Binary Conversion Selection of 8 bits first 4 bits are Bass last 4 are Treble

  // 06 SW TRIM :Volume Sub Woofer Channel Trimmer Control ([00000]0dB to -20dB[10100] Default Value: -10dB[01010]).
  { 10, 0, 20, 255, 0, 255 },   // WTRIM
  // 07 TONE CONTROL ([11011101]+10dB to -10dB[01010101]).
  //    TREBLE      BASS
  //    D7 D6 D5 D4 D3 D2 D1 D0
  //    1  0  0  0  1  0  0  0  {10001000}
  { 136, 0, 255, 255, 255, 255 },  // TONE
  // 08 MUTE CONTROL (0=OFF 1=MUTE).
  { 1, 0, 1, 50, 0, 0 },         // MUTE
  // 09 TONE BASS CONTROL
  { 0, 0, 15, 255, 255, 255 },  // TONE BASS
  // 10 TONE TREBLE CONTROL
  { 0, 0, 15, 255, 200, 255 },// TONE TREBLE X 16
  // 11 POWER CONTROL (1=OFF 0=ON).
  { 0, 0, 1, 0, 0, 0 },         // POWER
  // 12 MATRIX CONTROL (0=OFF 1=ON).
  { 0, 0, 1, 0, 0, 255 }        // MATRIX
};

  // 06 SW TRIM :Volume Sub Woofer Channel Trimmer Control ([00000]0dB to -20dB[10100] Default Value: -10dB[01010]).
  { 10, 0, 20, 255, 0, 255 },   // WTRIM
  // 07 TONE CONTROL ([11011101]+10dB to -10dB[01010101]).
  //    TREBLE      BASS
  //    D7 D6 D5 D4 D3 D2 D1 D0
  //    1  0  0  0  1  0  0  0  {10001000}
  { 136, 0, 255, 255, 255, 255 },  // TONE
  // 08 MUTE CONTROL (0=OFF 1=MUTE).
  { 1, 0, 1, 50, 0, 0 },         // MUTE
  // 09 TONE BASS CONTROL
  { 0, 0, 15, 255, 255, 255 },  // TONE BASS
  // 10 TONE TREBLE CONTROL
  { 0, 0, 15, 255, 200, 255 },// TONE TREBLE X 16
  // 11 POWER CONTROL (1=OFF 0=ON).
  { 0, 0, 1, 0, 0, 0 },         // POWER
  // 12 MATRIX CONTROL (0=OFF 1=ON).
  { 0, 0, 1, 0, 0, 255 }        // MATRIX
};

Lower bits = 0x9
Upper bits = 0xA
MultiArrayVal9 = 10
MultiArrayVal10 = A

New value = 0xA9
MultiArrayVal7 = 88

Lower bits = 0x9
Upper bits = 0xA
MultiArrayVal9 = 10
MultiArrayVal10 = A

New value = 0xA9
MultiArrayVal7 = 88

  // Check if encoder has changed its position from last time or state select (LED Colour update workaround).
  newENC = EncKnob.read();
  if (newENC != EncPosition || stateSelectLast != selectState) {
    EncPosition = newENC;
    Serial.print("ENC = ");
    Serial.print(newENC);
    Serial.println();
    // NJW1150 6 Channel Electronic Volume Control.
    // 6-Chnnel Master Volume 0 to –79dB, MUTE.
    // Balance control for L, R-ch 0 to –30dB, MUTE.
    // Trim Level Control for C, SL, SR, SW-ch 0 to –20dB.
    // Independent Tone Control (Bass, Treble) for L, R-ch.
    // I2C Control Command.
    Serial.print("State: ");
    Serial.println(selectState);
    // Set LED colour to show which item in the mode select the control is at (Red = Vol, etc).
    setColor(mem[selectState][3], mem[selectState][4], mem[selectState][5]);
    // Reset encoder to prior value if above max of volume processor.
    if (newENC > mem[selectState][2]) {
      Serial.print("Reset encoder to highest value allowed ");
      Serial.println(mem[selectState][2]);
      EncKnob.write(mem[selectState][2]);
    }
    // Reset encoder to prior value if above min of volume processor.
    else if (newENC < mem[selectState][1]) {
      Serial.print("Reset encoder to lowest value allowed ");
      Serial.println(mem[selectState][1]);
      EncKnob.write(mem[selectState][1]);
    }
    mem[selectState][0] = newENC;   // Update mem variable with current encoder value selected.
    i2cmd(selectState, newENC);     // Send I2C command with updated encoder value to NJW1150.
    stateSelectLast = selectState;  // Track last select state change.
  }   

