Camera to Blender

Tripo AI is an online AI 3D-model generator that converts text prompts, photographs, images, and sketches into 3D models. The video presents it in a camera-to-Blender workflow for generating a model from a photograph. Its generation modes include detailed geometry and production-oriented quad meshes. The service also provides automatic part segmentation for 3D printing, exports STL, 3MF, and OBJ files, automatic character and creature rigging, and PBR texture generation.

Higgsfield for Blender is an AI add-on that brings Higgsfield's generation tools into Blender, generating and importing 3D scenes, meshes, rigs, textures, images, and video. It adds a floating viewport bar with tabs for scene building, 3D models, character animation, images, video, cameras, and assets; results can be inserted into the open scene as editable geometry, planes, materials, rigs, keyframes, or video outputs. Scene Builder creates editable objects, layouts, and lighting from a prompt. The character-animation workflow produces a fitted weighted rig with timeline keyframes. An optional Higgsfield Bridge MCP endpoint at https://bridge.higgsfield.ai/mcp connects an external AI agent such as Claude to the add-on for operations including building blockouts, generating meshes at the 3D cursor, and requesting Seedance renders in the open Blender scene. Generation runs on Higgsfield's servers, requires an internet connection and a signed-in Higgsfield account, uses the account's existing Higgsfield credits, and supports Blender 4.2 through 5.1.

4DAnyone is an open-source generative AI pipeline from ant-research that converts a casual monocular video of one person into synchronized videos from multiple virtual camera views for downstream 3D or 4D Gaussian-splatting reconstruction. It supports configurable camera layouts, including full 360-degree or frontal-arc coverage, multiple pitch layers, adjustable yaw ranges, and flexible view counts. The repository provides inference scripts, automatically downloadable models and examples, motion-recovery outputs, camera metadata, skeleton videos, and generated target-view videos. Input footage should be at least 720p, preferably 1080p, use a 9:16 portrait aspect ratio, contain a single person in a full-body or upper-body shot, include at least 121 frames, and have only mild camera motion.

Cinematic Zoom is a browser-based three.js application that flies a camera from orbit to selected locations on Earth and records the movement as an MP4. Users choose a landmark or enter a name, coordinates, DMS coordinates, or a map link, then select a shot preset—Dive, Descent, Orbit, Flyby, or Hyperzoom—a lighting setup, and a duration. The camera's distance, bearing, pitch, lens, and roll each follow separate curves rather than a single interpolation, while the app positions the sun for the selected location and renders Google's photorealistic 3D tiles. The project is built on the three.js 3d-tiles-renderer, with tiles streamed through Cesium Ion and atmosphere and clouds supplied by @takram/three-geospatial. It requires Node 22.12 or newer for local development and a browser with WebGL 2; recording additionally requires WebCodecs with a hardware video encoder. A Cesium Ion token or a Google Maps Platform key with the Map Tiles API enabled is required, and the app stores the token in the browser.

barehands is an open-source, webcam-powered hand-tracked interface for AI assistants. It runs in Chrome with a webcam and overlays notes, images, and 3D models as cards over the camera feed; users manipulate them with gestures such as pinching, throwing, stretching, force-pulling, and two-finger dragging. The interface uses a local Python server and loads Google MediaPipe for hand tracking and three.js for 3D rendering. Markdown folders, including Obsidian vaults, can serve as note sources, while configured media folders provide images, transparent props, and 3D models. An AI assistant can control the interface through local files and shell scripts: state files drive the on-screen ring's status, and the board protocol presents content on the stage. The repository states that it can be used, modified, and built on commercially within a business, with redistributed versions remaining under the same license.