Output.h

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#ifndef OUTPUT_H
#define OUTPUT_H
 
// include Arduino library
#include <Arduino.h>
 
// Forwards declaration of class TinyTrainable
// this is to avoid a circular include when TinyTrainable includes this class
class TinyTrainable;
 
class Output {
public:
  virtual ~Output() {}
 
  virtual void setupOutputTest() {}
 
  virtual void playOutput(int classification) {}
 
  // methods for buzzer
  virtual void setupOutputBuzzer(int outputPin) {}
  virtual void getBuzzerParam(int object, int buzzerParamArray[]) {}
  // for frequencies
  virtual void setBuzzerFrequency(int object, int frequency) {}
  virtual void setBuzzerFrequency(int object, int freqMin, int freqMax) {}
  virtual void setBuzzerFrequency(int object, int *arrayFrequencies,
                                  int arrayFreqCount) {}
  virtual void setBuzzerDuration(int object, int duration) {}
  virtual void setBuzzerDuration(int object, int durationMin, int durationMax) {
  }
  virtual void setBuzzerDuration(int object, int *arrayDurations,
                                 int arrayDurationCount) {}
 
  // functions for output LED
  virtual void setupOutputLED(int object, int outputPin) {}
 
  // functions for output MIDI
  virtual void setupOutputMIDI(byte midiChannel) {}
  virtual void setMIDINote(int object, int note) {}
  virtual void sendMIDINoteOn(byte channel, byte note, byte velocity) {}
  virtual void sendMIDINoteOff(byte channel, byte note) {}
  virtual void sendMIDIAllNotesOff(byte channel) {}
 
  // methods for output printer
  virtual void setupOutputPrinter() {}
  virtual void setPrinterBaudRate(int rate) {}
  virtual void setPrinterBegin() {}
  virtual void setPrinterPause(int pause) {}
  virtual void setPrinterSleep() {}
  virtual void setPrinterWake() {}
  virtual void setPrinterTest() {}
 
  // methods for output screen
  virtual void setupOutputScreen() {}
  virtual void screenDrawWelcome() {}
 
  // methods for output serial
  virtual void setupOutputSerial() {}
 
  // methods for output servo
  virtual void setupOutputServo(int outputPin) {}
  virtual void setServoTempo(int object, int tempo) {}
  virtual int bpmToMs(int tempo) { return 0; }
  virtual void setServoMaxAngle(int angle) {}
  virtual void setServoMinAngle(int angle) {}
  virtual int getServoMaxAngle() { return 0; }
  virtual int getServoMinAngle() { return 0; }
  virtual void moveServo(int classification) {}
 
  TinyTrainable *tiny = nullptr;
};
 
#endif