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怎么把这个旋转函数(defun c:LTMS()
(command "ucs" "w" "vpoint" "1,-1,1" )
)
(command "shademode")
加到这个三维图的程序中的,三维图程序如下:
- (defun C:drawaxle1 (/ shuju fp xy js0)
- (setq shuju
- '(
- ("轴颈" ("直径" 120 +0.059 +0.037 )
- ("长度" 191 +0.5 0 )
- ("形状" ("zdj" ("x" 10 0 0.2) 1 "圆滑过渡") ("ydy" "j" 20))
- ("表面粗糙度" ("duanmian" 6.3)("zdj" 3.2)("zhumian" 1.6)("aocao" 1.6) )
- ("行位公差" ("tzd" 0.010 ("yz")) ("yzd" 0.006) )
- ("定位点" ("s1" 10 ~ 30) ("s2" 85 ~ 105)("S3" 28 ~ 40 "y"))
- )
- ("防尘板座" ("直径" 145.0 +0.015 +0.011)
- ("长度" 64 0 0 )
- ("形状" ("zdj" 1 1 )("ydy" "j" 30 "圆滑过渡细砂布打光"))
- ("表面粗糙度" ("duanmian" 3.2)("zhumian" 1.6)("ydy" 1.6 2.5) )
- ("行位公差" ("圆跳度" 0.020 "A-B" "duanmian"))
- ("定位点" )
- )
- ("轮座" ("直径" 178 +1 -2)
- ("长度" 198 0 0)
- ("形状" ("zdj" ("x" 12 +4.0 0 ) 0.5) (0))
- ("表面粗糙度" ("zdj" 3.2)("zhumian" 1.6) )
- ("行位公差" ("直线度" 0.015 ) ("圆柱度" 0.050 ("yz"))
- ("圆度" 0.018)("同轴度" "fai" 0.015 "A-B"))
- ("定位点" ("s4" 12 ~ 20)("s5" 95 105)("s6" 12 ~ 20 "y") )
- )
-
- ("轴身" ("直径" 158 +2 0)
- ("长度" 1204 0 0)
- ("形状" ("zdy" "j" 75 "圆滑过渡细砂布打光") ("ydy" "j" 75) )
- ("表面粗糙度" 6.3 6.3)
- ("行位公差" )
- ("定位点" )
- )
-
- ("轮座2" ("直径" 178 +1 -2)
- ("长度" 198 0 0)
- ("形状" ("ydj" ("x" 10 0 -2) 0.5) (0))
- ("表面粗糙度" 3.2 1.6 )
- ("行位公差" ("圆柱度" 0.015 ) ("圆跳度" 0.05 "A-B"))
- ("定位点" )
- )
- ("防尘板座2" ("直径" 145.0 +0.20 +0.12)
- ("长度" 78 0 0 )
- ("形状" ("ydj" 1 1) ("zdy" "j" 30 "圆滑过渡细砂布打光"))
- ("表面粗糙度" 1.6 )
- ("行位公差" ("圆柱度" 0.010 ) ("圆跳度" 0.02 "A-B"))
- ("定位点" )
- )
- ("轴颈2" ("直径" 120 0.068 +0.043)
- ("长度" 191 +0.5 0 )
- ("形状" ("ydj" ("x" 10 0 0.2) 1 "圆滑过渡") ("zdy" "j" 20))
- ("表面粗糙度" 1.6 2.5 )
- ("行位公差" "A" )
- ("定位点" )
- )
- )
- )
-
- (setq bp '(100 100))
- (setq n3 (- (length shuju) 1))
- (setq n 0)
- (while (<= n n3)
- (setq zd1 (nth n shuju))
- (setq zd1 (cdr zd1))
- (setq zj1 (assoc "直径" zd1))
- (setq zj1 (cdr zj1))
- (setq d1 (car zj1))
- (setq l (car(cdr(assoc "长度" (cdr (nth n shuju))))))
- (setq xzp (assoc "形状" zd1))
- (setq xzp (cdr xzp))
- (setq n0 0)
- (setq n1 1)
- (setq xz1 (car (nth n0 xzp)))
- (setq xz2 (car (nth n1 xzp)))
- (if (or (= xz1 "zdj") (= xz1 "ydj" ))
- (progn
- (setq xb (cadr (nth n0 xzp)))
- (if (listp xb)
- (progn
- (setq x1 (cadr xb))
- (setq x1s (caddr xb))
- (setq x1x (cadddr xb))
- (setq y1 (caddr (nth n0 xzp)))
- );;end progn 是表 并赋值
- (progn
- (setq x1 xb)
- (setq y1 (caddr (nth n0 xzp)))
- );;不为表
- );;end if listp 是否为表
- (if (= xz1 "zdj")
- (Progn
- (setq k 1)
- (drawdjiao1 bp x1 y1 d1 k)
- (if (= xz2 "ydy")
- (progn
- (setq k 1)
- (setq bp (polar bp 0 x1))
- (setq l (- l x1))
- (setq dyp (cadr (nth n1 xzp)))
- (setq r (caddr (nth n1 xzp)))
- (princ r)
- (if (= dyp "q")
- (drawdaoyuan1 bp r d1 l k) ;;相切
- (progn
- (setq n2 (+ n 1))
- (setq d2 (car (cdr(assoc "直径" (cdr(nth n2 shuju))))))
- (setq d2 (- d2 (* 2 (caddr (nth n0 (cdr(assoc "形状" (cdr (nth n2 shuju)))))))))
- (drawdy1 bp r d1 d2 l k)
