Lighting Cities at Night

Khabazi, Maryam; Araabi, Hooman Foroughmand

doi:10.31219/osf.io/g2qzh

Cited by 1 publication

(1 citation statement)

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“…An object, or several objects, can automatically generate discretised geometric-analytic relationships within three-dimensional digital environments that can be modified, in turn, by means of a computer language based on applied mathematical concepts. Computational geometry has become an interesting subject of study and the combination of algorithmic programming with geometry has produced algorithmic geometries known as Generative Algorithms (Khabazi, 2010;Stavric, et al, 2013). The combination of the descriptive process with the computational one is the essential key with which to analyse the differences between two digital surfaces: a Mesh surface, obtained from the triangulation of a point cloud, and a NURBS surface, obtained by means of generative algorithms; both are used to try to describe the physical and architectural reality that surrounds us.…”

Section: Tolerance Setting In the Verification Of Mesh Vs Nurbs Resultsmentioning

confidence: 99%

Fast and Smart 3d Modelling: An Algorithmic Tool Based on Church Typology

Scandurra,

Capone,

Palomba

2024

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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Abstract. Increasingly advanced technological development and the broad possibilities introduced by computer graphics and parametric-semantic modelling force us to reflect on the concept of smart models, especially in relation to the purposes for which the models themselves are created, directing research towards in-depth studies linked to the type of information that the model is intended to convey. This research shows the results obtained in the development and experimentation of a generative modelling algorithm dedicated to the rapid and semi-automatic modelling of churches. The work stems from the need to elaborate a useful tool to prepare, in a short time, an intelligent database - graphic and informative - rapidly visualisable, dedicated to the management of churches in post-earthquake emergency conditions.The main objective is to make efficient the processes of data management and visualisation based on the seismic damage assessment sheets [D.P.C.M. 23 February 2006 (G.U. 7.3.2006, no. 55)] through procedures capable of expanding the information patrimony and, at the same time, optimising documentation and intervention times, costs and resource management (Chevrier, et al., 2009). The procedure for realising the parametric model is based on the concept of shape grammar. It allows different types of churches to be generated from the modification of basic shapes prepared according to the concept of a macro-element. It makes it possible to generate different types of churches from the modification of basic shapes prepared according to the macro-element concept (Lanzara, et al., 2021). The algorithm was tested by applying it to several case studies to evaluate its effectiveness and future implementations.

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Section: Tolerance Setting In the Verification Of Mesh Vs Nurbs Resultsmentioning

confidence: 99%