Technologia AR w urbanistyce i architekturze – omówienie metod i potencjału dla prezentacji koncepcji architektonicznej w środowisku rozszerzonej rzeczywistości

Wojciech Sumlet; Maciej  Pitek

Titles

AR technology in urban planning and architecture – overview of methods of and potential for architectural conceptual proposal presentation within an augmented reality environment

Abstract

AR technology makes it possible to compare dynamic 3D models with a real-world physical context. The technology has been readily accessible to the wider public since 2015, thus constituting a new and dynamically developing field with significant—in the authors’ opinion—potential for all participants of the construction process. The article familiarises readers with the main principles of the technology’s operation and discusses the tools that it employs. Three main methods of generating 3D models were analysed and their potential for evaluating architectural conceptual proposals in reference to urban context was discussed.

AR technology in urban planning and architecture – overview of methods of and potential for architectural conceptual proposal presentation within an augmented reality environment

AR technology makes it possible to compare dynamic 3D models with a real-world physical context. The technology has been readily accessible to the wider public since 2015, thus constituting a new and dynamically developing field with significant—in the authors’ opinion—potential for all participants of the construction process. The article familiarises readers with the main principles of the technology’s operation and discusses the tools that it employs. Three main methods of generating 3D models were analysed and their potential for evaluating architectural conceptual proposals in reference to urban context was discussed.

Streszczenie

Technologia AR pozwala na zestawianie dynamicznych modeli 3D z realnym kontekstem fizycznym. Technologia jest realnie dostępna dla szerszego ogółu od 2015 roku, a zatem stanowi nową, ale dynamicznie rozwijającą się dziedzinę o istotnym, w opinii autorów, potencjale dla wszystkich uczestników procesu budowlanego. W artykule przybliżono główne zasady funkcjonowania technologii oraz omówiono wykorzystywane w niej narzędzia. Przeanalizowano również trzy główne metody generowania modeli 3D z omówieniem ich potencjału dla ewaluacji koncepcji architektonicznej w odniesieniu do kontekstu urbanistycznego.

Keywords

entrance groups; built-in public service establishments; compositional and spatial structure

wirtualna rzeczywistość, rozszerzona rzeczywistość, poszerzona rzeczywistość, planowanie przestrzenne, entrance groups; built-in public service establishments; compositional and spatial structure

References

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[8] Machado Carvalho P. N., Mobile AR for large 3D Scenes using Markers – praca magisterska napisana na Universidade do Minho (Braga, Portugalia) pod opieką A. J. B. Ramires Fernandes, 2017 dostęp: http://www4.di.uminho.pt/~arf/storage/pedroCarvalhoMIEI.pdf

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[11] Rashida Z ., Melià-Segui J., Pousb R., Peig E., Using Augmented Reality and Internet of Things to improve accessibility of people with motor disabilities in the context of Smart Cities [w:] Future Generation Computer Systems, Vol 76, Nov 2017, wyd. Elsevier, ss. 248-261

Information

Information: Housing Environment, 2018, 25/2018, pp. 49 - 59

DOI: https://doi.org/10.4467/25438700SM.18.077.9993

Article type: Original article

Titles:

English:

AR technology in urban planning and architecture – overview of methods of and potential for architectural conceptual proposal presentation within an augmented reality environment

Polish:

Technologia AR w urbanistyce i architekturze – omówienie metod i potencjału dla prezentacji koncepcji architektonicznej w środowisku rozszerzonej rzeczywistości

Authors

Wojciech Sumlet

https://orcid.org/0000-0001-7776-2765

Wydział Architektury, Politechnika Krakowska

Maciej Pitek

HSA Architektura

Published at: 10.01.2019

Article status: Open

Licence: None

Percentage share of authors:

Wojciech Sumlet (Author) - 50%

Maciej Pitek (Author) - 50%

Article corrections:

-

Publication languages:

Polish, English

View count: 1958

Number of downloads: 1103

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