Tagline: "xxx blobcg — prototype faster, publish smarter."
If you want a different tone (formal, playful, technical), a longer marketing page, or a version tailored to investors, developers, or users, tell me which and I’ll rewrite. xxx blobcg
Do not evaluate all blobs for all voxels. Build a BVH where each leaf node contains a list of blobs. If a voxel node is outside the influence radius of a group of blobs, skip that branch entirely. Tagline: "xxx blobcg — prototype faster, publish smarter
If your render time is exploding (the "XXX" dimension), implement these five fixes: Do not evaluate all blobs for all voxels
Traditional CPU-based blob rendering is dead for xxx workloads. A blobcg engine must leverage compute shaders:
// Pseudo compute shader for density evaluation
float evaluateDensity(vec3 worldPos, BlobInstance blobs[1000])
float sum = 0.0;
for (int i = 0; i < blobCount; i++)
float dist = distance(worldPos, blobs[i].position);
sum += blobs[i].radius / (dist * dist); // Density falloff
return sum;
Nintendo’s Super Mario Bros. Wonder features "Wonder Flowers" that turn the game into a chaotic, morphing fever dream. Characters become floating balloons, goopy slugs, or stretchy ropes. Nintendo, the titan of family entertainment, injected pure BlobCG physics into its flagship IP, signaling that the style is no longer alternative—it is the future of cartooning.
A "Blob" in CG is defined by a mathematical function: ( F(x, y, z) = \textThreshold ). Every point in space has a density value. When two blobs move close together, their density fields add together, creating a smooth bridge between them. This is the foundation of fluid simulation and organic modeling.