What is artificial architecture?
Artificial architecture is an developing, courageous, new direction of architecture, which deals with the development of computational methods and algorithms that create a natural -looking architectural forms. It allows algorithms to generate meaningful solutions to the problems of architectural design and the computer is considered to cooperate in the design process instead of a stupid work horse. Computer science, artificial intelligence, architecture and computer graphics intersect in the field of artificial architecture. It is also known as algorithmic architecture or algorithmic design. Traditionally, software, such as CAD programs, was used for better visualization of design concepts in the mind of the architect. The software automates repeating and tiring manual tasks and is used as a tool. While this is done by extensive calculations, it only deposits or changes proposals or processes, on the other hand, the mind of the architect. Scripting languages are innovatively integrated into CAD software, allowing algorithms to do much more. Algorithms become a collaboratorThe design in the design process and uses genetic systems, shape grammar and mathematical models to design unpredictable and unique structures. This approach exceeds direct programming using scripting languages to codify the design intention, which eventually allows software to intelligently design cohesive structures.
Formz 4.0, 3DMAXScript and Maya Embedded Language (MEL) are some of the scripting languages used in three -dimensional computer design software. The structures of generated algorithms can even be printed using three -dimensional printers. The Goes computer beyond its traditional role that it is just an extension of a person and appears as a collaborative partner. This allows architects to create amazing structures that not only use the intelligence of the human designer, but also include unique features of creative computing design.
architect works on a more abstract level with computer and nIt is eases with minutes. The designer determines the framework that specifies elements such as possible configurations, types of elements to be used, and the size of the overall design. They also specify the types of changes that are allowed, scale and possible groupings. It is similar to the framework and the rules for the game as chess. A computer can create your own morphology within a specified framework.
For example, a computer can create an algorithmic design for a hotel, a concert hall or a height. Software can come up with aperiodic forms that are more similar in Natural, Organic Things. Structures develop with boolean operations, morphing and fractals. Cell processes develop complex, outside this world. For example, the library may have a fractal design and the auditorium can have a parasitic looking structure.A completely revolutionary field, artificial architecture can be considered a subfield in design calculations. It has elements of knowledge engineering and creates controlled patterns. The term artificial architecture was created inDiploma thesis at the Polytechnic University of Madrid, Spain. Artificial architecture was still a popular institute of artificial art in Amsterdam, which invested a lot of effort in using visual grammar to generate new structures.