@smitamaw

Devlog #2

I worked a little more on my CAD model for my TrackPoint-style mouse device. This device is intended to fit in tight spaces where a traditional mouse wouldn’t work, such as if you are using a laptop on your lap or on a very small desk.

In my CAD model, I added a space/slot for the ESP32S3 that processes imputs from the joystick and buttons and sends mouse movements and actions to the computer via USB cable. (I use a USB-C to USB-A male-to-male cable to attach the device to the computer.) Next up: printing out the case and taping all the components in place!

I just wired up the first prototype of my new project–a mouse that uses a joystick and buttons just like Lenovo ThinkPad TrackPoint, for use in spaces where a traditional mouse would not have enough freedom of movement.

The reason I am building this is because, in most of my classes in high school, a laptop is required. However, I don’t want to use the trackpad, and the mouse that I bring usually doesn’t get enough space to move around on my small desk. So I am creating this project to help me use my laptop better and more conveniently at school.

In addition to wiring up my first prototype, I also CADded up a first prototype for the 3D-printed frame the components are going to rest on. (It isn’t going to last long if it stays taped onto a folded index card!) Hopefully in the next devlog I will have printed the frame and maybe even mounted the parts to it!

Code has been updated to use the Gemini Live model specifically designed for back-and-forth voice interaction. This allows for smoother responses and more consistent output. Code & docs are at: https://github.com/smitamw/esp32s3-assistant

I replaced the old system of 2 models with a new system where the desktop assistant only uses a single Gemini Live model. This results in faster response times and higher API call limits. You can find it at https://github.com/smitamw/esp32s3-assistant. (The image is unrelated.)

I optimized the solar system a bit, so you can now explore. It is still very unstable though, so after a while it starts to degrade. I made a short video clip: https://www.youtube.com/watch?v=WdCKXNEn69A

I have to post an image so here is an image.

Added Minesweeper and removed the grid and colored cubes. Try it out here: https://project-kanon.vercel.app/

Made the basic 3D pseudo-OS with rotatable draggable double sided windows. Even added a Youtube player!

Completely revamped UI and control scheme, pinch to zoom, animated rocket flames, and even a ship customization menu with three different spacecraft!

Added the full(ish) solar system! All 8 planets with most of the major moons. Some UI changes as well with a new timewarp functionality. There are still some issues with gravitational perturbations pulling some of the bodies out of their orbits, but those can be fixed. For now, enjoy this screenshot.

I just added camera modes to my 2d space game for Android, “Orbital Velocity”. You can toggle between “ship” mode which centers the camera on your spacecraft, and “body” mode which centers the camera on the celestial body exerting the most gravitational influence on you. Try it out! https://github.com/smitamw/OrbitalVelocity

This is the initial ESP32-S3 assistant project that I created before I joined Stardance. It consists of an ESP32S3 board, an extension board, a momentary pushbutton, MAX98357A amplifier, INMP441 microphone and a small speaker for output.