- );end progn 相交
- ) ;end if 判断是相切还是相交;
- (setq bp (polar bp 0 l))
- );end progn
- (progn
- (setq k 1)
- (setq bp (polar bp 0 x1))
- (setq l (- l x1))
- (drawjuxing1 bp d1 l k)
- (setq bp (polar bp 0 l))
- );end progn
- );end if ydy
- ) ;end progn 如果是左倒角
- (progn
- (setq k -1)
- (setq bp (polar bp 0 l))
- (drawdjiao1 bp x1 y1 d1 k )
- (if (= xz2 "zdy")
- (progn
- (setq k -1)
- (setq bp (polar bp pi x1))
- (setq l (- l x1))
- (setq dyp (cadr (nth n1 xzp)))
- (setq r (caddr (nth n1 xzp)))
- (if (= dyp "q")
- (drawdaoyuan1 bp r d1 l k) ;;相切
- (progn
- (setq n2 (- n 1))
- (setq d2 (car (cdr(assoc "直径" (cdr(nth n2 shuju))))))
- (setq d2 (- d2 (* 2 (caddr (nth n0 (cdr(assoc "形状" (cdr (nth n2 shuju)))))))))
- (drawdy1 bp r d1 d2 l k)
- );end progn 相交
- ) ;end if 判断是相切还是相交;
- (setq bp (polar bp 0 x1))
- );end progn 如果是左倒圆
- (progn
- (setq k -1)
- (setq bp (polar bp pi x1))
- (setq l (- l x1))
- (drawjuxing1 bp d1 l k)
- (setq bp (polar bp 0 x1))
- );end progn不是倒圆
- );end if zdy
- );;end progn 如果是右倒角
- );;end if zdj
- );; end progn 是左倒角或是右倒角
- (progn
- (if (and (= xz2 "ydy") (= xz1 "zdy"))
- (progn
- (setq dyp (cadr (nth n0 xzp)))
- (setq r (caddr (nth n0 xzp)))
- (if (= dyp "q")
- (drawd1 bp r d1 l ) ;;相切
- (progn
- (setq n2 (- n 1))
- (setq d2 (car (cdr(assoc "直径" (cdr(nth n2 shuju))))))
-
- (drawd2 bp r d1 d2 l ) ;;对称结构r1=r2所以只考虑一个
- );end progn 相交
- ) ;end if 判断是相切还是相交;
- (setq bp (polar bp 0 l))
- ); end progn 是左右对称倒圆
- (progn
- (if (= xz1 "zdy")
- (progn
- (setq k -1)
- (setq bp (polar bp 0 l))
- (setq dyp (cadr (nth n1 xzp)))
- (setq r (caddr (nth n1 xzp)))
- (if (= dyp "q")
- (drawdaoyuan1 bp r d1 l k) ;;相切
- (progn
- (setq n2 (- 1 n))
- (setq d2 (car (cdr(assoc "直径" (cdr(nth n2 shuju))))))
-
- (drawdy1 bp r d1 d2 l k)
- );end progn 相交
- ) ;end if 判断是相切还是相交;
- ); end progn 是zdy
- (progn
- (if (= xz1 "ydy")
- (progn
- (setq k 1)
- (setq dyp (cadr (nth n1 xzp)))
- (setq r (caddr (nth n1 xzp)))
- (if (= dyp "q")
- (drawdaoyuan1 bp r d1 l k) ;;相切
- (progn
- (setq n2 (- 1 n))
- (setq d2 (car (cdr(assoc "直径" (cdr(nth n2 shuju))))))
-
- (drawdy1 bp r d1 d2 l k)
- );end progn 相交
- ) ;end if 判断是相切还是相交;
- (setq bp (polar bp 0 l))
- ); end progn ydy
- (progn
- (setq k 1)
- (drawjuxing1 bp d1 l k)
- (setq bp (polar bp 0 l))
- );;end progn
- );;end if
- );;end progn
- );;end if zdy
- ); end progn
- );end if quan
- );;end progn 如果不是左倒角,也不是右倒角
- );;end if 判断是否是左倒角 ,还是右倒角
- (setq n (+ n 1))
- ) ;;end while
- (COMMAND "UNION" "ALL" "")
- );;end defun
- (defun drawdjiao1( bp x1 y1 d1 k / p1 p2 p3 )
- (setq p1 (list (+ (car bp) (* k x1)) (+ (cadr bp) (/ d1 2.0))))
- (setq p2 (list (car bp) (- (cadr p1) y1)))
- (setq p3 (list (car p1) (cadr bp)))
- (command "pline" p1 p2 bp p3 p1 "") ;;画倒角的
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- )
- (defun drawdaoyuan1 ( bp r d1 l k / p1 p2 p3 p4 p5 p6 )
