Redstone starts to actually make sense when someone explains what each section does

This was truly an incredible Display of Redstone! ❤

This series has inspired me to take an interest in computer science inside and outside of Minecraft, I’m actually taking java in school this year and the knowledge I’ve gained about binary and processing systems has really helped me get ahead of the others in my class, at least for the fundamentals unit. Thank you for inspiring others and making quality content about redstone engineering!

This has been such a helpful series, and my redstone knowledge has greatly improved thanks to you. You are a great teacher and my favourite redstone KZfaqr, thank you

This guy is so nice and it’s crazy how he shares so much stuff so well

Matt is truly a redstone god

You could be a teacher, you're so good at this

I'm going to rewatch this all over again, so much useful information I can learn, thanks for making this series

I'm in a digital logic class in uni, and I'm currently working on an assignment involving BCD conversion for a 7-segment display. I didn't think that a Minecraft video would be helpful in understanding decoders, but here we are! It's really cool that I'm able to learn this stuff better using Minecraft!

The knowledge in this video is epic!!! Comparing this video to your older one, it's safe to say that the quality has changed drastically for the better. Love this series Matt and thankyou for making it :D (again :p)

mattbatwings, your redstone tutorials are helping me so much. Thank you for this video.

Great video on redstone displays and I very much appreciate the Hex Gang shoutout :D

Instant watch

thanks for including my rom matt :)

This video was super helpful for my display, I am excited to see what you make happen with all of this!

I love how much effort you put into your videos ❤

Как всегда, невероятно и поистенне великолепно!

It’s always a great day when mattbat uploads

What fascinates me about your videos is how many different real-life topics it touches while being 100% about redstone. Most of the time it's digital electronics (since it is logical redstone), but the buffered display (10:47) reminded me of technique in computer graphics called double buffering - it's used for mitigating screen tearing when framerate of a program/game doesn't match refreshrate of the monitor. It works by using two buffers (arrays of pixels), one is displayed and the other is written to. Rendering always happens only on one of the buffers, while second one is read-only, meaning monitor can't show unfinished frame, and when rendering of a frame is done, you switch them, and now you write to the other one instead and one you written to is displayed and read-only. This is also combined with vsync to synchronize the switching of buffers with monitor cycle so that you don't switch them while monitor is actively reading from it (that can cause tearing as well).

Redstone power level mechanic saves the whole department! And great video, of course.

Thank you sir it will be helpful for sure , enjoy the show everyone

Now you need to make this video again with the copper bulb😢

Thank you Matt, you are a huge help on my journey through computer science!

I don't think someone could explain it better than you!

Very clever. Love your videos, really, it's so well build ! From France

i think this is your best one yet

mna I have been loving your redstone videos, ive been building the display, along side the video, and just now making the plot button, and only just *now* getting the world download. stupid me was using the video + trial and error to make a matrix decoder! I succeeded))

@mattbatwings a couple years ago i was the guy who gave you the idea for the TI-MC name. I remember how excited i was when u actually used the name lol. Good to see you’re still going strong, man!

Yes I've seen the mazuma's video on these displays, he said the same as you, brute force to make the display work, do each barrel has a different number of stackable items. Keep up the good work 👌

I love this type of video, redstone is a type of esoteric language for me.

Knarfy thinks you’re a geologist.

So good pls keep uploading

I may need to call out of work tomorrow, cuz this was SICK!

Finally! I waited for so long for this to be posted! Thank you matt

i was interested on learning about screens a while back, and i even tried to theorise my own designs, now even tho the leak of my interest for screens is no more, i still really liked to see this

Knarfy thinks you're a geologist.

Best redstone teacher on KZfaq!

Awesome series

Such an amazing explanation

i cant wait for the last video of this playlist!

1x1 density is now easily achievable with copper bulbs. You just need an extra buffer to remember the block state.

I don't really play Minecraft much but I still binge watch this series.

Took him long enough. Just kidding, much love to you and thank you for all the amazing videos.

Nice mate, truly a legend ❤

Knarfy thinks you are a geologist

This is fantastic. Someone would be able to create a detailed moon phases clock with this!

I made a 16 color (each color of concrete dust), 1x1 block-per-pixel display a while back (can't remember for sure if it was 12x12 or 16x16 pixels). It's based around "cassettes" of different-color concrete dust, shifted around by pistons: there's one cassette per pixel, and when a "draw" signal is sent, each cassette pushes its selected color along a path to the main display. It was a lot of work (took the majority of the build) to find a unique path for each block to its designated location on the screen, and to sequence them such that each pixel-column was ordered correctly (it isn't a very good display if each column of pixels could land in any order). Now, it may not have been the fastest (it took a few minutes to draw, and it was a lot of work to input an image as well, you had to pull levers to represent the color of pixels in binary). It may not have been the most compact (if I remember correctly, I used up most of the available vertical space, only leaving a few blocks as margin). It may not have been the most elegant (I used slime blocks on pistons to bounce the pixels around, the whole thing was a noisy, wobbly mess of slime and concrete dust). But it worked! Thanks for listening to my TED talk!

Wait that last set of displays was crazy, where can I see a “making of” video?

I was waiting for this video!!!

I like redstone displays :-] Nice video!

Incredible!

If you recorded a film in Polish, it would be a very nice gift for Christmas Eve

Love the vid

loved this video

I remember when you had like 8k subs and I subbed

cant we just appreciate all his efforts?

