Easy voice changer discord5/3/2023 Let's say you have set the gain of HW input#1 set to +5db. The "workaround" would be to just use 1 slider. But I can NOT use 2 different sliders for that. I can select a bus and change the gain for that bus, yes. After tinkering with my V1 creation, I realized my plan wouldn't work at all. Just around 17 hours later, the PCB was finished and ordered. A quick google search, a download and a 10-minute tutorial later I started to create the schematic and the PCB design. Since I don't want "such an ugly board" flying around in the housing, I quickly decided to design a PCB (which I never did before). A night later I decided to try test what I already got, flashed the Arduino and started the MIDI Mapping config. After I was done connecting all the wires to the 10 sliders and the 3-way-switch, I needed a break and stopped there. I de-soldered an old project to get the single soldering breadboard I had and started to solder everything. On the breadboard I quickly wired 1 slider and 1 switch to the Arduino, flashed the Arduino and started testing the MIDI Mapping. While the print was going, I designed a housing for all the stuff and some stands. 7 hours later, the full interface was printed. Surprisingly, it worked on the second attempt. Finally, all the parts I needed arrived, so I could test print a portion of the interface to fit the parts. Once that was finished, I sketched out the wiring like a professional with paint. After the purchase, I fired up Fusion 360 and sketched out the interface based on the dimensions of the parts listed on Amazon. Later on, I'd experience how wrong I was Anyway. So to all the sliders, switches, an Arduino, a resistor set and a LED set I thought I need a 3-way On/Off/On switch. But you can select/monitor a specific bus, and then you can adjust the gain. 10 sliders to control: - HW input#1 Gain (Mic) for voice app (B3) - HW input#1 Gain (Mic) for stream (B2) - HW input#2 Gain (voice app) for my headphones (A1) - HW input#2 Gain (voice app) for stream (B1) - V input#1 Gain (system sound/browser) for my headphones (A1) - V input#1 Gain (system sound/browser) for stream (B1) - V input#2 Gain (music) for my headphones (A1) - V input#2 Gain (music) for stream (B1) - V input#3 Gain (game sound) for my headphones (A1) - V input#3 Gain (game sound) for stream (B1) - 11 switches to control: - Mute HW input #1 - Disable/Enable Bus B2 of HW input#1 - Disable/Enable Bus B3 of HW input#1 - Disable/Enable Bus A1 of HW input#2 - Disable/Enable Bus B2 of HW input#2 - Disable/Enable Bus A1 of V input#1 - Disable/Enable Bus B2 of V input#1 - Disable/Enable Bus A1 of V input#2 - Disable/Enable Bus B2 of V input#2 - Disable/Enable Bus A1 of V input#3 - Disable/Enable Bus B2 of V input#3 After checking the MIDI Mapping options, I realized that you can't control the gain of specific buses on a specific Strip. ginners-G/ So I opened Amazon and ordered the parts needed to control the stuff I thought I would need based on the existing functions I had on the VBAN-Buttons APP. The easiest, in my opinion, was this one. A quick google search later, and I found a few tutorials based on Arduino's. But the fact that the tablet had to be plugged in all the time, so it wouldn't be empty when I didn't use the PC for a longer period and occasional hard freezes of the tablet made me search for a "cheap" DIY solution. DISCLAIMER What I did was poorly planned and had/still has a few issues during planning and execution So learn from my mistakes! Why a MIDI-Controller? I already had a tablet running the VBAN-Buttons APP which worked great.
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