Gabor Modules - Revision history

Norbert at 22:21, 3 May 2009

2009-05-03T22:21:04Z

Norbert at 22:18, 3 May 2009

2009-05-03T22:18:52Z

Norbert at 22:17, 3 May 2009

2009-05-03T22:17:38Z

Norbert at 22:13, 3 May 2009

2009-05-03T22:13:48Z

Norbert at 22:07, 3 May 2009

2009-05-03T22:07:25Z

Norbert at 22:03, 3 May 2009

2009-05-03T22:03:51Z

Norbert at 22:03, 3 May 2009

2009-05-03T22:03:27Z

Norbert at 22:02, 3 May 2009

2009-05-03T22:02:43Z

Norbert at 22:01, 3 May 2009

2009-05-03T22:01:49Z

Show changes

Norbert at 17:45, 3 May 2009

2009-05-03T17:45:59Z

@@ Line 22: / Line 22: @@
 * gbr.peaks ... Estimate peaks (partials) from a given spectrum (or any other vector)
 * gbr.preemphasis ... Simple first order difference filter
-* gbr.psy~ ... Pysch synchronous (YIN-based) signal slicing
+* gbr.psy~ ... Pitch synchronous (YIN-based) signal slicing
 * gbr.resample ... Resampling
 * gbr.schedule~ ... Delay/scheduler respecting Gabor timing

@@ Line 24: / Line 24: @@
 * gbr.psy~ ... Pysch synchronous (YIN-based) signal slicing
 * gbr.resample ... Resampling
 * gbr.slice~ ... Signal slicing
 * gbr.tapin~ ... Input tap for write delay line

@@ Line 310: / Line 310: @@
 {{Module |
    | name=gbr.schedule~
-   | brief=Gabor timing impulse generator
+   | brief=Delay/scheduler respecting Gabor timing
-   | descr=Periodically outputs a given fmat or a bang within the Gabor scheduling scheme.
+   | descr=Schedules matrices or bangs with given delay time.
    | arguments=<num: delay> - delay time [0]<br>
    | attributes=unit <&#039;msec&#039;&#124;&#039;sec&#039;&#124;&#039;samp&#039;&#124;&#039;hz&#039;&#124;&#039;midi&#039;&#124;&#039;midicent&#039;: unit> - set delay unit to msec, samples, etc [&#039;msec&#039;]<br>delay <num: delay> - set delay [0]<br>out <fmat: out> - set output fmat<br>

@@ Line 306: / Line 306: @@
    | inlets=1 <fmat: vector> - input vector<br>2 <num: order> - set resampling order/increment<br>
    | outlets=1 <fmat: vector> - output vector<br>
 }}

@@ Line 41: / Line 41: @@
    | messages=postdoc - post external doc to console<br>
    | inlets=1 <fmat: spectrum> - complex vector (only positive frequencies) to which to add the generated partials<br>2 <num&#124;fmat&#124;fvec&#124;list: freq(s)> - fundamental frequency (num: for harmonics) or vector of partials frequencies<br>3 <num&#124;fmat&#124;fvec&#124;list: spectral envelope> - spectral envelope (given values will be linearly interpolated)<br>4 <num&#124;fmat&#124;fvec&#124;list: phase(s)> - phase (num: for all partials) or vector of phases for the given partials<br>
-   | outlets=1 <fmat> - output vector with added partials<br>
+   | outlets=1 <fmat: spectrum> - output spectrum with added partials<br>
 }}
@@ Line 52: / Line 52: @@
    | messages=postdoc - post external doc to console<br>
    | inlets=1 <fmat: spectrum> - complex vector (only positive frequencies) to which to add the generated partials<br>2 <num&#124;fmat&#124;fvec&#124;list: freq(s)> - set fundamental frequency (num: for harmonics) or vector of partials frequencies<br>3 <num&#124;fmat&#124;fvec&#124;list: amp(s)> - set amplitude (num: for harmonics) or vector of partials amplitudes<br>4 <num&#124;fmat&#124;fvec&#124;list: phase(s)> - set phase (num: for all partials) or vector of phases for the given partials<br>
-   | outlets=1 <fmat: spectrum> - output vector with added partials<br>
+   | outlets=1 <fmat: spectrum> - output spectrum with added partials<br>
 }}

