搜索资源列表
Kinect_NICV 读取kinect深度和彩色图像
- 读取kinect深度和彩色图像，采用openCV显示，进行手势识别，手跟踪-read the depth and color map from kinect and display by opencv. Recognize gesture and track hand
kinect-control-mouse
- kinect 开发 3D实时跟踪 体感操控-kinect development of 3D real-time tracking
HeadDetector
- Detect skeleton point from kinect based on OpenNI and OpenCV-Detect skeleton point from kinect based on OpenNI and OpenCV. Simple sample for you to get started using kinect
KINECTOPENCV
- 将MS公司的KINECT数据读入，并且显示在计算机上。可修改程序以存储视频。-KINECT the MS' s data read and displayed on the computer. Can modify the program to store the video.
kinect_opencv_test
- VC++ opencv2.2 kinect-damo from kinect sdk
kinect-related-code
- 相关的开发程序代码，主要用opencv实现的，包括骨架识别，RGB_depth等的demo，很好的资料哦-kinect related code，included touch ，skeleton,RGB depth conversionkinect
Kinect_CvPoint3D
- Kinect检测手臂中的2个三维坐标 可判断方向 先安装openNI驱动-Kinect detection arm in two three-dimensional coordinates Can determine the direction of Be installed openNI driven
GetSkeleton-using-OpenNI(Qt)
- MS的kinec SDK和OpenNI都提供了人体骨骼跟踪的算法，人体骨骼跟踪算法在kinect人体行为识别中非常重要，该识别过程通常被用来作为行为识别的第一步，比如说，通过定位人体中的骨骼支架，可以提取出人手的部位，从而可以把手的部分单独拿出来分析，这样就达到了手势的定位，而后面的手势识别则可以在刚刚定位出的领域进行处理。总而言之，一套有效的人体骨架追踪算法在kinect的一系列应用中非常有用，不过MS SDK和OpenNI虽然都提供了该算法类的直调用，但是其源码并没有开放，毕竟这是人家最核心
HandSegment_OpenNI_OpenCV
- 手势识别非常重要的一个特点是要体验要好，即需要以用户为核心。而手势的定位一般在手势识别过程的前面，在上一篇博文Kinect+OpenNI学习笔记之8(Robert Walter手部提取代码的分析) 中已经介绍过怎样获取手势区域，且取得了不错的效果，但是那个手势部位的提取有一个大的缺点，即需要人站立起来，当站立起来后才能够分隔出手。而手势在人之间的交流时，并不一定要处于站立状态，所以这不是一个好的HCI。因此本文介绍的手势部位的提取并不需要人处于站立状态，同样取得了不错的效果。-A charact
deep-and-image
- 本例是利用OpenNI和OpenCV完成.oni格式视频的采集，介绍了利用Kinect相机采集视频的方法。-This case OpenNI and OpenCV oni format video capture Kinect camera to capture video.
drawlines
- 利用kinect for windows开发出的在pc屏幕上画图的程序-Kinect for windows pc screen drawing program developed
handtickle
- 利用kinect for windows完成的手势追踪程序-Kinect for windows complete gesture tracking procedures
kinect
- 通过sdk获取kinect图像，并且转换成opencv格式，检测视觉范围内是否有人体并且输出图像。如果检测到人体，则转换人体部分为白色。-Through the sdk Learn the kinect image, and converted into opencv format, whether or not the human body and outputs the image as detected within the visual range. If the human body
Kinect-V2-Joints-Programming
- Kinect V2 Joints bodyFrameSource = WindowsPreview.Kinect.BodyFrameSource Frame data is a collection of body objects each with 25 frames. Each joint has position in 3D space and an orientation
depth
- 使用Kinect对深度图像进行采集，使用C++编程实现(The use of Kinect for depth image acquisition, using C++ programming)
KinectCoordination
- 利用了微软的Kinect v2 开发了基于深度图像的人体目标的检测跟踪与定位，结合了VS2013，Qt以及opencv视觉库，设计了该系统的GUI界面(Using Microsoft's Kinect V2, we have developed the detection, tracking and positioning of human targets based on depth images. Combining the VS2013, Qt and opencv visual libr
kinectdepthandcolor
- 本程序主要是利用opencv实现kinect采集的彩色图像和深度图像的显示。(This program is mainly using OpenCV to realize the display of color images and deep images collected by Kinect)
openni_opencv
- kinect结合opencv来显示深度，彩色，融合图像 用于人脸检测视频检测 (kinect show the depth, color, image fusion)
-kinect-gesture
- kinect动作识别，vs2013+opencv3.0(kinect gesture use vs2013 and opencv3.0)
骨架提取与动作识别
- 基于opencv以及kinect的骨架提取和姿势识别代码，C++环境(kinect gesture from opencv)