All blocks has a single Output signal, to which an Input on
another block can be connected. The rare cases of multiple Output
blocks, such as Pan , accomplishes this by having sub-blocks for
each Output that downstream blocks can be connected to.
ADSR - Attack, Decay, Sustain, Release
Source Code
Name
Description
attack
Sets the attack time of the ADSR function
decay
Sets the decay time of the ADSR function
sustain
Sets the sustain level of the ADSR function
release
Sets the release time of the ADSR function
gate
Gate signal for the ADSR function
trig
Re-trig signal for the ADSR function
Source Code
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Name
Description
input
The audio signal to be set to the physical output port as an audio signal.
Source Code
Name
Description
input
The signal to be averaged.
averaging_control
The amount of averging to be applied to the signal
Source Code
Name
Description
input
The signal to apply the Function on.
Source Code
Name
Description
input
Signal to be filtered
frequency
Frequency to be filtered at
Q
Q factor which sets slope and ringing
gain
Gain/attenuation in the filter
type
0 - low pass 1 - high pass 2 - bandpass (csg) 3 - bandpass (czpg) 4 - notch 5 - allpass 6 - peaking 7 - low shelf 8 - high shelf
Source Code
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Name
Description
input
The signal to be set to the physical output prot as a CV signal
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Name
Description
input
The signal to be set to the physical output prot as a Gate signal.
Source Code
Name
Description
input
The signal to be inverted.
scale
Scaling of the signal
offset
Offset around which the signal should be inverted.
Source Code
Name
Description
input
The RGB value of the LED to be set. Only used if r, g and b are not configured.
r
The RED value to be set to the physical LED.
g
The GREEN value to be set to the physical LED.
b
The BLUE value to be set to the physical LED.
Source Code
Name
Description
input
The signal that wil have ln (the natural logarithm) applied to it
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Name
Description
input
The signal that wil have log2 applied to it
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Name
Description
input
The signal that wil have log10 applied to it
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Name
Description
inputs[]
An array of signals to be mixed to the Output
volumes[]
An array of volume controllers, one for each Input
Source Code
Name
Description
input
The signal to be offsetted
offset_control
The amount of offset to be applied to the Input
The Oscillator is a block that generates waveforms at a controllable
frequency and amplitude. The start of the waveform is also controllable
with the trigger , but should be used with caution as it introduces
spike frequencies.
Source Code
Name
Description
frequency
The frequency to generate. For non-SINE, it is the inverse of the full cycle period
amplitude
The amplitude of the output signal.
trigger
Re-trigger the wave generation to time zero.
Source Code
Name
Description
input
The signal to be split in a left and right channel.
control
The balance between left (0V) and right (10V) channel
Name
Description
left_channel
right_channel
Source Code
Name
Description
input
The signal to be pass to the output.
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Name
Description
input
The signal to be scaled.
control
The amplication/attenuation control. 0V=muted, 10V=~20dB gain
Source Code
Name
Description
input
Signal to be filtered
frequency
Frequency to be filtered at
Q
Q factor which sets slope and ringing
gain
Gain/attenuation in the filter
Name
Description
lowpass_out
Low pass filter output signal
highpass_out
High pass filter output signal
bandpass_out
Bandpass filter output signal
notch_out
Notch filter output signal
Source Code
Name
Description
input
Signal to be volume controlled.
control
The amplication/attenuation control. output=input*(0.05 * control + 0.5)