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Cake day: July 4th, 2023

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  • I personally think the biggest driving factor in the rural/city divide that causes rural populations to skew conservative is services.

    Rural communities are criminally underserviced. It makes sense why from a logistical view. When people are gathered in small areas, they are easy to provide services to. It’s much easier to provide quality power, plumbing, roads, essential services, and prettyich everything to high density areas. It’s more effective to service cities.

    It’s hard to provide reliable services to rural areas. With everyone spread out so much, you need longer wires, longer roads, longer pipes, more people, more everything. So it makes sense to allocate less to these areas. But it’s also horrific.

    These are people. It makes perfect sense why rural communities distrust and resent government, and oppose increased spending on social services. They don’t see the benefits. They see money being spent on things they can’t use. Then manipulative politicians swoop in and tell them that these services are bad.

    The solution is to suck it up and give everyone equal access to services. Spend more money on rural communities, even if it’s less efficient. Because they are people and deserve roads and hospitals and internet equivalent to cities.






  • You’re right that you can come up with pretty good ways to challenge players with certain spells. The problem is that it can be pretty difficult to do on the fly. Assuming the party goes in a direction you haven’t really prepped for, they’re are a lot of abilities that can make it trivial if you forget about them.

    There’s a really big, tedious, ongoing discussion on exactly how overrated 5e D&D is and what type of game it wants to be, but it’s fair to say the system has a lot of small things that trivialize challenges. Goodberry means you never have to worry about food ever again. Fly means physical distance is not much of a problem. Pass without trace means stealth will almost always work. Leomunds tiny but means sleeping is almost always safe.

    All of these examples can be fixed. Goblins can stack a bunch of rocks on leomunds hut for example. The problem is that it gets repetitive and forced to counter everything all the time.

    I agree though that the developers have done a really good job trying to handle all the complexity of turning a tabletop RPG into a video game.



  • Mage hand is the kind of spell that is incredibly useful and dynamic in actual ttrpgs, and incredibly difficult to design around in a video game.

    A GM is going to consider the distance and weight limits of the spell, and determine of it makes sense of not. If you stole The One Ring from Frodo, for example, the GM can pivot and make the world react to that.

    The video game has to program all possible uses of the spell while also trying to keep a prewritten story on track. If you steal The One Ring from frodo, the game would have to reinvent the plot dynamically, which isn’t really possible. The end result is that they have to severely limit the uses of Mage Hand.

    Because Mage Hand is so potentially chaotic, it can’t be as useful as it would seem. The same would go for the spells Fly and Invisibility. Imagine the Black Gate of Mordor. If there was a level 6 wizard, they could use fly + invisibility to get everyone safely over the wall. Now, sure, it would take a while waiting for spell slots, but this is supposed to be the most fortified pass in the entire world. Even GMs have problems with this. Suddenly every remotely secure area needs a mage on staff detecting intruders, or permanent enchantments. At that point, Fly might as well not exist.

    Edit: I forgot that fly and invisibility both require concentration. Oops. Still, now you only need a level 6 mage and a level 4 mage, which is still pretty easy to pull off.


  • TLDR: number of possible passwords is x^y where x is the size of your alphabet and y is the password length. Increasing y is better than increasing x.

    It’s not immediately obvious, but it is pretty straightforward math. It has to do with password length vs alphabet size.

    Let’s look at an 8 letter lowercase only password. Each time you increase the minimum length, you increase the maximum number of passwords by 26 (the number of letters in the alphabet). So it would be 26x26x26x26x26x26x26x26 or 26^8 which is 208,827,064,576. This is a lot of passwords, but pretty easy for a computer to brute force.

    Let’s add the ! symbol. This means there are 27 options or 27^8. The total number of passwords is now 282,429,536,481. A bigger number, but not by much.

    If we only have lowercase letters but increase it to 9 letters long, then it increases to 26^9 which equals 5,429,503,678,976. We’ve jumped from millions of passwords to billions with passwords only 1 character more.

    If you allow all symbols and numbers, but also increase minimum length, you get the best of both without creating difficult to remember passwords.

    This of course ignores the primary way people get past passwords: by asking the user for their password. It also ignores that an intruder is going to check the most common passwords and not just try them all. Adding numbers and symbols doesn’t really change the most common passwords though, since dragon just turns into Dragon1!