On Bootstrap, the tool developers use to set up their local work environments, the team completed the client revamp implementation roadmap, finalizing the delivery phasing and producing mock-ups of the new interface. This closes out last month’s design phase and clears the way to begin rebuilding the client.
For Error Reporting, the crash-processing pipeline was updated to clean up leftover files after each run for better reliability.
Finally, attention was given to the broader crash pipeline and post-launch polish for Panic Switch, the live incident management tool.
R&D
August saw the R&D team working on planet atmosphere, including making improvements to the overcast skylight. Improvements to cloud injection into the atmosphere continued too.
However, the bulk of the team’s work went into the temporal render mode. As part of this, the handling of dynamic objects was improved to reduce trails when moving through clouds. Motion-based confidence was replaced with a new coherence metric, which gives much better convergence and stability at little or no motion, and also helps to deal with evolving clouds, camera cuts, and dynamic objects in general without special-case handling. The history clamp was also improved, and in combination with a guide mask, now largely resolves transmittance halos at ridges.
A number of performance and memory improvements were made as well. The history helper texture was reduced to 25% by compressing and quantizing its attributes. Noise LOD computation was optimized, and shape and erosion noise now receive individual LODs. The temporal upsampler was optimized to reduce register pressure, and various transmittance profile improvements and fixes were made.
Several items remain in progress: folding opaque scene visibility into the upsampler’s filter kernel and neighborhood clamp BBox hull setup, and the cloud injection work and VGPR reductions for the spatio-temporal upsampler.
Tech Art/Animation
Throughout August, the Technical Animation team focused on the systems that make characters look and move convincingly, including faces, deformation, cloth, and creatures. Much of this work is foundational, improving the underlying tech that every character in the 'verse relies on rather than any single asset.
For character faces and DNA heads, the team continued the expression and polish work that brings the PU’s growing cast of faces to life, running detailed passes across a batch of DNA heads and correcting alignment issues that had crept in between the artists’ Maya scenes and what players actually see in-game. A new set of eye textures was integrated into the live Star Citizen branch, alongside an updated base head. Improvements were also made to how facial regions blend together, laying groundwork for more varied and natural-looking characters.
Significant progress was made on the RBF system, which drives how skin, muscle, and clothing deform as characters move. The team solved a tricky issue where jaw movement was incorrectly pulling on collars, streamlined how deformation data is exported so multiple setups can share a single asset, and pushed the system out across the core Star Citizen skeletons. Tool improvements requested directly by Tech Art also landed.
The StarCloth toolset gained per-vertex control over how strongly cloth is pulled toward the body, giving artists far finer authority over how capes, coats, and loose garments behave. Support for unified skins was added, along with automatic health checks that catch broken cloth setups before they reach the game.
Weakspot implementation on the apex sand valakkar moved into review, and new creature variants began playtesting.
(This Topic relates to the Discord conversation here)