社区 › AutoLISP/Visual LISP 编程技术 › 帮忙修改一下带轮参数化程序

zhangchao89 发表于 2012-5-7 17:36:39

帮忙修改一下带轮参数化程序

;主程序(dailun.lsp)
(DEFUN c:dailun()
(setq return_value (load_dialog "dailun.dcl"))
(setq what_next 2)
(setq cnt 1)
(while (>= what_next 2)
    (if (null (new_dialog "dailun" return_value))
    (exit)
    )；
    end if
    (initial)
    (start_list"key_diameter")
    (mapcar ’add_list ddy1_list)
    (end_list)
    (change)
   (action_tile "accept" "(getdata) (done_dialog 1)");用getdata函数获取用户输入数据
   (action_tile "key_diameter" "(setq m_diameter $value)");获取直径信息
   (action_tile "key_belt_type" "(setq category $value)(change)");获取带型信息
    (setq what_next (start_dialog));显示对话框
    (if (= what_next 1) (draw))
)
(unload_dialog return_value)
(princ)
)
;绘图函数
(defun draw(/ Po Pt Pt1 P0 xx point1 point2)
;将对象捕捉等全部关闭
(command "layer" "m" "0" "ON" "0" "L" "continuus" "0" "");打开零层
(setq Po (getpoint "\n输入基点："))
(setq P0 Po);保存基点坐标
(setq Po (polar Po (* 0.5 pi) (/ m_d 2)))
;准备绘制带轮齿
(setq xx (/ (- m_dw m_d) 2))
(setq Pt (polar Po (* 0.5 pi) xx))
(command "pline" Po pt)
   (command (setq Pt1 (polar Pt 0 a1)))
(setq n m_num)
；(setq counter 0)
(setq Pt2 Pt1)
(setq cta (/ phi 2))
;开始循环绘制
(repeat (- n 1)
    (command
      (setq Pt1 (polar Pt1 (- cta (* 0.5 pi)) L))
      (setq Pt1 (polar Pt1 0 a2))
      (setq pt1 (polar Pt1(- (* 0.5 pi) cta) L))
      (setq Pt1 (polar Pt1 0 a2))
      )
    )

