Err... your description of IEEE754 is correct, but it doesn't help when trying to store pi, because pi isn't a very large number, it just has an infinite number of digits after the decimal point. IEEE754 can store around 7 decimal places if i remember correctly, nowhere near 1.24 trillion.
Of course if you were trying to represent 1.24 trillion, IEEE754 would be the way to go...
Let's say it can only match perfect rips (ok, of course it will have some sort of tolerance, but anyway), then this would be useful to weed out bad copies.
How many times have you downloaded an mp3 to find that it has been encoded really bad, or worse still recorded off the radio, complete with back-announcements? Very, very annoying, because they never manage to announce the next song right.
Err... your description of IEEE754 is correct, but it doesn't help when trying to store pi, because pi isn't a very large number, it just has an infinite number of digits after the decimal point. IEEE754 can store around 7 decimal places if i remember correctly, nowhere near 1.24 trillion.
Of course if you were trying to represent 1.24 trillion, IEEE754 would be the way to go...
Argh.
...
SI Units:
kilo-, k, 10^3
mega-, M, 10^6
giga-, G, 10^9
Then one day someone invented:
kilo-, K, 1024 (note the capital K)
which is generally only ever used when talking about bytes.
But then again, I never wanted to be a programmer anyway...
I mean, I usually miss out on that day anyway, and it seems to be no great loss.
You can run NT4 off the side of an AS/400...
Now, if only my River Raid cartridge wasn't half dead....
Let's say it can only match perfect rips (ok, of course it will have some sort of tolerance, but anyway), then this would be useful to weed out bad copies. How many times have you downloaded an mp3 to find that it has been encoded really bad, or worse still recorded off the radio, complete with back-announcements? Very, very annoying, because they never manage to announce the next song right.