") 
(defun C:ISOLANT (/ 
               svbm		;"BLIPMODE"
               sv_osmode	;"OSMODE"
               poi1	;Points which calculate the arcs and lines of the 
		;first batt. 
               poi2
               poi3
               poi4
               poi5
               poi6
               poi7
               iang	;Angle. 
               idis	;Approximate insulation length
               iinc	;Increment distance.
               ;iwid	;Insulation width (global)
               poic	;Center point of arc.
               stpt	;Start point of insulation 
            ) 
 (graphscr) 
 (setvar "CMDECHO" 0)
 (command "_UNDO" "_M")
 (setq svbm (getvar "BLIPMODE"))
 (setq sv_osmode (getvar "OSMODE"))
 (setq stpt (getpoint "\nPoint de départ de l'isolant: ")) 
 (if iwid 
   (setq prom (strcat " <" (rtos iwid) ">")) 
   (setq prom "") 
 ) 
 (setq flag (getdist (strcat "\nEpaisseur de l'isolant" prom ": "))) 
 (if flag 
   (setq iwid flag) 
 ) 
 (setq endp 
    (getpoint stpt "\nPointer ou donner le point d'arrivée: ") 
 )
 (setq iang (angle stpt endp))
 (setq idis (distance stpt endp))
 (setvar "OSMODE" 0)
 (princ "\nDessin de l'isolant en cours...")
 (setvar "BLIPMODE" 0)
 (setvar "TRACEWID" 0)
 (setq poi1 (polar stpt iang (* iwid 0.00)))
 (setq iinc (distance poi1 stpt))
 (setq poi2 (polar poi1 (+ (dtor 90) iang) (* iwid 0.30)))
 (setq poi2 (polar poi2 (+ (dtor 180) iang) (* iwid 0.10)))
 (command "_PLINE" poi1 poi2)
 (while (< iinc idis)
   (setq poic (polar poi2 iang (* iwid 0.20)))
   (setq iinc (+ (distance poic poi2) iinc))
   (if (< iinc idis)
     (progn
       (setq poi3 (polar poic (+ (dtor 90) iang) (* iwid 0.20)))
       (setq poi4 (polar poic iang (* iwid 0.10)))
       (setq iinc (+ (distance poi4 poic) iinc))
       (if (< iinc idis)
         (progn
           (command "_ARC" "CE" poic "A" "-180")
           (setq poi5 (polar poi4 (+ (dtor -90) iang) (* iwid 0.60)))
           (setq poi5 (polar poi5 (+ (dtor 180) iang) (* iwid 0.10)))
           (command "_Line" poi5)
           (setq poic (polar poi5 iang (* iwid 0.20)))
           (setq iinc (+ (* iwid 0.10) iinc))
           (if (< iinc idis)
             (progn
               (setq poi6 (polar poic (+ (dtor -90) iang) (* iwid 0.20)))
               (setq poi7 (polar poic iang (* iwid 0.10)))
               (setq iinc (+ (* iwid 0.20) iinc))
               (if (< iinc idis)
                 (progn
                   (command "_ARC" "CE" poic poi7)
                   (setq poi2 (polar poi7 (+ (dtor 90) iang) (* iwid 0.60)))
                   (setq poi2 (polar poi2 (+ (dtor 180) iang) (* iwid 0.10)))
                   (command "_Line" poi2)
                   (setq iinc (- iinc (* iwid 0.20)))
                 )
                 (command "_ARC" "CE" poic poi6)  
               )
             )
           )
         )
         (command "_ARC" "CE" poic "A" "-90")
       )
     )
   )
 )
 (command "")
 (princ "\nDessin isolant terminé...") 
 (setvar "BLIPMODE" svbm) 
 (setvar "OSMODE" sv_osmode)
 (princ) 
) 
; 
;***	End of Program
;***	Support Programs
;***  Function  DTOR
;Converts degrees to radians, where degr is degrees; returns a
;radian value.
;
(defun DTOR (degr)
 (/ (* degr pi) 180)
)

 

par avance merci

[iowa13]

Personne n'aurait une idée.?

[iowa13]

Bonjour.

Je relance le sujet au cas ou quelqu'un aurait une idée.

