Adam Savage steps into NVIDIA’s VR Funhouse

TL;DR

NVIDIA showcases their VR Funhouse game, a sandbox for testing realistic physics in virtual reality.

Transcript

hey my friends an nvidia called me up and told me they had some really cool stuff for me to see in VR apparently they've been experimenting with hyper realistic physics engines so I'm about to go see what they're working on hello Adam hello rev how's it going good good thank you for joining us thanks for having me what we're gonna show you is what ... Read More

Key Insights

• 👾 NVIDIA has developed VR Funhouse, a game that serves as a sandbox for testing realistic physics in virtual reality.
• 👾 The game features impressive physics, including metal reflectivity, turbulent simulations, and realistic interactions with particles.
• 😘 Low latency and high frame rates enhance the immersive experience and reduce the risk of motion sickness.
• 👾 Haptic feedback through the game's handles provides a realistic sense of touch and vibration.
• ℹ️ NVIDIA aims to inspire others by making the source code and assets of VR Funhouse open-source, encouraging modifications and enhancements.
• ✊ VR Funhouse showcases the computational power needed to model large numbers of objects and generate photorealistic graphics in real time.
• 👾 Users can adjust the flow and interact with streams of water in the game, thanks to surface tension and viscosity simulations.

Questions & Answers

Q: What is VR Funhouse?

VR Funhouse is a game developed by NVIDIA where users can test different physics engines in virtual reality. It serves as a sandbox for experimentation and showcases hyper realistic physics.

Q: How does the physics in VR Funhouse compare to other games?

The physics in VR Funhouse are highly realistic and operate in a way that's consistent with the real world. Unlike other games with their own physics engines, VR Funhouse provides genuine physics that users can interact with.

Q: What were some standout features in VR Funhouse?

Some standout features in VR Funhouse include the metal reflectivity of the swords, turbulent simulations that allow confetti to roll around, low latency and high frame rates, and the ability to shoot pottery and see particles interact with the environment.

Q: How did the game handle latency and frame rates?

The game had low enough latency that it didn't cause any motion sickness, even after playing for two hours. The frame rates were high enough to provide a smooth and immersive experience, making users feel locked into the virtual space.

Summary & Key Takeaways

• NVIDIA has developed VR Funhouse, a game that allows users to test out various physics engines in virtual reality.

• The physics in the demo are highly realistic and operate as expected within the virtual world.

• The game features impressive elements such as metal reflectivity, turbulent simulations, low latency, and high frame rates.