;绘制齿轮末端
(command
    (setq Pt1 (polar Pt1 (- cta (* 0.5 pi)) L))
    (setq Pt1 (polar Pt1 0 a2))
    (setq pt1 (polar Pt1(- (* 0.5 pi) cta) L))
    (setq Pt1 (polar Pt1 0 a1))
    (setq Pt1 (polar Pt1 (* -0.5 pi) XX))
    "c"
)
;存储对象
(setq object1 (entlast))
;绘制两线
;画右边的竖线
(setq Pt (polar Pt1 (* -0.5 pi) (/ m_d 2)))
(setq P1 Pt)
(command "pline" Pt1 Pt "")
;绘制左边竖线
(setq Pt1 (polar P0 (* 0.5 pi) (/ m_d 2)))
(command "pline" P0 Pt1 "")
;新建2图层
(command "layer" "m" "2" "ON" "2" "c" "red" "2" "L" "center" "2" "")
(setq point1 (polar P0 (* 0.5 pi) (/ m_dd 2)))
(setq point2 (polar P1 (* 0.5 pi) (/ m_dd 2)))
;画上面的齿轮基准线
(command "line"point1 point2 "")
(command "line" (polar P0 (* -1 pi) (/ m_d 8)) (polar P1 0 (/ m_d 8)) "");画中心线
(setq ss (ssget "X" (list (cons 8 "0"))));选取零层上的实体
   (command "layer" "s" "0" "ON" "0" "");打开层
   (command "mirror" ss "" P0 P1 "");关于中心线进行镜像称
   (setq point1 (polar P0 (* 0.5 pi) (/ m_d 2)))
   (setq point2 (polar P0 (* 1.5 pi) (/ m_d 2)))
   (command "hatch" "ansi31" "" "0" object1 point2 "")
    ;绘制齿轮中心线
   (command "layer" "s" "2" "ON" "2" "");打开层
   (setq point1 (polar P0 (* 0.5 pi) (/ m_dd 2)))
   (setq point2 (polar P1 (* 0.5 pi) (/ m_dd 2)))
   (command "line" point1 point2 "")
   (setq point1 (polar P0 (* 1.5 pi) (/ m_dd 2)))
   (setq point2 (polar P1 (* 1.5 pi) (/ m_dd 2)))
   (command "line" point1 point2 "")
    ;画侧视图
    ;画中心线
   (setq cir_p0 (polar P1 0 10))
   (setq cir_p1 (polar cir_p0 (* 1.5 pi) (/ m_dw 2)))
   (setq cir_p2 (polar cir_p0 (* 0.5 pi) (/ m_dw 2)))
   (setq cir_p3 (polar cir_p0 0 (/ m_dw 2)))
   (setq cir_p1_1 (polar cir_p0 (* 1.5 pi) (/ m_dd 2)))
   (command "arc" "c" cir_p0 cir_p1_1 "a" "180")
   (command "line" cir_p1 cir_p2 "")
   (command "line" cir_p0 cir_p3 "")
    ;画实体部分
   (command "layer" "s" "0" "ON" "0" "");打开层
   (command "arc" "c" cir_p0 cir_p1 "a" "180" )
   (setq x (/ (sqrt (- (* m_d m_d) (* m_wid m_wid))) 2))
   (setq cir_c1 (polar (polar cir_p0 0 x) (* 0.5 pi) (/ m_wid 2)))
   (setq cir_c2 (polar cir_c1 (* 1.5 pi) m_wid))
   (setq cir_c3 (polar cir_p0 (* 0.5 pi) (/ m_d 2)))
   (setq cir_c4 (polar cir_p0 (* 1.5 pi) (/ m_d 2)))
   (command "arc" "c" cir_p0 cir_c1 cir_c3)
   (command "arc" "c" cir_p0 cir_c4 cir_c2)
   (command "line" cir_c1
    (setq temp (polar cir_c1 0 m_dep))
    (setq temp (polar temp (* -0.5 pi) m_wid))
    (setq temp (polar temp (* -1 pi) m_dep))
   ""
   )
   (princ)
)
;获取数据函数
    (defun getdata(/ m_temp temp_list)
    (setq m_type (get_tile "key_belt_type"));获取带型
    ;获取带径（开始）
    (setq m_temp (get_tile "key_diameter"))
    (setq m_type (atoi m_type))
    (setq temp_list (eval (read (strcat "dd" (nth m_type '("y" "z" "a" "b" "c" "d" "e")) "1_list"))))
    (setq m_dd (nth (atoi m_temp) temp_list))
    ;获取轮径（结束）
    ;获取带轮轴径
    (setq m_d (get_tile "key_shaft"))
    (setq m_d (atoi m_d))
    ;获取槽深
    (setq m_dep (atof (get_tile "key_dep")))
    ;获取槽宽
    (setq m_wid (atof (get_tile "key_wid")))
    ;获取带数
    (setq m_num (+ 1 (atoi (get_tile "key_number"))))
    ;调用转换数据函数
    (ChangeData)
    )
