#include "INHK_Pot3.h"
#include "Wave.h"


Potentiometer pot1(A0);
Potentiometer pot2(A1);
Potentiometer pot3(A2);
Potentiometer pot4(A3);
Potentiometer pot5(A4);
Potentiometer pot6(A5);

Wave carrierWave;
Wave modulatorWave1;
Wave modulatorWave2;

// int carrier_amplitude;
// float carrier_frequency;
// int carrier_offset = 0;

int mod1_amplitude;
float mod1_frequency;
int mod1_offset = 0;

int mod2_amplitude;
float mod2_frequency;
int mod2_offset = 0;


float resultingWave;                                                    // resulting wave; check data type return
float minValue = 0;
float maxValue = 255;

void setup() {
    Serial.begin(115200); // Initialize serial communication
}

void loop() {

  // carrier_amplitude = pot1.readValue();                              // use this to control amplitude with pot
  // carrier_frequency = pot2.readValue();                              // use this to control frequency with pot
  // carrier_offset = pot3.readValue();                                 // use this to control offset with pot

  // carrierWave.setAmplitude(carrier_amplitude);                       // updates amplitude with pot reading
  // carrierWave.setFrequency(carrier_frequency);                       // updates frequency with pot reading, use only with sine,saw,upSaw and triangle waves
  // carrierWave.setSquareWaveFrequency(carrier_frequency);             // updates frequency with pot reading, use only with square and bit waves
  // carrierWave.setSquareWaveFrequency2(carrier_frequency);            // updates frequency2 with pot reading, use only with square and bit waves
  // carrierWave.setOffset(carrier_offset);                             // updates offset with pot reading
  

  mod1_amplitude = pot1.readValue();
  mod1_frequency = pot2.readValue();
  mod1_offset = pot3.readValue();

  modulatorWave1.setAmplitude(mod1_amplitude);
  modulatorWave1.setFrequency(mod1_frequency);                          // updates frequency with pot reading, use only with sine,saw,upSaw and triangle waves
  // modulatorWave1.setSquareWaveFrequency(mod1_frequency);             // updates frequency with pot reading, use only with square and bit waves
  // modulatorWave1.setSquareWaveFrequency2(mod1_frequency);            // updates frequency2 with pot reading, use only with square and bit waves
  modulatorWave1.setOffset(mod1_offset);


  mod2_amplitude = pot4.readValue();
  mod2_frequency = pot5.readValue();
  mod2_offset = pot6.readValue();

  modulatorWave2.setAmplitude(mod2_amplitude);
  modulatorWave2.setFrequency(mod2_frequency);                          // updates frequency with pot reading, use only with sine,saw,upSaw and triangle waves
  // modulatorWave2.setSquareWaveFrequency(mod2_frequency);             // updates frequency with pot reading, use only with square and bit waves
  // modulatorWave2.setSquareWaveFrequency2(mod2_frequency);            // updates frequency2 with pot reading, use only with square and bit waves
  modulatorWave2.setOffset(mod2_offset);


  auto carrier =  carrierWave.sineValue(); 
  auto modulator1 = modulatorWave1.sineValue(); //0b10001010
  auto modulator2 = modulatorWave2.triangleValue();

  // resultingWave = (carrier + modulator1);                               // resulting wave, adjust as needed; check data type return
  resultingWave = (carrier + modulator1 + modulator2);        // resulting wave, adjust as needed; check data type return
if (resultingWave < minValue) {
  minValue = resultingWave;
}
else if (resultingWave > maxValue){
  maxValue = resultingWave;
}
uint8_t displayValue = map(resultingWave, minValue, maxValue, 0, 255);

  // Serial.print("Carrier Wave: ");
  // Serial.print(carrier);
  // Serial.print(" , ");
  // Serial.print("modulator1: ");
  // Serial.print(modulator1);
  // Serial.print(" , ");
  // Serial.print("modulator2: ");
  // Serial.print(modulator2);
  // Serial.print(" , ");
  // Serial.print("resultingWave: ");
  // Serial.print(resultingWave);
  // Serial.print(" , ");
  Serial.print("displayValue: ");
  Serial.print(displayValue);
  Serial.println();

}