A little update, I have been having trouble with the hose and it shorting the trap causing it to operate due to the spring/plunger inside the female ends of the hose. The original guide says to use electrical tape or heat shrink wrap to isolate the spring from touching the metal connector.
I ended up designing a insert to be 3D printed which fits into the hose connectors to isolate the spring/plunger.
I will link my stl file for those who wish to use it on there builds. I printed mine at 0.1mm and slowed my printing speed by half, as the walls are very thin. You may have to slightly sand/trim the bottom edges to make it fit.
https://drive.google.com/file/d/1MEvOdN ... sp=sharing
Next I am going to redo most of the code and remove the delays and use the millisecond library instead to make the trap more responsive like I did for the end captured sequence for the red led. I am going to think about implementing the rotary encoder switch to control perhaps the volume, and maybe think about adding another rotary encoder switch to the black knob on the other side of the trap to perhaps adjust the modes (84 mode, 2016 mode, etc).
I cannot wait to print this file. I’ve been struggling with the cable ends and tape. Thank you for sharing
Statistics: Posted by scampa123 — October 25th, 2024, 5:16 pm