This person had the same issue and they’ve just logged out and in again
This person had the same issue and they’ve just logged out and in again
Cushy is an experimental Graphical User Interface (GUI) crate for the Rust programming language. It features a reactive data model and aims to enable easily creating responsive, efficient user interfaces. To enable easy cross-platform development, Cushy uses its own collection of consistently-styled Widgets.
Can’t exactly remember which car it was but some of the early and smaller EVs didn’t necessarily come with a navigation system. Think along the lines of Chevy Bolt or Nissan Leaf.
Not OSM or Open Source but “A Better Route Planner” (ABRP) was one of the first good EV routing apps and got pretty popular.
Especially early on it was often smarter than the built-in routing systems if the car even had one.
Also available as a website: ABRP
Are there any implementations of this out there or is this purely theoretical (at this point in time)?
According to Scott Manley’s video on the topic the probes would need to arrive at the correct time in order to form what is effectively a huge phased array antenna.
Only then is the combined transmission power of these tiny probes large enough to be received on earth.
Adding a Turing award to your profile is certainly one way to flesh it out
You can use their online web-editor (similar to OverLeaf for LaTeX) or download the open-source engine and run it locally (there are extensions available for many text editors).
Compared to LaTeX I find it much more comfortable to work with. It comes with sane, modern defaults and doesn’t need any plugins just to generate a (localized) bibliography or include links.
Since Typst is very young compared to LaTeX I’m sure that there are numerous docs / workflows that can’t be reproduced at the moment but if you don’t need some special feature I’d recommend giving it a shot.
Not a monetary one, no.
* (there might exist some business power tariffs that coincidentally benefit from this but nothing you’d use at home)
The development of Piper is being driven by the Home Assistant Project. That probably makes it one of the larger OSS TTS projects. Hope may not be lost yet ;)
The main reason for splitting up the relays into two sets is that with 10A traces the connector pins would violate minimum separation distances. I would have to get even larger connectors. The ones in the design have 5 mm pitch.
I’m assuming the original board also did this for the same reason although their board is set up for 8 motors split into sets of 4.
I’ve also had some trouble sourcing a 10A fuse suited for inductive loads but I’m sure I could find one with some more time.
The whole board is on its own house circuit fused with a 16A breaker.
It is my understanding that the ULN2003A (U4
and U5
) has integrated flyback diodes. From the datasheet:
Each consists of seven NPN Darlington pairs that feature high-voltage outputs with common-cathode clamp diodes for switching inductive loads.
Good call on that ground plane. I’ll scoot the relays a little bit to the right. That should resolve the issue.
Thanks for your feedback! :)
I suspect that if you were to cut the screen at the rounded edges, the sensor island and the onscreen nav buttons you’ll be left with a 16:9 screen.
In other words its a 16:9 screen with some margin for curves and controls.
Apart from the visibility argument. With this kind of parking spot you have to leave the spot in the other direction than you came in. So you’ll only get the enhanced agility for one of the moves.
Would you rather have more agility when getting into the tight parking spot or when leaving onto a larger street?
Getting the configs to work with my personal devices was already a little finicky but doing that for not-so-technical family members was starting to be a bit too much work for me.
I’m hoping that Headscale will cut that down to pointing their app at the server and having them enter their username and password.
Was running Wireguard and am now in the process of changing over to Tailscale (Headscale).
It uses Wireguard for the actual connections but manages all the wireguard configs for you.
Might not fit into your plans but if you run Proxmox you can easily backup to an offsite computer (or VM) running Proxmox Backup Server (PBS).
From their website:
By supporting incremental, fully deduplicated backups, Proxmox Backup Server significantly reduces network load and saves valuable storage space. With strong encryption and methods of ensuring data integrity, you can feel safe when backing up data, even to targets which are not fully trusted.
Why not set up backups for the Proxmox VM and be done with it?
Also makes it easy to add offsite backups via the Proxmox Backup Server in the future.