Voici le lisp légèrement modifié

;***	Isolant.LSP
;
;***    adapté à Autocad 14 Français le 16/03/99 par roule.@wanadoo.fr
;
;***	Written by Don J. Buschert (c) 1992, 1997
;
;	courriel:	don.buschert@sait.ab.ca
;		buschert@spots.ab.ca
;	AutoCAD Page:	http://www.spots.ab.ca/~buschert/ 
;
;	Disclaimer:
;	Permission to use, copy, modify, and distribute this software 
;	for any purpose and without fee is hereby granted, provided
;	that the above copyright notice appears in all copies and 
;	that both that copyright notice and the limited warranty and 
;	restricted rights notice below appear in all supporting 
;	documentation.
;
;	THIS PROGRAM IS PROVIDED "AS IS" AND WITH ALL FAULTS.  THE AUTHOR
;	SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY OR
;	FITNESS FOR A PARTICULAR USE.  THE AUTHOR ALSO DOES NOT WARRANT THAT
;	THE OPERATION OF THE PROGRAM WILL BE UNINTERRUPTED OR ERROR FREE.
;
;	Version 4.1  01/06/97
;	Added OSNAP controls.
;	Version 4.0  08/14/92 
;	Initial release...
; 
;	This program draws a polyline in the shape of insulation.
;	The user enters or picks the insulation width; and enters or 
;	picks the insulation length and angle. 
; 
;***	Function  INSUL
; 
(princ "\nChargement, attendez s'il vous plait...") 
(defun C:ISOLANT (/ 
               svbm		;"BLIPMODE"
               sv_osmode	;"OSMODE"
               poi1	;Points which calculate the arcs and lines of the 
		;first batt. 
               poi2
               poi3
               poi4
               poi5
               poi6
               poi7
               iang	;Angle. 
               idis	;Approximate insulation length
               iinc	;Increment distance.
               ;iwid	;Insulation width (global)
               poic	;Center point of arc.
               stpt	;Start point of insulation 
            ) 
 (graphscr) 
 (setvar "CMDECHO" 0)
 (command "_UNDO" "_M")
 (setq svbm (getvar "BLIPMODE"))
 (setq sv_osmode (getvar "OSMODE"))
 (setq stpt (getpoint "\nPoint de départ de l'isolant: ")) 
 (if iwid 
   (setq prom (strcat " <" (rtos iwid) ">")) 
   (setq prom "") 
 ) 
 (setq flag (getdist (strcat "\nEpaisseur de l'isolant" prom ": "))) 
 (if flag 
   (setq iwid flag) 
 ) 
 (setq endp 
    (getpoint stpt "\nPointer ou donner le point d'arrivée: ") 
 )
 (setq iang (angle stpt endp))
 (setq idis (distance stpt endp))
 (setvar "OSMODE" 0)
 (princ "\nDessin de l'isolant en cours...")
 (setvar "BLIPMODE" 0)
 (setvar "TRACEWID" 0)
 (setq poi1 (polar stpt iang (* iwid 0.1)))
 (setq iinc (distance poi1 stpt))
 (setq poi2 (polar poi1 (+ (dtor 90) iang) (* iwid 0.30)))
 (setq poi2 (polar poi2 (+ (dtor 180) iang) (* iwid 0.1)))
 (command "_PLINE" poi1 poi2)
 (while (< iinc idis)
   (setq poic (polar poi2 iang (* iwid 0.20)))
   (setq iinc (+ (distance poic poi2) iinc))
   (if (< iinc idis)
     (progn
       (setq poi3 (polar poic (+ (dtor 90) iang) (* iwid 0.20)))
       (setq poi4 (polar poic iang (* iwid 0.2)))
       (setq iinc (+ (distance poi4 poic) iinc))
       (if (< iinc idis)
         (progn
           (command "_ARC" "CE" poic "A" "-180")
           (setq poi5 (polar poi4 (+ (dtor -90) iang) (* iwid 0.6)))
           (setq poi5 (polar poi5 (+ (dtor 180) iang) (* iwid 0.2)))
           (command "_Line" poi5)
           (setq poic (polar poi5 iang (* iwid 0.20)))
           (setq iinc (+ (* iwid 0.10) iinc))
           (if (< iinc idis)
             (progn
               (setq poi6 (polar poic (+ (dtor -90) iang) (* iwid 0.20)))
               (setq poi7 (polar poic iang (* iwid 0.20)))
               (setq iinc (+ (* iwid 0.20) iinc))
               (if (< iinc idis)
                 (progn
                   (command "_ARC" "CE" poic poi7)
                   (setq poi2 (polar poi7 (+ (dtor 90) iang) (* iwid 0.60)))
                   (setq poi2 (polar poi2 (+ (dtor 180) iang) (* iwid 0.2)))
                   (command "_Line" poi2)
                   (setq iinc (- iinc (* iwid 0.10)))
                 )
                 (command "_ARC" "CE" poic poi6)  
               )
             )
           )
         )
         (command "_ARC" "CE" poic "A" "-90")
       )
     )
   )
 )
 (command "")
 (princ "\nDessin isolant terminé...") 
 (setvar "BLIPMODE" svbm) 
 (setvar "OSMODE" sv_osmode)
 (princ) 
) 
; 
;***	End of Program
;***	Support Programs
;***  Function  DTOR
;Converts degrees to radians, where degr is degrees; returns a
;radian value.
;
(defun DTOR (degr)
 (/ (* degr pi) 180)
)