;转换数据
(defun ChangeData(/ temp_list)
    ;根据带型，选取不同的数据
    (setq temp_list (eval (read (strcat "data_" (nth m_type '("y" "z" "a" "b" "c" "d" "e")) "_list"))))
    ;取f,e,b0,h,ha
    (setq m_f (nth 0 temp_list));取f
    (setq m_e (nth 1 temp_list));取e
    (setq m_b0 (nth 2 temp_list));取b0
    (setq m_h (nth 3 temp_list));取h
    (setq m_ha (nth 4 temp_list));取ha
    ;判断phi值
    (setq m_dd (atof m_dd))
    (cond
      ((= m_type 0) (if (<= m_dd 60) (setq phi 32)(setq phi 36)))
      ((= m_type 1) (if (<= m_dd 80) (setq phi 34)(setq phi 38)))
      ((= m_type 2) (if (<= m_dd 118) (setq phi 34)(setq phi 38)))
      ((= m_type 3) (if (<= m_dd 190) (setq phi 34)(setq phi 38)))
      ((= m_type 4) (if (<= m_dd 315) (setq phi 34)(setq phi 38)))
      ((= m_type 5) (if (<= m_dd 475) (setq phi 36)(setq phi 38)))
      ((= m_type 6) (if (<= m_dd 600) (setq phi 36)(setq phi 38)))
      )
    ;开始计算数据
    (setq phi (dtr phi))
    (setq L (/ m_h (cos (* 0.5 phi))));计算L值
    (setq a2 (- m_b0 (* 2 L (sin (* 0.5 phi)))));计算a2
    (setq a1 (- m_f (* 0.5 a2) (* L (sin (* 0.5 phi)))));计算a1
    (setq a3 (- m_e a2 (* 2 (* L (sin (* 0.5 phi))))));计算a3
    (setq m_dw (+ m_dd (* 2 m_ha)))
    )
;初始化对话框
(defun initial()；/ ddy1_list ddz1_list dda1_list ddb1_list ddc1_list ddd1_list dde1_list)
    ;设置轮直径
(setq ddy1_list ’("28" "31.5" "35.5" "40" "45" "50" ))
(setq ddz1_list ’("50" "56" "63" "71" "75" "80" "90"))
(setq dda1_list ’("75" "80" "85" "90" "95" "100" "106" "112" "118" "125" "132" "140" "150" "160" "180"))
(setq ddb1_list ’("125" "132" "140" "150" "160" "170" "180" "200" "224" "250" "280"))
(setq ddc1_list ’("200" "212" "224" "236" "250" "265" "280" "300" "315" "335" "355" "400" "450"))
(setq ddd1_list ’("355" "375" "400" "425" "450" "475" "500" "560" "600" "630" "710" "750" "800"))
(setq dde1_list ’("500" "530" "560" "600" "630" "670" "710" "800" "900" "1000" "1120"))
    ;设置轮的齿参数f,e,b0,h,ha
(setq data_y_list ’(6 8 5.3 6 1.6))
(setq data_z_list ’(7 12 8.5 9 2.0))
(setq data_a_list ’(9.5 15 11.0 11.5 2.75))
(setq data_b_list ’(12.5 19 14.0 14.5 3.5))
(setq data_c_list ’(17 25.5 19.0 19 4.8))
(setq data_d_list ’(24 37 27.0 28 8.1))
(setq data_e_list ’(29 44.5 32.0 33 9.6))
    ;设置对话框初始化参数
(setq category "-1")
(show "key_image" "dailun.sld")
)
;设置相关动作
(defun change ()
   (start_list "key_diameter")
   (if(/=category"-1")
   (progn
    (cond
    ((=category "0") (mapcar 'add_list ddy1_list));Y型带
    ((=category "1") (mapcar 'add_list ddz1_list));Z型带
    ((=category "2") (mapcar 'add_list dda1_list));A型带
    ((=category "3") (mapcar 'add_list ddb1_list));B型带
    ((=category "4") (mapcar 'add_list ddc1_list));C型带
    ((=category "5") (mapcar 'add_list ddd1_list));D型带
    ((=category "6") (mapcar 'add_list dde1_list));E型带
   )
)
(mapcar ’add_list ddy1_list)
)
(end_list)
)
    ;显示图块函数
(defun show(image_name file_name)
   (setq x1 (dimx_tile image_name))
   (setq y1 (dimy_tile image_name))
   (start_image image_name);
   (slide_image 0 0 x1 y1 file_name)
   (end_image)
)
(defun dtr (cta) (* pi (/ cta 180.0)))

