FGS: Computer Simulation System in Generating Fractals

H. Madzin, R. Zainuddin
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引用次数: 0

Abstract

Fractal can be represented as an irregular and fragmented geometric shape that can be subdivided in parts, where each part appears to be the same in all ranges of scale. The generation of each fractal is dependent on the approach and algorithm used. Thus it is important to understand the properties of each type of fractals as this will influence the procedure during the generation of fractal. This paper discusses on three types of fractal iteration techniques, which are generator, IFS and formula iteration. Each iteration is supported with fractal algorithm. A system called fractal generation system (FGS) is developed to generate fractals by implementing the mentioned iteration techniques. Fractal dimension parameter is an important property which enables the characterization of the, complexity, irregularity and self-similarity of shapes. It is measured here to compare with theoretical value of fractal dimension and verify the accuracy of the fractal simulation
生成分形的计算机模拟系统
分形可以表示为不规则和碎片化的几何形状,可以细分为各个部分,其中每个部分在所有尺度范围内看起来都是相同的。每个分形的生成取决于所使用的方法和算法。因此,了解每种分形的性质是很重要的,因为这将影响分形生成过程。本文讨论了三种分形迭代技术,即生成器、IFS和公式迭代。分形算法支持每次迭代。开发了分形生成系统(FGS),通过实现上述迭代技术来生成分形。分形维数参数是表征形状的复杂性、不规则性和自相似性的重要属性。通过与分形维数理论值的比较,验证了分形模拟的准确性
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