 

Je voudrais qu'il soit dans l'idéal comme sur cette photo

https://www.casimages.com/i/18060811100045436.jpg.html

 

sinon comme celle la.

https://www.casimages.com/i/18061503382228759.jpg.html

 

par avance merci

[iowa13]

Personne n'aurait de solutions.?

[nen]

Salut,

 

Essaye de faire un post sur ce site "www.theswamp.org" il est en anglais .

Il est très réactif et en général tu obtiens toujours de l’aide, je l’utilise fréquemment ;) .

 

PS : ta demande m’intéresse aussi :D

 

Meilleures salutations

[nen]

Salut,

 

Je me suis permis de faire un post sur le lisp Isolant.lsp. sur le site "www.theswamp.org"

J'ai eu une réponse afin d'aller sur ce lien

https://forums.autodesk.com/t5/visual-lisp-autolisp-and-general/insulation-batt-representation-in-polyline-form/m-p/2458792#M275725

 

Il te propose un autre lisp "InsulBattPoly.lsp", il est pas mal.

 

Il y a quand même un hic le lisp déconne un peu, il faut utiliser l'option "Existant"

C'est dommage qu'il n'arrive pas à faire l'isolation en angle droit (90°)

 

Je te laisserais tester.

 

 

;;;  InsulBattPoly.LSP [Command name: IB]
;;;  To draw a lightweight Polyline representation of Batt Insulation.
;;;  Draws a zero-width continuous LWPolyline as a series of S-curves, alternating direction and forming
;;;    touching loops.  Intermediate point locations are adjusted for localized path direction on curved
;;;    paths, narrowing inside-of-curve loops and widening outside-of-curve loops to eliminate overlaps
;;;    or gaps.  [Non-tangent changes in direction in Polyline paths, or overly tight curves relative to
;;;    insulation thickness in various entity types, or non- Centered justification with Polylines or Splines
;;;    that intersect (or relative to insulation thickness, get too close to) themselves, will yield quirky results.]
;;;  Divides path length into whole S-curve "length" increments to eliminate need for trimming at ends
;;;    (other than for e.g. ventilation-baffle taper); forces an even number of S's for closed paths so that result
;;;    looks continuous across start/end point (will be a tiny gap on tangent-closed Pline path -- see slength).
;;;  Draws on current Layer, unless Deleting pre-Existing path; if so, draws on its Layer, assuming the
;;;    intent is to replace it (e.g. to replace something with BATTING linetype).
;;;  Under select-Existing option, asks User to select again if nothing is selected, or if selected object is an
;;;    inappropriate entity type.
;;;  Accounts for different Coordinate Systems.
;;;  Remembers option choices and offers them as defaults for subsequent use.
;;;  Options:
;;;    1.  create new within the routine, or select pre-Existing, path of any 2D finite type with linearity;
;;;    2.  if selected Existing object is on a locked Layer, whether to unlock it and Proceed, or Quit;
;;;    3.  PRevious = redraw along prior path (whether retained or deleted) allowing different choices;
;;;    4.  Flip = one-step replacement of prior result, if Left- or Right-justified, on other side -- meant for
;;;         Existing Line/Pline/Spline (drawing direction not visually apparent), but works on all types;
;;;    5.  Retain or Delete base path, whether new or selected Existing;
;;;    6.  insulation thickness, with some pre-defined [uS] common-thickness options;
;;;    7.  Center-line or Left- or Right-side justification (Left & Right are relative to drawing direction
;;;         for Line/Pline/Spline; for Arc/Circle/Ellipse, Left draws inside, Right draws outside).
;;;
;;;  Kent Cooper, last edited March 2010
;
(vl-load-com)
;
(defun ibreset ()
 (setvar 'osmode osm)
 (setvar 'blipmode blips)
 (setvar 'plinewid plwid)
 (setvar 'plinetype pltyp)
 (setvar 'celtype ltyp)
 (command "_.undo" "_end")
 (setvar 'cmdecho cmde)
); end defun - ibreset
;
(defun locdir (path dist); LOCal DIRection of path at distance along it, accounting for UCS
 (angle
   '(0 0 0)
   (trans
     (vlax-curve-getFirstDeriv
       path
       (vlax-curve-getParamAtDist path dist)
     ); end getFirstDeriv
     0 1 T ; world to current CS, as displacement
   ); end trans
 ); end angle
); end defun - locdir
;
(defun ibpt (advpro offpro)
;;  This subroutine calculates an Insulation-Batt polyline definition PoinT, with arguments:
;;    advpro = localized amount of ADVance from current S-curve segment's basepoint along path,
