I used the power of brain to draw concept fanart of the Touchy 3000. Beta designs were heavily inspired by Autumn's capacitive touch sensor project.

This is the schematic I designed for the Touchy 3000. Notice the use of 10MΩ resistors between touch pins and ground.

Each pad is connected to an input pin on the seeeduino, which senses changes in capacitance when touched. These change in values can then be used to register input and trigger logic.

First board attempt. Traces came out very clean with no issues or trouble areas

0.5mm trace width -> 2D contour -> 2D pocket (your traces are wide enough that now you can pocket in between them and make a much nicer gap). This method removes 99.9% of cleanup and noodles from your board.
if your parts are tiny im sorry

Important Note: LEDs did not work properly, and after much trial and error the problem was pinpointed and resolved. The original pin for data output was connected to the integrated SPI flash (GPIO9), causing random flickering and an inability to control all LEDs. Online references explain not to use certain GPIO pins for data input or output, and this pin is one of them. This problem was solved through the use of jumper wiring and positive thinking to connect GPIO9 to a pin usable for data output.

Testing the LED sweep effect to fill all positions underneath the LED corresponding to the pad being pressed, both on press and release. This mimics a volume-slider-like effect which I like. Also at one point or another I turned down the brightness to 40% because it was blinding me around 10:30 PM.

I'm very happy of how this came out

The force-sensitive resistor is connected to ground and separated by a 10 Megaohm resistor to prevent shorting. In between the FSR and the resistor is an ESP32 pin used to read and measure the voltage as an analog value. This will later be used to interpret input.

Due to the splitting paths of my schematic for use with a force-sensitive resistor, I decided to do all the wire soldering by hand instead of relying on pin header jumpers.

Soldering is fun

This program is designed to test the pressure sensing capabilities of the FSR be enlarging and shinking a circle on-screen.

I tried asking it to make one level. This is what it came up with.

No casing or anything special unfortunately, its just a bunch of wires connected to a screen and resistor currently.

It's 25 seconds long please watch it

I made this in 10 minutes on fusion. I then took a power drill and screws too big for the holes on the screen and used it to haphazardly connect the screen to the box in a fashionable fashion.

I can call this a portable console now, right?