本研究論文是建構在AutoCAD的系統軟體上完成的,以Visual LISP程式語言與参數式方式來編寫,並配合自動繪圖系統驅動多頁多層的方法而發展出一套快速且自動的繪圖系統,能夠準確而更有效率的完成自動繪圖。 自動繪圖系統驅動多頁多層的功能,配合参數式的程式設計,使每一頁都可以任意規劃成X*Y的驅動格數,每一個驅動格皆可執行一項單獨的任務,只需點選其驅動格,即可直接與其所撰寫之Visual LISP程式相連結,完成自動繪圖的作業。 本論文為整合目前企業界常用之管接頭零件,使用多頁多層之功能規劃出8種常用的管接頭零件,將管接頭的零件予以参數資料化,自動繪出不同尺寸的管接頭零件圖。
This research is based on AutoCAD system software, using Visual LISP programming lauguage and parameters to edit, and incorporating the methodololgy of automatic drafting system to drive multi-page and multi-layer such that automatic drawing work can be carried out more accurately and efficienctly. Capability of multi-page and multi-layer drive of automatic drafting system, when incorporated with parametric programming design, it allows each page to be arbitrarily assigned any numbers of X * Y grids, and each drive-grid can execute one single task. By clipping the drive-grid, it’ll connect to the written Visual LISP program and compete the task of drawing automatically. This thesis further applied the above method to industrial hose couplings 8 commonly used hose couplings were parameterized and then ultilized the multi-page and multi-layer capability to draw out automatically various component parts of the said hose couplings sucessfully.