When my curve analyzer models the human voice on the letter "O", it tells me that it is the low amplitude which must be before the falling edge. He tells me also that the first harmonic represents the simplest derivation is thus a derivation of order 1, and its amplitude is naturally to 63% of max. (I do not see the algebra since this tool is inconsistent to model, I use the method I advocate since 1993 based on an exponential system).
In this image here is how to write in Java, but first a screenshot of her "O"
We note the trailing edge on the low amplitude of the sound "O"
Also here the sound file played in java we have the same thing.
We note that unlike what we seem logical, harmonic here is placed on the first line (F2 is placed on onde1) and the base level on the second line (F1 onde2). This act can reproduce the special meaning given by the human voice.
The last screenshot shows that the wave 1 java script is placed before onde2
Five minutes of laughter for an adult, had an eternity to a child.
In this image here is how to write in Java, but first a screenshot of her "O"
We note the trailing edge on the low amplitude of the sound "O"
Also here the sound file played in java we have the same thing.
We note that unlike what we seem logical, harmonic here is placed on the first line (F2 is placed on onde1) and the base level on the second line (F1 onde2). This act can reproduce the special meaning given by the human voice.
The last screenshot shows that the wave 1 java script is placed before onde2
Five minutes of laughter for an adult, had an eternity to a child.