akitayellow

[akitayellow]

Rocket Corp would like to wish you some kind of LGBTQIA+ Pride Month! I'm not sure it will be happy necessarily but it will happen! - @officialvictim

happy pride!!!!!!!!!

[akitayellow]

go red!!!!! you got this!!!!! final stretch

I CAN'T WAIT TO BE DONE WITH FINALS

Herobrine is putting me through HELL!!! (⁠〒⁠﹏⁠〒⁠)

[akitayellow]

oh yeah and sorry for being gone for so long

[akitayellow]

I HAVE BEEN BUSY.

but worry not my followers! for i am back!!!!

AND VERY MUCH EXCITED TO SHOW OFF MY WORK.

[akitayellow]

hello question, do you think someone could make one of these machines to make cookies? lots of them? how many. asking for a friend

oh absolutely!!!!!! ive seen a good few autocraft mechanisms that can make loaadds of items every few seconds, its just about how fast you can get the inputs to the machine (and if you want THOSE done automatically)

honestly it wouldnt be too hard to automate all parts of a cookie baking machine-

[akitayellow]

Wooden Axe Farm in Minecraft

Using new crafter announced in minecraft life 2023. Largely doing this because I can because it has like 0 use. This however was a fun excuse to experiment with block. Hopefully this inspires some actually useful stuff. If you want a different farm, feel free to ask. Anyway, here are the details on this atrocity

first element is the bamboo farm

This one observes each shoot, cutting it down (as well as one to left and right) as soon as gets 4 blocks tall. Below that hopper minecart collection system with.

You can replace with nay other bamboo farm, in fact, if you want to speed this farm up, bamboo farm is the first thing you should upgrade

Now, the stick crafter

From the barrel output get pull to stick crafter first. The stick crafter pushes them to a hopper. The hopper is hooked up to a comparator, then the signal is inverted and allied to crafter.

In practice, this means when hopper has no item, the crafter on and when it has an item, the crafter is off. Meaning, as soon as the stick leaves, a new one is crafted and put back in the hopper. Stick have priority from bamboo form, so we don't have to worry about the crafter running dry. (unless you add plans manually)

However, the plank crafting setup does not have priority, so it has a different set-up

Here, the comparator is hooked up to a comparator directly. Each slot in crafter comparator results on 1 redstone signal sleight. The slightly longer loop. Up to 6, this signal just climbs thought the wire, doing nothing. At 7, it loops back to comparator turning into a clock, this nothing plugged to any out, at 8 power the first crafter, however 8 bamboo doesn't craft into anything to it's still non-functioning. Only at 9, when the crafter is full, it fires both crafters, crafting 9 bamboo to a block and the block into 2 plans

Both plans and stick are transported to final crafter

This one is checked with input hopper for plans. Every time the hopper build enough surplice produce signal straight of 2,an ace is crafter. Because we get 2 plans a time and axe uses 3 plans, we don't have to worry about hopper over flowing and breaking the cycle.

Finally, we can add a bit of lava to get rid of unless axes

[akitayellow]

im a big fan of Etho's "Googler" system so i wanted to figure out how it works myself (no tutorials or anything)

[akitayellow]

Feel like I levelled up in redstone today

not a single redstone dust in sight, sigh

[akitayellow]

With the dawn of awesome new sculk redstone with the calibrated sensor, I suggest a new build theming - Sculkpunk. Builds that utilize this weird shit you find underground for practical purposes. repurposing freaky stuff into appliances n other mechanical shit is v cool :>

[akitayellow]

Been playing with the new autocrafter and it's so cool!!

Just finished making two new 1wt block compactors that I'm super proud of! They're smaller than an item filter!

This one here is super simple, but it comes at the cost of not being able to process gold or iron ingots since the observer double pulses, though I *believe* it can be adapted to handle many kinds of single ingredient recipes. Haven't tested yet.

This though I'm especially proud of, it's got some pretty ingenious use of calibrated skulk sensors here. This doesn't need to be soundproofed so long as you don't eat or drink near it. Which still only has a slight chance to mess up a single craft. So it seems like a pretty reasonable concession.

