omicron sdk

omicron sdk - A. Nishimoto, EVL

Developers: Alessandro Febretti, Arthur Nishimoto, Victor Mateevitsi

URL: http://code.google.com/p/omicron-sdk

Funding: NSF #OCI-0943559 STCI: OptIPlanet Cyber-Mashup

omicron sdk is an input abstraction and utility library for virtual reality systems, providing access to a variety of input devices, mostly used in immersive installations and stereo display systems.

Some of the devices currently supported by omicron are:
  • All motion capture systems supporting the VRPN protocol
  • NaturalPoint trackers (TrackIR, Optitrack)
  • Wii controllers
  • Xbox 360 controllers
  • Microsoft Kinect (multiple Kinects supported. omicron also offers some functions for Multi-kinect transform calibration)
  • SAGE pointer connections
  • PQLabs multitouch overlays
  • iPad touch interfaces and dynamic GUIs through the custom Porthole protocol
  • Thinkgear brainwave interfaces

omicron abstracts input using modular event services, each providing access to a specific input device. Events can be easily streamed over the network using the omicron connector API. Also, Event services can be chained together to provide advanced functionality.

In addition to event services, omicron provides additional utility APIs to simplify the developement of the non-graphics part of VR applications. These APIs are mostly lightweight wrappers on top of well established open source libraries. omicron includes:
  • A configuration file reading system (libconfig)
  • An xml reading / writing API (tinyxml-2)
  • Multithreading support (tinythread++)
  • A simple tcp client / server API (asio)
  • A mathematical / geometry library (eigen)

omicron input support can be integrated into C++ applications as a static library, or it can be run as a standalone input server, streaming input data to multiple applications. Omicron comes with client-side interfaces for Unity and Processing.

C++, using a single header. Only a few lines of code needed. For more information see the omicronConnector section on the Getting started page.

Email: anishi2@uic.edu

Date: August 16, 2011 - Ongoing

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