doopdee - 1+1 = 1.99999999999 (SNES)

It's been a while. All the samples excluding the drums were made by me (it was super fun making them :D) and the drums are edited and bitcrushed versions of drums from Super Mario World and Yoshi's Island.
Made using Corrscope github.com/cor...
and Furnace Tracker github.com/til...
Here's a playlist containing all of my music that doesn't suck:
• My best music

[@doopdee]

Reuploaded because of a mistake in the visualisation.

[@cornfields74]

floating point music

[@magooskee]

Randomly came across this channel whilst looking for some chiptunes for an arcade cabinet I'm building. 10/10 artist!

[@joshbryant1133]

Me when floating point arithmetic

[@CcMusicAndMore]

Doodley?!?!

[@ashkirby8896]

Nice SNES tune!😄🤩😎👌

[@randomazzy11]

u make such cool music

[@tcscomment]

very nice!

[@ElephantMariotheRHDNhater3293]

Nice job, doopdee.

[@pampom1554]

How do you make these? A guide or in depth look would be epic

[@doopdee]

Annoyingly I don't have the video skills to make that sort of video even though I wish I could.

[@doopdee]

You can look at the manual on Furnace Tracker (the software I use) and see what other people do and other people's videos. That's basically what I did to learn all this stuff

[@e__egg]

that is indeed true and if you think otherwise then you will start a war in my replies and i will think you are weird

[@stgigamovement]

Actually it IS true, because of the way quite a few programming languages and even computers work, examples being stuff like JavaScript or 32bit floats, which are less precise than Doubles and cannot perfectly represent certain values. For instance, a 32bit float when asked to store 151 will actually be roughly 150.9 so if you want to represent Mew's Pokedex number in a 32bit float, it's not going to be accurate. One thing about Javascript is that some numbers can take the form of the number below it plus repeating digits of 9 after the decimal point. So the title is very possible in computing due to how decimals work in computing.

[@e__egg]

and just in math in general.

[@doopdee]

An easy way to prove it is by seeing that 1/3 = 0.3333333...
1/3 x 3 = 1
0.3333333... * 3 = 0.9999999...
Therefore 0.9999999... must equal 1.
And the same thing aplies to the number in the title, 1.9999999...

[@e__egg]

there are more ways. one my dad told me one but i dont remember and i dont have the image atm, so remind me by replying to this comment in like a day, and i will recite it. it has to do with algebra lmao

[@doopdee]

@@e__egg Reminder