What does AR actually mean?
WebAR is a new application in the field of augmented reality. To explain WebAR, we first need to explain what augmented reality actually is.
Augmented Reality is the computer-based extension of the perception of reality. My perception of reality is thus extended/enriched by additional, computer-generated information.
These augmentations are usually three-dimensional objects that can be viewed interactively from all sides in the respective user environment. But of course there are also extensions where only sounds are played. For example, the ingredients can be read aloud when the smartphone is pointed at a food package.
What all AR applications have in common, however, is that the customer has to download a separate app from each company from which he wants to view something in AR and install it. In addition, he usually needs an anchor image to be able to display the app’s content.
Meanwhile, AR has evolved with new, simpler apps. And thus we come to WebAR.
WebAR basically has the same features and capabilities as AR, but it is a web application. That is, the AR content resides on the Internet on a web page. And the AR app, which still had to be downloaded and installed in traditional AR applications, is now integrated in the smartphone.
So there is no need for the annoying installation of an app for each provider store.
In addition, an anchor image/marker can also be dispensed with. A flat surface is sufficient.
Since there are of course applications where an anchor image is desired as a start element, this option can also be implemented.
The AR application is called up via a simple link on the Internet, or via a QR code that is created as a link to the WebAR application.
Advantages
- No installation of an app
- No expensive VR/AR glasses
- By link to the product
- No anchor image necessary
- Easy to use
- Fast distribution on the Internet
- Faster production time
Disadvantages
- A current iPhone or iPad from Apple is currently required (min. iPhone 6s with ios14).
- Data volume limited by network bandwidth
CAD model from design data
Shadow texture
Low poly model for AR
Material texture I
Low poly model with shadermap
Model with leather look
Texturing for Augmented Reality
Am Beispiel Teneo mit Lounge Polster von DentsplySirona
Creating and positioning the textures in Maya
Programming the behaviors in the AR environment
Creating and positioning the textures in Maya
Texturing the components in the AR environment
Texturing for Augmented Reality
Using the example of IryPump from B|Braun
Geometry in Maya
Create and position the textures
Texturing the components in the AR environment
Programming the behaviors in the AR environment
IryPump from B|Braun
AR for IryPump is different from Sirona Teneo because it is a tabletop device (size) and we made the AR experience at the “IryPump” showcase more inverse with animation:
by clicking on the dial on the housing you can turn on the pump and the dial turns ON and to 3 and the pump starts to rattle.
When the lid is touched, the water container extends to full height
by clicking on the release button on the side of the housing, the water container is lifted off
This type of AR presentation allows for an interactive experience. Animations and sound enhance the experience and immerse the viewer in the product experience with added value. The viewer has the feeling of actually having a product on his desk and being able to try it out himself. A virtual product presentation, just like in the store.
