Urban 3D modelling methods: A state-of-the-art review
- Ying, Y.
- Koeva, M. N.
- Kuffer, M.
- Zevenbergen, J. A.
- Paparoditis, N.
- Mallet, C.
- Lafarge, F.
- Zlatanova, S.
- Dragicevic, S.
- Sithole, G.
- Agugiaro, G.
- Arsanjani, J.J.
- Boguslawski, P.
- Breunig, M.
- Brovelli, M.A.
- Christophe, S.
- Coltekin, A.
- Delavar, M.R.
- Al Doori, M.
- Guilbert, E.
- Fonte, C.C.
- Haworth, J.
- Isikdag, U.
- Ivanova, I.
- Kang, Z.
- Khoshelham, K.
- Koeva, M.
- Kokla, M.
- Liu, Y.
- Madden, M.
- Mostafavi, M.A.
- Navratil, G.
- Paudyal, D.R.
- Pettit, C.
- Spanò, A.
- Stefanakis, E.
- Tu, W.
- Vacca, G.
- Díaz-Vilariño, L.
- Wise, S.
- Wu, H.
- Zhou, X.G.
DOIAbstract
As urbanisation accelerates, the urban landscape reshapes at a fast pace. Consequently, the urban built environment continuously evolves horizontally as well as vertically. However, more attention in the field of spatial analysis is given to horizontal dynamics, despite the importance of geoinformation in the vertical dimension. 3D modelling methods have gained popularity due to their powerful capability of capturing and analysing geoinformation in the vertical dimension and visualising objects lifelike in the urban built environment. Various urban applications with diverse 3D modelling methods at different research scales and purposes have emerged. However, there is no systematic overview of these different modelling methods. Therefore, it...
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