;;      as a PROportion of segment length
;;    offpro = localized amount of OFFset to side from path, as a PROportion of thickness
 (polar
   (trans
     (vlax-curve-getPointAtDist ; advance point along working path
       ibtpath
       (+
         (vlax-curve-getDistAtPoint ibtpath sbase)
         (* advpro slength); proportion of segment length
       ); end +
     ); end getPointAtDist
     0 1 ; from World coordinates to object's coordinates
   ); end trans
   (+ ; localized angle of offset
     (locdir
       ibtpath
       (+
         (vlax-curve-getDistAtPoint ibtpath sbase)
         (* advpro slength)
       ); end +
     ); end locdir
     (* pi 0.5 side); perpendicular to center-line path [side +/- gives left/right]
   ); end +
   (* offpro *ibthk*); proportion of insulation thickness
 ); end polar
); end defun - ibpt
;
(defun ibptend (offpro)
;;  This subroutine calculates an Insulation-Batt polyline definition PoinT, aligned with the
;;  END of the path, to avoid possible failure from calculation-rounding going beyond end
;;  [except in closed Plines - see slength], with offpro argument as above
 (polar
   (trans (vlax-curve-getEndPoint ibtpath) 0 1)
   (+ ; localized angle of offset
     ; following instead of (locdir ibtpath pathlength), because that fails at end of "heavy"
     ; 2D Polyline -- somehow (vlax-curve-getParamAtDist ibtpath pathlength) returns nil
     (angle
       '(0 0 0)
       (trans
         (vlax-curve-getFirstDeriv
           ibtpath
           (vlax-curve-getEndParam ibtpath)
         ); end getFirstDeriv
         0 1 T ; world to current CS, as displacement
       ); end trans
     ); end angle
     (* pi 0.5 side); perpendicular to center-line path [side +/- gives left/right]
   ); end +
   (* offpro *ibthk*); proportion of insulation thickness
 ); end polar
); end defun - ibptend
;
;;; ******************************** Main Routine: IB ********************************
(defun C:IB
 (/ *error* cmde osm blips plwid pltyp ltyp typetemp pathsel pathdata pathtype
 polyclosed unlktemp deltemp thktemp justtemp ucschanged ptno side pldist
 plpt ibtpath pathlength isCurved vertcheck vertbulge sbase ssegs slength)
;
 (defun *error* (errmsg)
   (if (not (wcmatch errmsg "Function cancelled,quit / exit abort"))
     (princ (strcat "\nError: " errmsg))
   ); end if
   (command)
   (command)
   (if ucschanged (command "_.ucs" "_prev"))
     ; ^ i.e. don't go back unless routine reached UCS change but didn't change it back
   (ibreset)
 ); end defun - *error*
;
 (command "_.undo" "_begin")
 (setq cmde (getvar 'cmdecho))
 (setvar 'cmdecho 0)
 (setq
   osm (getvar 'osmode)
   blips (getvar 'blipmode)
   plwid (getvar 'plinewid)
   pltyp (getvar 'plinetype)
   ltyp (getvar 'celtype)
 ); end setq
 (setvar 'plinewid 0)
 (setvar 'plinetype 2)
 (setvar 'celtype "CONTINUOUS")
;
 (initget
   (strcat
     "Existing Line Arc Circle Pline ELlipse Spline"
     (if *ibtype* " PRevious" ""); add PR option only if not first use
     (if (member *ibjust* '("Left" "Right")) " Flip" ""); add Flip option only if prior was L/R
   ); end strcat
 ); end initget
 (setq
   typetemp
     (getkword
       (strcat
         "\nPath type [Existing, or new Line(single)/Arc/Circle/Pline/ELlipse/Spline"
         (if *ibtype* "/PRevious" ""); offer PR option if not first use
         (if (member *ibjust* '("Left" "Right")) "/Flip" ""); add Flip option only if prior was L/R
         "] <"
         (if *ibtype* *ibtype* "Line"); prior choice default if applicable; otherwise Line
         ">: "
       ); end strcat
     ); end getkword & typetemp
   *ibtype*
     (cond
       (typetemp); if User typed something other than Enter, use it
       (*ibtype*); if Enter and there's a prior choice, use that
       (T "Line"); otherwise [Enter on first use], Line default
     ); end cond & *ibtype*
 ); end setq
;
 (if
   (and (wcmatch *ibtype* "PRevious,Flip") *isLocked*)
   (command "_.layer" "_unlock" *pathlay* ""); then - unlock layer without asking [prior Proceed option]
 ); end if
;
 (cond ; select or make path
   ((= *ibtype* "Existing")
     (while
       (not
         (and
           (setq
             pathsel (car (entsel "\nSelect object to draw batt insulation along an Existing path: "))
             pathdata (if pathsel (entget pathsel))
