Very well explain! I struggle with Bitwise a lot when I found it in the book(datastructure and algorithm with Python) and I wondering when I'm gonna use this. Now it's clear. Thanks!
Can't thank you enough for finally helping me to understand bitwise. I've being trying to clean sdss data and they have badflags which require removing. It was driving me crazy haha.
I came for bitwise operations explanations and I'm pleased to find this. However, my main critique would be that you should explain how to go from decimal (13) to binary for someone new/unfamiliar.
@@ReuvenLerner yeah just thinking about it again, I guess the main point of the video was really bitwise operation. I was just a little salty 😅 cause I really loved the way you explained the decimal expression of (1234) and I wanted to see that with decimals. Wonderful vid nevertheless.
Never thought I'd need to learn this subject. But here I am, and thank goodness for your excellent explanation. BTW I was at pycon Cleveland 2018 too !
My question is about the & operator: why does 0b1100 & 0b0110 not set the output to 0b0100 but to 0b100? Is it because the operands have 4 binary digits instead of 8? Thank you very much for this course.
There's no difference between 0b100 and 0b0100. In decimal numbers, there's no difference between 123 and 0123; leading zeroes don't affect things. The same is true for binary numbers.
@@ReuvenLernerThat would be great. I can't find any useful material about how to approach this... I'm facing a problem when receiving a IR-signal where the protocol is LSB>MSB. The signals are having variable bit-lengths (some signals could be 8 bits long, others 14 bits), which complicates things a lot.. I need to reverse the stream, however this isn't an easy task, because MicroPython removes the leading zeroes - for instance: 0b00001010 should become 0b01010000, but MPy sees the incoming as 0b1010 which then becomes 0b101 when it is reversed (instead of 0b01010000). It's a simple task to reserve the numbers, if I interpret it as a string instead of binary int - however this seems like a potential buggy workaround, and would also lack bitwise operations.
I like the use of jupyter notebook here, much easier to follow along compared to the IDLE >>> environment that people often use where this symbol >>> is >>> everywhere >>>
I really enjoy the examples you use. I’m not sure if you have one, but a follow up video for tricks & tips using these in some more examples would be great! (It has been 2 years, so there might be a lot of this already out there 😅)
You want to find the bitwise "AND" without using &? Why work so hard? Part of the point of Python is to do things the easy way. If you're trying to understand how bitwise "AND" works, then I can understand... but Python does this in C, which means that its implementation will almost certainly be faster (and probably *far* faster) than yours.
@@ReuvenLerner I tried a different interpreter and got 130. The backspace key wasn't working properly either in the other interpreter so perhaps something else is going on with it
Jupyter can be used to write code (typically, but not exclusively, in Python) or documentation (typically in Markdown). If you want to write pseudocode, go ahead and do it in Markdown -- but it'll just be seen as documentation, not actual code.
You have beautifully explained them. kudos to you. Thanks alot
Glad it helped!
dude the way you explain everything is amazing, and easy to understand, I appreciated it!
I'm so glad to hear it helped!
Best bitwise operators explanation on YT. By far!
Thank you i pick this up literally seconds after you explained
Same!
Great video!
Glad you enjoyed!
genuinely fantastic video
I am happy I found this! this cleared up a lot of my confusion on bitwise operators. thank you Reuven, great and clear explanation on the topic!
Great explanation, clear audio and awesome enthusiasm. I will be back for more videos!
Delighted to know it helped!
Thanks! Out of all the videos I browsed on this topic, this was by far the most informative. 🙂
So happy to hear it!
Very well explained! The font size was not an issue for me. You did a wonderful job explaining these concepts. Thank you!
Thanks for the kind words, and I'm delighted you enjoyed!
Oof what a relief to have found this at 1 am. Thank you very much. If I am not going to use it, at least I can explain it to someone else.
I'm delighted to hear that it helped!
Very well explain! I struggle with Bitwise a lot when I found it in the book(datastructure and algorithm with Python) and I wondering when I'm gonna use this. Now it's clear. Thanks!
Can't thank you enough for finally helping me to understand bitwise. I've being trying to clean sdss data and they have badflags which require removing. It was driving me crazy haha.
So happy to hear that it helped!
Thank you so much for this video!
I came for bitwise operations explanations and I'm pleased to find this. However, my main critique would be that you should explain how to go from decimal (13) to binary for someone new/unfamiliar.
Fair enough -- I'll try to do a video about different number bases, and how they work.
