11 posts tagged with "2"

We've been listening closely to community feedback, and NextGen 2.0 will bring meaningful fixes to some of the most frequently reported visual issues.

Beyond the headline features (Spectral Waves, Breaking Waves, Wave Forge), NextGen 2.0 includes dozens of additional improvements across every system. Here's the complete feature roundup.

For years, the #1 feature request from our community has been realistic breaking waves. With NextGen 2.0, we're delivering a complete Coastal Wave System that simulates the entire lifecycle of waves as they approach and break on your shores.

NextGen 2.0 introduces a completely overhauled buoyancy system with async physics, river-specific forces, and downstream rotation. Perfect for boats, debris, characters, and any floating objects.

NextGen 2.0 provides an extensive set of debug tools and console variables for troubleshooting, optimization, and visualization. This comprehensive reference covers every command available for mastering your water simulation.

Ready to upgrade? This guide covers everything you need to know about migrating your project from Oceanology NextGen 1.2.5 (or earlier) to the new NextGen 2.0.

After months of intensive development, we're thrilled to announce Oceanology NextGen 2.0 - the most significant update in the history of our water simulation plugin. This isn't just an update; it's a complete reimagining of what's possible with real-time ocean rendering in Unreal Engine 5.

For developers who want to understand the engineering behind NextGen 2.0, this article explores the GPU data architecture, shader organization, and rendering pipeline changes that make the new features possible.

One of the most challenging aspects of realistic water simulation is handling the boundaries between different water body types. NextGen 2.0 introduces a sophisticated transition system that makes these boundaries seamless and visually stunning.

One of the headline features of NextGen 2.0 is the new Spectral Gerstner Wave System. In this deep-dive, we'll explore the science behind this system and how it delivers unprecedented realism while maintaining excellent performance.