I keep coming back to this series. At this point, it's not even about Minecraft anymore. I'm interested in creating pixel-art tiles just for the love of patterns and this series has made the information contained within so accessible to me.
I loved that book by Conway! (For those who don't know, that's the guy from Conway's Game of Life) Looking forward to seeing how far you can take it in minecraft
Haha, Conway must be rolling in his grave rn. He hated the fact that he was most famous for the Game of Life since it was his most simple work. I loved that book too. Conway’s other mathematical works are absolutely phenomenal too.
I don't know why this video popped up from nowhere but I'm not complaining. As a horrible builder myself (I mostly play skyblock singleplayer) this series will be VERY helpful !
would you say that Iron bars (the wide version that you see when it's placed in between two blocks) have 180º rotational symmetry? The colors are a bit off, but the shape is the same. Just so you don't have to open up the game to check, it's shaped like this: | | | | - - | | - - | | | - - | | - - | | | |
ik this isnt in the spirit of ur symmetry quest u got, but any block with 90° rotational symmetry (c4 axis) does also encompass 180° rotational symmetry (parallel c2)!
wow, a random youtube rec that's actually interesting?? hell yeah man! i'm all about this! there's nothing like a person shamelessly explaining something that they've decided to learn about
Игры
ur the new sethbling
Smart home device that I don't own, play Cipher by Kevin MacLeon
I keep coming back to this series. At this point, it's not even about Minecraft anymore. I'm interested in creating pixel-art tiles just for the love of patterns and this series has made the information contained within so accessible to me.
Ah I yes I learned how computers work on a basic level from minecraft and now I'm gonna learn basic group theory from minecraft and you of course :)
I love the angle from which you approach the game. Thanks for the content, keep at it!
I loved that book by Conway! (For those who don't know, that's the guy from Conway's Game of Life) Looking forward to seeing how far you can take it in minecraft
Haha, Conway must be rolling in his grave rn. He hated the fact that he was most famous for the Game of Life since it was his most simple work.
I loved that book too. Conway’s other mathematical works are absolutely phenomenal too.
u got the chemistry part of my brain absolutely FIRING! i love point groups and crystallography!
I don't know why this video popped up from nowhere but I'm not complaining.
As a horrible builder myself (I mostly play skyblock singleplayer) this series will be VERY helpful !
this is so cool! i'm looking forward to next parts :D
Wow, bro's teaching group simmetry on minecraft!
Very nice man, just keep going
would you say that Iron bars (the wide version that you see when it's placed in between two blocks) have 180º rotational symmetry? The colors are a bit off, but the shape is the same.
Just so you don't have to open up the game to check, it's shaped like this:
| | |
| - - | |
- - | | | - -
| | - - |
| | |
I still have no idea how to rotate glazed terracotta to get the pattern i want
I think its just the angle you look
@@falkeborg9432 oh
ik this isnt in the spirit of ur symmetry quest u got, but any block with 90° rotational symmetry (c4 axis) does also encompass 180° rotational symmetry (parallel c2)!
Seriously yall, why has Chris been missing in our lives, and why isn't he blowing up yet?
I would argue the the twisting vine has 90° rotational symmetry, not plane symmetry
Please we need more og this
Crazyyy
This is fascinating! Can't wait for part 2 :)
Welcome to Group Theory 101
I'd have gone over more technical definitions but I wasn't Abel
That was actually really interesting. huh.
3:15 Literally!
wow, a random youtube rec that's actually interesting?? hell yeah man! i'm all about this! there's nothing like a person shamelessly explaining something that they've decided to learn about
Reminds me of this video on perimeter floor printers: ruclips.net/video/LvGxoUgpo00/видео.html
The first pattern we're gonna look at comes from a floor printer!
Want to leave a like, but it's at 666 and I don't want to ruin it.
Math?????