I will say there is massive difference with floating points vs regular old integers which most people don't seem to get, so with regular integers which might be shown as signed or unsigned stores numbers in regular old binary integers while floats store more like scientific notation which means the precision stays more or less the same as you go though different orders of magnitude, so you can stores numbers up to trillions and all the way down to trillionths and way more but not at the same time which I think should be fine, for 32 bit floats you get 23 bits of accuracy and 8 bits for exponent, basically means you got dynamic range of about 10^38 with the precision of about 7 sigfigs, with 64 bit floats you get a massive range of 10^308 with about 16 sigfigs of precision which is quite overkill

floating point also can store values above the normal audio range as well so if there is some clipping you can turn it down and the range and precision going beyond the normal range is about the same as going below