Hi, thousands of miles. Are you like, a hivemind of everyone named Miles or something?
Hi, thousands of miles. Are you like, a hivemind of everyone named Miles or something?
Yeah, but the class is full. You’ll have to ask your advisor for an override
Also PD extended range or something goes up to 48V 5A
Hit the trucks on the highway
My company still uses c90. I just want to for(uint8 i = 0;;)
🥹
The what mouse?
One of the biggest challenges with mass EV battery production is making sure performance stays somewhat flat across the entire market you’re selling them in. Typically, LiFePo batteries perform better at higher temperatures than other chemistries, at the expense of low-temperature performance.
This works well, as long as
#1 is much easier to enforce as a manufacturer, but customers will be pissed if they move north, and their vehicle has worse range and power.
Li-ion has a flatter temp/performance curve, so it’s more suited to geographically larger markets like the US, where regulations require a single range number for the entire country, despite the significant climate variance
Imagine committing in three commands
git commit . -m 'R271: fixing overvoltage monitoring'
git push
Think of the time you’ll save
I would disadvise Rust for (most) desktop apps. There aren’t any GUI libraries yet, and the Qt bindings aren’t beginner-friendly yet.
Unless you just meant headless desktop apps, in which case Rust is my goto
You got a cuckoo clock on your wrist? That’s all I think of when you say a wooden watch