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The defense date of the thesis is 2004-08-03
The current date is 2017-11-25
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URN etd-0803104-154725 Statistics This thesis had been viewed 1965 times. Download 12 times. Author Kung-Chi Yang Author's Email Address No Public. Department Mechanical Engineering Year 2004 Semester 2 Degree Master Type of Document Master's Thesis Language zh-TW.Big5 Chinese Page Count 109 Title Use Multi-page and Multi-layer Screen-driven Method to Develop Drawing system of
Mold Standard Part Libraries
Keyword Visual LISP Screen-driven Parameter formula Computer drafting AutoCAD AutoCAD Computer drafting Parameter formula Screen-driven Visual LISP Abstract This thesis uses Visual LISP programming language and the multi-page and multi-layer screen-driven method to develop of mainframe system for auto drafting under the AutoCAD drafting software. With the parameter formula, the program can create the 2D projection views of the components automatically. By this system, AutoCAD users can do their two-dimensional drafting job of mechanical standard part more accurately and efficiently.
The screen-driven regions are designed to have the functions of multi-page, multi-layer, and any （X * Y） number of driving blocks on each driving page. We use the Visual LISP programming language with the parametric approach to finish standard part automatically. The user can better the drafting speed by using it, and all they have to do is to pick the driving block.
The interface of the drafting system differs from the pull-down menu and the icons which can only provide incomplete exposition in the common Windows application software interface. This system uses the whole drawing area of AutoCAD as the screen-driven region to show the driven page with slides, which leads the user by clear figures and exposition during the drafting process.
Advisor Committee Chao-Ming Wang - advisor
Yih-Shiun Shih - co-chair
Ying-Chun Chang - co-chair
Files Date of Defense 2004-07-12 Date of Submission 2004-08-03