From IMTR
Analysis/synthesis
| yin~
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| Monophonic fundamental pitch estimation
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| The module implements the YIN algoritm by Cheveigné and Kawahara outputting a fundamental pitch estimation, a periodicty factor and the signal energy.
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| Author(s):
| Norbert Schnell
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| Distribution/licence:
| IRCAM Forum
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| psych~
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| Pitch Synchronous Yin-based Choral Harmonizer
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| The module performs high quality polyphonic harmonizing and vocoding of monophonic input by PSOLA analysis/resynthesis based on the YIN algorithm by Cheveigné/Kawahara.
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| Author(s):
| Norbert Schnell
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| Distribution/licence:
| IRCAM Forum
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| psychoirtrist~
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| Pitch Synchronous Yin-based Choir Effect
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| Derived from the psych~ and PAGS modules, psychoirtrist~ transposes and delays a monophonic input multiple times with random variations obtaining a choir effect. Each voice has its own output.
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| Author(s):
| Norbert Schnell
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| Distribution/licence:
| IRCAM Forum
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sogs~
rogs~
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| Smooth Overlap Granular Synthesis
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| The SOGS algorithm performs optimized granular synthesis with regularly overlapping cosine windows. The modules act on a soundfile stored in buffer~. The rogs~ module is an extended signal controlled version.
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| Author(s):
| Norbert Schnell
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| Distribution/licence:
| IRCAM Forum
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sdif.pagsolo~
sdif.pagsemble~
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| Pitch Aligned Granular Synthesis
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| The PAGS resynthesis modules perform the resynthesis of PSOLA analysis files in SDIF format (1PSO) containing markers with voiced/unvoiced parameters. Both modules require CNMAT's SDIF-buffer external. The sound is stored in a buffer~.
While sdif.pagsolo~ resynthesises a single voice sdif.pagsemble~ genrates a group of voices varying individually pitch and timing of multiple voices generated from the same pre-analysed source sound.
The modules have been originally developed in collaboration with Geoffroy Peeters for Philippe Manoury's opera K....
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| Author(s):
| Norbert Schnell, Serge Lemouton
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| Distribution/licence:
| IRCAM Forum
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Phase vocoder
These modules are enirely based on Axel Roebel's SuperVP also known as the calculation engine behind AudioSculpt. The modules allow for high quality pitch transposition, de/re-mixing of sinusoidal, noise and transitory components as well as spectral envelope transformations and cross-synthesis.
| supervp.play~
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| Advanced phase vocoder, play module
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| The module plays, stretches and transforms in real-time a sound stored in a buffer~.
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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| supervp.scrub~
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| Advanced phase vocoder, scrubbing module
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| This module is similar to supervp.play~ just that the current position in the buffer is given as input signal. This way the module allows for arbitrary playing and scrubbing.
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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| supervp.ring~
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| Advanced phase vocoder, ring buffer module
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| This module is similar to supervp.scrub~ and supervp.trans~. The incoming sound is buffered in a ring buffer allowing for arbitrary scrubbing and thus varying the timing of a real-time stream as well as the transformations of pitch and timbre.
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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| supervp.trans~
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| Advanced phase vocoder, i/o transform module
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| This module acts on an input signal stream (of an abitrary number of channels).
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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| supervp.cross~
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| Advanced phase vocoder, cross-synthesis module
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| This module performs cross-synthesis of two input signal streams outputting a single signal stream (of an abitrary number of channels).
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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| supervp.sourcefilter~
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| Advanced phase vocoder, source-filter cross-synthesis module
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| This module performs cross-synthesis of two input signal streams outputting a single signal stream (of an abitrary number of channels) using LPC or cepstrum modeling of spectral envelopes.
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| Author(s):
| Norbert Schnell and Axel Roebel
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| Distribution/licence:
| IRCAM Forum
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