             pathtype (if pathsel (substr (cdr (assoc 100 (cdr (member (assoc 100 pathdata) pathdata)))) 5))
               ; ^ = entity type from second (assoc 100) without "AcDb" prefix;  using this because (assoc 0)
               ; value is the same for 2D & 3D Polylines; 2D OK, but not 3D because they can't be offset,
               ; so only center justification could be offered, and result would be flattened in current CS
           ); end setq
           (wcmatch pathtype "Line,Arc,Circle,Ellipse,Spline,Polyline,2dPolyline")
         ); end and
       ); end not
       (prompt "\nNothing selected, or it is not a 2D finite path type; try again:")
     ); end while
   ); end first condition - Existing
   ((and (wcmatch *ibtype* "PRevious,Flip") (= *ibdel* "Delete")) (entdel *ibpath*)); bring back prior
   ((= *ibtype* "Line") (setvar 'cmdecho 1) (command "_.line" pause pause "") (setvar 'cmdecho 0))
   ((not (wcmatch *ibtype* "PRevious,Flip")); all other entity types
     (setvar 'cmdecho 1)
     (command *ibtype*)
     (while (> (getvar 'cmdactive) 0) (command pause))
     (setvar 'cmdecho 0)
   ); end fourth condition
 ); end cond
 (setvar 'blipmode 0)
;
 (setq
   *ibpath* ; set object as base path [not localized, so it can be brought back if PR/F and D options]
     (cond
       ((= *ibtype* "Existing") pathsel); selected object
       ((wcmatch *ibtype* "PRevious,Flip") *ibpath*); keep the same
       ((entlast)); otherwise, newly created path
     ); end cond & *ibpath*
   pathdata (entget *ibpath*)
   pathtype (cdr (assoc 0 pathdata)); can now use this, once past possibility of selecting 3D Polyline
   polyclosed ; used in offsetting and segment-length determinations
     (and
       (wcmatch pathtype "*POLYLINE"); allow for "heavy" 2D or "lightweight" Polylines
       (vlax-curve-isClosed *ibpath*)
     ); end and
   *pathlay* (cdr (assoc 8 pathdata))
     ; ^ not localized, so that under PRevious or Flip options, knows what layer to unlock if needed
   *isLocked* ; not localized, so that under PRevious or Flip options, don't need to ask again
     (if (and (wcmatch *ibtype* "PRevious,Flip") *isLocked*)
       T ; keep with PR/F if prior object was on locked layer
       (/= (cdr (assoc 70 (tblsearch "layer" *pathlay*))) 0); other types - 0 for Unlocked: nil; 4 for Locked: T
     ); end if & *isLocked*
 ); end setq
;
 (if *isLocked*
   (if (not (wcmatch *ibtype* "PRevious,Flip")); then - check for not redoing prior object  
     (progn ; then - ask whether to unlock
       (initget "Proceed Quit")
       (setq
         unlktemp
           (getkword
             (strcat
               "\nLayer is locked; temporarily unlock and Proceed, or Quit? [P/Q] <"
               (if *ibunlk* (substr *ibunlk* 1 1) "P"); at first use, Proceed default; otherwise, prior choice
               ">: "
             ); end strcat
           ); end getkword & unlktemp
         *ibunlk*
           (cond
             (unlktemp); if User typed something, use it
             (*ibunlk*); if Enter and there's a prior choice, keep that
             (T "Proceed"); otherwise [Enter on first use], Proceed
           ); end cond & *ibunlk*
       ); end setq
       (if (= *ibunlk* "Proceed")
         (command "_.layer" "_unlock" *pathlay* ""); then
         (progn (ibreset) (quit)); else
       ); end if
     ); end progn & inner else argument
   ); end inner if & outer then argument
 ); end outer if - no else argument [no issue if not on locked layer]
;
 (if (wcmatch *ibtype* "PRevious,Flip") (entdel *ib*))
   ; ^ if re-using Previous path with new choices, or Flipping to other side, delete previous result
;
 (if (/= *ibtype* "Flip")
   (progn ; then - ask whether to Retain or Delete if not Flipping
     (initget "Retain Delete")
     (setq
       deltemp
         (getkword
           (strcat
             "\nRetain or Delete base path [R/D] <"
             (if *ib* (substr *ibdel* 1 1) "D"); at first use, Delete default; otherwise, prior choice
             ">: "
           ); end strcat
         ); end getkword
       *ibdel*
         (cond
           (deltemp); if User typed something, use it
           (*ibdel*); if Enter and there's a prior choice, keep that
           (T "Delete"); otherwise [Enter on first use], Delete
         ); end cond & *ibdel*
     ); end setq
   ); end progn
 ); end if -- no else argument [keep previous option if Flipping]
