Liquid-Ge and Krypto: Innovative Display Technology in Films
Summary
Liquid-ge is a new technology introduced in Zack Snyder’s film that enables a more interactive and tactile display. It is used in the film to portray the history and technology of Krypto, Superman’s home planet. The display technology is created through animation and simulation to achieve a metallic and liquid droplet feel that is both aesthetic and functional.
Table of Contents
- Liquid-disk technology from Krypto
- Creating Display Shapes
- Creating the History of Krypto
Introduction
Innovation in film display technologies has always been a fascinating subject, as it helps to enhance the audience experience. Recently, in Zack Snyder’s Superman movie, a new display technology was introduced called Liquid-ge. It enhances the viewing experience by making the display more interactive and tactile. This article aims to explore the technology and how it was used to portray the history and technology of Krypto.
Q&A
Q: What is Liquid-disk technology and where did it come from?
A: Liquid-disk technology is a new display technology that was introduced in the Superman movie. It comes from Krypto, which is Superman’s home planet, and it uses a different technology for its display.
Q: How did the creation of display shapes work?
A: The display shapes were created through a combination of animation and simulation. Once the animation was finalized, the effects department would run simulations on top of that animation. The shapes needed to transform and have a liquid droplet feel while being aesthetic and functional.
Q: How did the team create the history of Krypto?
A: The team did a lot of experimentation to figure out what the history of Krypto would look like. They started with the liquid bead geo technology itself, and that was relatively straightforward. They explored the aesthetic look and applied it to spaceships and alien technology, making the shapes bold and graphic, almost like art deco.
Q: What techniques were used to create Liquid-ge?
A: The team used a hybrid technique that allowed them to develop forms on the fly that had a metallic, liquid droplet feel. The tiny beads of geometry move around and form new surfaces, and those surfaces move as well, producing almost Greco-Roman bas-relief-like looks.
Q: How did they manage to make the display more tactile?
A: The team managed to make the display more tactile by simplifying the shapes down a little bit and making them more graphic and bold, like art deco. They also needed to take into account the lighting, which was paramount to achieving a tactile effect.
Conclusion
Innovation in film display technologies is a fascinating subject, and Liquid-ge technology used in Zack Snyder’s Superman movie is proof of that. Liquid-ge enhances the viewing experience by making it more interactive and tactile, and it is used to portray the history and technology of Krypto in the movie. The creation of display shapes was done through a combination of animation and simulation, while the history of Krypto was achieved through experiments and concept art. With the new Liquid-ge technology, who knows what else is possible in the future of film display technologies?
