META_Tommy: Text display wizard.

[@META_Tommy]

tiny spinda my beloved

[@wallyabaya]

yay meta_tommy

[@xhomiegreninjax137]

Once again Minecraft proves the realm of possibilities in this game is pretty much infinite.

[@Herculepoirot314]

Genuinely just an astounding level of prowess from both you and Metta_tommy. Never would have considered that you could use text displays like this.

[@Paint_The_Future]

Text displays are dope! I have a PvP map where at the end, text display entities build a massive board of statistics. It's something I wished I could have done but it wouldn't have looked good. They have full support for emojis and that's really helpful too. 🏹

[@Ailtir]

Could make some "cursed" blocks with this. Vertical half slabs finally.

[@elliotgandersen]

The fact Samus was in this video deserves a like alone, but this was also really well done and informative so that’s also a big like

[@davie53]

I can't wait for somebody to remake Bad Apple in Minecraft using text display entities

[@lorddenti]

I agree with everyone, this is really cool! The next step towards recreating the real world in minecraft

[@BakeBakePi]

Thats so cool!

[@Wordfishtrombone]

That’s so cool! Excuse me while I get lost in the reddit

[@DarkChaosMC]

Nice video! Finally got you in my recommended today, was sure to turn notifications on this time.

[@jayglenn837]

It's polygons. Mojang just introduced manipulable polygon entities to the game. My gods. WIth a powerful enough computer, the sky's the limit on what's possible. DOOM in minecraft with command block logic & text entities with no resource packs? Likely possible. Minecraft in Minecraft? It's only a matter of time.

[@Nibroc_64]

I'd imagine a lot of DOOM could be done with blocks with custom textures, and maybe a custom texture for the HUD, too. So, it might very well be possible to keep the poly count down to a playable level... The enemies could probably have a tag each (as afaik they don't spawn randomly), and be invisible armour stands maybe?

[@jayglenn837]

@@Nibroc_64 I'm saying we don't need to resort to bringing in outside assets anymore. Just pure lines of code in datapacks or command blocks, working directly in minecraft.

[@octosaurinvasion]

we could already do doom with vanilla with just a huge screen, it would just run at 100spf (seconds per frame)

[@Nibroc_64]

@@jayglenn837 Yeah, ik, i was trying to think of a way it could be done without so many display entities that the game would crawl to a halt But yeah, it's probably possible to make DOOM with only the text display entities, it just most likely needs a more powerful computer than is currently practical

[@danielkaleby7827]

MC Commands are amazing

[@isobarkley]

this is SO cool

[@Binikeabenik]

Wow, really cool stuff!

[@emd_123]

This seems to work in a similar way to my datapack texture generator.

[@Sugar3Glider]

That's awesome

[@th3fish]

Command blocks can do some impressive things

[@NedJeffery]

It looks like you're 3d printing a circuit board.

[@mrbeince8k303]

cool!!!!!!!!!!!

[@josip_anton_bilic]

how many entities does his pc need to run for this? well to calculate that we would first do by setting x=number of divisions, now each side would have 3^x number of blocks on a side, meaning no division=1, 1 division=3, 2 divisions=9, 3 divisions=27 and 4 divisions=81 (thats where he stopped in the video) however were in 3D so we would then do (3^x)^3 to be the total amount of blocks each time theres a division a number of blocks stay "alive" and the number after 1 division is 20 so we can multiply it by 20/27 therefore removing the unwanted blocks: (3^x)^3 × 20/27 but what about the 0, 2, 3 and 4 divisions? well we just raise the fraction to the x: (3^x)^3 × (20/27)^x now if theres no divisions we just multiply it by 1, telling us theres one block, having a single division we multiply by 20/27 telling us theres "alive" blocks, then for 2 divisions we multiply by 400/729 telling us theres 400 "alive" blocks, then for 3 divisions we multiply by 8,000/19,683 telling us theres 8,000 "alive" blocks and for 4 divisions we multiply by 160,000/531,441 telling us theres 160,000 blocks however each block has 6 sides so we have to multiply the end result by 6: (3^x)^3 × (20/27)^x × 6 now how many entities his pc has to run i will show by setting x=number of divisions and n=number of entities: x=0 then n=6 x=1 then n=120 x=2 then n=2,400 x=3 then n=48,000 x=4 then n=860,000 so yeah no wonder he has 9 frames per second after only about a 10th of it loaded

[@Yegor_Mechanic]

I tried to 3D model with text, but it didn't really work

[@zorropotatz]

could we get a tutorial for tommy's 2d image converter?

[@kovacsattila8993]

0:01 RGbwleh