;
 (if (/= *ibtype* "Flip")
   (progn ; then - ask for thickness if not Flipping
     (initget (if *ibthk* 6 7) "A B C D"); no Enter on first use, no 0, no negative
     (setq
       thktemp
         (getdist
           (strcat
             "\nThickness of insulation batting, or [A=3.5/B=5.5/C=9.5/D=12]"
             (if *ibthk* (strcat " <" (rtos *ibthk* 2 2) ">") ""); default only if not first use
             ": "
           ); end strcat
         ); end getdist & thktemp
       *ibthk*
         (cond
           ((= thktemp "A") 3.5)
           ((= thktemp "B") 5.5)
           ((= thktemp "C") 9.5)
           ((= thktemp "D") 12.0)
           ((numberp thktemp) thktemp); user entered number or picked distance
           (T *ibthk*); otherwise, user hit Enter - keep value
         ); end cond & *ibthk*
     ); end setq
   ); end progn
 ); end if -- no else argument [keep previous thickness if Flipping]
;
 (if (/= *ibtype* "Flip")
   (progn ; then - ask for justification if not Flipping
     (initget "Center Left Right")
     (setq
       justtemp
         (getkword
           (strcat
             "\nJustification [Center/Left(inside arc,circle,ellipse)/Right(outside)] <"
             (if *ibjust* (substr *ibjust* 1 1) "C"); at first use, Center default; otherwise, prior choice
             ">: "
           ); end strcat
         ); end getkword
       *ibjust*
         (cond
           (justtemp); if User typed something, use it
           (*ibjust*); if Enter and there's a prior choice, use that
           (T "Center"); otherwise [Enter on first use], Center
         ); end cond & *ibjust*
     ); end setq
   ); end progn
   (setq *ibjust* (if (= *ibjust* "Left") "Right" "Left")); else - reverse justification if Flipping
 ); end if
;
 (command "_.ucs" "_new" "_object" *ibpath*) ; set UCS to match object
 (setq
   ucschanged T ; marker for *error* to reset UCS if routine doesn't get to it
   ptno 0 ; starting point-number value for intermediate point multiplier
   side 1 ; starting directional multiplier for 'side' [left/right of center-path] argument in (ibpt)
 ); end setq
;
 (setvar 'osmode 0); placed here so running Osnap can be used to draw path, if desired
;
 (if (= *ibjust* "Center")
   (command "_.copy" *ibpath* "" '(0 0 0) '(0 0 0)); then - copy in place for Center justification
   (command ; else - offset by half insulation thickness for Left or Right justification
     "_.offset"
     (/ *ibthk* 2)
     *ibpath*
     (polar
       (if polyclosed ; less risk of inside-offsetting Plines closing at acute angles wrongly to outside
         (setq ; then - partway in
           pldist (vlax-curve-getDistAtParam *ibpath* 0.5)
           plpt (trans (vlax-curve-getPointAtParam *ibpath* 0.5) 0 1)
         ); end setq
         (trans (vlax-curve-getStartPoint *ibpath*) 0 1); else - start point
       ); end if - point argument
       (apply
         (if (= *ibjust* "Left") '+ '-); add for Left, subtract for Right
         (list (locdir *ibpath* (if polyclosed pldist 0)) (/ pi 2)); partway into closed Pline; else, startpoint
       ); end apply - angle argument
       0.1 ; distance
     ); end polar
     "" ; end offset
   ); end command - offset & else argument
 ); end if
;
 (setq
   ibtpath (entlast); save as Temporary [working] PATH
   pathlength (vlax-curve-getDistAtParam ibtpath (vlax-curve-getEndParam ibtpath))
   isCurved
       ; Determine whether path has any curves, calling for more definition points - without them,
       ; widened curves on outside of curved paths bulge beyond insulation thickness [even with
       ; them, this can still happen very slightly, if path curves sharply enough relative to thickness]
     (cond
       ((= pathtype "LINE") nil); Lines are never curved
       ((= pathtype "LWPOLYLINE"); check LWPolylines for arc segments
         (if
           (vl-remove-if-not ; recognize only non-0 bulge factors
             '(lambda (x) (and (= (car x) 42) (/= (cdr x) 0.0)))
             pathdata
           ); end vl-remove-if-not; returns list only if there are arc segments
           T ; contains at least one arc segment
           nil ; all line segments
         ); end if
       ); end LWPolyline condition
       ((= pathtype "POLYLINE"); check heavy 2D Polylines for arc segments
         (setq vertcheck (entnext ibtpath))
