[LISP]没办法了，只有改了？？？

panxin1022 发表于 2004-5-17 11:35:00

不知道错在那了，我想改一个就可以了，帮忙呀

(defun cast_gear(m z d b/) (setq m (getreal "\n请输入齿轮的模数:")) (setq z (getint "\n请输入齿轮的齿数:")) (setq d (getreal"\n请输入齿轮的轴径:")) (setq b (getreal "\n请输入齿轮的宽度:")) ;;;齿轮参数设计 (setq d3 (* 1.6 d)) ;;轮毂圆的直径 (setq lgh (/(- d3 d) 2)) ;;轮毂的厚度 (setq c (* 0.25 b)) ;;齿轮隔板厚度 (setq cc (* 0.20 b)) (setq ch (+(/ cc 5) cc)) (setq hc (/ c 2)) ;;半个齿轮隔板厚度 (setq n (* 0.5 m)) ;;倒角长度 (setq ha m) ;;齿顶高 (setq hf (* 1.25 m)) ;;齿根高 (setq dt1 (* 3.5 m)) ;;;齿轮外圆厚度 (setq d0 (-(* m z) (* 2.5 m) (* 2 dt1))) ;;;d0圆的直径 (setq d2 (*(- d0 d3) 0.3)) ;;;轮毂间圆直径 (setq d1 (/(+ d0 d3) 2)) ;;;轮毂间圆圆心直径 (setq dh (-(/(- d1 d3) 2) (* 0.5 d2))) ;;下隔板高 (setq dn ha) ;;齿轮的角 (setq dd (/(- d0 d3) 2)) ;;;;;;;;;$$$$$$$$$$$$$$$$$$ (setq p1 '(500 500)) ;;;"可改进" (setq p2 (list (- (car p1) n) (+ (cadr p1) n))) ;;;p2点的坐标 (setq p3 (list (car p2) (-(+( cadr p1) lgh) n))) ;;;p3点的坐标 (setq p4 (list (car p1) (+ (cadr p3) n))) ;;;p4点的坐标 (setq p5 (list (-(+ (car p3) (/ b 2)) hc) (cadr p4))) ;;;p5点的坐标 (setq p51 (list (- (car p5) n) (cadr p5))) (setq p52 (list (car p5) (+ (cadr p5) n))) (setq p6 (list (car p5) (+ (cadr p5) dh))) ;;;p6点的坐标 (setq p7 (list (+ (car p6) c) (cadr p6))) ;;;p7点的坐标 (setq p8 (list (car p7) (cadr p5))) ;;;p8点的坐标 (setq p81 (list (car p8) (+(cadr p51) n))) (setq p82 (list (+(car p8) n) (cadr p8))) (setq p9 (list (-(+ (car p8) (* 0.5 b)) hc n) (cadr p4))) ;;;p9点的坐标 (setq p10 (list (+ (car p3) b) (cadr p3))) ;;p10点的坐标 (setq p11 (list (car p10) (cadr p2))) ;;p11点的坐标 (setq p12 (list (car p9) (cadr p1))) ;;p12点的坐标 (setq pr1 (list (car p1) (-(cadr p1) d))) (setq pr2 (list (car p2) (-(cadr pr1) n))) ;; 隔板上点的坐标 (setq s2 (list (car p3) (+ (cadr p4) dd n))) (setq s3 (list (car p4) (+ (cadr p4) dd))) (setq sr3 (list (car s3) (-(cadr s3) d0))) (setq s41 (list (car p51) (cadr s3))) (setq s42 (list (car p52) (-(cadr s41) n))) (setq s5 (list (car p6) (+ (cadr p6) d2))) (setq s6 (list (car p7) (cadr s5))) (setq s71 (list (car p81) (cadr s42))) (setq s72 (list (car p82) (cadr s41))) (setq s8 (list (car p9) (cadr s41))) (setq s9 (list (car p10) (cadr s2))) (setq s1 (list (car s2) (+ (cadr s3) dt1))) (setq s10 (list (car s9) (cadr s1))) (setq l1 (list (+ (car p4) n) (- (cadr s3) n))) (setq l2 (list (car l1) (+ (cadr p4) n))) ;;齿轮齿上的参数 (setq c1 (list (car s1) (+ (cadr s1) hf ))) (setq c2 (list (+ (car c1) dn) (+ (cadr c1) dn))) (setq cr2 (list (car c2) (-(cadr c1) (* m z) dn))) (setq cr3 (list (-(car c1) 40) (cadr cr2))) (setq c3 (list (-(+ (car c1) b) dn) (cadr c2))) (setq c4 (list (+ (car s1) b) (cadr c1))) (setq cm (list (/(+ (car c1) (car c4)) 2) (/(+ (cadr c1) (cadr c4)) 2 ))) (setq pm (list (/(+ (car p3) (car p10)) 2) (/(+ (cadr p3) (cadr p10)) 2))) (setq xy1 (list (- (car p2) 60) (- (cadr p1) (* 0.5 d)))) (setq xy2 (list (+ (car p11) 60) (cadr xy1))) (setq cy1 (list (- (car c1) 20) (cadr c1))) (setq cy2 (list (+ (car c4) 20) (cadr c4))) (setq ce (list (+(car xy2) d0) (cadr xy2))) (setq td1 (list (car cm) (+(cadr cm) m 20))) (setq td2 (list (car cm) (-(cadr cm) (* m z) m 20))) (setq td3 (list (car ce) (-(cadr ce) (* 0.5 m z) m 60))) (setq td4 (list (car ce) (+(cadr ce) (* 0.5 m z) m 60))) (setq xy3 (list (-(car ce) (* 0.5 m z) m 60) (cadr ce))) (setq xy4 (list (+(car ce) (* 0.5 m z) m 60) (cadr ce))) (setq cl1 (list (/(+(car s5) (car p6)) 2) (+(cadr p6) (* 0.5 d2)))) (setq cl2 (list (+(car cl1) c) (cadr cl1))) (setq cl3 (list (+(car cl1) hc) (cadr cl1))) ;;;;;;;;****************************************************** (setq a0 '(2 3 4 5 6 8 10 12 14 16 18 20 22 25 28)) (setq a1 '(1 1.4 1.8 2.3 2.8 3.3 3.3 3.3 3.8 4.3 4.4 4.9 5.4 5.4 6.4 )) (if(and (<= d 8)(>= d 6)) (progn(setq k (nth 0 a0))(setq t1 (nth 0 a1)))) (if(and (<= d 10)(> d 8)) (progn(setq k (nth 1 a0))(setq t1 (nth 1 a1)))) (if(and (<= d 12)(> d 10)) (progn(setq k (nth 2 a0))(setq t1 (nth 2 a1)))) (if(and (<= d 17)(> d 12)) (progn(setq k (nth 3 a0))(setq t1 (nth 3 a1)))) (if(and (<= d 22)(> d 17)) (progn(setq k (nth 4 a0))(setq t1 (nth 4 a1)))) (if(and (<= d 30)(> d 22)) (progn(setq k (nth 5 a0))(setq t1 (nth 5 a1)))) (if(and (<= d 38)(> d 30)) (progn(setq k (nth 6 a0))(setq t1 (nth 6 a1)))) (if(and (<= d 44)(> d 38)) (progn(setq k (nth 7 a0))(setq t1 (nth 7 a1)))) (if(and (<= d 50)(> d 44)) (progn(setq k (nth 8 a0))(setq t1 (nth 8 a1)))) (if(and (<= d 58)(> d 50)) (progn(setq k (nth 9 a0))(setq t1 (nth 9 a1)))) (if(and (<= d 65)(> d 58)) (progn(setq k (nth 10 a0))(setq t1 (nth 10 a1)))) (if(and (<= d 75)(> d 65)) (progn(setq k (nth 11 a0))(setq t1 (nth 11 a1)))) (if(and (<= d 85)(> d 75)) (progn(setq k (nth 12 a0))(setq t1 (nth 12 a1)))) (if(and (<= d 95)(> d 85)) (progn(setq k (nth 13 a0))(setq t1 (nth 13 a1)))) (if(and (<= d 110)(> d 95)) (progn(setq k (nth 14 a0))(setq t1 (nth 14 a1)))) (setq ky1 (list (car p2) (+(/(+(cadr p1) (cadr pr1)) 2) (* 0.5 k)))) (setq ky2 (list (car p11) (cadr ky1))) (setq ky3 (list (car p11) (-(cadr ky2) k))) (setq ky4 (list (car p2) (cadr ky3))) (setq pw1 (list (-(car ce) (* 0.5 d2) 2) (+(cadr ce) (* 0.5 d1) (* 0.5 d2) 2))) (setq pw2 (list (+(car ce) (* 0.5 d2) 2) (-(cadr ce) (* 0.5 d1) (* 0.5 d2) 2))) (setq jc1 (list (-(car ce) (* 0.5 d) t1) (+(cadr ce) (* 0.5 k)))) (setq jc2 (list (car jc1) (-(cadr ce) (* 0.5 k)))) (setq