Show HN: Kindlefall a 3D ARPG in the browser, built with Three.js https://ift.tt/IOHvZQl

Show HN: Kindlefall a 3D ARPG in the browser, built with Three.js https://ift.tt/mGiE5hF October 12, 2026 at 12:08AM

Show HN: HarmoNova: A modern, customizable Hacker News reader for Chrome https://ift.tt/3jQAcuC

Show HN: HarmoNova: A modern, customizable Hacker News reader for Chrome https://ift.tt/7fL8xJ3 October 12, 2026 at 12:12AM

Show HN: ManimGX – Manim's API on a Rust/wgpu engine, for 3D videos in Python https://ift.tt/poAWxj5

Show HN: ManimGX – Manim's API on a Rust/wgpu engine, for 3D videos in Python Video as code took off with the Opus 5.5 release. People now make videos by writing code, with Remotion, HyperFrames and others. We wanted the same for 3D videos. You can use something like Blender, but it's heavy to install and slow to render. So we made ManimGX: - Lightweight: a 65–110 MB download, depending on the OS - Easy to install: pip install manimgx (Python 3.13+), with no system dependencies - Cross-platform: macOS, Windows and Linux, and even the browser via Pyodide and WebGPU - Blazingly fast: a Rust + wgpu engine, 90.6× faster than Manim CE and 18.7× faster than Blender Workbench, from launch to finished MP4 - Compatible with Manim Community Edition's API, with LaTeX and Typst math built in Now it's much easier for anyone with a coding agent to make 3D computer graphics videos. Repo: https://ift.tt/zEB9NKQ Docs: https://ift.tt/kCEGc5N X post: https://ift.tt/J1m0hru Happy to answer any questions! https://ift.tt/zEB9NKQ October 11, 2026 at 04:03AM

Show HN: Throw Alice and Bob into Sagittarius A* https://ift.tt/3Rah6ov

Show HN: Throw Alice and Bob into Sagittarius A* Black Hole Lab is an open source physics simulation of a rotating black hole and two observers, Alice and Bob. You can launch Alice and Bob on paths around or into the black hole and watch events play out. The simulation lets you see a slice of the physics with one or two dimensions of space plus one of time. As a fun extra, Alice and Bob each have a beacon that can transmit a radio wave in all directions. The simulation calculates and shows the wavefront of these signals, accounting for the warping of space and time by the black hole. The simulation also records whenever Alice and Bob receive each other's transmission. The simulation takes pains to respect Einstein's equations of general relativity. To the precision of the numerical integration, the effects shown in Black Hole Lab are really what the math of general relativity says will happen. Black Hole Lab specifically uses the Kerr metric, which is an exact solution to Einstein's equations of general relativity for a rotating mass. That said, physicists agree that general relativity cannot be the final word on black hole physics. Nobody can say what would really happen to Alice and Bob. My original goal for black hole lab was to try to understand the strange time compression effects at the inner horizon, which physicists call infinite blueshift. IMHO, Black Hole Lab succeeds in showing this effect in an understandable way. I added a specific discussion of infinite blueshift in the readme. https://ift.tt/uSviUQZ October 11, 2026 at 02:58AM

Show HN: A functioning Celery Man computer https://ift.tt/MelN2B4

Show HN: A functioning Celery Man computer Hi HN! It dawned on me that the latest AI models (Minimax H3 Max / Audio, GPT-6 Luna) can finally recreate the computer from the classic Tim & Eric Celery Man sketch. I spent a few days creating it: it has 100% parity with the original script, plus anything you ask for (doggy woof woof man or potato boy). Happy to answer any questions about the pipeline! https://celeryman.fun/ October 10, 2026 at 11:38PM

Show HN: Proton Drive for Linux https://ift.tt/Ijq6tE0

Show HN: Proton Drive for Linux Hello everyone, I wanted to share this small project that I have. It's born out of a necessity that I had, because Proton doesn't ship a Linux version of the drive yet (it's apparently coming out later this year but who knows?) and all the current solutions are hacky and wonky at best. But for the time being I really needed to mount my Proton drive on my Linux machine the way I mounted it on my Mac, so I (and my faithful AI slave) did this small utility that allows you to mount your Proton Drive in a FUSE FS like if it is a local folder. It's fully written in Go because Proton's drive SDK and API libs are all in Go, and there's a community project on top of the reverse engineered proton API there too. I am not a Go developer, I know the foundations, so of course I used AI quite a lot, I am not super proud of it, but I am using it daily and testing it myself for a few months before releasing here. Hope you like it, feedbacks are welcome, just please be mindful of the person on the other side :) https://ift.tt/j9zMN15 October 8, 2026 at 02:40PM

Show HN: Apogee: Rebuilding Mozilla's Orbit, fully local and private https://ift.tt/oW1MnLR

Show HN: Apogee: Rebuilding Mozilla's Orbit, fully local and private Hey everyone! Last year, Mozilla released Orbit, an AI-powered browser summarizer hosted on a GCP server. After people started digging into the extension, they discovered things like backend endpoints such as store_result. Eventually, Mozilla discontinued the project. For the past month, I’ve been trying to rebuild Orbit from scratch, but with one major difference: Apogee is fully local and privacy-focused. Apogee doesn’t send or store your data. It can directly connect to your local Ollama instance for inference. I’ve also added WebGPU integration for Chrome and Transformers.js for Firefox to provide faster, local responses. It can summarize: Articles and websites, YouTube and Billie videos, Wikipedia articles ,Hacker News and Reddit threads. Install Apogee: Chrome: https://ift.tt/72XHvLZ ... Firefox: https://ift.tt/1upzl4O Obviously it is far from complete. Would love to hear your feedback and suggestions! https://ift.tt/jhdvuzK October 9, 2026 at 01:06PM