AVR Simulator - ATTiny13 generates "random" numbers in assembler

Each week I will grab a random electronic component from the vault and build a circuit - this week I take a way too deep look at how AVR assembler code moves the 1's and 0's around to make "random" numbers and then captures them between defined limits. All the deets in the links below.
More info at onecircuit.blo...
www.tindie.com...
Gerd's AVR simulator: www.avr-asm-tut...

[@manoftheday1]

Thank for your time sir.

[@onecircuit-as]

You are welcome

[@oluwamayokun6128]

Hello sir thank you for this amazing video it helped, I am new to this assembly language and my professor gave me a task that none of us could fix, but this video is closely related to the task; generating random number which is why I am writing this comment to ask few things there's a lot I don't understand in this, you mentioned that the program run when the chip been reset, where is the chip on your program? did you use Atmega8535? lastly, is there any note you can recommend which will help my understanding in this? ✊🏾

[@onecircuit-as]

Hello I'm glad you enjoyed the video - there is more code on the blog and I have an assembler book that might be useful: drive.google.com/file/d/1MTGdW4_ZHMaIDW7nqQ_V67ZJxyJTDc1U/view
I don't use the Atmega8535, just assembler for the ATTiny13. Good luck with your task!

[@onecircuit-as]

I've just noticed that Gerd's AVR Simulator covers the ATmega8535 - this is a VERY good way to follow what your code is doing!

[@oluwamayokun6128]

@@onecircuit-as this is really helpful, thank you so much sir

[@oluwamayokun6128]

hello sir , thank you for your help, I tried to run the codes but it didn't work on my Atmega8535

[@onecircuit-as]

I'm not sure of what your task is, but if my resources are not working for you, please talk to your professor! Good luck!