INCLUYENDO LA PERSPECTIVA AÉREA EN UN SISTEMA BASADO EN AGENTES PARA LA RECONSTRUCCIÓN DE PERSPECTIVAS CÓNICAS

Abstract

In a previous work we presented an agent-based architecture which allows obtaining models from graphs with normalon and quasi-normalon typology which represent the conical projection of a model in parallel perspective (with a vanishing point) or oblique perspective (with two vanishing points). In this paper we define a new architecture which broadens our previous work significantly as it also allows dealing with graphs which represent an aerial perspective or with three vanishing points, thereby closing the range of possibilities of the conical perspective. However, the requirements of the analytical calculation needed to deal with this new type of perspective have revealed bottlenecks in the execution of the proposed architecture so far, which means an increase in the computing cost. For this reason, in this paper we present a restructuring of the multi-agent architecture which optimizes that cost. The proposed system distinguishes, in an automatic way, the typology of the perspective of the graph (parallel, oblique or aerial) handling, therefore, any kind of conical perspective in contrast to methodologies proposed by other authors which have always been focused on aerial perspectives.