Mate, you should pass string values in Decimal constructor, like Decimal("0.1") + Decimal("0.2"). It works perfect without double conversion from/to float

Awesome as always 😊

i have proble in vidstrem lib , on Audiosender class,, when i want I want a way to make the function stop, because when I stop it in a way: sender2 = AudioSender(awayIP, awayPORT).stop_stream() Several problems occur, can you help please..

Link to the other video pls

Could somebody please explains the difference between deciding the precision of the Decimal vs rounding ? In case we want a precision of second decimal place (Ex x.xx where x is a number between 0 and 9)

What an angel! You save my broken head!

I'm banging my wall against the head trying to subtract from Decimal zero

num7 package is easier to use and with better precision.

Decimal arithmetic isn’t about “accurate” floats, since it is just as inaccurate as regular binary floats, only in different places. It’s just that the rounding errors are less surprising, because they come out of the same base-10 arithmetic we all learned to do by hand. That’s all. Python’s decimal module allows you to specify very large precision, but that’s quite separate from the issue of whether base-10 or base-2 arithmetic is better. For example, neither of them can represent 1/3 accurately -- if you want that, you need the fractions module.

I want to replace my ssd with a new one, but the ssd is embedded in my motherboard, can I remove it? please help me, my laptop is chromebook

The other video that you were mentioning where you explained why 0.1 + 0.2 = 0.3000004 === You should put the link of that video in your description. Atleast in comments??? @NeuralNine