The summing section looks like this and allows a jumper ()`J_ATT1` and `J_ATT2`) or a switch (2.54mm lead spacing) to be used to switch between unipolar and bipolar attenuation for each row seperately.

## Output Module [MAMI-OUTPUT]
## Output Module [MAMI-OUTPUT]
Provides two 3.5mm Mono output jacks, with a Jumper (or switch) each row of tiles can be switched between unipolar and bipolar attenuation.
Provides two 3.5mm Mono output jacks, with a Jumper (or switch) each row of tiles can be switched between unipolar and bipolar attenuation.
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@@ -46,3 +50,6 @@ Provides two 3.5mm Mono output jacks, with a Jumper (or switch) each row of tile
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@@ -46,3 +50,6 @@ Provides two 3.5mm Mono output jacks, with a Jumper (or switch) each row of tile
Constructing a panel is straightforward: drill holes for all potentiometers, switches and jacks. There is an example panel for a 8x8 Matrix in the `panels` directory
"for part in data[\"mami-input\"][\"parts\"]*n_input_modules + data[\"mami-quad\"][\"parts\"]*n_quad_modules + data[\"mami-output\"][\"parts\"]*n_output_modules:\n",