Okay, so now everyone has figured out the WIMO, this is actually a Bluetooth device, so that, you know, maybe we could actually plug it into a computer and see what it does. So some people started messing with it, and they figured out how to get the information from the buttons and from the motion sensors from it. We're still working on the sensor board measurements, but not a couple of layers. For now, I've had this little graph here. I've been mucking with a mask library, and I've gotten the WIMO to actually plot onto the screen the acceleration values. And here you can see actually that that's one retinverline, which is the vertical measurement, which is higher because of gravity. And two bars, which you can't tell very well right now, are the other two axes around. Now right now the remote is completely still, sitting on the tables, and I'm going to turn it on its side and see what changes we have to values. Now as you can see, the retinver is going down, the glue body is going up, green stays the same. We can keep changing the orientation, and it'll change the values. Now you can see it's the green value that's actually lower. Now the fun part comes when we actually mess with the WIMO in different ways. As you can see, it's currently picking up as I'm moving it. It's going to measure the acceleration in all values, so as I go down, I'm just going to have a little spike in there. Tilt is measured by comparing all the acceleration values, because there's always a constant acceleration due to gravity that's being measured even if the remote is completely still. So I tilt them to remote values will change appropriately. Another fun thing comes if we actually let them fall down, then gravity will not affect it. So it will go for being completely definite one axes to being exactly the same for a split second that falls down. We're going to do it higher this time. Okay. You can definitely see, for a split second right there, all those are exactly equal to removing that measuring any acceleration at all in any axes. So that's pretty much all for now. Now the third mode is the acceleration values. That's how we can measure with the pointer functionality soon enough, because it will be pretty cool if we can use it to point at an actual string as a polar armouse. Anyway, that's all folks.