I/O Mix
Ins and outs, gain adjustments, mixers, panners...
Last updated
Ins and outs, gain adjustments, mixers, panners...
Last updated
Every patch needs an output, and almost every patch needs an input. Drop in these blocks to start off your design. Here's a bypass.
The output block has a control panel.
Input Gain 1
Multiplier for input 1
-24.0 -> 0.0 dB
Input Gain 2
Multiplier for input 2
-24.0 -> 0.0 dB
Mono
Sums input 1 and input 2
on/off
Offset
Don't use it
leave it off
Provides a multiplicative control over a single signal. Can be used for audio or control signals.
Input gain
Multiplies the input value
-24.0 -> 0.0 dB
Provides a multiplicative boost in 6 dB steps for a single signal. Can be used for audio or control signals.
Gain
Multiplies the input value
6 dB to 48 dB in 6 dB steps
Multiplies the input signal by -1.0, inverting its phase.
Input 1 Gain
Multiplier for input 1
-12.0 -> 0.0 dB
Input 2 Gain
Multiplier for input 2
-12.0 -> 0.0 dB
Implements a 2-segment gain curve as shown. This results in a +6 dB boost when the control value is 0.5.
This implements another 2-segment curve, which should give 0 dB combined gain in the middle. There will be some deviation from optimum in other areas of the curve. This one requires the most instructions of the Crossfades.
Takes a single input and pans it between two outputs using a linear curve.
Input Gain
Input multiplier
-12.0 -> 0.0 dB by 1.0 dB
Mixes two signals together to a single output. Input gain controls for each input are available in the control panel. The input signal is multiplied by the control value if the control input is connected. It is not necessary to connect the control inputs.
Input Gain 1
Multiplier for input 1
-18.0 -> 0.0 dB in 1 dB steps
Input Gain 2
Multiplier for input 2
-18.0 -> 0.0 dB in 1 dB steps
This puts two 2:1 Mixers into a single block, just for convenience.
Just like the 2:1 mixer except with 3 inputs and 3 control inputs.
Just like the 2:1 mixer except with 4 inputs and 4 control inputs.
Implements a linear fade between 0 and 1 on one side and 1 to 0 on the other side. Generally speaking this results in a -6 dB dip at the center point, but it's quite efficient in terms of instructions. It is based on at Spin's Knowledge Base. Using the control panel, you can add a gain reduction factor at the input if you like.
