• 14 Posts
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Joined 2 年前
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Cake day: 2023年7月25日

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  • Roku is really simple and locked down. There’s ads on one side but nothing else. My 80yo grandma uses it.

    Otherwise Projectivy is an Android TV launcher that can be configured to be really stripped down. It takes a bit of time but if you do it right it’d show less options than even Roku (it’d show only the apps you select, no launcher settings etc).

    As a box I’ve heard good things about Onn (Walmart) if your in the US. If not, Homatics is great but pricey. Kick Pi KP1 is more affordable (but still way more expensive than Onn).





  • In my experience Bluetooth is really bad because of its inconsistent latency. Even if the latency doesn’t appear to be much higher than with cable/2.4GHz dongle, it feels much worse (similar to WiFi Vs Ethernet).

    It’s likely these issues are worse because my Bluetooth dongle isn’t great, but I avoid Bluetooth like the plague if I want to have a good experience.

    Edit: Though I have to say that taking a break from something after trying for a while without improvement can actually result in rapid improvement. A part of it is mindset (calm, without expectations) but I do believe the break also helps the brain to learn/reinforce.






  • There’s some really bad mouse accelerations built into desktop OS. For example Windows’ mouse accel curve is an abomination and I really don’t know how they came up with it. Maybe they threw a dice. [1] Comparatively a curve like [2] is much more suitable for gaming, as it essentially allows for precise tracking, small flicks with constant sensitivity, while still allowing for rapid 180 degree turns. Especially quake-like arena shooter benefit from this as you can play long range and close range with the same settings (Quake is where this kind of mouse accel was first implemented).

    [1]

    [2]


  • With the right curve accel is not necessarily less consistent.

    I’ve used linear acceleration, a limit of 2.0 and an for me suitable offset with the same consistency as without. This is because the acceleration is kicking in only after an acceleration threshold (offset) has been passed. So unless I really yank my arm, there’s no difference between having accel on and off.
    The result is that normal aiming (tracking, small flicks) benefits of exactly the same muscle memory with and without accel on.

    You can think of it as having two sensitivities: one for tracking, and one for quick 180° turns. Because of the linear increase in sensitivity between the two sensitivities (one caused by the offset, the other one set by the limit), it feels quite natural and not like “traditional” mouse accel.





  • It won’t save you from doing a bit of work but you could use podman. There’s systemd integration so you can still start/stop/enable your services with systemctl while using docker/container images. You won’t be able to use docker-compose directly, but it’s usually not that hard to replicate the logic with systemd (Immich was a PITA at first (because they had so many microservices split into multiple images, but it improved considerably over the first two years).

    I do this with NixOS quite a bit, and I’ve yet to use docker compose (although the syntax is different, it’s still the same process).