kinect for windows v2

Kinect SDK v2 Preview to get a description of the basic flow of data. and an introduction to the sample program that gets the color image.The previous section is about the current model Kinect for Windows (later called Kinect v1) and the next generation of

Kinect SDK v2 Preview for a description of how to get depth data.In the previous section, I introducedby usingKinect for Windows SDKV2Preview Version(hereinafter referred to as，Kinect SDKV2Preview Version)fromKinect for WindowsV2Developer Preview version (later，KinectV2preview) to get the color method. This section des

Get the Bodyindex (body area) method and sample code through the Kinect SDK v2 preview.The previous section describes how to get depth data from the Kinect V2 preview, using the Kinect SDK V2 preview version. This section describe

 Kinect V2 Development Project (3) 1. Kinect Equipment Information Acquisition 2, Audio function exploration 1. Kinect Equipment Information Acquisition Since the Kinect supports multiple devices, in theory, we should be able to get all the device information, and here

"Translation" Kinect v2 programming (c + +) body articleHttp://www.cnblogs.com/TracePlus/p/4138615.html Http://www.cnblogs.com/TracePlus/p/4136368.html Figure 3 Bodyindex Data Kinect SDK v1 Kinect SDK v2 Preview Name Player Bod

C # hands-on practice: Development of Kinect V2 (2): Working Principle of the data source and red foreign Demo, Kinect Architecture Kinect data mode 1. Sensor KinectSensor class private KinectSensor kinectSensor = null;this.kinectSensor = KinectSensor.GetDefault();this.kinectSensor.Open();this.kinectSensor.Close();

=E.framereference.acquireframe ()) { if(Colorframe = =NULL) { return; } //put a frame of color image data in ' ColorFormat ' format to ' Colorbuffer 'Colorframe.copyconvertedframedatatoarray (Colorbuffer, ColorFormat); } } Private voidDrawcolorframe () {//updates the captured color image data into the bitmapColorbitmap.writepixels (Colorrect, Colorbuffer, Colorstride,0); } #endregion //program window Shu

After this process to realize, sometimes not the method is not correct, is not the wrong solution, just because of configuration problems, if the configuration is wrong, naturally there will be a variety of problems, rather than the first to determine the configuration. However, if not experienced this process, I do not know is because of my configuration problems caused by the problem, hey.I use the Ubuntu14.04lts,ros version is Indigo,kinect

　　Kinect for Xbox One (v2) uses time flight technology to greatly improve the performance of deep images, compared to the Kinect for Xbox v1, which acquires depth through structured light. The original image color image provided by the Kinect for Xbox (v1) is 640x480, and the depth map is in the range, and under Ubuntu

Microsoft's Kinect V2 device is recommended for use in the Indigo version of ROS (more documentation), not for use in the Kinect version (possibly because the OPENCV version is a 3.X problem), the following installation is for Ubuntu 14.04 Indigo ROS. 1 Required Packages 1) libfreenect2 (https://github.com/OpenKinect/libfreenect2.git) This bag is mainly driven by

Kinect v2,MicrophoneArray can be used forthe direction of the horizontal sound sourceSpeculateAudiobeam）and theSpeech Recognition（Speech Recognition）. This section is an introduction to how to obtainAudiobeam. The previous section describes how to use theKinect SDKV2preview version, fromKinectV2The preview version of the color camera and depth sensor to get the data in the method. this sectionWilldescribes

enabling/disabling streams or stream features. // E.g.: sensor might be abruptly unplugged. error = true; } } if (args.NewSensor != null) { try { args.NewSensor.DepthStream.Enable(DepthImageFormat.Resolution640x480Fps30); args.NewSensor.SkeletonStream.Enable(); try { args.NewSensor.DepthStream.Range = DepthRange.Near; args.NewSensor.SkeletonStream.EnableTrackingInNearRan

This time for you to bring the skeleton and color image overlay, in fact, is very simple, is to get the bone points to color image, the way to use the previous basis, or the old steps and tunes. In practical use, the most is the use of the Kinect v2 skeleton data for actual interaction, very interesting stuff. First take the skeleton type, used to draw the skeleton image; The connection order of skeleton im

desktop and notebook have a 3.0 port../bin/protonectIf you are not prompted enough, failed to open Kinect V2 access deniedAt this time need to put the Libfreenect2 folder under the rules of a 90 file in the beginning of the copy to/etc/udev/rules.d/below it.Then rerun the command above.8. Ros Interface InstallationFor Ubuntu14.04 that already have Ros Indigo installed, use the following commandCD ~/catkin_

It's kinect2.0.Kinect v2 with Ms-sdk20 pluginIn the example of the default greenscreen inside is green, the request is changed to transparent, the following directly on the codeLet's get the background and see if it's transparent.Shader "Dx11/greenscreenshader" {subshader {///transparent requires this Blend Srcalpha oneminussrcalpha Tags {"Queue" = "alphatest"} Pas s {cgprogram #pragma target 5.0 #pragma ve

It's kinect2.0. Kinect v2 with Ms-sdk20 plugin In the example of the default greenscreen inside is green, the request is changed to transparent, the following directly on the code Let's get the background and see if it's transparent. Shader "Dx11/greenscreenshader" {subshader {///transparent requires this Blend Srcalpha oneminussrcalpha Tags {"Queue" = "alphatest"} Pass {cgprogram #pragma target 5.0 #pragm