The LEDs are 850 nm, and they have a 120 degree field of view. It uses (2) AA batteries to run (3) IR LEDs. ![]() I am simply covering up the laser and allowing the camera to see the IR LED's instead, which is then tracked by Pointtracker in Facetrack NOIR.Īs for the point model, I built it out of a hat I had. Usually the laser illuminates the room and the IR camera reads this laser and uses it to get depth data. This is a slightly strange value, so I have used 850 nm LED’s on my point model but the Kinect still sees them fine. The kinect has an 830nm laser on board, and the IR camera is setup to see that frequency. There is no need to remove IR filters or cut up floppy disks or film with the Kinect, because it is all ready to go for IR. An active IR LED Point model (hat or clip)įor me, the Xbox Kinect was a good camera to use for an IR head tracking setup since it was something I already owned, and it has an IR camera built in. Here is a quick overview of the components you will need to get this running:Ģ. I travel a lot for my job and I am out right now, but I will be adding some pictures and cleaning this up a bit when I get home. I thought I would post a tutorial on how I set up an xbox Kinect for headtracking in CloD. Hello ATAG! I have seen some questions about Facetrack NOIR vs Track IR vs Freetrack in the forums.
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