This is a project conceived and directed by Alberto T. Estévez within the Genetic Architectures research line at ESARQ. Is an opportunity to get research ideas to the real world, addressing a client of Estévez who requested the interiors of a therapy and treatment office in Barcelona.
The project consists of a system of dry-walls and ceilings designed as an interpretation of radiolarians bone structures. This project develops a series of hexagonal cells that repeats as a tessellation throughout a plane and, following a bone structure logic, generates volumes that get thicker at nodes, forming spikes and leaving circular holes. From the modeling point of view, this is done from a grid of hexagons, each with a circle inscribed in its center. The size of the circles corresponds to another system for increasing diameters that define it.
My work began when, due to a rethink on the size of wall panels, I had to set another hexagonal grid, and therefore, recalculate the diameter of circles. After, I rebuild the methodology of modeling from the new circles and hexagons, so that they could contain spikes and holes in a single NURBS surface per cell. Once the new methodology was solved, I implemented it in RhinoScript, creating an automated tool for modeling complex surfaces that form each cell of that panel.
As part of the script, forms are generated oriented for machining a Polystyrene foam panel in the three-axis milling machine, one side at a time.