下面是一个自动读取csv文件(逗号分隔文本文件,可用execl打开)按坐标、标注等数据绘制钻孔的程序,看看有没有用 ;绘制钻孔.lsp----v2.0 ;从数据文件中读取钻孔参数,自动绘制钻孔及标注,请首先确认数据文件符合要求 ;各行中不要出现多余的换行符,否则会发生错误 ;有一列标题行,按顺序为0序号,1钻窝编号,2钻孔号,3开口X,4开口Y,5开口Z,6孔深,7方位,8倾角,9本溪顶孔深(煤孔则为末段孔深)-> ;->10本溪底孔深(煤孔则为终孔岩性),11初见水孔深,12初见水量,13最大水孔深,14最大水量,15水压,16注浆量,17注浆终压,18终孔层位,19施工日期,20目的,21水温 (defun c:rdata() (setq sysang (getvar "ANGDIR")) ;取得角度方向(顺时针/逆时针) (setvar "ANGDIR" 0) ;设置为逆时针方向 (setq sysabase (getvar "ANGBASE")) ;取得方向的基准角度 (setvar "ANGBASE" 0) ;设置方向的基准角度为东 (setq sysvar (getvar "OSMODE")) ;获得并保存对象捕捉设置 (setvar "OSMODE" 16384) ;关闭对象捕捉 (setq data (open (getfiled "选择CSV数据文件" "d:/打钻资料.csv" "csv" 8) "r")) (setq bh (getint "从第几条记录开始读取数据:")) (repeat bh (setq bz (read-line data))) (if bz (princ "ok") (progn (princ "输入错误!!")(exit))) (setq b1 '(0) b2 nil) (setq m 0 n 1 i 0 ) (while (setq s1 (read-line data)) (while (<= n (strlen s1)) (setq ch (substr s1 n 1)) (if (= ch ",") (progn (setq m (1+ m)) (setq b1 (cons n b1)) ) ) (setq n (1+ n)) ) (setq b1 (reverse b1)) ; (princ b1) (repeat m (setq e1 (+ (nth i b1) 1)) (setq e2 (nth (+ i 1) b1)) (setq b2 (cons (substr s1 e1 (- e2 e1)) b2) ) (setq i (1+ i)) ) (setq b2 (reverse b2)) (setq p1 (list(atof (nth 3 b2))(atof (nth 4 b2))) ) (setq t1 (rtos (* (atof (nth 6 b2)) (cos (*(/(atof(nth 8 b2)) 180) pi)) ))) (setq t2 (itoa (- 90 (atoi (nth 7 b2))))) (setq s2 (strcat "@" t1"<" t2)) ; (setq s3 (strcat (nth 1 b2) ":孔深" (nth 5 b2)"m,方位" (nth 6 b2)",倾角"(nth 7 b2) ".初见水孔深" (nth 8 b2) "m,初见水量" (nth 9 b2)",最大水孔深" (nth 10 b2) "m,最大水量" (nth 11 b2)",水压" (nth 12 b2) ",日期:" (nth 13 b2)",终孔层位:" (nth 14 b2)"." )) (command "line" p1 s2 "") (command "ucs" "") ;设置为wcs (setq p2 (cdr (assoc 11 (entget(entlast))))) (command "circle" p2 1.5) ;画圆 (command "pline" (list (- (car p2) 10) (cadr p2)) (list (- (car p2) 2) (cadr p2)) "") (command "pline" (list (+ (car p2) 2) (cadr p2)) (list (+ (car p2) 13) (cadr p2)) "") ;画线 (command "-text" "j" "mc" (list (car p2) (+ 8 (cadr p2))) 3 0 (nth 2 b2)) ;钻孔名称 (command "-text" "j" "mc" (list (car p2) (+ 5 (cadr p2))) 2 0 (strcat (nth 7 b2) "/" (nth 8 b2)));方位/倾角 (command "-text" (list (- (car p2) 10) (+ 0.5 (cadr p2))) 2 0 (nth 5 b2));开孔Z值 (command "-text" (list (+ (car p2) 2) (+ 0.5 (cadr p2))) 2 0 (strcat (nth 9 b2) "/" (nth 10 b2)));本灰孔段或未段孔深岩性 (command "-text" (list (- (car p2) 10) (- (cadr p2) 2.5)) 2 0 (nth 11 b2)) ;初见水孔深 (command "-text" (list (- (car p2) 10) (- (cadr p2) 5)) 2 0 (nth 13 b2)) ;最大水孔深 (command "-text" (list (+ (car p2) 5) (- (cadr p2) 2.5)) 2 0 (nth 12 b2)) ;初见水量 (command "-text" (list (+ (car p2) 5) (- (cadr p2)5)) 2 0 (strcat (nth 14 b2) "/" (nth 15 b2)));最大水量/水压 (command "-text" "j" "mc" (list (car p2) (- (cadr p2) 3)) 2 0 (strcat (nth 16 b2) "/" (nth 17 b2))) ;注浆量/终注压力 (command "ucs" "p") ;恢复ucs ; (setq x1 (+(*(cos (*(/ (atof t1) 180)pi))(atof(nth 5 b2)))(car p1)) ) ; (setq y1 (+(*(sin (*(/ (atof t1) 180)pi))(atof(nth 5 b2)))(cadr p1)) ) ; (setq p2 (list x1 y1)) ; (setq x2 (+(*(cos (+(atan 0.3) (*(/ (atof t1) 180)pi))) 50) x1)) ; (setq y2 (+(*(sin (+(atan 0.3) (*(/ (atof t1) 180)pi))) 50) y1)) ; (setq p3 (list x2 y2 )) ; (command "-mtext" p2 "r" (itoa (- 90 (atoi (nth 6 b2)))) "h" 2.5 p3 s3 "") ; (princ "\n") ; (princ p3) ; (princ",") ; (princ (- y1 (cadr p1))) ; (print y1) ; (princ b2) ; (setq n 1 m 0 b1 '(0) b2 nil i 0) ) ; (princ "\n")
(close data) (setvar "ANGDIR" sysang) ;恢复角度方向 (setvar "ANGBASE" sysabase) ;恢复方向的基准角度 (setvar "OSMODE" sysvar) ;恢复对象捕捉设置 ) |