Data spatialization is a design technique through which data is used to create architectural spaces. It does not necessarily preserve the legibility of the represented data, but rather focuses on the spatial qualities that can be gained from the data. This research aims to introduce a method for the design of a data-driven pavilion that represents data spatially through catoptric (mirror-assisted) anamorphosis. In this work, a set of environmental datasets from North America–including […]
Data spatialization is a design technique through which data is used to create architectural spaces. It does not necessarily preserve the legibility of the represented data, but rather focuses on the spatial qualities that can be gained from the data. This research aims to introduce a method for the design of a data-driven pavilion that represents data spatially through catoptric (mirror-assisted) anamorphosis. In this work, a set of environmental datasets from North America–including elevation, precipitation, temperature, and population–is used to generate an anamorphic structure. The spatialized datasets can be updated by means of illuminating the components of the pavilion. Based on the result, this design methodology provides an accurate data representation in an anamorphic data-driven public space. Source: S Vahab Hosseini, Hessam Djavaherpour, Usman R Alim, Joshua M Taron, Faramarz F. Samavati (2019) Data-spatialized Pavilion: Introducing a Data-driven Design Method based on Principles of Catoptric Anamorphosis.
Added by: Hessam Djavaherpour.
Category:
Active physical visualization
Tags:
anamorphosis, cartographic, Pavilion, public