Then Google surprised us with a piece of science fiction, Google Glass. They were not augmented reality, but rather augmented QR codes. But they never never took off as a concept. Beside the strong return of the great bunny transformers, we saw a wave of apps that drop 3D objects on printed QR codes. For instance, the AR hype took off again when developers got access to individual frames from mobile cameras. If you traced other AR hypes, you will notice this. I believe AR has always been missing two key technology leaps to make it useful: usability and immersion. However, humanity didn’t take long to realize that transforming faces into bunnies wasn’t one of their most imminent needs, and soon the hype faded! Apps at that time usually were used to transform your face. We can pin down the first serious development of AR to the time developers got access to individual frames from webcams. The full source code for our iOS ARKit example is available at GitHub.Įvery experienced developer is probably aware of the fact that AR is an old concept. Once finished, the user will be able to transform their drawing into a 3D object, as shown in the animation below.

The user will place his fingers on a table as if they were holding a pen, tap on the thumbnail and start drawing. In this post, we will create a fun ARKit example project using iOS ARKit.

However, if you take a look at AR progress in the past couple of years, one shouldn’t be too quick to draw such conclusions. For many, it looked like just another good AR library, not a technology disruptor to care about. Recently, Apple announced its new augmented reality (AR) library named ARKit.

Planswift tutorial