User Manual

+DSP
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more quickly when it initially changes and the change per sample will decrease as the internal gain
approaches the selected gain.
Parameters:
A Blend [0, 1]
Sets the portion of the output that comes from the first input port when the A/B switch is turned on.
The portion of the output that comes from the second input port is the complement of this value.
B Blend [0, 1]
Sets the portion of the output that comes from the first input port when the A/B switch is turned off.
The portion of the output that comes from the second input port is the complement of this value.
Glide [0, 1]
Sets the rate that the process uses to change the internal values of its cross-fade parameter. Large
values lead to faster changes. A value of 1 will cause the gain to change instantly, but could lead
to clicks. Very small values will cause the gain change to take place very slowly, which can be
used to provide a triggerable, automatic crossfade.
A/B {On, Off}
Chooses the Port 1 gain from the A Blend (on) or B Blend (off) parameters.
Master Bypass {On, Off}
When bypassed, MIO A/B (1/LPF) will pass the signal from the A port(s) untouched.
See also:
MIO A/B Switch (Linear)
MIOQuadOsc
Synopsis: Quadrature Sine Oscillator
Category: Signal Generator, Building Blocks
Channels: 0
Description:
MIOQuadOsc is a signal generator which functions as a Quadrature Oscillator whose oscillation
frequency is precisely controlled by the Frequency parameter. The Quadrature oscillator generates
a very pure, low-distortion sinusoidal waveform at one output and the quadrature (90 degree phase
shifted) waveform at the other output.
Parameters:
Frequency [1m, 22k] Hz
Precisely sets the frequnecy of the oscillator.
See also:
MIOQuadLFO, MIOQuadNCO - Numerically Controlled Oscillator, MIOQuadNCO-Glide, Noise
MIOQuadLFO
Synopsis: Quadrature Sine Low Frequency Oscillator
Category: Signal Generator, Building Blocks
Channels: 0
Description: