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MTBS3D Check out this interview with Tony Zheng, Co-Founder of @matatalab. They have developed a new robotic toy for child… https://t.co/PPnrmshvQ5
MTBS3D Adshir makes ray tracing technology that works on countless platforms and device types. They’re are the first on r… https://t.co/yqLobXhx14
MTBS3D We interviewed Steve Venuti, VP of Marketing for @KeyssaTech. They've developed a solid state connector that is cha… https://t.co/081Ie1799L
MTBS3D Jim Malcolm, Chief Marketing Officer for @HumanEyesTech demonstrated their latest combination 360 degree plus 180… https://t.co/dfnwLmc1Os
MTBS3D .@Dlink spoke to us last week at #CES2020 about their latest Wifi 6 mesh router and what it means for end users.… https://t.co/n2HXCcufMX
MTBS3D RT @tifcagroup: Our Client-to-Cloud Revolution Portal is LIVE! Computing is heading towards a world of any place, any device user experienc…
MTBS3D RT @IFCSummit: .@thekhronosgroup President @neilt3d talks open standards and client-to-cloud at #IFCSummit. #CloudComputing https://t.co/T
MTBS3D Please help @tifcagroup by completing their survey by December 16th! https://t.co/nInslvJ1HM
MTBS3D RT @IFCSummit: #IFCSummit Visionaries Panel with @IntelSoftware @intel @AMD and @jonpeddie talks Client-to-Cloud. #CloudComputing #FutureCo
MTBS3D RT @IFCSummit: The Futurists Panel moderated by @deantak of @VentureBeat is online. #IFCSummit #CloudComputing #FutureComputing #Futurists
MTBS3D RT @IFCSummit: Daryl Sartain is Director & Worldwide Head of #XR, Displays, and Wireless Ecosystems for @Radeon at @AMD. He is also Chair o…
MTBS3D RT @IFCSummit: Arvind Kumar is a Senior Principal Engineer for @intel @IntelSoftware. At #IFCSummit he explained the workings of the Client…
MTBS3D RT @IFCSummit: Neil Schneider’s #IFCSummit opening presentation. #CloudComputing https://t.co/CFqiNxSzPV
MTBS3D RT @IFCSummit: Our #videogames in the #clienttocloud revolution is going on now featuring @playhatchglobal @AccelByteInc @awscloud and @Sha

GameGrade3D Instructions


What To Test For

There are two things we want to learn when it comes to testing a game in stereoscopic 3D.  The first is all about quality, and we want games that can offer an error-free 3D gaming experience, without being forced to turn down graphics settings.

It's often the case that PC games in 3D are plagued with visual anomalies, and the only way to get rid of them is to turn down graphics or "eye candy" settings like HDR lighting, shadows, reflections, and shader levels.  While all games begin with a perfect score of 100%, they get deductions every time a special effect has to be turned or forced off by the user or driver developer - and if there are visual problems that remain despite the gamer's best efforts.

The second part of the score has to do with visual flexibility.  Many gamers are content with a depth-only or "100% behind the glass" 3D experience, while others would like a combined depth and pop-out effect where things can seem to reach out and pierce through the display's screen.  While this isn't a qualitative score, results need to indicate a game's visual flexibility and under what circumstances.

Whether or not gamers like a combined depth and pop-out experience in their titles, it's an important part of the test process to ensure that game anomalies are in check, and the game's flexibility is accurately indicated.