@@ReuvenLerner yeah just thinking about it again, I guess the main point of the video was really bitwise operation. I was just a little salty 😅 cause I really loved the way you explained the decimal expression of (1234) and I wanted to see that with decimals. Wonderful vid nevertheless.
Great video, and you are a very engaging teacher!
One of the best explanations so far.
Thank you :)
Thank you so much!
Glad it helped!
Never thought I'd need to learn this subject. But here I am, and thank goodness for your excellent explanation. BTW I was at pycon Cleveland 2018 too !
Excellent overview and examples - thank you!
My question is about the & operator: why does 0b1100 & 0b0110 not set the output to 0b0100 but to 0b100? Is it because the operands have 4 binary digits instead of 8? Thank you very much for this course.
There's no difference between 0b100 and 0b0100. In decimal numbers, there's no difference between 123 and 0123; leading zeroes don't affect things. The same is true for binary numbers.
@@ReuvenLerner Thank you Sir ! Disregard my question on Linkedin Python community. You gave me the answer.
How do you deal with bytes, that are going LSB-MSB in Python and MicroPython?
I believe that all of the bytes are standardized once they get to Python, but I could be completely wrong about that. I'll see if I can find out.
@@ReuvenLernerThat would be great. I can't find any useful material about how to approach this...
I'm facing a problem when receiving a IR-signal where the protocol is LSB>MSB. The signals are having variable bit-lengths (some signals could be 8 bits long, others 14 bits), which complicates things a lot.. I need to reverse the stream, however this isn't an easy task, because MicroPython removes the leading zeroes - for instance: 0b00001010 should become 0b01010000, but MPy sees the incoming as 0b1010 which then becomes 0b101 when it is reversed (instead of 0b01010000). It's a simple task to reserve the numbers, if I interpret it as a string instead of binary int - however this seems like a potential buggy workaround, and would also lack bitwise operations.
Great explanation! Thank you.
Glad it helped!
Great explanation !! thanks for sharing your knowledge. respect !!
You are a good teacher man
it was both useful and interesting. thank you !
Very well explained!!
Thanks; I'm delighted it helped!
I like the use of jupyter notebook here, much easier to follow along compared to the IDLE >>> environment that people often use where this symbol >>> is >>> everywhere >>>
>>> Happy to hear it :-)
I really enjoy the examples you use. I’m not sure if you have one, but a follow up video for tricks & tips using these in some more examples would be great! (It has been 2 years, so there might be a lot of this already out there 😅)
I'm always making new videos, often based on ideas from the comments here... So I'll do some thinking, and see what I can do!
This is very useful and interesting for me, I'm glad that I watched it 🤩
Amazing. Thank you
Very clear, thank you!
This is fantastic, thank you!
Delighted you enjoyed!
Great explanation!
I need help: How can I find bitwise AND of two binary numbers without using the logical symbol '&'.
You want to find the bitwise "AND" without using &? Why work so hard?
Part of the point of Python is to do things the easy way. If you're trying to understand how bitwise "AND" works, then I can understand... but Python does this in C, which means that its implementation will almost certainly be faster (and probably *far* faster) than yours.
Same boat here.. I am trying to write a python script but without using python!
@@saeeduchiha5537 Um, you probably shouldn't do that...
This helped me a lot.
Very nice! Thank you.
Great video man
I'm glad you enjoyed it!
Awesome Tutorial!!
So glad you liked it!
2 years late, but Thank you!!
Delighted it helped you! (And that's the beauty of TH-cam videos -- they stick around, and are there whenever you need them.)
exactly what i needed.
Delighted to hear it!
Amazing, thank you!
So when I plug 130&130 into my python interpreter I get 0. I don't understand why, I would expect it to be a non zero integer
When I type 130 & 130 into Python, I get 130, whic makes sense. I'm not sure how you're getting that result. Sorry!
@@ReuvenLerner I tried a different interpreter and got 130. The backspace key wasn't working properly either in the other interpreter so perhaps something else is going on with it
very useful!
He uses jupyter notebook
I would like to write one pseudocode in jupyter notebook but I dont know how
Jupyter can be used to write code (typically, but not exclusively, in Python) or documentation (typically in Markdown). If you want to write pseudocode, go ahead and do it in Markdown -- but it'll just be seen as documentation, not actual code.
Thanks
Absolutely!
thank u sir
My pleasure!
greaaaaaaaat !!! thnaks alot
Thanks, now i know for sure that I will never use that )
I feel slightly bad for liking this video -as it stopped the "likes" from totalling 404....
Glad you liked it -- and there are other cool numbers out there!
Holy SHIT! You made it click for me! Thanks!
I'm so delighted to know that it helped!