kinect

I am working on a extension method to move one skeleton to a desired position in the kinect field os view. My code receives a skeleton to be moved and the destiny position, i calculate the distance between the received skeleton hip center and the destiny position to find how much to move , then a iterate in the joint applying this factor. My code, actualy looks like this. public static Skeleton MoveTo(this Skeleton skToBeMoved, Vector4 destiny) { Joint newJoint = new Joint(); ///Based on the HipCenter (i dont know if it is reliable, seems it is.) float howMuchMoveToX = Math.Abs(skToBeMoved

The requirement is to define a rectangle around each eye in 3D space. There should be a way to track eyes using the Microsoft Kinect SDK. According to this The Face Tracking SDK uses the Kinect coordinate system to output its 3D tracking results. The origin is located at the camera’s optical center (sensor), Z axis is pointing towards a user, Y axis is pointing up. The measurement units are meters for translation and degrees for rotation angles. Adding ... Debug3DShape("OuterCornerOfRightEye", faceTrackFrame.Get3DShape() [FeaturePoint.OuterCornerOfRightEye]); Debug3DShape("InnerCornerRightEye"

I'm using the new kinect on win8.1 and installed the Openni2 and NITE2, but they can't find my kinect. So what should I do to make it run? OpenNI doesn't support Kinect (v1 or v2) directly. But you may install a driver for that. I have used successfully the Kinect v1 with OpenNI in windows and Linux... In windows it is easier, you only need to install the Kinect SDK 1.8 for v1... I haven't test it for v2 though, but I am almost sure it doesn't work... most probably you will need to wait for an open driver... In summary: Does Openni 2.2 support Kinect v2? No So what should I do to make it run?

I am tracking a ball using the rgb data from kinect. After this I look up the corresponding depth data. Both of this is working splendid. Now I want to have the actual x,y,z world coordinates (i.e skeleton Space) instead of the x_screen, y_screen and depth values. Unfortunately the methods given by the kinect sdk ( http://msdn.microsoft.com/en-us/library/hh973078.aspx ) don`t help me. Basically i need a function "NuiImageGetSkeletonCoordinatesFromColorPixel" but i does not exist. All the functions basically go in the opposite direction I know this can probably be done with openNI but i can not

可以将文章内容翻译成中文,广告屏蔽插件可能会导致该功能失效(如失效，请关闭广告屏蔽插件后再试): 问题: My goal : use Kinect video to do shape recognition (large rectangle on the picture), draw rectangle on the picture to highlights the results and display. The techno I use : C# code, AForge and more specifically its shape checker http://www.aforgenet.com/articles/shape_checker/ How the magic should work : Every time a frame is ready I get the frame data as bytes array and transform it to bitmap to allow me to analyze it Apply the shape recognition algorithm Render the result... My problem : The whole process works so far but when I try to

Closed. This question is off-topic. It is not currently accepting answers. Learn more . Want to improve this question? Update the question so it's on-topic for Stack Overflow. Good evening, I'm working on a project with Kinect and I need to perform a gender-recognition using the voice information caught by the microphone of the sensor. The recognition could also be text-based , i.e. the sentence said by the user could always be the same. I "just" need the binary answer male/female. I've checked the quite popular open-source Sphinx but I can't understand if it could be used for my needs. Any

I'm playing around with a Kinect (the original Xbox version) on the libfreenect driver (I'm on Ubuntu 12.04 by the way). I have cloned the most recent version from git and installed it manually, as per the instructions here: http://openkinect.org/wiki/Getting_Started#Ubuntu_Manual_Install I would like to access the registered depth values. As far as I understand, the Kinect is factory calibrated, and there is a lookup-table matching depth pixels to the proper RGB pixels. I can open the Kinect just fine and retrieve the raw 11 bit depth data. That gives me values ranging non-linearly from