PiSugar VS Pinout.xyz

I've updated the Firmware of my PiSugar3 to Version 1.3.4 by using the script found in the wiki

I have the stl files from Pi Sugar's github, a lack of 3d printing knowledge, and a dream. Someone local would be preferred but I also don't mind paying for shipping.

The software is (here) [GitHub]

Which part is giving you trouble? Did you get it setup at least? Can you access the web interface? There's an option under "Schedule Wake Up" called "On Power Restore." My understanding (although I've never used this option) is that it will turn on the Pi when the battery detects power. If it's not working, I found this: https://github.com/PiSugar/PiSugar/issues/59 which might help.

this thing?

Now, I wanted to run the PiSugar power management software so I followed the official instructions.

There is a case on pisugar GitHub, but the LED indicators holes are kinda useless... I solved it with transparent filament so it's see through. https://github.com/PiSugar/PiSugar

The 3D model is available (bat5000.SLDPRT) here https://github.com/PiSugar/PiSugar/tree/master/model_pro but you'll then need to convert it to STL to get the measurements. There are online & downloadable tools to do that. Once it's in STL format, open it with the default Microsoft 3D Builder to get al the dimensions

Obligatory shameless plug of https://pinout.xyz where I’ve been maintaining an interactive Raspberry Pi SBC pinout for some years, and the newer https://pico.pinout.xyz where I’ve tried to do the same for the Raspberry Pi Pico board. The latter also became a command-line pinout via the Python package “picopins”

I feel- and of course I’m biased- that if anything is worth bringing to the table for device pinouts it’s interactivity and accessibility. The latter, in particular, is lost in static images. I really leaned into this with the Pico Pinout, including everything from visual accessibility accommodations (avoiding low contrast text background colours), to markup for screen readers to the ability to turn off labels and reduce noise. I’m still unsure if I actually achieved my goal, but it’s been fun.

There is a great resource to be found at pinout.xyz that details a lot of boards and the pins they actually use.

All the LEDs have their negative pins together and go through two 1k resistors in series on their way to ground (any gpio ground pin). Then a short piece of jumper wire goes from the positive lead of each LED to it's GPIO pin number. Don't use the pin order number, use the GPIO number.

I wanted to create an accessible alternative to the official Pico pinout image, offering more complete pin details, light/dark modes, screen-readable text, and at least some capacity to focus on the peripherals you’re interested in. It’s a sister site to the now ancient Raspberry Pi pinout (https://pinout.xyz/) which started out life hosted on a Raspberry Pi.

GPIO PIN numbers - its a real pain with both board and BCM numbers (see pinout.xyz for details) without having to translate what the libraries use by default!

The pins are at top right corner here: https://pinout.xyz/ and you just connect TX to RX, RX to TX and GND to GND. On the software side you can use picocom on the builtin serial device. Not sure which though, seems to depend on the software and exact revision of your RPi.

You can see all the pins on the pin documented at https://pinout.xyz

Use pinout.xyz to see what pins are used for the SPI interface on your Pi.

You have mixed up the PIN numbers - the Pi has two sets on numbers (board and BCM) - see here for details