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agogo~
| External |
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agogo modal synthesis model, STK, synthesis toolkit |
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ajm.busymap
| Abstraction |
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visualization of poly~ busymap |
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ajm.env~
| Abstraction |
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An MSP envelope generator with independent breakpoint functions for attack and release
Has a a bpatcher GUI object ajm.envui |
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ajm.lfo~
| Abstraction |
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MSP osciallator with speed, range, and shape controls |
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ajm.polyroute
| Abstraction |
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route messages to poly~ targets with OSC syntax
Depends on the OSC-route object (http://cnmat.berkeley.edu/downloads) |
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allpass~
| External |
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Allpass filter |
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altiverb~
| External |
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AltiVec enhanced version of freeverb~, the stereo implementation of the Schroeder/Moorer reverb model. |
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am.string~
| External |
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Implementation of the Karplus-Strong algorithm for synthesizing string and drum sounds.
This is a flexible implementation of the Karplus-Strong algorithm. A Lagrange FIR filter is used for the variable delay so that smooth pitch bends and vibrato can be achieved without artefacts. See the webpage for details. |
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ambi.decode~
| External |
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Decodes an ambisonic encoded sound field to a user-defined speaker array of up to 16 channels (more can be added by using more than one ambi.decode~ object).
Messages control the speaker layout, global gain, mono/spatialized balance, and decoding flavour. |
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ambi.encoden~
| External |
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Encodes up to 16 sources to distinct azimuth and elevation orientations (specified individually or as a list). |
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ambi.encode~
| External |
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Encodes a monophonic source to a specified azimuth and elevation. |
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ambi.granulate~
| External |
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Granulates an incoming signal into an Ambisonic soundfield. |
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ambi.rotate~
| External |
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Transforms an encoded sound field by rotating around axes (currently limited to rotations around the Z axis). |
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ambi.weight~
| External |
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balances the components of an Ambisonic encoded soundfield per order, using a set of pre-defined or user-defined weights. |
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Ambi2Bin~
| Abstraction |
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Converts from ambisonics to Binaural.
You will need an ambisonics decoder to decode to 7 speakers (6 speakers horizontal symetrical ring and one speaker on top).
The patch convolves the speaker inputs with the apropriate impulse responses from the MIT HRTF IR collection. |
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