Animation

A few months ago, Canadian company SideFX quietly released an update to its bleeding-edge Houdini procedural animation software, which handles the physics behind CGI. This stunning video pulls back the curtain on the process behind so much of today's cinema and gaming.

​In motion-capture animation, an actor moves through a studio equipped with multiple cameras. A computer tracks markers on their body, building a 3D "skeleton" that is used to create the final animated character. Experimental new drone-based tech, however, may make the process much easier.

To speed up the creation of virtual environments, researchers at Nvidia have taught artificial intelligence systems how to generate and detail new virtual cityscapes, by training neural networks on real video footage.

A system combining robotics and animation software to create lifelike humanoid characters has been demonstrated in a new video by Engineered Arts. Dubbed Mesmer, the technology promises cheaper results by pulling disparate technologies into a single package.

​Although movie producers can now create computer-animated images of just about anything, the sounds made by those items still typically consist of recordings of real-world objects. That may not be the case for much longer, however, thanks to a computer system developed at Stanford University.

Some day, even stopping for a rest on a bench at Disneyland might be an attraction, thanks to a mixed reality prototype called the Magic Bench. Designed to make AR more of a group activity, it allows people to interact with animated characters in 3D space, and even feel them through haptic feedback.

The cumbersome, expensive process of motion capture might soon be a thing of the past. Danish startup Rokoko has developed the Smartsuit Pro, a mocap suit that works without wires or cameras, and instead relies on sensors and a Wi-Fi network to record or stream motion to a character in real time.

Legendary Studio Ghibli animator Hayao Miyazaki was recently scree​ned a demo of AI generated animation after which he vehemently responded, "I would never wish to incorporate this technology into my work at all.​"

If recent mobile technology releases are any indication, pictures are still worth a thousand words – and millions of dollars. Emojis and short animations have become communication essentials. Here’s how these modern pictographs are taking over the world, and how tech companies are trying to cash in.

MIT researchers have developed a technique​ that allows dynamic interaction with objects captured in video. By analyzing vibrations in the video, the system can construct an interactive model of a real-world object from as little as five seconds of video.​

Researchers have developed a graphics algorithm that not only realistically models light reflecting off complex surfaces like water, leather, glass, and metal, but which also runs about 100 times faster than current state-of-the-art systems.

Researchers recently demonstrated how 3D video images of celebrities could be created by piecing together still images retrieved from the internet. They also showed how their algorithms could animate those digital models, getting them to say things that were actually said by someone else.