  // Check if encoder has changed its position from last time or state select (LED Colour update workaround).
  newENC = EncKnob.read();
  if (newENC != EncPosition || stateSelectLast != selectState) {
    EncPosition = newENC;
    Serial.print("ENC = ");
    Serial.print(newENC);
    Serial.println();
    // NJW1150 6 Channel Electronic Volume Control.
    // 6-Chnnel Master Volume 0 to –79dB, MUTE.
    // Balance control for L, R-ch 0 to –30dB, MUTE.
    // Trim Level Control for C, SL, SR, SW-ch 0 to –20dB.
    // Independent Tone Control (Bass, Treble) for L, R-ch.
    // I2C Control Command.
    Serial.print("State: ");
    Serial.println(selectState);
    // Set LED colour to show which item in the mode select the control is at (Red = Vol, etc).
    setColor(mem[selectState][3], mem[selectState][4], mem[selectState][5]);
    // Reset encoder to prior value if above max of volume processor.
    if (newENC > mem[selectState][2]) {
      Serial.print("Reset encoder to highest value allowed ");
      Serial.println(mem[selectState][2]);
      EncKnob.write(mem[selectState][2]);
    }
    // Reset encoder to prior value if above min of volume processor.
    else if (newENC < mem[selectState][1]) {
      Serial.print("Reset encoder to lowest value allowed ");
      Serial.println(mem[selectState][1]);
      EncKnob.write(mem[selectState][1]);
    }
    mem[selectState][0] = newENC;   // Update mem variable with current encoder value selected.
    i2cmd(selectState, newENC);     // Send I2C command with updated encoder value to NJW1150.
    stateSelectLast = selectState;  // Track last select state change.
  }   

  buttonStateSelect = digitalRead(selectPin);
  // Filter out any noise by setting a time buffer.
  if ((millis() - lastDebounceTime) > debounceDelay) {
    // If the button has been pressed.
    if (buttonStateSelect == HIGH) {
      selectState++;
      lastDebounceTime = millis();  // Set the current time.
      // Reset count if over max mode number.
      if (selectState > 10) {
        selectState = 0;
      }
      // Configure encoder with the value from memory before changing control.
      EncKnob.write(mem[selectState][0]);
    }

  buttonStateSelect = digitalRead(selectPin);
  // Filter out any noise by setting a time buffer.
  if ((millis() - lastDebounceTime) > debounceDelay) {
    // If the button has been pressed.
    if (buttonStateSelect == HIGH) {
      selectState++;
      lastDebounceTime = millis();  // Set the current time.
      // Reset count if over max mode number.
      if (selectState > 10) {
        selectState = 0;
      }
      // Configure encoder with the value from memory before changing control.
      EncKnob.write(mem[selectState][0]);
    }

// Send I2C commands to NJW1150.
void i2cmd(int cmd, int val) {
  Wire.beginTransmission(0x44);  // Send I2C command to NJW1150's default address.
  Wire.write(cmd);               // Item to control.
  Wire.write(val);               // Value to set to.
  Wire.endTransmission();        // Send data via I2C.
  Serial.print("CMD: ");
  Serial.print(cmd);
  Serial.print(", Value: ");
  Serial.println(val);
}

// Send I2C commands to NJW1150.
void i2cmd(int cmd, int val) {
  Wire.beginTransmission(0x44);  // Send I2C command to NJW1150's default address.
  Wire.write(cmd);               // Item to control.
  Wire.write(val);               // Value to set to.
  Wire.endTransmission();        // Send data via I2C.
  Serial.print("CMD: ");
  Serial.print(cmd);
  Serial.print(", Value: ");
  Serial.println(val);
}