Well, -if you mean it's function, I can say that it reverses the sequence of numbers in an ordered list.
Thus, something like:
{3, 2, 0, 4 , 1} would become:
{1, 4, 0, 2, 3}.
Of course, I wish to apply this to Charlie Chaplin's Speech.
Suppose (as a pretty arbitrary example) you had a very short audio file, made up of three samples.
Here (arbitrarily speaking), -I might have something ;like:
{1345, 9060, 156}...
...as sample depths of the sample, out of a possible range between:
-32768--->32768,
OK?
Now, to apply the IntegerReverse function on these gives us:
{5431, 609, 651}.
In most circumstances digitized audio files would have thousands of sample/elements, and I wish to apply this concept of reversing the audio-file's digits to many audio-files..
As I said...-Naturally I wish to do this to all manner of samples, samples of speech, violins, pianos, cymbals, you get this idea?
I also wish to experiment with different multipliers and bases, really obscure ones like 5, 7, 17, 23, 31 etc...
So do you understand my idea now?
Feel free to E-Mail me if you wish to talk about this privately.
Please advise,
Regards,
Mr. Sarn Richard Ursell.