jc4 (list (-(car ce) (sqrt (-(expt (/ d 2) 2) (expt (/ k 2) 2)))) (cadr jc2))) (setq jc3 (list (-(car jc4) n) (cadr jc2))) (setq jc5 (list (car jc4) (cadr jc1))) (setq jc6 (list (car jc3) (cadr jc1))) (setq lg1 (list (-(car ce) (sqrt (-(expt (/ d3 2) 2) (expt (/ cc 2) 2)))) (+(cadr ce) (/ cc 2)))) (setq lg2 (list (car lg1) (-(cadr lg1) cc))) (setq lg3 (list (-(car ce) (sqrt (-(expt (/ d0 2) 2) (expt (/ cc 2) 2)))) (cadr lg2))) (setq lg4 (list (car lg3) (cadr lg1))) (setq lg5 (list (-(car ce) (sqrt (-(expt (/(+ d3 n n) 2) 2) (expt (/ ch 2) 2)))) (+(cadr ce) (/ ch 2)))) (setq lg6 (list (car lg5) (-(cadr lg5) ch))) (setq lg7 (list (-(car ce) (sqrt (-(expt (/(- d0 n n) 2) 2) (expt (/ ch 2) 2)))) (cadr lg5))) (setq lg8 (list (car lg7) (cadr lg6))) (setq cr1 (list (-(car lg4) n n 2) (+(cadr lg7) 2))) (setq cr2 (list (+(car lg2) n n 2) (-(cadr lg6) 4))) (setq bz1 (list (+(car ce) (* 0.5 d) n) (cadr ce))) ;;绘图程序 (command "-layer" "m" 0 "l" "continuous" 1 "") (command "osnap" "off" "") (command "pline" p1 "w" 0.4 ""p2 p3 p4 p51 "a" p52 "l" p6 p7 p81 "a" p82 "l" p9 p10 p11 p12 "cl") (setq sl1 (ssget "l")) (command "pline" s1 s2 "w" 0.4 "" s3 s41"a" s42 "l" s5 s6 s71 "a" s72 "l" s8 s9 s10 "cl") (setq sl2 (ssget "l")) (command "mirror" sl1 "" xy1 xy2"") (ssadd (entlast) sl1) (command "mirror" sl2 "" xy1 xy2"") (ssadd (entlast) sl2) (command "hatch" "u" 45 3 "" sl1 "") (command "hatch" "u" 45 3 "" sl2 "") (command "pline" p1 "w" 0.4 "" p2 pr2 pr1 "c") (setq sl5 (entlast)) (command "mirror" sl5 "" cm pm "") (command "pline" ky1 "w" 0.4 "" ky2 ky3 ky4 "") (command "-layer" "m" 1 "l" "continuous" 1 "") (command "pline" s1 "w" 0.4 "" c1 c2 c3 c4 s10"") (setq sl6 (entlast)) (command "mirror" sl6 "" xy1 xy2 "") (command "pline" s3 "w" 0.4 "" p4 "") (command "pline" s5 "w" 0.4 "" p6 "") (command "pline" s6 "w" 0.4 "" p7 "") (command "pline" s8 "w" 0.4 "" p9 "") (setq sl (ssget "w" c1 xy2)) (command "mirror" sl "" xy1 xy2 "") (command "circle" ce (/(- d3 n n) 2)) (command "circle" ce (/ d3 2)) (command "circle" ce (/(+ d3 n n) 2)) (command "circle" ce (/(+(* m z) (* 2 m)) 2)) (command "circle" ce (/(* m z) 2)) (command "circle" ce (/(+ d0 n n) 2)) (command "circle" ce (/ d0 2)) (command "circle" ce (/(- d0 n n) 2)) (command "circle" (list (car ce) (+(cadr ce) (* 0.5 d1))) (/ d2 2)) (command "array" "w" pw1 pw2 "" "p" ce 6 "360" "n") (command "pline" jc2 "w" 0.4 "" jc4 "a" "ce" ce jc5 "l" jc1 "c") (command "pline" jc2 "w" 0.4 "" jc3 "a" "ce" ce jc6 "l" jc1 "c") (command "line" lg1 lg4 "") (command "line" lg2 lg3 "") (command "line" lg5 lg7 "") (command "line" lg6 lg8 "") (command "array" "w" cr1 cr2 "" "p" ce 6 "360" "y") (command "pline" s2 "w" 0.4 "" l1 l2 p3 "c") (setq sl3 (entlast)) (command "mirror" sl3 "" xy1 xy2"") (command "mirror" sl3 "" cm pm "") (setq sl13 (entlast)) (command "mirror" sl13 "" xy1 xy2"") ;;biaozhu (command "dimscale" 3) (command "regen") (command "dim" "hor" c1 c4 (list (car cm) (+(cadr cm) 10)) (rtos b 2 0)) (command "dim" "ver" p4 (list (car p1) (-(cadr pr1) lgh)) (list (+(car xy1) 40) (cadr xy1)) (rtos d3 2 0)) (command "dim" "ver" p1 pr1 (list(+(car xy1) 50) (cadr xy1)) (rtos d 2 0)) (command "dim" "ver" s3 sr3 (list (+(car xy1) 30) (cadr xy1))(rtos d0 2 0)) (command "dim" "hor" cl1 cl2 cl3 (rtos c 2 0)) (command "dim" "ver" ky2 ky3 (list (-(car xy2) 45) (cadr ce)) (rtos k 2 0)) (command "dim" "hor" jc1 bz1 (list (car ce) (+(cadr ce) (* 0.5 d) n 10)) (rtos (+ d n t1))"exit") ;;;;;;;;;;@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ (command "-layer" "m" 2 "l" "acad_iso10w100" 2 "") (command "pline" xy1 "w" 0.1 "" xy2 "") (command "pline" cy1 "w" 0.1 "" cy2 "") (setq sl6 (entlast)) (command "mirror" sl6 "" xy1 xy2"") (command "pline" td1 "w" 0.1 "" td2 "") (command "circle" ce (/ d1 2)) (command "pline" td3 "w" 0.1 "" td4 "") (command "pline" xy3 "w" 0.1 "" xy4 "") )

hzq8119 发表于 2004-5-18 08:39:00

我表示关注！

我是初学者！

jordan 发表于 2004-11-15 22:23:00

我明天下一个去看看。难为你写这么长的程序了。。。不错。。。顶。

ZZXXQQ 发表于 2004-11-16 11:39:00

更改结果：

(defun c:gear() (setq m (getreal "\n请输入齿轮的模数:")) (setq z (getint "\n请输入齿轮的齿数:")) (setq d (getreal"\n请输入齿轮的轴径:")) (setq b (getreal "\n请输入齿轮的宽度:")) ;;;齿轮参数设计 (setq d3 (* 1.6 d)) ;;轮毂圆的直径 (setq lgh (/(- d3 d) 2)) ;;轮毂的厚度 (setq c (* 0.25 b)) ;;齿轮隔板厚度 (setq cc (* 0.20 b)) (setq ch (+(/ cc 5) cc)) (setq hc (/ c 2)) ;;半个齿轮隔板厚度 (setq n (* 0.5 m)) ;;倒角长度 (setq ha m) ;;齿顶高 (setq hf (* 1.25 m)) ;;齿根高 (setq dt1 (* 3.5 m)) ;;齿轮外圆厚度 (setq d0 (-(* m z) (* 2.5 m) (* 2 dt1))) ;;d0圆的直径 (setq d2 (*(- d0 d3) 0.3)) ;;轮毂间圆直径 (setq d1 (/(+ d0 d3) 2)) ;;轮毂间圆圆心直径 (setq dh (-(/(- d1 d3) 2) (* 0.5 d2))) ;;下隔板高 (setq dn ha) ;;齿轮的角 (setq dd (/(- d0 d3) 2)) ;;;;;;;;;$$$$$$$$$$$$$$$$$$ (setq p1 '(500 500)) ;;"可改进" (setq p2 (list (- (car p1) n) (+ (cadr p1) n))) ;;p2点的坐标 (setq p3 (list (car p2) (-(+( cadr p1) lgh) n))) ;;p3点的坐标 (setq p4 (list (car p1) (+ (cadr p3) n))) ;;p4点的坐标 (setq p5 (list (-(+ (car p3) (/ b 2)) hc) (cadr p4))) ;;p5点的坐标 (setq p51 (list (- (car p5) n) (cadr p5))) (setq p52 (list (car p5) (+ (cadr p5) n))) (setq p6 (list (car p5) (+ (cadr p5) dh))) ;;p6点的坐标 (setq p7 (list (+ (car p6) c) (cadr p6))) ;;p7点的坐标 (setq p8 (list (car p7) (cadr p5))) ;;p8点的坐标 (setq p81 (list (car p8) (+(cadr p51) n))) (setq