Hi guys, thanks for watching! Just a small correction: At 5:00, I should be trying to subtract 1101 instead of just 01, because I forgot to bring the orange part down. It doesn't affect the answer though.
do people actually build these from the tutorials? i just love watching and learning the algorithms. binary truly is superior. also fun to watch your block editing skills (the copying and pasting stuff idk)
I downloaded your most recent calculator and noticed instead of using each of these machines for each operation, you used an ALU. With the fact that each of these binary processors use the same base adder unit, will you be teaching us how to make an ALU with it?
New sub, hi. Just wanted to stop by and say your videos are literally invaluable in my latest project. (I'm trying to recreate arcade games from the 80s on one MC computer!) I value your knowledge greatly, keep it up.
I think the explanation could've benefited from a decimal example with more than one step, or at least that's what I think would've help me see what's going on with bringing the partial answer down into the subtraction.
Loved the vid. But I do wonder where you will take this? You've completed the basic and basic functions. Maybe an AUL? Expand on integrating all the parts together?
Helo, it would be interesting if you can combine al of this operation in one machine, lick an ALU (arithmetic logic unit) with all the control necessary. Also i love your videos ❤, it took for me 1 year to learn this in high school.
Hi matt will you be doing a combinational square root device ?? Some of the sequential devices (binary-bcd, divider) only work to a certain number then go out of sequence, so a timing issue for bedrock/pocket editions, but the combinational devices always work
How Matt! I was wondering if you could make a video about comparing binary numbers? The ones I've found on YT uses pistons (which I'm not a fan of) I'm still trying to make one without piston maybe you can help? Thanks.
Can you build a map to help with my calculus homework. Yknow build a redstone circuit to show the answer to sine and tangent Im joking Unless you want to 😳😳😳🫡
Hi Matt I 4ealy like your tutorial it's long yes but it's not block by block that give me head ache but can you pls consider you have aloot of bedrock user so plsssssss stop using pistons and stop priming the comperator 😅
I was also thinking about that I think you just need to connect a divisor with an adder for that Since for square root it’s just x_n+1= (xn +k/xn)/2 Where k is the number to square root We can divide an Random number from the start Add to the adder Divide by two(easy in binary) And hook it back into the input And do it for like an abitary amount of time until we get a good answer
@@boiii2148 You can use newtons method for approximating any nth root. You can even use newtons method to approximate other inverse functions like logarithms or even the lambert w function.
