An ngon can be reflected either about its own or about another ngons vertices and lines in order to get a pattern. This can be obtained by fractal generation methods.Ī graphics system was developed to achieve the above objectives. A kaleidoscope image generation method is simulated to create various wallpaper patterns. These tiles can be edited using scaling, rotating and warping to mold them into desired shapes.
A tile can be visualized initially as an ngon with n number of sides. These ngons can be arranged to create floor tile and wallpaper patterns. A Polygon with n sides is known as an ngon. It can be noted that the works of art and architecture from all cultures and ages contain symmetrical and repetitive patterns.Ī tile can be represented as a polygon. Symmetry in patterns can be utilized in several applications such as floorings, wallpapers, rugs, and jewelry and building facades to create aesthetically pleasing design. This ability can be exploited in the generation of various architectural tiling and wallpaper patterns (1-6). Not Only can they reproduce an earlier computation exactly but can also perform the same task over and over with desired accuracy. One of the distinctive features of computers is the ability to perform repetitive tasks. Index TermsTessellation, wallpaper patterns, Polygon operations, Object oriented Graphic tools, Graphic operations, ngon, kaleidoscope image generation. The fractal generating methods are also suggested to create various patterns. A mouse driven interface is developed in order to create and interactive environment. Various types of warping models are suggested to mold the shape of tiles. The tiles can also be warped into new shapes and formed into tessellations.
Matlab 2012 move file in editor tiles software#
Various wallpaper and frieze patterns can be generated Using this software package developed. Monohydral tiling, dihydral tiling, on-periodic tiling and Penrose titling are discussed. Professor Department of Computer Science and EngineeringĪbstractan extensive study in the generation of various title and wallpaper patterns is presented in this paper.
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