Explaining the algorithmic programming model of form grammars and biomorphic architecture formation with emphasis on fractal structure

Mandelbrot fractal geometry has the ability to describe a flow of details observed in natural forms. One of the main features that fractal geometry tells us about nature is that nature is not flat. On the other hand, in recent architectural discussions, the concepts of animal biology and "biomorphic" are often identified with architecture consisting of irregular shapes and curves. Biomorphic shape grammars can be accompanied by algorithmic language designs and thus explain and show important sentences that may be produced by architectural design languages of natural forms. The descriptive research method is an analysis that uses the data tools of documentary studies and CAD drawing method and Visual Basic 2 algorithm writing. The research findings show that although shape grammars are based on a defined set of rules, they have been widely used to produce biomorphic architectural plans, diagrams and morphological volume overviews. And an interesting type of shape grammars is fractal generative systems; According to a plan developed by the German mathematician von Koch, a fractal process consists of a primary form (base) and one or more generators.