Tag Archives: Photogrammetry

Virtual Heritage: A Guide

3D and game editors, Academic, Announcements, archaeology, augmented reality, digital heritage, Digital Humanities, game, heritage, Open Access, publication, virtual heritage, Virtual Reality, visualisation, , , , , , , , ,

“Virtual Heritage: A Guide” is published and open access!

Why did we write it? For all those interested in an introduction to virtual heritage, but facing steep purchase costs for academic books, so it is especially suitable for university undergraduate courses. Download what you need, for free.

And given it was written from go to whoa in less than a year and to a tight word limit, I am very grateful to the authors for their time…

Cite: Champion, E. M. (ed.) 2021. Virtual Heritage: A Guide. London: Ubiquity Press. DOI: https://lnkd.in/gNkNWiB. License: CC-BY-NC.

major grant: Photogrammetry heritage and interaction design

Announcements, digital heritage, Virtual Reality, , , , , ,

Announced today-Australian Research Council (ARC) Linkage 2018 Grant LP180100284 awarded $461,783.00

https://www.arc.gov.au/news-publications/media/research-highlights/developing-immersive-3d-experiences-explore-undersea-heritage-sites

Investigators:
Dr Andrew Woods; Professor Erik Champion; Dr Petra Helmholz; Dr David Belton; Professor Derek Lichti; Ms Catherine Belcher; Dr Ross Anderson; Mr Ian Thilthorpe; Mr Danny Murphy; Adjunct Professor Alec Coles; Dr James Hunter; Mr Michael Harvey.

Photogrammetric Reconstruction for Underwater Virtual Heritage Experiences. This project aims to enable significant underwater cultural heritage sites such as shipwrecks to be recreated in immersive underwater virtual heritage experiences. Photogrammetric 3D reconstruction techniques will be used to generate complex digital 3D models of shipwreck sites from hundreds of thousands of underwater images. This will allow vivid experiences to be created which explain the stories of these wrecks. The project will conduct audience engagement studies to recommend the most appropriate methods to implement underwater virtual heritage experiences for Australian audiences. The sites which will be used as test datasets are some of the most significant Australian shipwreck sites, including HMAS Sydney (II) and HMAS AE1.

Institutes:Curtin University, WESTERN AUSTRALIAN MUSEUM, AUSTRALIAN NATIONAL MARITIME MUSEUM, and University of Calgary.

To 3D or Not 3D: Choosing a Photogrammetry Workflow for Cultural Heritage Groups

Digital Humanities, Journal, Open Access, publication, ,

To 3D or Not 3D: Choosing a Photogrammetry Workflow for Cultural Heritage Groups, Heritage journal article by Dr Hafizur Rahaman and myself is out:

Rahaman, H., & Champion, E. (2019). To 3D or Not 3D: Choosing a Photogrammetry Workflow for Cultural Heritage Groups. Heritage, 2(3), 1835-1851. Retrieved from https://www.mdpi.com/2571-9408/2/3/112

The 3D reconstruction of real-world heritage objects using either a laser scanner or 3D modelling software is typically expensive and requires a high level of expertise. Image-based 3D modelling software, on the other hand, offers a cheaper alternative, which can handle this task with relative ease. There also exists free and open source (FOSS) software, with the potential to deliver quality data for heritage documentation purposes. However, contemporary academic discourse seldom presents survey-based feature lists or a critical inspection of potential production pipelines, nor typically provides direction and guidance for non-experts who are interested in learning, developing and sharing 3D content on a restricted budget. To address the above issues, a set of FOSS were studied based on their offered features, workflow, 3D processing time and accuracy. Two datasets have been used to compare and evaluate the FOSS applications based on the point clouds they produced. The average deviation to ground truth data produced by a commercial software application (Metashape, formerly called PhotoScan) was used and measured with CloudCompare software. 3D reconstructions generated from FOSS produce promising results, with significant accuracy, and are easy to use. We believe this investigation will help non-expert users to understand the photogrammetry and select the most suitable software for producing image-based 3D models at low cost for visualisation and presentation purposes.