Cyberpunk UV-5R

I struggled with the UI for this for some time. I was going to try using this legend's process - by making all the screens in photoshop, however I remembered some good advice from ADHD superstar Zack Freedman, and I aimed to avoid scope creep and make a real MVP before taking all my attention span building gorgeous UI's.

Somehow I stumbled upon TcMenu - which is exactly what I was looking for! Similar projects were higher on the duckduckgo results for some reason, but few I found run well on OSX or Linux, (besides an embarrassing Windows7 VM I dont have any Microsoft in my life)

TcMenu seems perfect - and is advanced enough to allow a rotary encoder to enter 6 digit numbers (perfect for tuning to a custom frequency) and capable of deeply nested menus. To allow me to quickly tune to any one of the 80x UHF frequencies, 60x VHF frequencies, and however many other frequencies I program in, I'm thinking of using a structure like the following - and would love to hear any feedback or suggestions for more features!!

(forgive the odd highlighting...)

UHF_CH
    UHF_01-40
        UHF_01
        UHF_02
        UHF_03
        ...
    UHF_41-80
        UHF_41
        UHF_42
        UHF_43
        ...
    SCAN // sets radio to channel mode, channel 1, and then scans through the 127 channels in memory (not sure how to exclude VHF channels)

VHF_CH
    VHF_01-30
        VHF_01
        VHF_02
        VHF_03
        ...
    VHF_31-60
        VHF_31
        VHF_32
        VHF_33
        ...
    SCAN // sets radio to channel mode, channel 80, and then scans through the 127 channels in memory (not sure how to exclude UHF channels)

FM_TUNE
    000.000 // user can set any frq
    SET_FRQ // tunes to above frq
    FM_SCAN // macro which sets UV-5R to FM, and then presses scanner button
    
CONFIG
    MANUAL_CONT // allows for doing any function on the UV-5R that one might need to do by exposing the buttons directly
        UP_BTN
        DWN_BTN
        MENU_BTN
        EXIT_BTN
        01_BTN
        02_BTN
        ...
    SQLCH
        03 // user settable number
        SET_SQLCH 

    

 But next step is to go out this arvo and buy a rotary encoder with a button, as I had to strip one out of an old LED work light to get this far

so I’ve been playing with this for a few weeks now, and here’s a little clip of the initial tests.

I’m using an analog switch IC to simulate button presses on the Baofeng keypad via Arduino digital pins. As it’s a matrix, and my skills aren’t quite there to figure out how to get the Arduino to do this any other way, I figured 4x of these chips get me 20 buttons I can press, and then my code is simple. I have an Arduino function that sends a button press, and can call it like 

buttonPress(1);
buttonPress(2);
buttonPress(3);
buttonPress(menu);
buttonPress(up);
buttonPress(exit);

 This will allow me to define an unlimited amount of channels on the Arduino, and then use a gui on a yellow oled display to just tune the Baofeng to whatever frequency I’d like (like a software defined radio)

I can also simplify the menus, making macros for changing squelch or activating the inbuilt flashlight, or scanning.

I’m currently working on the ui - and then will start soldering all the buttons to my board full of switch IC’s!