The study presents the first outcomes of a wider research dealing with the theme of “anamorphosis”, a specific technique of geometric projection of a shape on a surface. Anamorphosis represents the synthesis among geometry, art and architecture and is realized in scientific and empirical research approaches. In this study we investigated how new digital techniques allow to simplify the anamorphic applications even in case of projections on complex surfaces. After a short excursus of the most famous historical and contemporary applications, we propose some possible approaches that allow you to manage the geometry of anamorphic curves both in Descriptive Geometry field (by using interactive tools such as Cabrì and GeoGebra) and during the complex surfaces realization process, from concept design to manufacture, through CNC systems (by adopting generative procedural algorithms elaborated in Grasshopper).

Di Paola, F., Inzerillo, L., Santagati, C., & Pedone, P. (2015). ANAMORPHIC PROJECTION: ANALOGICAL/DIGITAL ALGORITHMS. NEXUS NETWORK JOURNAL, 17(17), 253-286 [10.1007/s00004-014-0225-5].

ANAMORPHIC PROJECTION: ANALOGICAL/DIGITAL ALGORITHMS

DI PAOLA, Francesco;INZERILLO, Laura;
2015

Abstract

The study presents the first outcomes of a wider research dealing with the theme of “anamorphosis”, a specific technique of geometric projection of a shape on a surface. Anamorphosis represents the synthesis among geometry, art and architecture and is realized in scientific and empirical research approaches. In this study we investigated how new digital techniques allow to simplify the anamorphic applications even in case of projections on complex surfaces. After a short excursus of the most famous historical and contemporary applications, we propose some possible approaches that allow you to manage the geometry of anamorphic curves both in Descriptive Geometry field (by using interactive tools such as Cabrì and GeoGebra) and during the complex surfaces realization process, from concept design to manufacture, through CNC systems (by adopting generative procedural algorithms elaborated in Grasshopper).
Settore ICAR/17 - Disegno
http://www.citeweb.info/20140345814
Di Paola, F., Inzerillo, L., Santagati, C., & Pedone, P. (2015). ANAMORPHIC PROJECTION: ANALOGICAL/DIGITAL ALGORITHMS. NEXUS NETWORK JOURNAL, 17(17), 253-286 [10.1007/s00004-014-0225-5].
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/10447/91603
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