By The Next Big Thing 1:25pm PT Today, the company behind Google Glass and its successor Google Glasses, Apple, is rolling out a new augmented reality app that lets you take your smartphone camera, pair it with a virtual object and capture a virtual image.
The app is called AR Camera.
It has a simple interface: point your phone at a virtual camera, capture a frame, and use the augmented reality to make the picture you want.
That image is then uploaded to Google Glass, which can then send it to a third-party company that then uses that image to make a product, such as a pair of sunglasses, or a phone case.
The company has made the software for its Glasses available for free.
But it’s not just Google Glass.
Apple is now also rolling out its AR camera app.
This week, Apple added AR Camera to its iOS app, but it is not available for Mac and Windows.
The Mac and Android apps, which are now available, are not part of the Mac app store, which is not exactly the same thing.
The same is true for iOS.
The apps are available through third-parties, including Canonical, which also makes the popular Ubuntu operating system.
So how does this app work?
The AR Camera app is basically a version of a previous app called Camera +.
In this app, you pair your phone with a camera, attach a virtual device, and then take a photo using your phone’s camera.
A virtual camera is a device that uses optics to capture an image, and an optical lens can’t really see through anything.
In other words, it can’t capture objects.
Instead, it uses a combination of lasers and cameras to project an image of a 3D object onto a real-world object.
The photo in the app shows an animated dog.
In the photo, a dog with glasses on its head is running on a leash, with its paws tucked behind its back.
In another image, a glass object is on the ground, and a man with a smartphone is standing on it.
The person with the glasses has his eyes fixed on the object, while the man stands on his back.
The glasses appear to be transparent, which makes them difficult to see through, but the camera can’t see through.
When the phone is paired with the virtual object, the phone sees the real object.
Then, the virtual objects appear on the real camera.
If you look closely, you can see a red dot in the image.
That’s a light source that comes from the phone’s front camera.
That dot indicates where the virtual camera has captured the image on the phone.
If the image is blurry, the red dot indicates that the phone has no optical lens, which means that the lens is not visible.
If there is a light-blocking filter in the real lens, the lens would block the red light from coming through.
If a filter is not present, the image would look like a photo that is blurred by the lens, or the real-life object.
This is a really important part of how the software works.
The augmented reality in the AR Camera can capture a variety of objects, including virtual dogs, a man wearing glasses, and real-things like cars.
The software also allows users to select between three types of photos.
You can choose one photo for each object.
And the photo will appear on top of the real photo, which you can use to create a 360-degree panorama.
If, for example, you wanted to take a picture of a dog running on leash, the real dog might look like this: When you take a 360 degree photo of a real dog running, the software will show a blue dot in an image.
This indicates that a light sensor has captured that dog’s real-name.
If it wasn’t, the user wouldn’t know it.
This software works by scanning an image that’s been taken on a phone, and converting it to digital format so it can be used in the apps.
You could use the app to make an image for an app like Instagram, or for a 360° video or photo of the Moon.
When you look at the app on your phone, it will show the virtual dog on top, and the real one on the bottom.
And if you want to edit the photo and add the real animal to your photo, the app will let you do that.
What are the limitations of the app?
While this is Google’s first AR camera application, it’s only available on Android.
The AR camera apps from Apple and Canonical are also available on Windows, but they are only available in English.
If your phone doesn’t have optical lenses, you’ll need to use a lens that’s at least a bit larger than the device’s front-facing camera.
So the real problem with the AR camera is that it’s a bit limited.
It doesn’t work with the full range of augmented reality apps that Apple and Google are launching