The lectern is set to 8 for both of these btw. Happy to explain how it works if you're curious.

[akitayellow]

Been playing with the new autocrafter and it's so cool!!

Just finished making two new 1wt block compactors that I'm super proud of! They're smaller than an item filter!

This one here is super simple, but it comes at the cost of not being able to process gold or iron ingots since the observer double pulses, though I *believe* it can be adapted to handle many kinds of single ingredient recipes. Haven't tested yet.

This though I'm especially proud of, it's got some pretty ingenious use of calibrated skulk sensors here. This doesn't need to be soundproofed so long as you don't eat or drink near it. Which still only has a slight chance to mess up a single craft. So it seems like a pretty reasonable concession.

The lectern is set to 8 for both of these btw. Happy to explain how it works if you're curious.

[akitayellow]

Locked repeater.

(Reference image below cut)

[akitayellow]

there is something extremely satisfying about a complex redstone machine being run on one clock instead of a bunch. I dunno, but there is something comforting in one clock doing all the work.

[akitayellow]

Auto sugarcane farm.

[akitayellow]

Minecraft Horse Plinko machine, but it’s overengineered and also actual plinko

[akitayellow]

Redstone comparator.

[akitayellow]

The Chemical Structure of Redstone

So I was curious about what the chemical structure of Redstone looks like, and Minecraft Education Edition, albeit unintentionally, gives us a canon look into what Redstone is made of:

In Minecraft Education Edition, putting a Redstone Block into a Material Reducer shows that it's composed of 31 Carbon, 31 Uranium, and 38 Unobtanium, which we can assume to be measured in grams

Dividing the Redstone Block into Redstone Dust, each Redstone Dust is then composed of approximately 3.4 Carbon, 3.4 Uranium, and 4.2 Unobtanium

Again assuming that's measured in grams, that's 0.17 cm³ of Uranium, 1.496 cm³ of Carbon, and ???³ of Unobtanium per Redstone Dust

So what does this tell us about the chemical structure of Redstone? Basing this on Redstone Dust's composition, we can estimate that each Redstone molecule is composed of 3 Carbon atoms, 3 Uranium atoms, 4 Unobtanium atoms, a little under half of the time it binds to an extra Uranium and/or Carbon, and 20% of the time it binds to an extra Unobtanium

This also has some horrifying implications for how Redstone works:

Redstone would be extremely volatile as the radioactive decay from Unobtanium and Uranium would occasionally release Helium ions through alpha radiation, sometimes breaking apart Carbon into two Beryllium atoms (as it absorbs the extra proton and neutron from the Uranium) or merging into Oxygen

So Redstone should, in theory, be extremely flammable and potentially explosive, which implies that cave static, or the player mining Redstone with an Iron Pickaxe, could lead to a spark that causes an explosive cave-in

As Unobtanium is just a placeholder for unobtainable elements (hence the name), I'm going to estimate Unobtanium in this case as Unbinilium, the placeholder name for element 120

Why?

I'm estimating the Unobtanium as Redstone as being larger than the largest man-made element, Oganesson, which holds an impressive 118 protons

Each valence electron shell, from innermost to outermost, can bind with 2, 8, 18, 32, 32, 18, and 8 shells respectively, so I'd like Unobtanium to be an element we haven't discovered yet, and consequently I'd like to jump up to the next shell

While I could estimate with element 119's placeholder, Ununennium, it would have one electron in the next shell, so Unbinilium allows for easier chemical binding

So what does this molecule look like then? Well, horrifyingly...

It looks like this. As Redstone forms in crystal lattices, and only two Carbon atoms are free to bind, I can absolutely see why it's so brittle that it breaks into powder.

This makes the structure of Redstone:

C3U3Uno4 (55% of molecules) C4U3Uno4 (13% of molecules) C3U4Uno4 (13% of molecules) C4U4Uno4 (7% of molecules) C3U3Uno5 (5% of molecules) C4U3Uno5 (3% of molecules) C3U4Uno5 (3% of molecules) C4U4Uno5 (1% of molecules)

An extremely radioactive, flammable, and explosive compound.