Open Source Augmented Reality Software - Page 3

This is an augmented reality incarnation of a game called Spads and Fokkers, where 2 computer-generated 3d airplanes fight each other in the real world piloted by users thoughts. In this implementation AR and BCI tecnologies are used to make it possible.

SudaRA is a C++ framework based on ARToolKit for development of Augmented Reality applications, offering features such as support for 3D models, sound, network, multiple-marker tracking, among others through a simple and well-structured interface.

The most powerful spatial analytics platform to help you understand user behavior within immersive experiences. Identify exactly what users are paying attention to and in what order. Measure training performance and outcomes with employees. Evaluate compliance to improve safety, reduce injury and errors. Collect distributed insights for CPG, AEC and retail environments. Prove out your hypotheses by conducting experiments in VR. Receive scientific accuracy in captured eye-tracking, fixations and biometrics.. Improve product development workflows to enable rapid insights. This SDK allows you to integrate your Unity games with Cognitive3D, which provides analytics and insights about your Unity project. In addition, Cognitive3D empowers you to take actions that will improve users' engagement with your experience.

This is an augmented reality browser that uses the position and orientation of the mobile device it is running on and the position of a list of tracked devices in order to display the tracked devices in an augmented reality view, in real time.

A collection of C-based wrappers for managing marker-based tracking libraries, video libraries, tracking peripherals and their associated Unity Game Engine C# scripts designed to ease the development of augmented reality applications.

Augmented reality software for a laser game

The "Visible Network" is CarnivorePE client that permit visualize, using augmented reality technology, the data that is interchanged in a wireless network. Print the mark, connect you webcam and run the program and you will see how it works... !!!

The WebXR Gamepads Module is for accessing the state of buttons, triggers, thumbsticks, and touchpads associated with virtual reality (VR) and augmented reality (AR) motion controllers on the Web. This specification is a product of the Immersive Web Working Group. This specification module describes support for accessing button, trigger, thumbstick, and touchpad data associated with virtual reality (VR) and augmented reality (AR) devices on the Web. Hardware that enables Virtual Reality (VR) and Augmented Reality (AR) applications are now broadly available to consumers, offering an immersive computing platform with both new opportunities and challenges. The ability to interact directly with immersive hardware is critical to ensuring that the web is well equipped to operate as a first-class citizen in this environment. The WebXR Gamepads module adds interfaces and behaviors to the WebXR Device API and the Gamepads API to allow for querying the state of buttons, triggers, thumbsticks.

living library of static functions. augmented reality, game management and as3 general tools. source also explained at arui.blogspot.com

A free, java-based wearable computer and augmented reality system. Designed to be constructed out of common off-the-shelf items.

jARToolKit - A Java-binding to the Augmented Reality library ARToolKit supporting GL4Java, JOGL and Java3D

Project mARbleMaze is an augmented reality minigame where the user uses a printed marker and his webcam to solve marble maze levels. Levels involve special fields like invisible walls and holes.

Based on augmented reality concept, this project emulates a (multi) mouse behavior. This C++/Qt software allows controlling an application through the movements of tokens on a table captured by an IEEE 1394 based digital camera.