2010-07-26
We are hiring
Our company is growing so we would be happy to see new team members: developers, PM, sales manager and system administrator. Moreover, the good news is our convenient office in Tomsk is now doubled in size!
2010-05-25
Heaven 2.1, Tropics 1.3, Sanctuary 2.3
Released updated versions of Unigine benchmarks with support of OpenGL 4.0 (including hardware tessellation) and stereo 3D technology (including 3D Vision): Heaven 2.1, Tropics 1.3 and Sanctuary 2.3.
2010-05-04
5 years since the first commercial release of Unigine
The first commercial version of Unigine engine was released five years ago, on May 4, 2005. With the release number 0.3, it had codebase size of approximately 10% relative to the current one. At that time, there used to be 5 people on board.
2010-03-23
Unigine Heaven Benchmark 2.0
Updated version of Unigine Heaven DirectX 11 benchmark is now publicly available. Main changes are: added more content, improved engine, introduced "moderate" and "extreme" tessellation modes, added Linux version (32/64 bit).
2010-02-22
Unigine booth at GDC SF 2010
We gladly invite you to come visit our booth #1344 at Game Developers Conference, San Francisco, 2010. There you will be presented the recent version of Unigine Engine and the Heaven Benchmark 2.0 along with a lot of featured Unigine-based content. Feel free to contact us for an appointment.

Development Log

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2007-08-02

Physics stabilization

This week changes:

  • Increased precision of physics simulation.
  • New JointWheel object, old one is renamed to JointSuspension.
  • Fixed functions of BodyRigid: addForce, addTorque, addWorldForce, addWorldTorque.
  • transposeRotation function renamed to transpose3.
  • Added inverse3 function for fast invertion of matrices.
  • Improved robustness of joints solver.
  • Fixed cone friction.
  • Ray car sample.
  • Crawler sample.
  • Maya 8.5/Linux plugins.
  • Network sockets functions in UnigineScript library.
  • "Virtual World" chapter in "Principles of Operation" section of the manual.

Our tire model is rather simple, however it is enough for games. All dynamic parameters can be read from wheels. Pacejka's magic formula can be easily implemented if one needs the highest level of realism, but it requires too much constants for different tires so we decided to neglect it.