         (while
           (and
             (not vertbulge)
             (= (cdr (assoc 0 (entget vertcheck))) "VERTEX")
           ); end and
           (setq
             vertbulge (/= (cdr (assoc 42 (entget vertcheck))) 0.0); T if bulge factor
             vertcheck (entnext vertcheck)
           ); end setq
         ); end while
         vertbulge
       ); end heavy 2D Polyline condition
       (T) ; Arc/Circle/Ellipse/Spline are always curved
     ); end cond & isCurved
   sbase (vlax-curve-getStartPoint ibtpath); startpoint is first S-curve BASE point
   ssegs ; closed paths need even numbers of S-SEGmentS; open can have odd number
     (if (vlax-curve-isClosed *ibpath*)
       (* (fix (+ (/ pathlength *ibthk* 0.4) 0.5)) 2); then - round to nearest *even* number
       (fix (+ (/ pathlength *ibthk* 0.2) 0.5)); else - round to nearest *whole* number
     ); end if & ssegs
   slength ; proportioned S-segment LENGTH
     (/ pathlength
       (if polyclosed ; First derivative returns nil at end parameter of closed LWPolyline, causing failure
           ; of angle calculation,  so in that case,
         (+ ssegs 0.001); then - shorten segment length very slightly [results in tiny gap at tangent closure]
         ssegs ; else - divisor is unadjusted number of segments
       ); end if
     ); end / & pathlength
 ); end setq
;
 (if (= *ibdel* "Delete") (setvar 'clayer *pathlay*)) ; if Deleting Existing path, draw on same Layer
;
 (command
   "_.pline"
   (ibpt 0 0.5); start point of first S-curve
   "_arc"
   (while (< ptno ssegs)
     (setq
       sbase (vlax-curve-getPointAtDist ibtpath (* slength ptno)); incremented base along path for S segment
       ptno (1+ ptno); increment point number for next time [put here so it's not last function in (while) loop]
     ); end setq
     (command "_second")
     (if isCurved
       (command ; then - more definition points for curved paths
         (ibpt 0.3 0.49); second point of first shorter curve
         (ibpt 0.6 0.46); third point of first shorter curve
         "_second"
       ); end interim command
     ); end if [no else - continue to next second-point designation]
     (command
       (ibpt 0.8 0.42); second point of [second shorter, or first longer] curve
       (if (and (= ptno ssegs) (not polyclosed)); third point of curve at touch-point
         (ibptend 0.3); then - at end if not closed Pline
         (ibpt 1.0 0.3); else - intermediate, or end of closed Pline
       ); end if
       "_second"
       (ibpt 0.9 0.19); second point of next curve
       (ibpt 0.8 0.14); third point of next curve
       "_line"
     ); end interim command
     (setq side (- side)); for second half of S-curve on other side of path
     (command
       (ibpt 0.2 0.14); feed end of cross-the-path line segment out to Pline
       "_arc" "_second"
       (ibpt 0.1 0.19); second point of first curve
       (ibpt 0 0.3); third point of first curve at touch-point
       "_second"
       (ibpt 0.2 0.42); second point of curve after touch-point
     ); end interim command
     (if isCurved ; then - more definition points for curved paths
       (command
         (ibpt 0.4 0.46); third point of first shorter curve
         "_second"
         (ibpt 0.7 0.49); second point of second shorter curve
       ); end interim command
     ); end if [no else - continue to next second-point designation]
     (command
       (if (and (= ptno ssegs) (not polyclosed)); third point of last curve in overall S-curve
         (ibptend 0.5); then - at end if not closed Pline
         (ibpt 1.0 0.5); else - intermediate, or end of closed Pline
       ); end if
     ); end command
   ); end while
 ); end command - pline
;
 (command "_.ucs" "_prev")
 (setq
   ucschanged nil ; eliminate UCS reset in *error* since routine did it already
   *ib* (entlast); save result in case of recall of routine with PRevious or Flip option
 ); end setq
 (entdel ibtpath); remove temporary working path
 (if (= *ibdel* "Delete") (entdel *ibpath*)); remove base path under Delete option
;
 (if (and (wcmatch *ibtype* "Existing,PRevious,Flip") (= *ibdel* "Delete")) (command "_.layerp"))
   ; ^ reset Layer if appropriate
 (if *isLocked* (command "_.layer" "_lock" *pathlay* "")); re-lock layer if appropriate
 (ibreset)
 (princ)
); end defun - IB
(prompt "Type IB to make polyline-form Insulation Batting.")

