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jcom.gain~
| External |
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Control level as well as dry/wet mix |
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jcom.limiter~
| External |
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Look-ahead limiter with built-in DC blocking and Overdrive
This object was initially an off-shoot from jhno's limi~ object for MaxMSP. This variant supports attributes, gain-related values specified in decibels, and a built in DC Blocker. |
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jcom.meter~
| External |
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logarithmic level meter |
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jcom.saturation~
| External |
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saturation |
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jcom.thru~
| Abstraction |
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a simple utilty for breaking feedback loops
It breaks the illegal feedback loop by using a private send~ and receive~ object. Without it, the audio would be killed in a patch like this. |
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jcom.xfade~
| External |
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crossfade object for n channels |
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jg.granulate~
| External |
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granulation of input from a buffer
jg.granulate~ granulates sound stored in a buffer. You define a segment of the buffer and set how quickly the granulator moves through the buffer (traversal speed). Other parameters include grain rate, grain duration, randomization of grain input and output times, transposition, grain envelope. You can set a transposition collection, from which grain transpositions will be selected randomly. Output from 1 to 8 channels. Everything can be changed at run time.
GPL-licensed source code is available. |
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jg.spectdelay~
| External |
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spectral delay
jg.spectdelay~ performs an FFT of the input and supplies each frequency band with a volume control (EQ) and a recirculating delay line. EQ gain, delay time, and delay feedback can be controlled in real time. There is a way to apply a value change to a contiguous group of frequency bands. So, for example, you can hook up 16 sliders and control the bands in a way that provides more resolution to lower frequencies than if you merely divided the spectrum into 16 equal parts.
GPL-licensed source code is available. |
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jg.specteq~
| External |
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FFT-based EQ
jg.specteq~ performs an FFT of the input and supplies each frequency band with a volume control, creating a high-resolution graphic EQ. EQ gain can be controlled in real time. There is a way to apply a gain change to a contiguous group of frequency bands. So, for example, you can hook up 16 sliders and control the bands in a way that provides more resolution to lower frequencies than if you merely divided the spectrum into 16 equal parts.
GPL-licensed source code is available. |
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jit.buffer~
| External |
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access contents of a buffer as a matrix
A matrix-friendly MSP buffer~ |
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jit.catch~
| External |
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convert audio signals to matrix frames
jit.catch~ transforms an MSP signal into jitter matrices |
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jit.peek~
| External |
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Read matrix data as an audio signal
The jit.peek~ object reads the value of one plane of a matrix cell at the position specified by the signal inputs. This value is output as a signal. The object arguments are [matrix_name] [dim_inputcount] [plane]. |
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jit.poke~
| External |
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Write an audio signal into a matrix
The jit.poke~ object writes the value specified by the leftmost signal input into one plane of a matrix cell at the position specified by the signalinputs (following the leftmost input). The object arguments are [matrix_name] [dim_inputcount] [plane]. |
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jit.release~
| External |
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convert matrix frames to audio signals
Transform jitter matrices into MSP signals |
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jitter~
| External |
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signal randomizer |
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