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Research On The Principle And Method Of Graphics Generating And Transform Algorithm Visualization

Posted on:2007-03-09Degree:MasterType:Thesis
Country:ChinaCandidate:G J GongFull Text:PDF
GTID:2178360212458497Subject:Mechanical and electrical engineering
Abstract/Summary:PDF Full Text Request
Computer graphics is an emerging and developing discipline; the algorithms of graphics generation and transform are very complex. Therefore, the aim having always been pursued by a lot of researchers is to make ways of expressing algorithms simpler and more understandable. With the development and application of visualization technology, researchers have emphasized on the arithmetic visualization of computer graphics and also proposed a lot of different visualization methods, for example flash animation method. This article is trying to put forward another new way of visualization method.In the process of the development and study for the graphics generating visualization system, On the basis of the goal to develop the better cognitive educational software, this paper analyzed the essentials of the arithmetic visualization, provided a new method of visualization demonstrating the process of graphics generating with the algorithm programme for graphics achieving at the same time on the basis of the development environment of VC 6.0, The system abandoned the traditional teaching method of which teaching computer graphics with the theoretical texts and static pictures ,created the virtual grid and simulated the computer's pels points, with the alternant control technology and the visualization technology, and developed a bran-new a computer-aided instruction system (CAI) for teaching and demonstrating the computer graphics visualization.The experiment indicated that learners can master the graphics principle indeed by the forceful visual impact and the intuitionistic dynamic demonstration effect. The teaching quality of the computer graphics can be improved effectively.
Keywords/Search Tags:computer application, arithmetic visualization, dummy grid, dynamic demonstration, alternant control
PDF Full Text Request
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