| QR codes are not just better barcodes - due to their ubiquity, they have long since become part of pop culture (as can be seen, for example, in the work of Michael Weisser). Although the material on this page was primarily created for students of the lecture "Fundamentals of Computer Science" at the HFT Stuttgart, it could also be of interest to other readers as well. A guide explains how to use the pages in this website, their behaviour may be adjusted in the settings. |
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Table of Contents
- QR Code Generator
- Defamiliarising QR Codes with the Help of Processing
- Examples of alienated QR Codes
- QR Codes in Rainbow Colours
- QR Codes with a Photo in the Background
- QR Codes with Circles instead of Squares
- QR Codes made of composite Modules
- QR Codes made of Bees, Ants, Coffee Beans and Ivy Leaves.
- QR Codes with Shadow Effect
- Simulator for 3D printing QR Codes
Simulation for 3D printing a QR Code
The following video shows the path travelled by the nozzle of a 3D printer as it prints a QR code.
The path data actually comes from the G-code output of a slicer for the underlying 3D model, but only one of the two uppermost layers is alternately displayed.
The G-code was processed using a Form described on a separate page and stored in a JSON file - the actual visualization is done using Processing.
This web page uses the following third-party libraries, assets or StackOverflow answers:
- download
Copyright (c) 2016 dandavis
License: MIT License - Font Awesome Free 4.7.0
License: SIL Open Font License (OFL) - answer to StackOverflow question How to get the global object in JavaScript?
contributed by Christian C. Salvadó
License: CC BY-SA 2.5 - jQuery - jQuery JavaScript Library
Copyright OpenJS Foundation and other contributors, https://openjsf.org/
License: MIT License
The author would like to thank the developers and authors of the above-mentioned contributions for their effort and willingness to make their works available to the general public.