Computer Graphics News
The latest Computer Graphics coverage curated for game developers.
SNAP3D tackles a common failure mode in part-aware 3D generation: parts that look right but cannot actually assemble. The system uses physics feedback to reduce interpenetration, infer contact relationships, and …
ACM SIGGRAPH’s SOIREE is bringing computer graphics educators together to swap teaching methods and discuss where CG education is headed. For game teams, that matters because today’s curriculum shapes tomorrow’s …
DReSG tackles a familiar 3D Gaussian Splatting problem: how to add strong reference-driven style without wrecking view consistency. The method turns diffusion outputs into residual targets and feeds them back …
SIGGRAPH 2026’s Early Career Development Committee is expanding its support for students and emerging CG talent with career sessions, mentoring, and resume and reel reviews. For studios hiring juniors, it’s …
SIGGRAPH has named the winners of its 2026 Student Research Competition, spotlighting student work across graphics, interactive techniques, XR, and visualization. For game developers, the interesting part is the pipeline …
A new ptychography pipeline uses multi-scale non-linear spectral preconditioning to push tabletop nanoscopy past the usual detector dynamic-range bottleneck. The key shift is that strict radiometric linearity is no longer …
A new CG-World dataset packages 850,000 temporally aligned 1-5 second segments from industrial graphics pipelines into a world-state format. It records latent state, motion, camera, lighting, physics, and events, giving …
TexSketch is a procedural pipeline for generating colored sketch datasets with texture-aware stylization, aimed at training sketch colorization models without hand-annotated pairs. It combines region extraction, semantic color prediction, and …
CGGS tackles a stubborn text-to-3D problem: ego-centric scenes that drift in viewpoint and geometry. The pipeline combines a consistency-augmented multi-view diffusion stage, depth from optical flow and point tracks, and …
A new differentiable rendering method called Meshtryoshka uses ordinary triangle rasterizers to reconstruct real-world scenes as nested mesh shells. It targets a long-standing gap in graphics research: mesh-based pipelines that …
A 2026 TOG paper claims penetration-free elastodynamics can be made robust without relying on barrier terms, which is the part that usually makes deformable-body solvers finicky. For game teams, that …
SIGGRAPH Asia 2026 is open for submissions, giving graphics, animation, XR, and interactive-tech teams a venue to show work to a highly technical audience. For game developers, it’s one of …
Andrew Glassner is using SIGGRAPH 2026 to frame quantum computing as a possible graphics tool, not just a research curiosity. For graphics programmers, the interesting part is the shift from …
Learned holography is getting closer to something practical: one model can now adapt to different display and scene settings without retraining. The paper reports support for propagation distance, depth, brightness, …
A new hair reconstruction paper argues the real problem isn’t just lack of training data, but the ambiguity of inferring strand geometry from 2D images. The proposed HairLRM pipeline uses …
A CAD-learning paper reports 92.6% accuracy with just 250 labeled samples and 95.8% with 1,000, by combining foundation-model knowledge with textbook-style domain knowledge instead of fine-tuning. For teams building tools …
SIGGRAPH’s 2026 Technical Papers Awards spotlight the research most likely to trickle into real-time rendering and content pipelines. For graphics programmers and technical artists, the useful signal is which ideas …
A new training-free pipeline claims to turn a single image into physically plausible video by first reconstructing 360° scene geometry, then running physics on that geometry before reusing the same …
Recent research highlights a troubling bias in computer graphics algorithms, particularly in how they render human skin and hair. This has significant implications for graphics programmers and artists, as it …
The exploration of 3D rotation representations is crucial for graphics programmers and developers in robotics and machine learning. This paper evaluates methods like quaternions and rotation matrices, highlighting their efficiency …