3D Modelling/Examples
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AFrame Example Durlach or AFrame Sample 360 Degree Image - Look around by draging mouse with mouse button pressed 
AFrame Water Molecule created with JSON3D4Aframe 
Paper anaglyph 3D objects produce an 3D image at low cost without the requirement of IT - suitable for inclusion in paper based learning resources incorporating 3D views of a learning object. 
Screenshot of Crystal Lattice with Hugin Sky Background in AFrame. Use cursor keys to move crystal lattice. 
Kanji-Marker[1] für AR.js - das 3D-Modell wird auf dem Marker im Kamerabild platziert. 
The following learning resource generated to explore existing frameworks and examples on the web that use 3D modelling.
List of Examples[edit | edit source]
- Panorama 360 Degree - sky projection in Aframe
- 3D with Primitives - like a Water Molecule made of spheres
- Web 3D Tour - Virtual Tour Museum
- AR with Markers - Augmented Reality with Markers based on AR Tool Kit
- Red-Green Anaglyph - Red-Green-Filter Glasses are necessary
- Real World Lab - Use 3D modelling as learning resources at specific geolocation.
Learning Tasks[edit | edit source]
- (Videoconferencing and 3D Modelling) Explore some examples and here and explain how 3D models can be used on markers with AR.js in a video conference. Explain how these 3D models got increased importance during home schooling scenarios during COVID-19.
- (Digital Filter) Analyze the generic principles of digital filters and transfer the mechanism e.g. on anaglyph images, tranparent colours of objects in a 3D scene, to identify the 3D location of objects even if the objects are covered by other objects.
External Examples[edit | edit source]
- AR-Examples with AR.js by Lee Stemlowski
- Create 3D Trees[2] - see also GitHub-Repository.
Applications[edit | edit source]
- History Reconstructions with the example of ancient Forum Romanum
360-Degree Video[edit | edit source]
- Youtube Example of National Parks - published by Google, select Fullscreen in Youtube Video and use the cursor buttons in the top right to look around in the video.
- Valiant 360 Degree Video[3] - See top video on the website and drag mouse to look around. Furthermore it contains a repository to create your own 3D videos. Learn how to create the video with Hugin (see also IEEE Viewport-adaptive navigable 360-degree video[4]).
Create your own 3D-Products[edit | edit source]
If you decide to create your own 3D products, then try learning moduls for OpenSource environments explained in Create 3D-Models
See also[edit | edit source]
- WebApp JSON3D4Frame to create 3D models with geometric primitives.
- Real World Lab
- AR-Toolkit
- AR.js
- Create 360 Degree Video
- JSON Editor
- COVID-19/Workflow Transformation
- Stereoscopy/Left Eye - Right Eye
References[edit | edit source]
- ↑ Kanji-Marker, der vom ARToolkit auf Github zur Verfügung gestellt wird (aufgerufen am 12.12.2017) - https://github.com/artoolkit/artoolkit5/blob/master/doc/patterns/Kanji%20pattern.pdf
- ↑ Paul Brunt (2012) SnappyTree Demo Tree Generation URL: http://www.snappytree.com - GitHub-Repository: https://github.com/supereggbert/SnappyTree - (accessed 2021/05/07)
- ↑ Charlie Hoey (2017) Valiant360 - 360 degree videos in browser, URL: http://flimshaw.github.io/Valiant360/ (accessed 2019/06/07)
- ↑ Corbillon, X., Simon, G., Devlic, A., & Chakareski, J. (2017, May). Viewport-adaptive navigable 360-degree video delivery. In 2017 IEEE international conference on communications (ICC) (pp. 1-7). IEEE.