Flute acoustics: measurement, modelling and design - School of ...

APPENDIX B. PROGRAM LISTINGS 311
*/
complex impedance(double f, Woodwind w, double entryratio);
/*
Calculates the input impedance of a Woodwind.
Parameters:
f: the frequency in Hz
w: the Woodwind
entryratio: the ratio of the input side radius (impedance head or
embouchure) to the entry radius of the instrument
Returns:
the input impedance of the woodwind
*/
complex playedImpedance(double f, Woodwind w, int midi);
/*
Calculates the input impedance of a Woodwind in combination with the
player's face impedance.
Parameters:
f: the frequency in Hz
w: the Woodwind
midi: the MIDI number of the played note
Returns:
the input impedance of the played woodwind
*/
double woodwindEntryRadius(Woodwind w);
/*
Calculates the radius of the woodwind at the entry.
Parameters:
w: the Woodwind
Returns:
the outside radius of the embouchure hole (if present)
otherwise the input radius of the first BoreSegment
*/
complex woodwindLoadZ(double f, Woodwind w);
/*
Calculates the load impedance at the end of a Woodwind.
Parameters:
f: the frequency in Hz
w: the Woodwind
Returns:
the load impedance of the woodwind
*/
complex woodwindDownstreamZ(double f, Woodwind w);
/*
Calculates the input impedance of the section of the Woodwind
downstream of the embouchure hole.
Parameters:
f: the frequency in Hz
w: the Woodwind
Returns:
the downstream impedance of the Woodwind
*/
TransferMatrix traverseHoleMatrix(double f, Hole h);