aubio_win_gaussian,
aubio_win_welch,
aubio_win_parzen
-} aubio_window_type_t;
+} aubio_window_type;
/** create window */
-void window(smpl_t *w, uint_t size, aubio_window_type_t wintype);
+void aubio_window(smpl_t *w, uint_t size, aubio_window_type wintype);
/** principal argument
*
* mod(phase+PI,-TWO_PI)+PI
*/
-smpl_t unwrap2pi (smpl_t phase);
+smpl_t aubio_unwrap2pi (smpl_t phase);
/** calculates the mean of a vector
*
* \param s0,s1,s2 are 3 known points on the curve,
* \param pf is the floating point index [0;2]
*/
-smpl_t quadfrac(smpl_t s0, smpl_t s1, smpl_t s2, smpl_t pf);
+smpl_t aubio_quadfrac(smpl_t s0, smpl_t s1, smpl_t s2, smpl_t pf);
/** returns 1 if X1 is a peak and positive */
uint_t vec_peakpick(fvec_t * input, uint_t pos);
-smpl_t bintomidi(smpl_t bin, smpl_t samplerate, smpl_t fftsize);
-smpl_t bintofreq(smpl_t bin, smpl_t samplerate, smpl_t fftsize);
-smpl_t freqtomidi(smpl_t freq);
+smpl_t aubio_bintomidi(smpl_t bin, smpl_t samplerate, smpl_t fftsize);
+smpl_t aubio_bintofreq(smpl_t bin, smpl_t samplerate, smpl_t fftsize);
+smpl_t aubio_freqtomidi(smpl_t freq);
uint_t aubio_silence_detection(fvec_t * ibuf, smpl_t threshold);
smpl_t aubio_level_detection(fvec_t * ibuf, smpl_t threshold);