xyh 发表于 2012-5-7 17:57:53

少dailun.dcl和dailun.sld，
(command "layer" "m" "0" "ON" "0" "L" "continuus" "0" "");
"continuus"－－－>"continuous"
    )；
    end if
    --->   )   ;end if
    还有几个 "；‘"全角至半角
   
;主程序(dailun.lsp)
(DEFUN c:dailun()
(setq return_value (load_dialog "dailun.dcl"))
(setq what_next 2)
(setq cnt 1)
(while (>= what_next 2)
    (if (null (new_dialog "dailun" return_value))
    (exit)
    ) ;    end if
    (initial)
    (start_list"key_diameter")
    (mapcar 'add_list ddy1_list)
    (end_list)
    (change)
   (action_tile "accept" "(getdata) (done_dialog 1)");用getdata函数获取用户输入数据
   (action_tile "key_diameter" "(setq m_diameter $value)");获取直径信息
   (action_tile "key_belt_type" "(setq category $value)(change)");获取带型信息
    (setq what_next (start_dialog));显示对话框
    (if (= what_next 1) (draw))
)
(unload_dialog return_value)
(princ)
)
;绘图函数
(defun draw(/ Po Pt Pt1 P0 xx point1 point2)
;将对象捕捉等全部关闭
(command "layer" "m" "0" "ON" "0" "L" "continuous" "0" "");打开零层
(setq Po (getpoint "\n输入基点："))
(setq P0 Po);保存基点坐标
(setq Po (polar Po (* 0.5 pi) (/ m_d 2)))
;准备绘制带轮齿
(setq xx (/ (- m_dw m_d) 2))
(setq Pt (polar Po (* 0.5 pi) xx))
(command "pline" Po pt)
   (command (setq Pt1 (polar Pt 0 a1)))
(setq n m_num)
; (setq counter 0)
(setq Pt2 Pt1)
(setq cta (/ phi 2))
;开始循环绘制
(repeat (- n 1)
    (command
      (setq Pt1 (polar Pt1 (- cta (* 0.5 pi)) L))
      (setq Pt1 (polar Pt1 0 a2))
      (setq pt1 (polar Pt1(- (* 0.5 pi) cta) L))
      (setq Pt1 (polar Pt1 0 a2))
      )
    )

