Big Endian won't tell you this but you don't actually need to chose between big- and little-endian, you can just select no endianness!

Endinaness was invented by Big Endian to sell more big-endian

@thezoq2 Can we have the bits reversed in each byte, but the bytes in the right order (for some definition of "right")?
@revk @thezoq2 I've seen modbus devices that do exactly this 
@thezoq2 I, for one, only ever have my bits in random order
@renardboy This is the way. Bit order is just made up anyway
@thezoq2 I like to eval a binary value in big endian AND little endian and the final value is the smaller result subtracted from the larger result
@thezoq2 personally, I prefer Random-endian

@JennyFluff My preference is german endian

[1, 0, 2,3,4,5...]

@thezoq2 All the bits just in a big pile
@thezoq2 I only use numbers that are palindromes, it makes my encoding slightly bigger but its well worth it for the simplicity
@thezoq2 Circular bit representation has no telomeres, allowing floats to be copied any number of times. But it does require additional processing to determine the origin of replication (aka the "start bit") for any individual float.
@hackerfriendly @thezoq2 Circular bit representation raises the question if bits should be stored in clockwise endian or counterclockwise endian
@thezoq2 just put all the bits in the same place. Much more compact than arranging them linearly.
@thezoq2

getting endianned?

simply say no!

bytes can't be in an order without your consent
@thezoq2 Sausages have 2 ends, why can't bytes? Food for thought.
@thezoq2 Ourobosendianness
@thezoq2 Wait until you learn about middle endian which gives you the best of both worlds 😅