C# Samples

Kinect for Windows 1.5, 1.6, 1.7, 1.8

Demonstrates how to implement Kinect for Windows in a variety of C# samples using Windows Presentation Foundation.

In This Section

• Adaptive UI-WPF C# Sample
  Demonstrates how to create an app that adapts its UI based on the user's field of view and distance from the screen.

• AudioBasics-WPF C# Sample
  Captures audio data and displays the direction of the audio source on screen.

• Avateering C# Sample
  Demonstrates how to use the Joint Orientation API to help avatar animation and retargeting using XNA Game Studio.

• Background Removal Basics-WPF C# Sample
  Demonstrates how to use the Microsoft.Kinect.Toolkit.BackgroundRemoval API to separate people in the foreground from the background. This effect is similar to using a green screen technique to separate people from a green screen background.

• Color Basics-WPF C# Sample
  Demonstrates capturing and displaying color data on screen.

• Controls Basics WPF-C# Sample
  Describes how to use Kinect Controls, such as targeting and selecting with a cursor.

• Coordinate Mapping Basics-WPF C# Sample
  Demonstrates how to use the ColorImageStream to separate people in the foreground from the background. This effect is similar to using a green screen technique to separate people from a green screen background.

  Note

  Before Kinect for Windows SDK 1.8, this sample was named Green Screen-WPF C# Sample.

• Depth Basics-WPF C# Sample
  Captures and displays depth data on screen.

• Face Tracking 3D-WPF C# Sample
  Demonstrates face tracking using Windows Presentation Foundation 3D rendering to draw the person's face in the tracked mask.

• Face Tracking Basics-WPF C# Sample
  Demonstrates face tracking using Windows Presentation Foundation rendering.

• Infrared Basics-WPF C# Sample
  Demonstrates how to enable the infrared stream and use it to display images.

• InteractionGallery-WPF C# Sample
  Describes how to implement basic gestures such as targeting and selecting with a cursor, as well as appropriate feedback mechanisms for an optimal user experience.

• Kinect Explorer - WPF C# Sample
  Demonstrates how to use the ColorImageStream, DepthImageStream, and SkeletonStream, to display color, depth, and skeleton data and KinectAudioSource to capture audio data.

• Kinect Fusion Basics-WPF C# Sample
  Describes how to use Kinect Fusion for 3D reconstruction.

• Kinect Fusion Color Basics-WPF C# Sample
  Demonstrates the basic use of the Kinect Fusion APIs for 3D reconstruction with the option of using color.

• Kinect Fusion Explorer-WPF C# Sample
  Demonstrates additional features of Kinect Fusion for 3D reconstruction.

• Kinect Fusion Explorer Multi Static Cameras-WPF C# Sample
  Demonstrates how to integrate multiple static Kinect cameras into the same reconstruction volume.

• Kinect Fusion Head Scanning-WPF C# Sample
  Demonstrates how to leverage a combination of Kinect Fusion and Face Tracking to scan high resolution models of faces and heads.

• Shape Game C# Sample
  Demonstrates a simple game that uses Kinect audio and skeletal tracking information.

• Skeleton Basics-WPF C# Sample
  Captures and displays skeleton data on screen.

• Slideshow Gestures-WPF C# Sample
  Demonstrates a simple slideshow application that watches for right and left swipe gestures to go to the next and previous slides. This sample does not ship in version 1.7.

• Speech Basics-WPF C# Sample
  Performs speech recognition on user commands for moving an object on screen.

• Tic Tac Toe-WPF C# Sample
  Demonstrates using audio sound source angle to identify different players using speech recognition to control a simple Tic-Tac-Toe game.

• WebServerBasics-WPF C# Sample
  Demonstrates how to implement a Kinect-enabled user interface using HTML5 and JavaScript in a web browser.

• WPF D3D Interop C# and C++ Sample
  Demonstrates DirectX 11 Interop with WPF, including full WPF composition of DirectX surfaces. Features a variation of the Depth Basics-WPF C# Sample.

• XNA Basics C# Sample
  Captures color, depth, and skeleton data and displays them using XNA Game Studio. More specficially, the sample captures color and depth data, and uses a SpriteBatch class to render the data.