The most exciting things about Google Glass are the sensors, the cameras, and the voice.

But it’s also the cameras and the cameras that are most interesting, and they’re in the hands of the people who actually use them.

So we decided to go through the specs, find out what these cameras can do, and what the sensors can do.

If you’ve never been to a flower shop before, we recommend you get your hands on a couple of these beauties.

There’s nothing quite like looking at a rose.

The flower shop that’s next to your office.

(Photo: Flickr user Mike Gatto)In the photo above, you can see the top of a rose with a small camera embedded in the middle.

This device, which is called a flower sensor, records images of a flower and sends them to a smartphone application that you can then view.

The software takes a picture of the flower, then it analyzes the images to find the best angle and angle of view to capture the best flower and the best angles of view for any flower in your vicinity.

Google Glass uses a similar approach.

This time, the flower sensor is in the device’s head, which looks a lot like a regular camera.

When you’re looking at the flower or at the roses, the sensor records the images and then sends them down the lens to the phone app.

Google’s camera app takes all the images the flower and roses send back to the smartphone, and Google uses the resulting images to make sure your phone sees the best image possible.

Google Glass has a wide field of view, but its camera is only good at focusing on a certain part of a scene.

(You can use the phone camera to take a photo of a particular spot, for example, but you can’t use the camera to make a photo looking directly at the subject, because the subject’s head will block the lens.)

If you’re wearing a Google Glass, you will have a wide-angle lens.

(Image: Google)Here’s an example of the camera’s field of vision, from the phone.

The red circle shows the camera in its “normal” position.

The green circle shows a wider angle view, so the camera is looking at something else.

To see this wider view, you need to turn your head away from the flower.

You can’t see the flower’s body or any of the other flower-related detail, but Google has a way to show you this view.

Here, you see the whole flower with its full flower and its full set of flowers.

The smaller blue dots show what you can actually see.

(The camera is showing an image of a red flower, for instance.)

In this case, the green dot shows the flowers that are closest to the camera.

They are red because that’s what the camera sees.

This is the full flower.

This flower, the red one, is close enough to you that it will get a good shot.

The blue dots indicate that the camera can see other flower parts and other flowers that aren’t in focus.

The whole thing is getting a full picture.

It takes a long time to get a perfect flower, so it takes time for the camera and the phone to work together.

But that’s part of what makes this lens so useful.

There are other camera lenses out there that have a much broader field of focus, but they don’t work as well in high-angle shots, and there’s no way to really tell them apart in a blurry photo.

(If you’ve ever been in a crowded shopping mall, you know what I mean.)

The Google Glass camera works best when you’re close to the flowers, and that’s when you want to use it.

You want to be able to see the best picture possible, but the phone is always on, ready to take pictures of whatever is in focus for the best effect.

When you turn the camera on, the device sends the photos it takes to a camera app that uses those pictures to make the best-looking flower.

The app can then send the images back to Google, and it uses those images to get the best possible image.

The camera’s software is able to do all this because the software can use a variety of sensors.

(These sensors can be very sensitive.)

The phone has a variety, too.

It has a camera that captures images from a wide angle, and then it uses the image from that camera to get an image from a lower-angle camera that’s more sensitive.

The phone also has a smaller camera that can take images at a lower focal length, which allows it to capture images of flowers that appear closer together.

The flowers that Google Glass captures are usually flowers that have flowers that overlap in the center, which gives the flower-makers more control over how their flowers look.

If you’re really careful, you could also have flowers with flowers that look similar to the