Coded Modular Architecture Of DNA Quasicrystal Geometry

The 21 st century is the century of complexity science,which requires a holistic and systematic perspective.From the perspective of nonlinear systematization and through specific theoretical research,this paper comprehensively looks at the interrelated multi-disciplinary connotation.Taking DNA quasicrystal geometry as an example,analyzes how to form a new geometry through interdisciplinary research.Combining DNA quasicrystal geometry with modular architecture,the coding characteristics of three-dimensional geometric prototype guide the modular architecture design,form diversified design adaptability,and realize the unity of standardization and personalization of modular architecture.Firstly,through the research on geometry,bionics,modular architecture and customized design,parametric generative design,it is found that the existing research is insufficient and contradictory,and the combination point of interdisciplinary innovation is extracted.Secondly,through the specific research of symmetry law,quasicrystal,long-range order and fractal iteration in nature,it provides specific background and thinking support for DNA quasicrystal geometry,then puts forward the composition law and coding reason of geometric prototype,and analyzes its characteristics.Then,the geometric prototype is associated with the module architecture to illustrate the rich combination forms under the guidance of coding and the adaptive mechanism of conditional feedback.Finally,combined with the background of the digital age,this paper studies the automatic building generation algorithm and application prospect of parameterized DNA quasicrystal module,gives full play to the coding advantages of DNA quasicrystal module,and provides the prototype of the whole process custom design in the future.This paper provides a nonlinear interdisciplinary research methodology,which has profound theoretical value.In practice,the modular architecture under the guidance of DNA quasicrystal geometric coding provides a new direction for architectural design and market development.