uNROLL

Parallel Form Generator Machine

2017

Cubic objects can be recognised from 3 sides otherwise you can realize them from three sides to know the volume. Although sides must be perpendicular. Actually this volumes can be recognised with sides of their bounding box. This project works with this sides. At the first we consider a 3d area of the project at its most dense condition; cube and draw it’s unroll form. Therefore  six side of cube, two by two, show same sections of one volume  we omit one of them and at the end we reach to three rectangles or squares that have been put together as their unroll condition. These three surfaces are our main base of design that not only create our form but arrange our physical programme. The project is educational and it has been divided from functions of private and public to three groups and each of these groups has been put at one of three unrolled surfaces. In closer view each of these sections have their own priority. It means that when they have been extruded they may have collision with other one of two sections and these priorities choose that which of this extruded volumes should be remain and which must be omitted. At the end system as a circulation and public spaces are added that has highest priority and remove every collision and be removed at the end.

Cubic objects can be recognised by just 3 sections
These three surfaces are our main base of design that not only create our form but arrange our physical programme.
Creating form and programme parallelly

These three sections are our main base of design that not only create our form but arrange our physical programme.