#pragma once #include #include #include #include #include "tuning.h" #define NUM_KEYS 8 enum Adjust { ADJUST_DOWN = -1, ADJUST_NONE = 0, ADJUST_UP = 1, ADJUST_BOTH, }; class Pipe { public: // kneeClosedness indicates how "closed" the knee sensor is. 0 = wide open. uint8_t kneeClosedness; // keys are which keys are being pressed. uint16_t keys; uint16_t keysLast; float keyOpen[NUM_KEYS]; // note holds the note being played, according to the fingering chart. Note note; // glissandoNote is the note that would be played if partially open keys were fully open. Note glissandoNote; // glissandoOpenness is how "open" the holes are in the direction of the glissandoNote. float glissandoOpenness; // silent is true if all keys and the knee are closed. bool silent; // bag is true if the bag is being squished. bool bag; // altFingering is true if the "alternate fingering" is being played. // This should sound different than the standard fingering. bool altFingering; Pipe(); // Init initializes everything. // // Returns true if it all worked. You can run it again if it didn't. bool Init(); // Update reads sensors and updates pipe state. // // It should be run once per loop. void Update(); // Pressed returns whether the given key is pressed. bool Pressed(uint8_t key); // JustPressed returns whether the given key was just pressed. bool JustPressed(uint8_t key); // ReadAdjust returns the input for two keys paired as up/down. // // delay is the number of milliseconds to wait before repeating a key // repeat is the number of milliseconds to wait between repeated keystrokes Adjust ReadAdjust(uint8_t upKey, uint8_t downKey, uint16_t delay, uint16_t repeat); private: Adafruit_MPR121 capSensor; QwiicButton bagSensor; bool bag_enabled; unsigned long nextRepeat[NUM_KEYS]; bool typematicEvent(uint8_t key, uint16_t delay, uint16_t repeat); };