> Convolution Nice idea, but I'm also planning a book on advanced cuda programming, and I will cover convolutions there, I'll think if it is interesting to hav

> Convolution Nice idea, but I'm also planning a book on advanced cuda programming, and I will cover convolutions there, I'll think if it is interesting to have some kind of cross chapter that is valid for both books. > Noises I cover those in normal mapping > anisotropy I have a full chapter on brdf that includes anysotropy for raster and raytracing, I use it also to derive anisotropic filtering > Color spaces I have to make choices, and I don't think I'll cover in depth color spaces, it's a topic I know, but I find it very annoying to write about, in particular, making it fun to read is difficult > acceleration structures I will have a short section on them as I use them for raytracing, at the moment I use only a basic octree, but I could expand to include other partitioning structures if that does not make the book too heavy to read > diffusion processes and 2d/3d solvers Will be better in the cuda book > complex numbers I derive complex, quaternions, and geometric algebra for rotations > orbit based fractals I'm not familiar with this topic, apart from basic fractal rendering, I'll look into it You may find this paper fun to read https://arxiv.org/abs/2402.06184 https://arxiv.org/abs/2402.06184 even if it's not exactly about their rendering > metropolis sampling I do not expect to write about mcmc and metropolis in this book, but I keep the idea > Demoscene I need to ask a friend that worked in the Demoscene if he would be interested in write something, but I'm not the right person to write about it as I only have a summary knowledge of it, I'm afraid that will be out of scope Thanks very much for all the ideas!