illectrility

So, in an effort to deepen my understanding of myself and others, I took a look at some of those online tests. I had some issues with all of them: 1. They asked redundant questions. Sometimes, the answer to one question would make asking a different question moot. 2. They all only did one thing or mixed two things together poorly (i.e. an asexuality test that asks questions about one's romantic interests). 3. They weren't open source.

I made this test in an attempt to remedy those issues as best I could. I am fully aware that this is a very rough test and obviously doesn't include all of the beautiful and vast labels. I hope I still did a fairly good job.

Some of the design decisions include:

• Testing one's gender identity first to be used later on in the romantic and sexual orientation parts of the test.
• Measuring romantic and sexual orientation in four directions (gyno, andro, ace/aro, bi).
• I also added pan to differentiate between being attracted to multiple genders and being attracted regardless of gender. I thought that was an important distinction to make.
• I added an ace/aro-spec test that includes ace, gray-ace and aceflux (aro, gray-romantic and aroflux for romantic orientations). Being aroace myself, I wanted to test this so I wouldn't ask aro/ace people to whom they're romantically/sexually attracted to.

I did a practice round in my fairly diverse circle of friends and they all seemed to think it was pretty accurate. This gave me the confidence to share this with you all. Again, I am fully aware that there will no doubt be people for whom this test will not be accurate and I'm sorry if I didn't include your label in this test. The way it's built makes it hard to add microlabels. If you have any suggestions or would like to share if the test was accurate (with or without disclosing your labels), feel free to do so. Thank you for your time.

I made a web page where you can simulate a complex dice roll sequence with conditionals (e.g. re-roll when roll is a 1) using a Python-like syntax. (Click the "Toggle Syntax" button to view examples)

It needs a second to load because it has to load a Python interpreter in the background (I'm not good at web development) but once that's done, it works really well.

It's still very barebones and I still have to work out some problems.

Maybe some of you could use it, though.

There's also just the Python version available to run locally here

Everything is GPLv3, enjoy!

I made a web page where you can simulate a complex dice roll sequence with conditionals (e.g. re-roll when roll is a 1) using a Python-like syntax. (Click the "Toggle Syntax" button to view examples)

It needs a second to load because it has to load a Python interpreter in the background (I'm not good at web development) but once that's done, it works really well.

It's still very barebones and I still have to work out some problems.

Maybe some of you could use it, though.

There's also just the Python version available to run locally here

Everything is GPLv3, enjoy!

/e/OS v2.6.3 has been released and it's available in the updater. It brings support for new devices, bug fixes, new features and most importantly: The upgrade to Android 14!

2.4.1 is a re-publication of the 2.4 version which became unavailable following the critical outage which is happening since October, 6th. Please install it even if you had already installed 2.4 to be able to get 2.5 later on.

OTA Updates, App Lounge and Murena Services have been affected by the Murena server outage.

It appears that Murena has been taking the necessary steps to resume operation.

For more information and current updates, please visit the link.

Found this pamphlet in my mailbox this morning. I pretty much agree with it and I think I'll keep it for the next time Jehovah's Witnesses decide to show up way too early in the morning.

Edit: I linked the digital mirror that was printed on the back of the pamphlet. Also, it's CC0 which I think is cool

Please welcome /e/OS 2.1! We are proud to deliver the /e/OS 2.1. Enjoy all the new features and improvements it embeds!

After the incredible success of /e/OS V1.0, the /e/OS team is proud to deliver its successor, e/OS V2.0. Enjoy!

I'm sorry if this isn't the place to ask this, I also asked over at !python@programming.dev.

So what I want to do is this: Two RasPis are at different locations. They're on different networks but have internet access. Pressing a button on one of the Pis turns on an LED over at the other Pi via GPIO. How can I make the communication work? My first thought was Telegram bots as I'm familiar with those for notifications but you can't have Telegram bots communicate with each other, sadly. Is there a good (and secure) solution to this? Preferably using Python code and without continuous costs like server hosting, etc?

Thanks!

I'm sorry if this isn't the place to ask this, I also asked over at !raspberrypi@lemmy.ml.

So what I want to do is this: Two RasPis are at different locations. They're on different networks but have internet access. Pressing a button on one of the Pis turns on an LED over at the other Pi via GPIO. How can I make the communication work? My first thought was Telegram bots as I'm familiar with those for notifications but you can't have Telegram bots communicate with each other, sadly. Is there a good (and secure) solution to this? Preferably using Python code and without continuous costs like server hosting, etc?

Thanks!