 HP booth with Larry Mahoney and Jeff Wood, both from HP. And you got some crazy stuff to show us here today. What is this? So this is HP Sprout. It's our immersive computer platform that was announced in October. It's a consumer product, and we're launching it in the commercial channel this month as well. It's a high performance all-in-one PC running, Windows 8.1, with the addition of a touch sensitive mat as well as a projector and cameras. And it allows you to do a whole host of different things. This is just one application called a virtual DJ app. Hang on one quick second, this is audio and video, so I'm going to kind of explain what we're looking at. What we see as a mat looks like a big place mat that's got color graphics and he's touching it and moving the controls with his finger on the mat. That's being projected onto it from a projector up above what looks to be the PC monitor. That's right, exactly right. And it is a touch sensitive mat, 20 points of touch down here, 20 more up here. This is just one application of what we feel like is an environment that lets us develop a lot of different applications in a lot of different commercial areas. And this is one example. I can show you some others if you want. So as a DJ, you're doing that DJ stuff where you scratch and all back and forth on there. I've seen those kids today doing. You could do that on a physical turntable or there are other devices. What's the advantage of doing it on the mat like that? This would be easier to transport. That's one. Also, you could change the configuration of this with the program. There's things I can do here like effects. I can switch the functions by tapping a button here from mixtures to effects, for example. Let me show you another, oops, another example. So he's quitting the DJ application. He's again touching just on the mat. So I'll bring up what's called the create app and this gives you an idea of the rich multimedia capability of the product. I'm just gonna take some 2D captures and let's say we're concept... That's the printer cartridges and some PCBs on here sitting on the mat. That's right. And let's say we're conceptualizing a kind of a new portable printer device. I'm gonna tap on the camera icon there and then start a 2D snapshot. Uses the projector to illuminate the objects and then it creates five separate images that go into the gallery and can be used and rearranged. It's now captured though. Oh my gosh. Now the screen has exactly what we were looking at it. It doesn't look like photos, it looks like models. Well, they're actually 2D. I can capture in 3D as well. These are five independent images and I can... Striking them on screen with his fingers on the mat. And I can now annotate them and for example say that the yellow one connects to that one and the blue ink cartridge connects to there and the red one connects here. And rearrange, I gotta get out of that mode. I can rearrange and rotate and pinch and zoom. Wow, that is incredibly fast too. What he's done. I want to interact with a coworker about a document and the fan. I can go back and touch that again and it'll pick up those two objects. Take that picture and drop them in. Okay, for the audio listeners you're gonna have to see this. This is amazing. And accept that image, those captures. And now I got two more objects in the gallery that I can... It's still on the same background with the PCB and the other ink cartridges. Yeah, they're all still. And if I had another sprout here I could demonstrate with that collaborate button that two people, two to four people can interact simultaneously on the same design from anywhere in the world and have video and share video of them on this screen and they'd all see this creation and simultaneously edit it with each other. So it's a very powerful creation and collaboration platform. Wow, so sprout is, this entire thing together is called sprout. The camera, the projector, the display and the mat down below. And you said it's commercially available now? That's right, Best Buy 1899. Wow. The other thing to show you is if you got a second is 3D capture. Yeah, you keep going, keep going. I'm loving this. And I'll turn on 3D snapshot. Are you gonna do my head now? Well, so the idea here is you have a product idea for a mouse, a computer mouse that looks like a part of a coffee cup. And I wanna show this concept to my coworker, Joanne in London. So I'm gonna create a 3D capture of this concept and the scanner will now again use the projector to put in this case, striped line, a pattern of lines on the object. It will capture, it'll create 3D geometry to take a picture of the texture and add that, map that onto the 3D geometry. So now it's creating that 3D model. And let's see what it does here. And there it is. He just finished taking a picture of the partial coffee cup and now he's got a 3D model of the coffee cup on the mat that he's dragging around with his finger and rotating. Wow. So now I can interact. I can actually turn on collaboration if I had two sprouts I could demonstrate and we could be looking at this remotely from anywhere in the world. Very cool. Now is there a reason you did it with a paper coffee cup and not say with that fan? You can do it with the fan. It's just a, it does a good job of showing the 3D shape. Just the better way to show it off. Wow, I can't believe this is available to commercially today. That's very, very cool. Now, should we keep moving? Sure. So, we're moving down to a different device here. The best thing to capture here is probably for the camera that you can split your time between the two, but that shows you what you see with these 3D glasses. And this is the HP ZVR display. It's a high performance 3D display. I am. What for the listeners, on the left side we've got a display with a pulsing heart that's definitely in 3D, but he's manipulating it with a pen in the air. Here's that camera. And he's just on the other display. You can see the heart has come out into space and he's holding it in his hand now. The other display is what I see directly in front of me. So, he's got on the 3D glasses so that he can see how he's moving this heart around. Right, and I can make parts of that heart transparent. So, if you imagine this was used perhaps for medical education, you can imagine the professor in front of the college classroom being able to turn these parts of the heart transparent and perhaps pick up that camera if I can do that and move it inside, and what's inside the heart is shown on that screen there, which I can also move and bring it out. This is impossible to explain in audio. See that, right there? Yeah. Right there. Yeah. That's what's seen on this camera. So, the camera that he's stuck inside the heart is now displaying that image out on the same display. That's right, so. And what is this called we're looking at? This is ZVR, HP ZVR display. Can you tell us a little bit about how this is created? I see these red lights here. I assume that's triangulating your position in 3D space. Those sensors are actually tracking the glasses that I'm wearing so that the image is actually changing depending on, I can actually look around to the side of that house. When I move my head, it redraws it so that I see what's around the outside of that house if that makes sense to you. Yeah, when we're done recording, you gotta let me wear the glasses. All right, I will. So I dropped this house in here and I can now interact with the house, different levels. And I can put a camera path through the house. Well, okay. And then I pick up the camera, I gotta get back to the picker tool, put the camera on that path and it will follow that path and display it on that screen. So, it's a very rich environment. Yeah, because you have too much fun stuff to show. Okay. Thank you very much. Thanks. If people wanna know more about this, where can they see these products? So, Best Buy, they can see Sprout and HP ZVR, they would wanna go to hp.com. Great, thank you very much. You're welcome, thanks. Thanks.