Test upon a complex shape
Will it be possible to convert this sketch into a 3D model. Let’s try out and compare the results. Continuer la lecture de IA – Image to 3D
Archives de catégorie : Méthodologie
AI – Flux Klein 2 – Inpainting
AI – Flux Klein 2 – Inpainting
presentation
Flux 2 provides superior precision for image creation, particularly when the process involves transformation, integration, or composition. Being free and open-source, it stands as a compelling alternative to Nano banana.
In architecture, certain functionalities are invaluable for rapidly transforming concepts into visual representations.
Detailed explanations on Flux2 can be found here : https://docs.comfy.org/tutorials/flux/flux-2-klein
Unlike a standard VAE, this approach utilizes novel nodes: an Inpaint crop acting as a ‘spying glass’ and the Flux Enhancer node, which is instrumental in preventing the model from generating hallucinations.
Gaussian Splatting: A High-Quality 3D Scene Representation
Creating a Gaussian Splatting workflow
Gaussian Splatting is a novel 3D scene representation technique that’s revolutionizing novel view synthesis (creating new camera viewpoints of 3D scenes). It emerged as a state-of-the-art alternative to Neural Radiance Fields (NeRFs) in 2023.
Core Concept
Instead of representing scenes with neural networks (like NeRFs) or explicit meshes, Gaussian Splatting represents scenes as millions of tiny 3D Gaussian « blobs » that can be efficiently rendered using a technique called « splatting. »
The technique represents a significant shift from implicit neural representations back toward explicit, differentiable graphics primitives, but with modern optimization techniques that achieve unprecedented quality and speed.
Continuer la lecture de Gaussian Splatting: A High-Quality 3D Scene Representation