@itsaperson

Added better styling, made more polished. For the hi its me and the pic, decided to make it a flexbox to make information look and be presented better, as well as remove underline text decoration from hyperlink etc. Small devlog ngl

Some touch ups on the pcb, made sure I’ve exported everything, and then uploaded to github for review! (I forgot to devlog this devlog was kinda done after approval oopsies just realised had an hour unlogged). Also updated the pcb for some positionings etc. Just minor tweaks but very effective. Also added the diamond thing for the led so that the led looks like a diamond!

DESIGNING THE CASE

After I got the pcb ready and ordered, went on onshape to design the case. But quickly ran into a problem. The panda was an organic shape, so I didn’t know how to get the outlines! Tried using the “use” tool but unfortunately my laptop crashed to many times, so I then gruesomely used the spline tool to manually trace out the panda shape. But in the end, did get the case done, along with some CAD trauma I’ll never forget

Panda takeover!

After my project got rejected, I had a good look on easyeda, and thought that the pcb looked… plain. What’s the point of making a custom pcb if it’s gonna look that boring? So I decided to make it panda themed, and hence call this project panda connector! Had to rewire everything tho which was kinda annoying, but in the end, it was so worth it! Also decided to have a coloured silkscreen (sry hcb but the coloured silkscreen panda just looks so nice!)

Spent a while desinging the pcb, after got everything wired up, took wayy to long trying to position everything correctly. As well as making everything look nice, but I think it was worth it!

Went on the stardance hardware resources section, and I saw that it gave as an example for the funding first tier a “pcb buisiness card”. At first, I was curious to see what it was. After some research, I found out that it was… A buisiness card. Wow! I got really interested, and wanted to make my own, but I didn’t know where to start. Then I realised that hackclub basically has tutorials on everything. So I went on the internet, and searched “pcb business card hackclub”. Sure enough, there it was! https://jams.hackclub.com/jam/hacker-card. So I followed through the tutorial, and managed to finish making the schematics. Now it’s time for the pcb

I originally was planning to ship this to macondo, as I was following the macondo tutorial, but unfortunatly it ended, so I’m submitting it to stardance. I followed through the macondo tutorial for the usb hub, working for many hours on EasyEDA, but I didn’t know that lapse existed, so that’s like 5 hours gone to waste. This was my very first project with anything related to pcb, so I was kinda new to the concept. But I got it done, and now I’m up to the ordering stage!

Organised the coins properly, along with having the winscreen logic and everything. Also have the red lasers the killing logic, as before they just did nothing.

Made a like part where there are these scary red lasers going up and down, you have to like move your character. Also started working on the finish line, wanted to make it like very very minimalistic to be funny kinda, all that for a single flag. Will start polishing and implementing finish logic.

Added a new level kinda, with the moving platforms. As well as checkpoint 6. But then I realised that the checkpoints looked kinda bad, and the platform were signalling the checkpoint anyways, so I hid the block with the checkpoint logic, and the logic still runs despite being invisible, making the overall game look much better

Worked on 2d godot project conces of twice. But decided to add another dimension to it! Now I’m making a 3d platformer. Used the kenny starter kit for assets, making some myself. It was fairly similar to the 2d experience, just everything was 3d. The camera moving feature was very cool. The only reason this devlog is so long is because I was originally planning to ship it to something else, before deciding on stardance

Worked on following through the tutorial, thought there was no way to record time during the schematics, then realised there was lapse, so recorded a lapse when making the pcb. Spent so long trying to get the 3d cherry mx switches, then finally leant how to, going to grabcad and downloading it. Now it’s time for cad!

Worked on making my personal site, couldn’t think of what to put on it so decided to show of some of my github projects. Html is mostly good, now it’s time to work on the css!

Needed to add a new feature to my OS, so decided to have a background-swapper button. Put it in the bottom taskbar, as I thought that was the most appropriate place to put it, and gave it an icon. When you click on it, background loops between 4 images, thanks to javascript of course. Now it’s more customisable!

Kept following through the tutorials for the os, got through 4 and 5, creating my own icons on canva, which ended up looking pretty nice. Wanted my OS to look both simple, minimalistic, yet functional, which I think I achieved relatively, may work on the css and make everything look better during WebOS2. Javascript functions seemed pretty logical, like working through a list full of commands. This project was pretty fun, and I’m glad I got everything working

Saw my friend working on the webos mission, so I decided to join to! Names are always the hardest part, and I named this one YesOS. Really? Yes. Found the guide, followed it as best as I could, found it very easy to follow, and got up to finishing part 3. Had the timer, welcome with on/off button, just everything isn’t styled that great. But most of the raw code is there, and that’s good. I’ll call this progress a day for now.

Macromacropad

Thought the idea of a macropad was kinda cool, so I decided to make one myself! Now this was my first hardware project, so it took me a while to learn the basics, and the tutorial was really useful as well! Made the onshape case, as well as followed the tutorial for the PCB and all that. Hopefully everything works out, and I can get on with building the actual thing!