@@ Line 30: / Line 30: @@
 * gbr.trace ... Trace and index peaks
 * gbr.wind= ... Apply a window to an incoming frame, grain or wave
-* gbr.yin ... Fundamentatal frequency estimation after de Cheveigne and Kawahara
+* gbr.yin ... Fundamental frequency estimation after de Cheveigne and Kawahara
@@ Line 376: / Line 376: @@
 {{Module |
    | name=gbr.yin
-   | brief=Fundamentatal frequency estimation after de Cheveigne and Kawahara
+   | brief=Fundamental frequency estimation after de Cheveigne and Kawahara
    | descr=Estimates fundamental frequency and outputs energy, periodicity factor, and auto correlation coefficients.
    | arguments=1 <num: min freq> - lowest estimated frequency in Hz [50.]<br>2 - quality/periodicity threshold [0.68]<br>

@@ Line 1: / Line 1: @@
-  gbr.addenv ... Additive synthesis: generate partials with a given envelope
+* gbr.addenv ... Additive synthesis: generate partials with a given envelope
-  gbr.addpartials ... Additive synthesis: generate partials with given frequencies and amplitudes
+* gbr.addpartials ... Additive synthesis: generate partials with given frequencies and amplitudes
-  gbr.autox ... Auto correlation and similar
+* gbr.autox ... Auto correlation and similar
-  gbr.bands ... FFT filter bands
+* gbr.bands ... FFT filter bands
-  gbr.bq ... Constant Q
+* gbr.bq ... Constant Q
-  gbr.copy ... Copy vector (fmat) out of a delay line or an fmat or fvec
+* gbr.copy ... Copy vector (fmat) out of a delay line or an fmat or fvec
-  gbr.crossx ... Cross correlation and similar
+* gbr.crossx ... Cross correlation and similar
-  gbr.dct ... Discrete cosine transform
+* gbr.dct ... Discrete cosine transform
-  gbr.dline~ ... Classical delay line
+* gbr.dline~ ... Classical delay line
-  gbr.drain~ ... Forward delay line
+* gbr.drain~ ... Forward delay line
-  gbr.fft ... Fast Fourier transform
+* gbr.fft ... Fast Fourier transform
-  gbr.fire~ ... Gabor timing impulse generator
+* gbr.fire~ ... Gabor timing impulse generator
-  gbr.gen= ... Generate waveform/function
+* gbr.gen= ... Generate waveform/function
-  gbr.harms ... Estimate harmonics from a given spectrum (or any other vector)
+* gbr.harms ... Estimate harmonics from a given spectrum (or any other vector)
-  gbr.ifft ... Inverse fast Fourier transform
+* gbr.ifft ... Inverse fast Fourier transform
-  gbr.lifter ... Cepstral liftering
+* gbr.lifter ... Cepstral liftering
-  gbr.lpc ... Linear prediction coefficients
+* gbr.lpc ... Linear prediction coefficients
-  gbr.mask ... Partial masking using critical band width
+* gbr.mask ... Partial masking using critical band width
-  gbr.morph ... Partials sets interpolation
+* gbr.morph ... Partials sets interpolation
-  gbr.ola~ ... Overlap-add
+* gbr.ola~ ... Overlap-add
-  gbr.paste ... Paste a grain (fmat or fvec) into a drain
+* gbr.paste ... Paste a grain (fmat or fvec) into a drain
-  gbr.peaks ... Estimate peaks (partials) from a given spectrum (or any other vector)
+* gbr.peaks ... Estimate peaks (partials) from a given spectrum (or any other vector)
-  gbr.preemphasis ... Simple first order difference filter
+* gbr.preemphasis ... Simple first order difference filter
-  gbr.psy~ ... Pysch synchronous (YIN-based) signal slicing
+* gbr.psy~ ... Pysch synchronous (YIN-based) signal slicing
-  gbr.resample ... Resampling
+* gbr.resample ... Resampling
-  gbr.slice~ ... Signal slicing
+* gbr.slice~ ... Signal slicing
-  gbr.tapin~ ... Input tap for write delay line
+* gbr.tapin~ ... Input tap for write delay line
-  gbr.tapout~ ... Output tap for read delay line
+* gbr.tapout~ ... Output tap for read delay line
-  gbr.timer~ ... Gabor timer
+* gbr.timer~ ... Gabor timer
-  gbr.trace ... Trace and index peaks
+* gbr.trace ... Trace and index peaks
-  gbr.wind= ... Apply a window to an incoming frame, grain or wave
+* gbr.wind= ... Apply a window to an incoming frame, grain or wave
-  gbr.yin ... Fundamentatal frequency estimation after de Cheveigne and Kawahara
+* gbr.yin ... Fundamentatal frequency estimation after de Cheveigne and Kawahara