- (setq p1 (list (+ (car bp) (* k l)) (- (cadr bp) (* k (+ r (/ d1 2))))))
- (setq p0 (list (car p1) (cadr bp)))
- (setq p2 (list (+ (car bp) (* k (- l r))) (- (cadr bp) (* k (/ d1 2)))))
- (setq p3 (list (car bp) (cadr p2)))
- (setq p4 (list (car bp) (+ (cadr bp) (* k (/ d1 2)))))
- (setq p5 (list (car p2) (cadr p4)))
- (setq p6 (list (car p1) (+ (cadr bp) (* k (+ r (/ d1 2))))))
- (setq p7 (list (car p6) (cadr bp)))
- (if (= k 1)
- (command "line" bp p4 p5 "" "arc" p5 "e" p6 "r" r "" "line" p6 p7 bp "")
- (command "arc" p1 "e" p2 "r" r "line" p2 p3 bp p0 p1 "")
- );;end if
- (command "region" "all" "")
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- ;;相切时
- )
- (defun drawdy1 (bp r d1 d2 l k / p0 p1 p2 p3 p4 p5 p6 p7 x )
- (setq x (sqrt (- (* r r) (* (- r (/ (- d2 d1) 2)) (- r (/ (- d2 d1) 2))))))
- (setq p1 (list (+ (car bp) (* k l )) (- (cadr bp) (* k (/ d2 2)))))
- (setq p0 (list (car p1) (cadr bp)))
- (setq p2 (list (- (car p1) (* x k)) (- (cadr bp) (* k (/ d1 2)))))
- (setq p3 (list (car bp) (cadr p2)))
- (setq p4 (list (car bp) (+ (cadr p3) (* k d1))))
- (setq p5 (list (car p2) (cadr p4)))
- (setq p6 (list (car p1) (+ (cadr p1) (* k d2))))
- (setq p7 (list (car p6) (cadr bp)))
- (if (= k 1)
- (command "line" bp p4 p5 "" "arc" p5 "e" p6 "r" r "" "line" p6 p7 bp "")
- (command "arc" p1 "e" p2 "r" r "line" p2 p3 bp p0 p1 "")
- );;end if
- (command "region" "all" "")
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- ;;相交时
- )
- (defun drawjuxing1( bp d1 l k / p2 p3 p4 )
-
- (setq p2 (polar bp (/ pi 2) (/ d1 2 )))
- (setq p3 (list (+ (car p2) (* k l)) (cadr p2)))
- (setq p4 (polar p3 (-(/ pi 2)) (/ d1 2)))
-
- (command "pline" bp p2 p3 p4 bp "") ;;为矩时
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- )
- (defun drawd1 (bp r d1 l / p1 p2 p3 p4 p5 p6 p7 p8)
- (setq p1 (polar bp (/ pi 2) (+ r (/ d1 2))))
- (setq p2 (list (+ (car bp) r) (+ (cadr bp) (/ d1 2))))
- (setq p4 (polar p1 0 l))
- (setq p3 (list (- (car p4) r) (cadr p2)))
- (setq p5 (polar bp 0 l))
- (command "line" bp p1 ""
- "arc" p1 "e" p2 "r" r "line" p2 p3 ""
- "arc" p4 "e" p3 "r" r "line" p4 p5 bp "" )
- (command "region" "all" "")
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- ) ;;为对称倒圆,相切的情况
- (defun drawd2( bp r d1 d2 l / p1 p2 p3 p4 p5 x )
- (setq x (sqrt (- (* r r) (* (- r (/ (- d2 d1) 2)) (- r (/ (- d2 d1) 2))))))
- (setq p1 (polar bp (/ pi 2) (/ d2 2)))
- (setq p2 (list (+ (car bp) x) (+ (cadr bp) (/ d1 2))))
- (setq p4 (polar p1 0 l))
- (setq p3 (list (- (car p4) x) (cadr p2)))
- (setq p5 (polar bp 0 l))
-
- (command
- "line" bp p1 ""
- "arc" p1 "e" p2 "r" r "line" p2 p3 ""
- "arc" p3 "e" p4 "r" r "line" p4 p5 bp ""
- )
- (command "region" "all" "")
- (command "revolve" "aLl" "" "100,100" "2224,100" "")
- );;对称结构r1=r2所以只考虑个
- ;;为对称倒圆,相交的情况时
- (command "color" 1);
另外怎么加个体着色的命令的
谢谢了哈 |
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