From The Natural Sciences Rules To The Visual Schema Generation

This thesis investigates the possibilities of the generating mode of Visual formlanguages at the starting point of the combination of the art and science. It attempts to look forresources among natural scientific rules.It transforms,translates, alternates and reconstructsthe orders、constructions、elements and possible diagrams into visual languages, and buildsexpressive form of schemes, and preliminarily constructs efficient approaches and rationalmethods of generation.The main content of this thesis lies in three parts:The first part, starting from the basic natural scientific resources and conclude sixelements firmly connected with visual schemes: poly directional expression under scienceprinciples, approximate mathematical model in nature, variation of view angle under threedifferent scales, fragments of material during proving process, beautiful sections inexperimental operation and random Emergence of patterns in complexity science.The second part, starting from the representation,conclude nine operation techniquesbased on science rules: the interweave of basic mathematical logic such asproportion,geometry and symmetry; five aspects of nature imitating aroundoutline,structure,transition,texture and growth changes; four ways of capture of technicalrules,and discuss the balance of technique and aesthetic,and the transformation into schemes;disassemble the proving process into five elements to interpret,numbers and symbols, tablesand markings, formula transitions, Appropriation of maps and logical Associations;consider models in six directions, recognition, relating to formula, reclassification, formoperation, schemes adaption and digestion or transcend; transmit data in five levels afterawareness,including extraction,output, iteration and selection and artificial coding;meandering in four dimension of randomness: instrumental error, Program automaticoperation, fractal deviation and chaos noise; Split the significance and proposition in fourways;and make the use of the inspiration of the marginal material which is about scientificinstruments and laboratory environment.The third part, further intensively interpret the four steps of method which is born inschemes generated by natural scientific rules: space regulation around elementsexaction,formula selection and permutation and combination; time regulation around fromsketch to planning graph,adjusting and readjusting, from adjusting to layout and over-ralltime map; Symbol regulation around symbol and scientific symbol, interpreting the variationmeanings of the symbols in schema expression combining individual series creation, whichare inheritance and persistence, composition and serial connection, digestion and dimmingand Individual scientific symbols. Feedback regulation around four categories of mutualfeedback about schema, material and ecological environment, Modulus and function,physiology and space-time, psychology and guidance.At last,use the analysis of ancomprehensive case to interpret the elements and verify rules and regulation.