this is the source code documentation of didgmo. More...
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Modules | |
| fft | |
Routines for interaction with fft objects. | |
| geo | |
Routines for defining, loading, saving of the didgeridoo geometry. | |
| peak | |
Routines for interaction with peak objects. | |
| plugin | |
Routines for interacting with the plugin system. | |
| wave | |
Routines for interaction with wave files. | |
Detailed Description
this is the source code documentation of didgmo.
didgmo is programed in plain ansi C in an object oriented way. the first implementation of didgmo had a scripting support for Ruby, but then didgmo was redesigned for a better speed performance. to allow the user to extend the program with specific routines, didgmo makes use of plugins. the plugins are written in plain ansi C, too. in order to implement your own routines, you need to know about the structure of the program.
this information is intended for programmers, who like to write their own plugins.
you actually only have to know about three classes: geo, fft, wave. the geo class stores the didgeridoo geometry and includes routines for loading and saving. the fft class stores the impedance and sound spectra and includes routines for loading and saving. the wave object stores the information of a sound file and includes routines for loading, saving and playback. each class has additional routines, which allow for conversion between the different objects, the most prominent beeing the function geo_fft, which calculates the impedance and sound spectra for the given geometry and returns them in an object of the class fft.
