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gendynix~
| External |
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This external implements the Dynamic Stochastic Synthesis algorithm invented by Iannis Xenakis. |
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gen_paf~
| Patch |
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Phase aligned formant synthesis. gen~ version for paf~.
Phase aligned formant synthesis.
gen~ version for paf~ with interpolations etc. Slightly sounds better than a usual abstraction or the usual paf~. Slightly more cpu expensive than an abstraction though. |
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gigaverb~
| External |
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a mono in, stereo out reverb implementation by Juhana Sadeharju with extra long reverb times up to several minutes  1 comment
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gizmo~
| External |
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A frequency domain frequency shifter for use with pfft~ |
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gQ~
| External |
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stereo filter, dan's gQ equalizer |
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grain.bang~
| External |
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granular synthesis - Outputs a single grain when a bang is received.
Bangs only trigger a grain output if no grain is currently being output. |
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grain.phase~
| External |
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granular synthesis - Outputs a stream of grains with the window controled by a phasor object.
Allows phase relationships between muliple objects to be controlled better than with 'grain.stream~'. |
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grain.pulse~
| External |
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granular synthesis - Outputs a single grain when it detects a pulse from a 'train~' object.
Outputs a single grain when it detects a pulse from a 'train~' object. Allows a higher density of grains to sound than with 'grain.bang~' because it does not rely of the scheduler. |
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grain.stream~
| External |
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granular synthesis - Outputs a stream of grains
Outputs a stream of grains at the frequency set by the leftmost inlet. Frequency is expressed in Hertz. |
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grainbuffer~
| External |
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grainbuffer~ is a MSP granular synthesis object that exploits the buffer~ object built into the Max/MSP environment.
grainbuffer~ is a flexible tool that allows independent control over the buffer and the grain creation. For example, users can set the rate at which the grains read from the buffer independent of their dispersion or duration. Also, loop points in the buffer can be set, allowing the user to decide which portion of the buffer will be granulated. In addition, the buffer read point can be randomized. This randomization produces various effects ranging from a 'blurring' effect to that of total randomness of grain sources.
The lastest version of grainbuffer~ is 64-bit and now features multichannel output with up to 32 channels of spatialized grains.
All parameters can be randomized. Randomizable features include the frequency, amplitude, pan position, duration and dispersion (distance between grain start times). The randomness of each of these parameters is set by a range indicating an upper and a lower limit. If the limits are set the same then the grainbuffer~ will only generate single value for that parameter.
Finally, the user can select the type of envelope. Envelope types include, sine, linear, exponential, trapezoid, parabolic, percussive, evissucrep (backwards percussive), and, of course, random, which chooses a new grain envelope randomly for each individual grain.
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grainstretch~
| External |
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Flexible realtime timestretching and pitchshifting with a granular engine |
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gran.ASstream.file~
| Abstraction |
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single stream of asynchronous grains
This abstraction outputs a single stream of asynchronous grains. It uses a sound file as its sampling source. |
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gran.ASstream.live~
| Abstraction |
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single stream of asynchronous grains
This abstraction outputs a single stream of asynchronous grains. It uses a continuous sound input as its sampling source. |
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gran.chord.file~
| Abstraction |
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grains at pitches within a "chord"
Based on a list of pitch multipliers, this abstraction will produce grains at pitches within a "chord". It uses a sound file as its sampling source. |
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gran.chord.live~
| Abstraction |
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grains at pitches within a "chord"
Based on a list of pitch multipliers, this abstraction will produce grains at pitches within a "chord". It uses a continuous sound input as its sampling source. |
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