//Skeleton code for pitch tracking

//Set up to analyze sound from mic
adc => FFT f => blackhole;

//Pick a size of 1024 bins
1024 => f.size;
//Use a hamming window of size 512 
//(if this is meaningless to you right now, don't worry-- just keep this next line)
Windowing.hamming(512) => f.window;

while(true) {
	.1::second => now;
	f.upchuck();

	/*TODO: 
	Fill this in with code to locate the 
	index of the frequency bin with the
	highest magnitude. Use your knowledge of
	the FFT and the sample rate used by 
	miniAudicle (not sure? Go to Preferences menu) 
	to compute the 	frequency associated with 
	that bin. Print out both the index and the 
	associated frequency.
	*/
}