Proffie v3 board constantly rebooting when blade2Pin is defined for blade detection

[Bananagher]

I’m spawning off a separate thread to track the issue with touch button values not updating as well as the flickering on bladePowerPin4.

Touch button not working on Proffie v3 board

Spawned this issue off from the previous thread https://crucible.hubbe.net/t/proffie-v3-board-constantly-rebooting-with-touch-buttons/3963 Hi! I have a Proffie v3.9 board wired up with touch buttons and accent LEDs. For the sake of reproducing this I’ve simplified the config down. What I’m seeing with this setup is that the touch value being reported by the board to serial monitor stays at the TOUCH_MAX value of 8192 no matter if I’m touching the touch button or not. Additionally, bladePowerPin4 is powered on when the blade is off even though my simplified config does not have it configured. In the case where I have a config which utilizes bladePowerPin4 it’s constantly flickering when the blade is off but behaves as defined in the blade style when the blade is on. #ifdef CONFIG_TOP #include "proffieboard_v3_config.h" #define NUM_BLADES 1 #define NUM_BUTTONS 1 #define VOLUME 50 #define SAVE_STATE const unsigned int maxLedsPerStrip = 144; #define CLASH_THRESHOLD_G 5.0 #define ENABLE_AUDIO #define ENABLE_MOTION #define ENABLE_WS2811 #define ENABLE_SD #define COLOR_CHANGE_DIRECT //#define DISABLE_DIAGNOSTIC_COMMANDS #define SPEAK_TOUCH_VALUES #endif #ifdef CONFIG_PROP #include "../props/saber_fett263_buttons.h" #endif #ifdef CONFIG_PRESETS Preset presets[] = { { "Dark;common", "", StylePtr<InOutHelper<Red,300,800>>(), "dark" }, { "Blue;common", "", StylePtr<InOutHelper<Red,300,800>>(), "blue" } }; BladeConfig blades[] = { { 0, WS281XBladePtr<136, bladePin, Color8::GRB, PowerPINS<bladePowerPin2, bladePowerPin3>>(), CONFIGARRAY(presets) } }; #endif #ifdef CONFIG_BUTTONS TouchButton PowerButton(BUTTON_POWER, powerButtonPin, 2000, "pow"); #endif

For the purposes of this current thread, the issue we want to track is why bladePin2 is detecting fluctuating blade detection.