Relations between forms and the environment are already significant enough when discussing systems, like river morphologies or proto-organic bacteria organisms. Still, much more extended picture is being drawn by the emergence and evolution of living organisms in relation to their environment. It is already at the level of embryological development that relation between characteristic geometrical patterns and cell specialisation is being established in relation to growth environment. There is a strong mutual and complementary relation between information encoded in organism DNA and its virtual potential of being shaped due to external constrains. DNA acts as a set of functions, whose arguments are being dynamically generated along the process of its execution. Genes contains precise but flexible instructions, the execution of which cannot be achieved aside laws of physics and mathematical principles arising from the environment.