Test the footswitch

The footswitch prototype test:

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Build the footswitch (part 2)

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The next step is to mount Raspberry, connect gpio pins and solder +5v connection to each button. The first picture shows +5v wiring. I know, I know, the 5v wires are of a different color, but I recycled some wires that I already had. The second picture shows gpio inputs wiring.
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Build the footswitch (part 1)

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I ordered 10 buttons from AliExpress While waiting the delivery of the item, I built a cardboard model of the footswitch and did some test on the placement of the buttons. I had to choose between a button placement on the same line and a button placement on multiple lines. The first option allows easier button selection, but requires a very long pedal board. the first option allows easier button selection, but requires a very long pedal board (longer than 80cm). The second option is more compact (less than 60cm) but requires more attention to select the preset. I chose the latter. I found a 6mm Thick MDF board on sale at a DIY store. This Is the first prototype: 4 presets per row bank down / up on the bottom right
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Add more preset selections to Plug

Gone back to Ubuntu laptop and started editing the code. The original Plug software allows to call 8 presets using Keyboard shortcuts. I added 16 more presets and 16 Keyboard shortcuts. Then I though it could be better define 24 presets while using only 8 Key shortcuts.  I added 2 Key shortcuts, 'bank UP' and 'bank DOWN'.  When bank value is 1, presets Key shortcuts allow to select presets 1...8. When bank value is 2, presets Key shortcuts allow to select presets 9...16. When bank value is 3, presets Key shortcuts allow to select presets 17...24. When bank value is 3, pressing 'bank UP' will change bank value to 1. When bank value is 1, pressing 'bank DOWN'' will change bank value to 3. Now I can add instructions to select presets and change bank using some footswitches connected to Raspberry GPIO pins.  
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