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1 : #pragma once 2 : 3 : #include <MIDI_Outputs/Abstract/MIDIButtonLatching.hpp> 4 : #include <MIDI_Senders/DigitalNoteSender.hpp> 5 : 6 : BEGIN_CS_NAMESPACE 7 : 8 : /** 9 : * @brief A class of MIDIOutputElement%s that read the input of a **latching 10 : * push button or toggle switch**, and send out MIDI **Note** events. 11 : * 12 : * When the switch changes state, two MIDI Note events are sent: first 13 : * a Note On event, followed immediately by a Note Off event. 14 : * The switch is debounced in software. 15 : * This version cannot be banked. 16 : * 17 : * @ingroup MIDIOutputElements 18 : */ 19 : class NoteButtonLatching : public MIDIButtonLatching<DigitalNoteSender> { 20 : public: 21 : /** 22 : * @brief Create a new NoteButtonLatching object with the given pin, note 23 : * number and channel. 24 : * 25 : * @param pin 26 : * The digital input pin to read from. 27 : * The internal pull-up resistor will be enabled. 28 : * @param address 29 : * The MIDI address containing the note number [0, 127], 30 : * channel [Channel_1, Channel_16], and optional cable number 31 : * [Cable_1, Cable_16]. 32 : * @param velocity 33 : * The velocity of the MIDI Note events. 34 : */ 35 2 : NoteButtonLatching(pin_t pin, MIDIAddress address, uint8_t velocity = 0x7F) 36 2 : : MIDIButtonLatching { 37 : pin, 38 : address, 39 : {velocity}, 40 2 : } {} 41 : 42 : /// Set the velocity of the MIDI Note events. 43 : void setVelocity(uint8_t velocity) { this->sender.setVelocity(velocity); } 44 : /// Get the velocity of the MIDI Note events. 45 : uint8_t getVelocity() const { return this->sender.getVelocity(); } 46 : }; 47 : 48 : END_CS_NAMESPACE