;绘制齿轮末端
(command
    (setq Pt1 (polar Pt1 (- cta (* 0.5 pi)) L))
    (setq Pt1 (polar Pt1 0 a2))
    (setq pt1 (polar Pt1(- (* 0.5 pi) cta) L))
    (setq Pt1 (polar Pt1 0 a1))
    (setq Pt1 (polar Pt1 (* -0.5 pi) XX))
    "c"
)
;存储对象
(setq object1 (entlast))
;绘制两线
;画右边的竖线
(setq Pt (polar Pt1 (* -0.5 pi) (/ m_d 2)))
(setq P1 Pt)
(command "pline" Pt1 Pt "")
;绘制左边竖线
(setq Pt1 (polar P0 (* 0.5 pi) (/ m_d 2)))
(command "pline" P0 Pt1 "")
;新建2图层
(command "layer" "m" "2" "ON" "2" "c" "red" "2" "L" "center" "2" "")
(setq point1 (polar P0 (* 0.5 pi) (/ m_dd 2)))
(setq point2 (polar P1 (* 0.5 pi) (/ m_dd 2)))
;画上面的齿轮基准线
(command "line"point1 point2 "")
(command "line" (polar P0 (* -1 pi) (/ m_d 8)) (polar P1 0 (/ m_d 8)) "");画中心线
(setq ss (ssget "X" (list (cons 8 "0"))));选取零层上的实体
   (command "layer" "s" "0" "ON" "0" "");打开层
   (command "mirror" ss "" P0 P1 "");关于中心线进行镜像称
   (setq point1 (polar P0 (* 0.5 pi) (/ m_d 2)))
   (setq point2 (polar P0 (* 1.5 pi) (/ m_d 2)))
   (command "hatch" "ansi31" "" "0" object1 point2 "")
    ;绘制齿轮中心线
   (command "layer" "s" "2" "ON" "2" "");打开层
   (setq point1 (polar P0 (* 0.5 pi) (/ m_dd 2)))
   (setq point2 (polar P1 (* 0.5 pi) (/ m_dd 2)))
   (command "line" point1 point2 "")
   (setq point1 (polar P0 (* 1.5 pi) (/ m_dd 2)))
   (setq point2 (polar P1 (* 1.5 pi) (/ m_dd 2)))
   (command "line" point1 point2 "")
    ;画侧视图
    ;画中心线
   (setq cir_p0 (polar P1 0 10))
   (setq cir_p1 (polar cir_p0 (* 1.5 pi) (/ m_dw 2)))
   (setq cir_p2 (polar cir_p0 (* 0.5 pi) (/ m_dw 2)))
   (setq cir_p3 (polar cir_p0 0 (/ m_dw 2)))
   (setq cir_p1_1 (polar cir_p0 (* 1.5 pi) (/ m_dd 2)))
   (command "arc" "c" cir_p0 cir_p1_1 "a" "180")
   (command "line" cir_p1 cir_p2 "")
   (command "line" cir_p0 cir_p3 "")
    ;画实体部分
   (command "layer" "s" "0" "ON" "0" "");打开层
   (command "arc" "c" cir_p0 cir_p1 "a" "180" )
   (setq x (/ (sqrt (- (* m_d m_d) (* m_wid m_wid))) 2))
   (setq cir_c1 (polar (polar cir_p0 0 x) (* 0.5 pi) (/ m_wid 2)))
   (setq cir_c2 (polar cir_c1 (* 1.5 pi) m_wid))
   (setq cir_c3 (polar cir_p0 (* 0.5 pi) (/ m_d 2)))
   (setq cir_c4 (polar cir_p0 (* 1.5 pi) (/ m_d 2)))
   (command "arc" "c" cir_p0 cir_c1 cir_c3)
   (command "arc" "c" cir_p0 cir_c4 cir_c2)
   (command "line" cir_c1
    (setq temp (polar cir_c1 0 m_dep))
    (setq temp (polar temp (* -0.5 pi) m_wid))
    (setq temp (polar temp (* -1 pi) m_dep))
   ""
   )
   (princ)
)
;获取数据函数
    (defun getdata(/ m_temp temp_list)
    (setq m_type (get_tile "key_belt_type"));获取带型
    ;获取带径（开始）
    (setq m_temp (get_tile "key_diameter"))
    (setq m_type (atoi m_type))
    (setq temp_list (eval (read (strcat "dd" (nth m_type '("y" "z" "a" "b" "c" "d" "e")) "1_list"))))
    (setq m_dd (nth (atoi m_temp) temp_list))
    ;获取轮径（结束）
    ;获取带轮轴径
    (setq m_d (get_tile "key_shaft"))
    (setq m_d (atoi m_d))
    ;获取槽深
    (setq m_dep (atof (get_tile "key_dep")))
    ;获取槽宽
    (setq m_wid (atof (get_tile "key_wid")))
    ;获取带数
    (setq m_num (+ 1 (atoi (get_tile "key_number"))))
    ;调用转换数据函数
    (ChangeData)
    )
;转换数据
(defun ChangeData(/ temp_list)
    ;根据带型，选取不同的数据
    (setq temp_list (eval (read (strcat "data_" (nth m_type '("y" "z" "a" "b" "c" "d" "e")) "_list"))))
