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DCC 1012/6/2 INTRODUCTION OF COMPUTER AND CADD ______________________________________________________________________________________ ________________________________________________________________________________________________________________ Prepared By: Siti Zuraifa Binti Md Sah, Lecturer, Civil Engineering Department, Politeknik Melaka (Internal Circulation Only) CADD is a tool that can be used to design and draft activities. CADD can be used to make "rough" idea drawings, although it is more suited to create accurate finished drawings and renderings. CADD can be used to create a 2-dimensional or 3-dimensional computer model of the product or system for further analysis and testing by other computer programs. In addition, CADD can be used to supply manufacturing equipment such as lathes, mills, laser cutters, or rapid prototyping equipment with numerical data to manufacture a product. CADD is also used to create the 2-dimensional documentation drawings for com- municating and archiving the design. Types of CADD Software Until now, there are many types of CADD software available. You can get CADD software from computer centers or install them from CADD CDs. Some of the CADD software are AutoCAD, IntelliCAD, AutoCAD LT, Catiar, MarterCAM, Pspice, Autosketch and others. Among the many types of CADD software, the most common commonly used is AutoCAD. The Advantages of using CADD Although there are other methods used to design and draft activities, CADD offers the following advantages over other methods in many cases: Accuracy Productivity for repetitive operations Sharing the CADD file with other software programs Accuracy Since CADD technology is based on computers, it offers great accuracy as compared to older "manual" methods of drafting and design. When you draw with a CADD system, the graphical elements, such as lines, arcs, and circles, are stored in the CADD file as numeric data. CADD systems store that numeric data with great precision. For example, AutoCAD stores values with fourteen significant digits. The value l, for example, is stored in scientific notation as the equivalent of 1.0000000000000. This precision provides you with the ability to create designs and drawings that are 100% accurate for almost every case. Productivity for Repetitive Operations It may be faster to create a simple "rough" drawing, such as a sketch by hand (pencil and paper), than it would by using a CADD system. However, for larger and more complex drawings, particularly those involving similar shapes or repetitive operations, CADD methods are very efficient. Any kind of shape or operation accomplished with the CADD system can be easily duplicated since it is stored in a
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