Integrating the principles of module systems and proportions with information-spatial optimization objects of architecture
The article highlights the results of a comparative analysis of world systems of calculation and global systems of measures (dimensions) of length (distance), their origin and relationship of proportionality.
Presents the comparative analysis of the world's major systems modules and proportions in architecture and urban planning: a unified system of canons and rules "Shilpashastra", guide for architecture and construction "Vashtuvidiya", treatise on ar-chitecture "Manasara", socio-political treatise "Arthashastra", treatise "Intszao fashi", modular system "Cai Fen" and system "Dou Kou", treatise Zhou Li, the system "Kivari-ho" and module "Ken", the ancient system of orders and gippodam structure of planning grid cities, Modulor Le Corbusier, "The Golden Section" (Fibonacci number sequence) and fractal geometry.
All existing systems (theory) modules and proportions are based on uniform principles, as they have a common background creation. A comparative analysis of the development of structures, given structuring patterns of architectural objects of different systems (theories) modules and proportions.
The main architectural and technological problems (principles) optimization (or-ganization) modern architectural objects (Urban Development). The characteristics of the basic methods (programs) optimization – modern architecture (urban development) facilities - module (spatial unit) on the basis of a comparative analysis of the major sys-tems of modules and proportions in architecture. Stripped principle of the concept of optimization of architectural objects. Definitely a place implementation of the developed concept in building information modeling (BIM).
Keywords: architecture, harmonization, informational space., module, optimization, proportion, structure, system, архитектура, гармонизация, информационное пространство., модуль, оптимизация, пропорция, система, структура