I found Multiboard really confusing and it was never clear what I actually needed to print to start snapping things together. openGrid is much simpler in comparison and also took up a lot less material (especially when using the Lite grid variant)
I ride motorcycles on the track, and most track riders/racers disable or delete ABS on their bikes. The idea of ABS sounds great, but it’s often too primitive for high performance riding. On a hot summer day with sticky tires and a clean track, you’ll flip over the handlebars before you lock the front wheel. However, most ABS systems work by detecting the speed difference between the front and rear wheels. As you brake hard into a corner, the weight transfers forwards and the rear wheel can come completely off the ground. I’m braking as hard as possible but at this point the ABS sees the rear wheel spinning freely in the air and decides I don’t have brakes anymore. Check out this clip from WSBK for an extreme example of what I’m talking about: https://youtu.be/48lcS3hPVrE?si=UORAFvQt4Djf95Uv
I don’t claim to be able to out brake ABS on the varied conditions of the street though. I would NEVER turn off ABS outside a controlled environment. Honestly it should be a legal requirement for bikes just like cars and it’s pretty silly that manufacturers like to charge $500-1000 extra for this feature.
I picked up the Miryoku layout a year or two ago and the home row mods (Ctrl, alt, shift...) make all the difference. Adding a thumb key into the shortcut to hit a key on a layer doesn't take much extra mental energy and it becomes muscle memory for certain shortcuts. It's a little like playing different chords on the piano. I added some customization for Vim arrow keys and now I don't think I'll ever go back.
I believe Ryujinx actually translates the ARM code to .NET IL, which is then JIT compiled to machine code by .NET. As far as I know it’s a pretty innovative approach to emulation!
And on Apple Silicon, it just runs the Switch’s Arm64v8 instructions natively using a hypervisor! [1]
I’ve been using the Raylib_cs bindings for C# to write a CHIP-8 interpreter. It was by far the fastest library to get up and running and drawing things to a Window, although my use case is extremely simple. I’d likely come back to it if I were to make something more complicated!
Except.. you can't. There isn't a way to just buy the retro games anymore outside of Nintendo's subscription service for the Switch, and even then it's only a few hand-picked games. And you can forget trying to play 3DS games on the Switch.
It's really not that good. On my Mazda, Apple CarPlay won't even let me change albums while I'm driving. Which encourages me to then pick up my phone, take my eyes off the road to unlock it with my face, and fumble around with the music app until I get to what I want. Mazda even disables the touch screen while driving, forcing you to use their navigation wheel, which is supposedly safer! So I don't understand why CarPlay still tries to keep me from doing the thing it was designed to do.
This is the greatest explanation of two-wheeled vehicle dynamics I've ever seen. Anyone who rides a bicycle or motorcycle should read this whole thing!
Whenever I'm doing laundry, I try to set a timer for 50 minutes and it always thinks I said 15 minutes... it really gets on my nerves. I have to pronounce the individual digits to get it to behave correctly.
Well, the 13 inch Macbook Pro only has a QHD screen (2560x1600) at 227 PPI.
A 14 inch screen at QHD would still be 210 DPI.
A 4K (3840x2160) display at 14 inches is 315 PPI.
I have used retina Macbook screens for extended periods of time and increasing the DPI seems like overkill to me.
[1]: https://github.com/dotnet/source-build/blob/main/README.md#n...