In order to test the generation of a 3D semi-orthogonal Voronoi volume if it is preforming well in the defined aspects, the fitness objectives of the process should be clearly stated and ordered according to their importance.

An architectural score is drafted to govern the parameters of the algorithm’s output to meet the required internal floor area, but also to manage the complexity of the structure, for ease of internal circulation and fabrication of the fragments.

The logic of a Voronoi is to optimise the use of space within the building by creating efficient layouts and circulation patterns. This mathematical model is also used to fragment spaces into compact layouts with shorter distances between facilities.

The footprint of the spaces remains linear in the lower floors and becomes more fragmented and distorted in the upper floors. The Voronoi algorithm, through series of iterations is used to incorporate lightwells and atria.

Using the 3D models of terrains where monasteries around Barcelona are located, their topographic contours are used to recreate a flattened 3D terrain on the tiles giving them depth but also the thickness required for the high thermal mass.