Amazing

14:14 "The only slightly weird thing about this is that the X coordinate is on the right side now." Laughs in Minecraft Y coordinate.

He really implemented double buffering in Minecraft, awesome tutorial

The last face expression was how I felt when I finally realised what was going on

Truly a redstone god

I was literally just wondering how to do it, and this popped up😂😂

Knarfy thinks you are a geologist btw I love your videos

Hey Matt I credited your video in another vid where i made a 64 bit serial binary to bcd converter it's pretty epic.

15:28: one important bit of info you left out is that when there is no majority it will pick the north west corner as the color of the pixel

I want to see Froglights used as the segments to a 7-seg display because it kind of looks like VFD panels' colors. It might need more work to obscure them when off (pistons) but it will look cool

THIS IS SO COOL

Keep up the great work! I do hope that you tell me how to make a BCD to Binary machine with the new CCA!

Other than that this series is incredibly good

this is first one that i think its realy interesting, i watched all of the first season ones but they just semed more interesting that this season, but this one is cool

Knarfy thinks, you're a geologist lmao

Knarfy thinks your a geologist

in data latch displays section you can use piston+redstone block to reset

It's a fair amount more complex and slower, but there's another type of color displays, without modifications like resource packs: Concrete Powder

ayy rty got recognized!!

For my first project im making a TicTacToe game. Thanks so much, this really helped me with my display. Im on bedrock so I have to change some designs but the concept it still the same.

I used this along time ago when LRR #6 was released

Hear me out. Dispensers can place shulker boxes, which can be broken and collected with hoppers and pistons. So. Set up a very complex screen with dispensers, that have a certain color shulkerbox put in, and then placed, based on the code of the image you are trying to build. Then, once the image is made, have piston flying machines remove the image and make the next. It doesn't have to be quick, because of the new tick speed command. Turn that up REALLY high. ( Or use a mod like in the other render videos) repeat this for each frame of an image. 16 color video in Minecraft with Redstone. 😮

Yay LRR

18:32 I made a design where the output of the binary decoder (wich is on by default if you don't select that line) has torches that encode the 7-seg signal wich makes my 7-segment display incredibly compact and tileable either vertically or horizontally. (this uses the fact that Minecraft Bedrock lets redstone signals pass up and down with glass towers.)

I have a challenge for you. Mastermind in minecraft without command blocks fully automated. Can't wait to see.

There is another cooler redstone color display that i've seen used that uses gravity affected blocks such as conrete powder to create an image that can then automatically be recycled. this display has been pioneered and possibly created by a KZfaqr called Mr_Korwaldski. they have also created a some other redstone stuff that is also really cool.

15:28 You can also use different colours and then one specific block will always be the one that specifies the colour

Let's goooooo, 15 secs ago was uploaded

I made a compact design for an SR latch and it uses target blocks The Dimensions are 2x3x1

now you can also use copper lamps that work a little differently than the normal redstone lamps

Awesome

22:29 That's probably why most binary editors use hex representation, because the raw 1s and 0s would be too hard to work with and hex is easy to do, each two hex places represent one byte of eight bits. 0b11111111→0xFF 0b10100101→0xA5

Nice!

Knarfy thinks that you're a geologist

Nossa é rei de redstone

Still, the (Normal number) 7seg display is possible in very small and very easy. I cant find any english tutorial to it, so, you´ll have to build this one.

Knarfy thinks that you’re a geologist

love from rekrap

i was here after one minute. it had 8 views and 22 likes... Even KZfaq likes your videos

Good job with the tutorial.. Is there a seperate one that shows you how to make the " IMAGE ROM "?

you could also use 3x3 like regular computers each column for rgb respectively using stained glass

The music at the end 😳

ive got a question. How do you wire the sr latches to turn them off at the same time.

If you want to give yourself an unnecessarily complex challenge, try doing redstone without using any of the components that are most commonly banned on plots servers (MrBeast's build battle server is a great example of the exact one I'm talking about, because it's what inspired me to try this). The components in question are: Redstone dust, pistons of either kind, observers, hoppers, droppers and dispensers, rails of any kind, all entities except armor stands, and a few unrelated but still hindering changes, such as block updates not happening (like water flowing or gaining bubble columns). Because of these changes, you'll notice a few important details: 1) All transport, decoding, and encoding of data MUST involve repeaters and/or comparators, and 2) It is completely impossible to move redstone signals up or down. Everything must be built flat on the ground. (this actually would not have been a problem if we had water updates because of a very elaborate way I found to move signals up and down using armor stands, trapdoors, tripwires, and water.) As crazy as it may sound, I was actually able to build a decent bit of stuff with these restrictions. In the last day or so of the competition I was able to create a combination lock using comparators and item frames, and crazier YET, almost a YEAR after the competition I returned to the problem and built a MULTI-DIGIT SEVEN SEGMENT DISPLAY. It took numbers in as a decimal, passed it down the line until reaching the selected digit, saved it into memory for that digit, and then a counter increased to move to the next digit. All the digits had to face upwards instead of forwards, again due to the inability to move signals up or down, but it was a fully working display. As well as having the ability to input data, it also had a clear button which would empty the display and reset the counter to the first digit. Because of how I made it, the top top and right sides of it are still open, which ALSO means it is easy to extract the data from each digit and move it somewhere else, such as for example if you wished to create an adder circuit. I never bothered to go that far though.