    ;取f,e,b0,h,ha
    (setq m_f (nth 0 temp_list));取f
    (setq m_e (nth 1 temp_list));取e
    (setq m_b0 (nth 2 temp_list));取b0
    (setq m_h (nth 3 temp_list));取h
    (setq m_ha (nth 4 temp_list));取ha
    ;判断phi值
    (setq m_dd (atof m_dd))
    (cond
      ((= m_type 0) (if (<= m_dd 60) (setq phi 32)(setq phi 36)))
      ((= m_type 1) (if (<= m_dd 80) (setq phi 34)(setq phi 38)))
      ((= m_type 2) (if (<= m_dd 118) (setq phi 34)(setq phi 38)))
      ((= m_type 3) (if (<= m_dd 190) (setq phi 34)(setq phi 38)))
      ((= m_type 4) (if (<= m_dd 315) (setq phi 34)(setq phi 38)))
      ((= m_type 5) (if (<= m_dd 475) (setq phi 36)(setq phi 38)))
      ((= m_type 6) (if (<= m_dd 600) (setq phi 36)(setq phi 38)))
      )
    ;开始计算数据
    (setq phi (dtr phi))
    (setq L (/ m_h (cos (* 0.5 phi))));计算L值
    (setq a2 (- m_b0 (* 2 L (sin (* 0.5 phi)))));计算a2
    (setq a1 (- m_f (* 0.5 a2) (* L (sin (* 0.5 phi)))));计算a1
    (setq a3 (- m_e a2 (* 2 (* L (sin (* 0.5 phi))))));计算a3
    (setq m_dw (+ m_dd (* 2 m_ha)))
    )
;初始化对话框
(defun initial() ; / ddy1_list ddz1_list dda1_list ddb1_list ddc1_list ddd1_list dde1_list)
    ;设置轮直径
(setq ddy1_list '("28" "31.5" "35.5" "40" "45" "50" ))
(setq ddz1_list '("50" "56" "63" "71" "75" "80" "90"))
(setq dda1_list '("75" "80" "85" "90" "95" "100" "106" "112" "118" "125" "132" "140" "150" "160" "180"))
(setq ddb1_list '("125" "132" "140" "150" "160" "170" "180" "200" "224" "250" "280"))
(setq ddc1_list '("200" "212" "224" "236" "250" "265" "280" "300" "315" "335" "355" "400" "450"))
(setq ddd1_list '("355" "375" "400" "425" "450" "475" "500" "560" "600" "630" "710" "750" "800"))
(setq dde1_list '("500" "530" "560" "600" "630" "670" "710" "800" "900" "1000" "1120"))
    ;设置轮的齿参数f,e,b0,h,ha
(setq data_y_list '(6 8 5.3 6 1.6))
(setq data_z_list '(7 12 8.5 9 2.0))
(setq data_a_list '(9.5 15 11.0 11.5 2.75))
(setq data_b_list '(12.5 19 14.0 14.5 3.5))
(setq data_c_list '(17 25.5 19.0 19 4.8))
(setq data_d_list '(24 37 27.0 28 8.1))
(setq data_e_list '(29 44.5 32.0 33 9.6))
    ;设置对话框初始化参数
(setq category "-1")
(show "key_image" "dailun.sld")
)
;设置相关动作
(defun change ()
   (start_list "key_diameter")
   (if(/=category"-1")
   (progn
    (cond
    ((=category "0") (mapcar 'add_list ddy1_list));Y型带
    ((=category "1") (mapcar 'add_list ddz1_list));Z型带
    ((=category "2") (mapcar 'add_list dda1_list));A型带
    ((=category "3") (mapcar 'add_list ddb1_list));B型带
    ((=category "4") (mapcar 'add_list ddc1_list));C型带
    ((=category "5") (mapcar 'add_list ddd1_list));D型带
    ((=category "6") (mapcar 'add_list dde1_list));E型带
   )
)
(mapcar 'add_list ddy1_list)
)
(end_list)
)
    ;显示图块函数
(defun show(image_name file_name)
   (setq x1 (dimx_tile image_name))
   (setq y1 (dimy_tile image_name))
   (start_image image_name);
   (slide_image 0 0 x1 y1 file_name)
   (end_image)
)
(defun dtr (cta) (* pi (/ cta 180.0)))

zhangchao89 发表于 2012-5-10 09:58:48

有dailun.dcl和dailun.sld，

zhangchao89 发表于 2012-5-22 16:56:53

category没有定义怎么改？急急急

lucas_3333 发表于 2014-3-9 21:48:11

http://www.xuehai.net/docs/90931.html,可惜下载不到

查看完整版本: 帮忙修改一下带轮参数化程序