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; slope - 2024.05.28 exceed (defun c:SLOPE ( / acdoc mspace fuzz ssp sspl i ptlist ent entlist pt ss ssl obj coordlist coordlistlen p1 p2 xydist midpt parameter totallen midlen j p1z p2z flag1 flag2 pt2 sloperatio slopeblock blkang slopetextpt slopetext lengthtextpt lengthtext midparam prevparam nextparam) (setq acdoc (vla-get-activedocument (vlax-get-acad-object))) (setq mspace (vla-get-modelspace acdoc)) (setq fuzz 0.005) (setq ssp (ssget "X" '((0 . "POINT")))) (setq sspl (sslength ssp)) (setq i 0) (setq ptlist '()) (repeat sspl (setq ent (ssname ssp i)) (setq entlist (entget ent)) (setq pt (cdr (assoc 10 entlist))) (setq ptlist (cons pt ptlist)) (setq i (+ i 1)) ) ;(princ "\n pt list - ") ;(princ ptlist) (setq ss (ssget '((0 . "LWPOLYLINE") (8 . "-Polyline-")))) (setq ssl (sslength ss)) (setq i 0) (repeat ssl (setq ent (ssname ss i)) (setq obj (vlax-ename->vla-object ent)) (setq coordlist (vlax-safearray->list (vlax-variant-value (vlax-get-property obj 'coordinates)))) (setq coordlistlen (length coordlist)) (setq p1 (list (car coordlist) (cadr coordlist) 0)) (setq p2 (list (nth (- coordlistlen 2) coordlist) (nth (- coordlistlen 1) coordlist) 0)) (setq xydist (distance p1 p2)) (setq midpt '()) (setq param (vlax-curve-getEndParam obj)) (setq totallen (vlax-curve-getDistAtParam obj param)) (setq midlen (* 0.5 totallen)) (setq midpt (vlax-curve-getPointAtDist obj midlen)) ;(setq midparam (vlax-curve-getParamAtPoint obj (vlax-curve-getClosestPointTo obj midpt))) ;(setq prevparam (vlax-curve-getPointAtParam obj (fix midparam))) (setq prevparam (vlax-curve-getpointatdist obj (* 0.499999 totallen))) ;(setq nextparam (vlax-curve-getPointAtParam obj (+ (fix midparam) 1))) (setq nextparam (vlax-curve-getpointatdist obj (* 0.500001 totallen))) ;(princ midpt) (setq j 0) (setq p1z 0) (setq p2z 0) (setq flag1 0) (setq flag2 0) (repeat sspl (setq pt2 (nth j ptlist)) (if (and (and (< (- (car p1) fuzz) (car pt2)) (< (car pt2) (+ (car p1) fuzz))) (and (< (- (car p1) fuzz) (car pt2)) (< (cadr pt2) (+ (cadr p1) fuzz))) (= flag1 0) ) (progn (setq p1z (caddr pt2)) ;(princ "\n p1z = ") ;(princ p1z) (setq flag1 1) ) ) (if (and (and (< (- (car p2) fuzz) (car pt2)) (< (car pt2) (+ (car p2) fuzz))) (and (< (- (car p2) fuzz) (car pt2)) (< (cadr pt2) (+ (cadr p2) fuzz))) (= flag2 0) (= flag1 1) ) (progn (setq p2z (caddr pt2)) ;(princ "\n p2z = ") ;(princ p2z) (setq flag2 1) ) ) (setq j (+ j 1)) ) (if (and (= flag1 1) (= flag2 1)) (progn (setq p1 (list (car p1) (cadr p1) p1z)) (setq p2 (list (car p2) (cadr p2) p2z)) (setq sloperatio (* 100 (/ (abs (- p1z p2z)) xydist))) ;(setq midpt (list (/ (+ (car p1) (car p2)) 2) (/ (+ (cadr p1) (cadr p2)) 2) (/ (+ (caddr p1) (caddr p2)) 2))) (if (> p1z p2z) ;(setq blkang (angle p1 p2)) (setq blkang (angle prevparam nextparam)) ;(setq blkang (angle p2 p1)) (setq blkang (angle nextparam prevparam)) ) ;(princ "\n sloperatio - ") ;(princ sloperatio) ;(princ "%") (setq slopeblock (vla-InsertBlock mspace (vlax-3d-point midpt) "-Slope-" 5 5 5 blkang)) (cond ((and (<= 0 blkang) (< blkang (/ pi 2))) ;(princ "a") ) ((and (<= (/ pi 2) blkang) (< blkang pi)) ;(princ "b") (setq blkang (- blkang pi)) ) ((and (<= pi blkang) (< blkang (* 1.5 pi))) ;(princ "c") (setq blkang (- blkang pi)) ) ((and (<= (* 1.5 pi) blkang) (< blkang pi)) ;(princ "d") ) ) (setq slopetextpt (polar midpt (+ blkang (* 0.5 pi)) 5)) (setq slopetext (entmakex (list (cons 0 "TEXT") (cons 100 "AcDbEntity") (cons 8 "-Label Between Geometry Points") (cons 67 0) (cons 100 "AcDbText") (cons 10 slopetextpt) (cons 11 slopetextpt) (cons 40 5) (cons 1 (strcat (rtos sloperatio 2 2) "%")) (cons 50 blkang) (cons 41 1) (cons 51 0) (cons 7 "Standard") (cons 71 0) (cons 72 1) (cons 100 "AcDbText") (cons 73 0) ) ) ) (setq lengthtextpt (polar midpt (- blkang (* 0.5 pi)) 10)) (setq lengthtext (entmakex (list (cons 0 "TEXT") (cons 100 "AcDbEntity") (cons 8 "-Label Between Geometry Points") (cons 67 0) (cons 62 7) (cons 100 "AcDbText") (cons 10 lengthtextpt) (cons 11 lengthtextpt) (cons 40 5) (cons 1 (strcat (rtos xydist 2 2) "m")) (cons 50 blkang) (cons 41 1) (cons 51 0) (cons 7 "-Elevation-") (cons 71 0) (cons 72 1) (cons 100 "AcDbText") (cons 73 0) ) ) ) ) (progn ;(princ "\n there's no elevation point for this polyline") ) ) (setq i (+ i 1)) ) (princ) ) If the polyline bends sharply, the angle of the arrow and text may be strange. p.s - Is it correct to use the horizontal length rather than the inclined length? edit - angle problem in the gif has been corrected some

only way I can think to get the angles right is to draw the arrow as a polyline not a polyline in a block and then match the bulge to the line underneath.... but not sure if that is worth the time investment for the number of arrows it would fix

That's really nice,

Woow really brilliant .. Thanks, a lot It's super fast also

Tsuky when looking at object ssget etc "Aecc_Cogo_point". Did you find any of the problems I solved helpful like the 4 point plines which should be 2.

@macros55 In addition to block inserts, points and circles have been added. I do not have access to COGO points so I cannot handle this case. LWPOLYLINE,LINE and ARC are accepted I don't have the skills to produce a SPLINE part in lisp. I think I solved the problem of overlapping vertices to produce the polyline part. I updated the previous code.