0000000000254122
AUTHOR
Raimondo Lattuca
Geo-visual analytics for urban design in the context of future Internet
The internet, where much of the information has reference to location, together with the latest generation of geographical web services, represent a very large information space that can be used for planning and design. The wealth of information accessible, which requires new forms of interaction and management of the data available, has brought in recent year to the growth of the domain of visual analytics. In addition, the availability of 3D geobrowsers provides the technological means for interactive 3D environments which can be used to access large-scale geographical information. This technological scenario is paving the way to 3D web-based, geo-visual analytics tools for land planning …
La progettazione generativa dell’involucro architettonico
Doppio Involucro Intelligente
Performative Architecture: New Semantic for New Shapes?
Two innovations have more deeply changed the building process: the operational continuity of the design and construction phases and the software allowing not only the representation but also the autonomous creation of complex shapes never before thought, just because they could not be represented. This last innovation introduce to a "Performative Architecture" that addresses to emerge a new kind of architecture. Building performances (structural, environmental, energetic) are guiding design principles, adopting new building performance-based priorities for the design of cities, buildings and landscape. This emerging architecture places broadly defined performance above form making; It utili…
L'attività di ricerca nel dottorato: problematiche e metodi
Il “Generative Design” nel progetto dell’involucro architettonico: Un modello applicativo
Ingegneria Edile: Tradizione e Innovazione
Architectural shapes generated in 3D Geobrowser through environmental constraints
Digital Architectures Generated Using Forces in Urban Environment
A paper, a description of a software application is given, which allows to generate tridimensional models of buildings, directly inside a geo referential context, following a parametric approach, in which the volume of the building is put in direct relation with forces/law bonds emerging from the urban context. The user is, therefore, able to interactively operate within a project process, in which by changing the parameters values and by verifying in real time, the results of the changes, he/she is able to evaluate all possible infinite scenarios. The system,thought for Trento’s (Italy) urban context, may also be applied on other cities.