p82 (list (+(car p8) n) (cadr p8))) (setq p9 (list (-(+ (car p8) (* 0.5 b)) hc n) (cadr p4))) ;;p9点的坐标 (setq p10 (list (+ (car p3) b) (cadr p3))) ;;p10点的坐标 (setq p11 (list (car p10) (cadr p2))) ;;p11点的坐标 (setq p12 (list (car p9) (cadr p1))) ;;p12点的坐标 (setq pr1 (list (car p1) (-(cadr p1) d))) (setq pr2 (list (car p2) (-(cadr pr1) n))) ;; 隔板上点的坐标 (setq s2 (list (car p3) (+ (cadr p4) dd n))) (setq s3 (list (car p4) (+ (cadr p4) dd))) (setq sr3 (list (car s3) (-(cadr s3) d0))) (setq s41 (list (car p51) (cadr s3))) (setq s42 (list (car p52) (-(cadr s41) n))) (setq s5 (list (car p6) (+ (cadr p6) d2))) (setq s6 (list (car p7) (cadr s5))) (setq s71 (list (car p81) (cadr s42))) (setq s72 (list (car p82) (cadr s41))) (setq s8 (list (car p9) (cadr s41))) (setq s9 (list (car p10) (cadr s2))) (setq s1 (list (car s2) (+ (cadr s3) dt1))) (setq s10 (list (car s9) (cadr s1))) (setq l1 (list (+ (car p4) n) (- (cadr s3) n))) (setq l2 (list (car l1) (+ (cadr p4) n))) ;;齿轮齿上的参数 (setq c1 (list (car s1) (+ (cadr s1) hf ))) (setq c2 (list (+ (car c1) dn) (+ (cadr c1) dn))) (setq cr2 (list (car c2) (-(cadr c1) (* m z) dn))) (setq cr3 (list (-(car c1) 40) (cadr cr2))) (setq c3 (list (-(+ (car c1) b) dn) (cadr c2))) (setq c4 (list (+ (car s1) b) (cadr c1))) (setq cm (list (/(+ (car c1) (car c4)) 2) (/(+ (cadr c1) (cadr c4)) 2 ))) (setq pm (list (/(+ (car p3) (car p10)) 2) (/(+ (cadr p3) (cadr p10)) 2))) (setq xy1 (list (- (car p2) 60) (- (cadr p1) (* 0.5 d)))) (setq xy2 (list (+ (car p11) 60) (cadr xy1))) (setq cy1 (list (- (car c1) 20) (cadr c1))) (setq cy2 (list (+ (car c4) 20) (cadr c4))) (setq ce (list (+(car xy2) d0) (cadr xy2))) (setq td1 (list (car cm) (+(cadr cm) m 20))) (setq td2 (list (car cm) (-(cadr cm) (* m z) m 20))) (setq td3 (list (car ce) (-(cadr ce) (* 0.5 m z) m 60))) (setq td4 (list (car ce) (+(cadr ce) (* 0.5 m z) m 60))) (setq xy3 (list (-(car ce) (* 0.5 m z) m 60) (cadr ce))) (setq xy4 (list (+(car ce) (* 0.5 m z) m 60) (cadr ce))) (setq cl1 (list (/(+(car s5) (car p6)) 2) (+(cadr p6) (* 0.5 d2)))) (setq cl2 (list (+(car cl1) c) (cadr cl1))) (setq cl3 (list (+(car cl1) hc) (cadr cl1))) ;;;;;;;;****************************************************** (setq a0 '(2 3 4 5 6 8 10 12 14 16 18 20 22 25 28)) (setq a1 '(1 1.4 1.8 2.3 2.8 3.3 3.3 3.3 3.8 4.3 4.4 4.9 5.4 5.4 6.4 )) (COND ((and (>= d 6)(<= d 8)) (setq k (nth 0 a0) t1 (nth 0 a1))) ((and (> d 8)(<= d 10)) (setq k (nth 1 a0) t1 (nth 1 a1))) ((and (> d 10)(<= d 12)) (setq k (nth 2 a0) t1 (nth 2 a1))) ((and (> d 12)(<= d 17)) (setq k (nth 3 a0) t1 (nth 3 a1))) ((and (> d 17)(<= d 22)) (setq k (nth 4 a0) t1 (nth 4 