 

 

Meilleure salutations

[iowa13]

Je connais ce lisp. (il m'avait semblé vous l'avoir envoyer en MP, comme une hachure.)Je vais regardermerci

 

[philsogood]

hello

pourquoi ne aps utiliser un bloc dynamique??

https://www.partage-fichiers.com/upload/gwr2p7lm

on ne compte plus le nb d'archi/BE qui utilise une ligne en y mettant une échelle particulière pour avoir une impression "propre"...

Phil

[iowa13]

Bonjour.Tout simplement, parce-que les épaisseurs d'isolation ne sont pas les mêmes et que ce bloc ne fonctionne que sur la longueur et non l’épaisseur me semble t'il

 

 

[Aleck_Ultimate]

Salut.

 

C'est pas forcément un problème. Avec deux paramètres, un d'étirement pour l’épaisseur et un de déplacement + réseau pour la longueur on doit pouvoir faire quelque-chose de très propre, voir même correcte aux angles.

 

Le bonus c'est que ça supporterais aussi les changements d'échelles par un autre utilisateur.

 

Dans l'idéal tu placerait l'origine de ton LISP dans l'angle de ton mur, tu étirerait un paramètre sur tout la longueur du mur et le second sur l'épaisseur de ton isolant.

 

Je m'y mettrais volontiers quant je serais plus trop charrette. Et si j'y pense toujours, ce qui n'est pas gagné non-plus.

 

Cordialy.

[philsogood]

hello iowa

rien ne t'émpeche de mettre à l"chelle ton bloc par rapport à l'épaisseur puis de jouer avec la longueur du bloc

++

Phil

[iowa13]

hello iowa

rien ne t'émpeche de mettre à l"chelle ton bloc par rapport à l'épaisseur puis de jouer avec la longueur du bloc

++

Phil

 

je fais finalement utiliser des hachures que j'ai créer et le lisp de dessus.Merci