I'm launching my next big project - Dolphin Depot. It's a homebrew app store for Nintendo GameCube. It runs on real hardware but there is a web version too! Check it out at: dolphindepot.org

This is Peak America in a single image

I've finally published developer resources for EverDrive-GBA PRO.
github.com/krikzz/gba-pro…

A moat never made a castle impregnable. It slowed attackers down. The wider and deeper it was, the more time it bought.

The industry made it sound like “moat” means high immunity from competition.

But I think moats will remain as long as people are involved.

I’m open sourcing TinySD, a dependency-free C library for SD cards and SDIO on embedded and bare-metal systems - github.com/loopj/tinysd

TinySD just reads and writes raw blocks, so you can bring your own filesystem. It pairs nicely with ChaN's FatFs, littlefs, etc.

I’m releasing it under a permissive license (MIT), in the hope it can be a useful building block for other embedded projects. Excited to see it out in the wild!

Mitch keeps the title of legend for doing this, library looks super clean, bt stack agnostic. No notes.

I've attempted to map everything in oncology in a public website and open source repo for all.

The site is trying to get all cancers, products, technologies, bottlenecks, people, startup opportunities with 1000+ ideas for upgrading the field.

If you have a loved one with nical or can engineer, go take a look, file improvement requests or bugs or help with the open repo and make this the best open and free info resource for individuals, researchers and educational use.

This should save people time, aid AI oncology projects and generate positive action. If you are not technical just complain in this thread about broken or annoying or things you want and I'll fix them live.

Some of the interesting pages:

Treatments: onco.cc/drugs

A gallery of the molecules being used onco.cc/molecules/

And targets: onco.cc/targets/

The technologies in oncology: onco.cc/technologies/

1100 ideas for helping oncology: onco.cc/ideas/

Bottlenecks on oncology: onco.cc/bottlenecks/

Open questions (LETS GO RESEARCH PEOPLE) onco.cc/open-questions/

Startup requests (LETS GO STARTUP PEOPLE) onco.cc/startup-reques…

Mechanics of cancer: onco.cc/mechanics

Battlefronts: onco.cc/fronts/

Isotope supply: onco.cc/isotopes

Key papers: onco.cc/key-papers

Pipeline funnels: onco.cc/pipeline

Cancer by type: onco.cc/cancers/

Institutional rankings: onco.cc/institutions/

The startups: onco.cc/startups/

Heros and heroines : onco.cc/heroes/

Key medical people: onco.cc/people/

Here is the project roadmap: onco.cc/roadmap/

Models and data sets: onco.cc/models/

There are other views as well, take a browse.

Try making a PR if you have an upgrade to this on the repo here: github.com/judegomila/OnCo

If you are biologically/medically minded and something is wrong, file a bug as well or say on the thread and we will get it fixed live.

If this is a useful project star the repo and help get it calibrated.

I've tried to add some other languages but I cannot speak them so tell me if that doesnt work well.

I believe we will crack oncology and having total information dominance is key to the problem.

Let the feedback flow!

I wanted to share some pictures of something I've been working on for fun: A Nintendo Switch Lite SP! This mod will give the Switch Lite a folding form factor to make it closer to a 3DS!

You wouldn't reverse engineer a DS Lite 🚨🚔

Calibration and shaping get combined into a small precomputed transform at boot (or whenever they change). The poll loop just calls "apply", a handful of integer operations with no FPU required. Plain C99, no dependencies, no allocation.

If you're building a portable or a custom controller, give it a try. Feedback welcome!

Shaping comes second, and is where the feel comes from. Inner and outer deadzones in axial or radial shapes, gamma response curves, and circular, square, or octagonal virtual gates, all in one struct you can change at runtime without recalibrating.

I'm open sourcing Pickaxes, a C library for calibrating and shaping analog sticks and triggers on 32-bit microcontrollers, designed for people building portables and custom controllers. github.com/loopj/pickaxes

Calibration comes first. Pickaxes runs a calibration session on the firmware that captures rest position, min and max travel, and orientation. Release the stick, push it in each direction, rotate it around the rim. Drive it from a homebrew app or a button combo on the device.

Portablizers cobble together sticks and triggers from whatever fits the design, things like Joycon sticks, 3DS sliders, and random ALPS sticks from Digikey. Pickaxes lets you tune the raw ADC values from these to match OEM feel, or to your own preference.