

Audio Apps
Hi mityukov,
and neither my language!!
I'm not sure if the naming I have chosen is the best one.
Anyway this is what I mean
- the estimated frequency is the result of the estimation done on the audio input
- the estimated pitch is the actual note which is closest to the estimated frequency. It is the note shown in the bar
Maybe an example can make things clearer
For example, you are tuning the A string of a guitar (which is A2 --> 110.00 Hz) and you are quite close to the correct tuning. The estimated pitch will be 110.00 Hz (A2) and the estimated frequency will around this number. For example 109.75 Hz if the string is a little below the correct tuning.
When you turn the string knob to fasten it, the estimated frequency will increase and your goal is to have as close as possible to the estimated pitch
Hope this helped a little bit =)
Bye
William - Dec 29 2009
and neither my language!!
I'm not sure if the naming I have chosen is the best one.
Anyway this is what I mean
- the estimated frequency is the result of the estimation done on the audio input
- the estimated pitch is the actual note which is closest to the estimated frequency. It is the note shown in the bar
Maybe an example can make things clearer
For example, you are tuning the A string of a guitar (which is A2 --> 110.00 Hz) and you are quite close to the correct tuning. The estimated pitch will be 110.00 Hz (A2) and the estimated frequency will around this number. For example 109.75 Hz if the string is a little below the correct tuning.
When you turn the string knob to fasten it, the estimated frequency will increase and your goal is to have as close as possible to the estimated pitch
Hope this helped a little bit =)
Bye
William - Dec 29 2009