基于晶体微观结构的图形设计方法研究

发布时间：2018-05-27 04:46

本文选题：晶体微观结构 + 图形创意　；参考：《浙江农林大学》2017年硕士论文

【摘要】：随着世界文化艺术和科技的发展,图形设计的语言和方法越来越丰富,人们对图形设计的要求也越来越高,传统的图形设计思考方法已经很难寻找全新的突破,想让作品以最独特的形式语言出现就要在艺术家未曾探索过的领域寻找新的设计思路。近些年来显微科技的发展,将人们的视域带入了一个全新的微观世界,这里视觉形式的丰富多样超出了人们想象,微观图形世界为我们打开了另一扇通往抽象图形的世界宝库,目前的研究结果显示,在众多的微观结构中,晶体微观结构形式,稳定且多变,符合美学法则,晶体微观图式数量十分庞大,虽然是以严谨的数理结构为依托但是在不稳定的自然的环境中这些结构千变万化,形成了各式各样的图像,其中有古怪嶙峋的结构也有富含逻辑的造型,晶体微观结构既美的不可方物又有章可循,因此我们挖掘晶体微观结构的美学价值和构成法则,能为当下的实验性创作提供想象与创新的启示,并且能为建立新的图形设计方法提供重要的样式和规律借鉴。晶体微观结构是大自然中有序的、平衡的、确定但又多变的一种视觉形式。我们将设计视野转向晶体微观结构,探索晶体微观结构的构成美法则和构成规律,基于晶体微观结构的图形设计方法探索分为两个方向展开,一冲出具像艺术创作的限制,直接提取晶体微观结构的视觉元素进行艺术设计,站在更加广阔的层面来审视这个新的视觉世界,打开创作思路,寻求更加新颖的表现技法;二整合晶体微观结构的构成规律,结合数学中的分形理论,将这种构成规律转化成直观可见的图像,再经过设计师的艺术加工最终生成设计作品,用科学的方法和其他学科的知识为工具,帮助我们将晶体微观结构创造性地向设计转化。通过分析论证,本文主要得到三个结论:1晶微观结构存在人们能够欣赏的美,晶体微观结构图像既存在表象的奇异美,也存在有着严密构成规律的数理美。2这种美是可以被我们提取应用到设计中的,从形式和构成法则两个方面进行借鉴,就可以得出我们想要的新的设计思路和方法。3通过应用分析,得出基于晶体微观结构的图形设计方法是可行的,并且是符合时代发展潮流的,很具有应用前景。
[Abstract]:With the development of culture, art and science and technology in the world, the language and method of graphic design are becoming more and more abundant, and the demand for graphic design is becoming higher and higher. The traditional thinking method of graphic design has been difficult to find a new breakthrough. In order for the work to appear in the most unique formal language, it is necessary to find new design ideas in fields that the artist has never explored. In recent years, the development of microscopic science and technology has brought people's vision into a new micro-world, where the rich and diverse visual forms are beyond people's imagination, and the micro-graphics world has opened another treasure house to the world of abstract graphics. The current research results show that, among the numerous microstructures, the crystal microstructure forms are stable and changeable, in accordance with the aesthetic law, and the number of crystal microscopic schemas is very large. Although it is based on rigorous mathematical structures, these structures vary in unstable natural environments and form a variety of images, ranging from outlandish structures to logical shapes. The crystal microstructure is not only beautiful, but also has rules to follow, so we excavate the aesthetic value and constitution law of crystal microstructure, which can provide imagination and innovation inspiration for the present experimental creation. And it can provide important style and law reference for the establishment of new graphic design method. Crystal microstructure is an ordered, balanced, deterministic but variable visual form in nature. We turn the design field of vision to the crystal microstructure, and explore the law and law of the composition of the crystal microstructure. The graphic design method based on the crystal microstructure can be divided into two directions. Directly extracting the visual elements of crystal microstructure for artistic design, standing at a broader level to examine the new visual world, opening up creative ideas, looking for more novel performance techniques. Combining with the fractal theory in mathematics, this kind of constitution law is transformed into the visible image, and then through the designer's art processing, the design works are finally generated, and the scientific method and the knowledge of other disciplines are used as the tools. It helps us to transform crystal microstructure creatively into design. Through analysis and demonstration, three conclusions are drawn in this paper: there is a beauty that people can appreciate in the microstructure of the crystal at 1: 1, and there is a singular beauty in the image of the crystal microstructure. There is also the beauty of mathematical and physical beauty, which is closely structured. 2. This beauty can be extracted and applied to the design by us. It can be used for reference from two aspects: form and constitution. We can get the new design ideas and methods that we want. 3. Through application analysis, we can conclude that the graphic design method based on crystal microstructure is feasible, and is in line with the trend of development of the times, and has a good prospect of application.
【学位授予单位】：浙江农林大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：O76

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