a1))) ((and (> d 22)(<= d 30)) (setq k (nth 5 a0) t1 (nth 5 a1))) ((and (> d 30)(<= d 38)) (setq k (nth 6 a0) t1 (nth 6 a1))) ((and (> d 38)(<= d 44)) (setq k (nth 7 a0) t1 (nth 7 a1))) ((and (> d 44)(<= d 50)) (setq k (nth 8 a0) t1 (nth 8 a1))) ((and (> d 50)(<= d 58)) (setq k (nth 9 a0) t1 (nth 9 a1))) ((and (> d 58)(<= d 65)) (setq k (nth 10 a0) t1 (nth 10 a1))) ((and (> d 65)(<= d 75)) (setq k (nth 11 a0) t1 (nth 11 a1))) ((and (> d 75)(<= d 85)) (setq k (nth 12 a0) t1 (nth 12 a1))) ((and (> d 85)(<= d 95)) (setq k (nth 13 a0) t1 (nth 13 a1))) ((and (> d 95)(<= d 110)) (setq k (nth 14 a0) t1 (nth 14 a1))) ) (setq ky1 (list (car p2) (+(/(+(cadr p1) (cadr pr1)) 2) (* 0.5 k)))) (setq ky2 (list (car p11) (cadr ky1))) (setq ky3 (list (car p11) (-(cadr ky2) k))) (setq ky4 (list (car p2) (cadr ky3))) (setq pw1 (list (-(car ce) (* 0.5 d2) 2) (+(cadr ce) (* 0.5 d1) (* 0.5 d2) 2))) (setq pw2 (list (+(car ce) (* 0.5 d2) 2) (-(cadr ce) (* 0.5 d1) (* 0.5 d2) 2))) (setq jc1 (list (-(car ce) (* 0.5 d) t1) (+(cadr ce) (* 0.5 k)))) (setq jc2 (list (car jc1) (-(cadr ce) (* 0.5 k)))) (setq jc4 (list (-(car ce) (sqrt (-(expt (/ d 2) 2) (expt (/ k 2) 2)))) (cadr jc2))) (setq jc3 (list (-(car jc4) n) (cadr jc2))) (setq jc5 (list (car jc4) (cadr jc1))) (setq jc6 (list (car jc3) (cadr jc1))) (setq lg1 (list (-(car ce) (sqrt (-(expt (/ d3 2) 2) (expt (/ cc 2) 2)))) (+(cadr ce) (/ cc 2)))) (setq lg2 (list (car lg1) (-(cadr lg1) cc))) (setq lg3 (list (-(car ce) (sqrt (-(expt (/ d0 2) 2) (expt (/ cc 2) 2)))) (cadr lg2))) (setq lg4 (list (car lg3) (cadr lg1))) (setq lg5 (list (-(car ce) (sqrt (-(expt (/(+ d3 n n) 2) 2) (expt (/ ch 2) 2)))) (+(cadr ce) (/ ch 2)))) (setq lg6 (list (car lg5) (-(cadr lg5) ch))) (setq lg7 (list (-(car ce) (sqrt (-(expt (/(- d0 n n) 2) 2) (expt (/ ch 2) 2)))) (cadr lg5))) (setq lg8 (list (car lg7) (cadr lg6))) (setq cr1 (list (-(car lg4) n n 2) (+(cadr lg7) 2))) (setq cr2 (list (+(car lg2) n n 2) (-(cadr lg6) 4))) (setq bz1 (list (+(car ce) (* 0.5 d) n) (cadr ce))) ;;绘图程序 (IF (< (SUBSTR (GETVAR "ACADVER") 1 2) "15") (command "_.layer" "S" "0" "") (command "-layer" "S" "0" "") ) (command "osnap" "off") (command "pline" p1 "w" 0.4 ""p2 p3 p4 p51 "a" p52 "l" p6 p7 p81 "a" p82 "l" p9 p10 p11 p12 "cl") (setq sl1 (ssget "l")) (command "pline" s1 s2 "w" 0.4 "" s3 s41"a" s42 "l" s5 s6 s71 "a" s72 "l" s8 s9 s10 "cl") (setq sl2 (ssget "l")) (command "mirror" sl1 "" xy1 xy2 "") (ssadd (entlast) sl1) (command "mirror" sl2 "" xy1 xy2 "") (ssadd (entlast) sl2) (command "hatch" "u" 45 3 "" sl1 "") (command "hatch" "u" 45 3 "" sl2 "") (command "pline" p1 "w" 0.4 "" p2 pr2 pr1 "c") (setq sl5 (entlast)) (command "mirror" sl5 "" cm pm "") (command "pline" ky1 "w" 0.4 "" ky2 ky3 ky4 "") (IF (< (SUBSTR (GETVAR "ACADVER") 1 2) "15") (command "_.layer" "m" "1" "") (command "-layer" "m" "1" "") ) (command "pline" s1 "w" 0.4 "" c1 c2 c3 c4 s10"") (setq sl6 (entlast)) (command "mirror" sl6 "" xy1 xy2 "") (command "pline" s3 "w" 0.4 "" p4 "") (command "pline" s5 "w" 0.4 "" p6 "") (command "pline" s6 "w" 0.4 "" p7 "") (command "pline" s8 "w" 0.4 "" p9 "") (setq sl (ssget "w" c1 xy2)) (command "mirror" sl "" xy1 xy2 "") (command "circle" ce (/(- d3 n n) 2)) (command "circle" ce (/ d3 2)) (command "circle" ce (/(+ d3 n n) 2)) (command "circle" ce (/(+(* m z) (* 2 m)) 2)) (command "circle" ce (/(* m z) 2)) (command "circle" ce (/(+ d0 n n) 2)) (command "circle" ce (/ d0 2)) (command "circle" ce (/(- d0 n n) 2)) (command "circle" (list (car ce) (+(cadr ce) (* 0.5 d1))) (/ d2 2)) (command "array" "w" pw1 pw2 "" "p" ce 6 "360" "n") (command "pline" jc2 "w" 0.4 "" jc4 "a" "ce" ce jc5 "l" jc1 "c") (command "pline" jc2 "w" 0.4 "" jc3 "a" "ce" ce jc6 "l" jc1 "c") (command "line" lg1 lg4 "") (command "line" lg2 lg3 "") (command "line" lg5 lg7 "") (command "line" lg6 lg8 "") (command "array" "w" cr1 cr2 "" "p" ce 6 "360" "y") (command "pline" s2 "w" 0.4 "" l1 l2 p3 "c") (setq sl3 (entlast)) (command "mirror" sl3 "" xy1 xy2"") (command "mirror" sl3 "" cm pm "") (setq sl13 (entlast)) (command "mirror" sl13 "" xy1 xy2"") ;;biaozhu (command "dimscale" 3) (command "ZOOM" "E" "regen") (command "dim" "hor" c1 c4 (list (car cm) (+(cadr cm) 10)) (rtos b 2 0)) (command "ver" p4 (list (car p1) (-(cadr pr1) lgh)) (list (+(car xy1) 40) (cadr xy1)) (rtos d3 2 0)) (command "ver" p1 pr1 (list(+(car xy1) 50) (cadr xy1)) (rtos d 2 0)) (command "ver" s3 sr3 (list (+(car xy1) 30) (cadr xy1))(rtos d0 2 0)) (command "hor" cl1 cl2 cl3 (rtos c 2 0)) (command "ver" ky2 ky3 (list (-(car xy2) 45) (cadr ce)) (rtos k 2 0)) (command "hor" jc1 bz1 (list (car ce) (+(cadr ce) (* 0.5 d) n 10)) (rtos (+ d n t1))"exit") ;;;;;;;;;;@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ (IF (< (SUBSTR (GETVAR "ACADVER") 1 2) "15") (command "_.layer" "M" "2" "l" "acad_iso10w100" 2 "C" 1 "2" "") (command "-layer" "M" "2" "l" "acad_iso10w100" 2 "C" 1 "2" "") ) (command "pline" xy1 "w" 0.1 "" xy2 "") (command "pline" cy1 "w" 0.1 "" cy2 "") (setq sl6 (entlast)) (command "mirror" sl6 "" xy1 xy2 "") (command "pline" td1 "w" 0.1 "" td2 "") (command "circle" ce (/ d1 2)) (command "pline" td3 "w" 0.1 "" td4 "") (command "pline" xy3 "w" 0.1 "" xy4 "") )

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