# 1 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
# 1 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
// https://github.com/VasilKalchev/LiquidMenu
# 14 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
# 15 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 2
// The I2C LCD library
# 17 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 2
// The menu wrapper library
# 19 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 2


typedef struct {
  int salt = 100;
  int temp_min=0;
  int temp_max=100;
  int humid_min=10;
  int humid_max=50;
  int fan_adjust=100;
} settings;

settings userSettings;

int fan_now=100;
float temp_now=20.2;
float humid_now=24.2;

// The I2C LCD object
LiquidCrystal_I2C lcd(0x27, 16, 2);
LiquidLine timeout_info_line1(0, 0, "FAN SPEED: ", fan_now);
LiquidLine timeout_info_line2(0, 1, "T ", temp_now, " H ", humid_now);
LiquidScreen timeout_info_screen(timeout_info_line1, timeout_info_line2);

LiquidLine temp_max_line1(1, 0, "SET MAX TEMP.");
LiquidLine temp_max_line2(1, 1, userSettings.temp_max);
LiquidScreen temp_max_screen(temp_max_line1, temp_max_line2);

LiquidLine temp_min_line1(1, 0, "SET MIN TEMP.");
LiquidLine temp_min_line2(1, 1, userSettings.temp_min);
LiquidScreen temp_min_screen(temp_min_line1, temp_min_line2);

LiquidLine humid_max_line1(1, 0, "SET MAX HUMID.");
LiquidLine humid_max_line2(1, 1, userSettings.humid_max);
LiquidScreen humid_max_screen(humid_max_line1, humid_max_line2);

LiquidLine humid_min_line1(1, 0, "SET MIN HUMID.");
LiquidLine humid_min_line2(1, 1, userSettings.humid_min);
LiquidScreen humid_min_screen(humid_min_line1, humid_min_line2);


LiquidLine welcome_line1(4, 0, "MEAT BOX");
LiquidLine welcome_line2(1, 1, "LiquidMenu ", LIQUIDMENU_VERSION);
LiquidScreen welcome_screen(welcome_line1, welcome_line2);

LiquidMenu menu(lcd);

void setupMenu()
{
    // This is the I2C LCD object initialization.
  lcd.begin();
  lcd.backlight();

  // This method needs to be called when using an I2C display library.
  menu.init();

  timeout_info_line1.set_decimalPlaces(0);
  timeout_info_line2.set_decimalPlaces(1);

  //Temperature control
  temp_max_line2.attach_function(1, []{ if (userSettings.temp_max > userSettings.temp_min + 5) userSettings.temp_max--; });
  temp_max_line2.attach_function(2, []{ if (userSettings.temp_max < 100) userSettings.temp_max++; });
  temp_min_line2.attach_function(1, []{ if (userSettings.temp_min > 0) userSettings.temp_min--; });
  temp_min_line2.attach_function(2, []{ if (userSettings.temp_min < userSettings.temp_max - 5) userSettings.temp_min++; });

  //Humidity control
  humid_max_line2.attach_function(1, []{ if (userSettings.humid_max > userSettings.humid_min + 5) userSettings.humid_max--; });
  humid_max_line2.attach_function(2, []{ if (userSettings.humid_max < 100) userSettings.humid_max++; });
  humid_min_line2.attach_function(1, []{ if (userSettings.humid_min > 0) userSettings.humid_min--; });
  humid_min_line2.attach_function(2, []{ if (userSettings.humid_min < userSettings.humid_max - 5) userSettings.humid_min++; });

  // This is the method used to add a screen object to the menu.
  menu.add_screen(welcome_screen);
  menu.add_screen(temp_max_screen);
  menu.add_screen(temp_min_screen);
  menu.add_screen(humid_max_screen);
  menu.add_screen(humid_min_screen);
  menu.add_screen(timeout_info_screen);
  Serial.println (reinterpret_cast<const __FlashStringHelper *>(
# 96 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 3
 (__extension__({static const char __c[] __attribute__((__progmem__)) = (
# 96 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
 "Setup complete"
# 96 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 3
 ); &__c[0];}))
# 96 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
 ));

  Serial.print (reinterpret_cast<const __FlashStringHelper *>(
# 98 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 3
 (__extension__({static const char __c[] __attribute__((__progmem__)) = (
# 98 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
 "TTTTTTTTTTTT"
# 98 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino" 3
 ); &__c[0];}))
# 98 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\MeatDryer2.ino"
 ));
  welcome_screen.hide(true);
  menu = welcome_screen;
}
# 1 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\1_Encoder.ino"




int counter = 0;
int aState;
int aLastState;

volatile int intrSwitch = 0;
volatile int intrEncod = 0;

void setupEncoder()
{
  pinMode (2,0x2);
  pinMode (4 /*outputB*/,0x0);
  pinMode (3 /*outputA*/, 0x0);
  aLastState = digitalRead(3 /*outputA*/);

  attachInterrupt(((2) == 2 ? 0 : ((2) == 3 ? 1 : -1)), []{ intrSwitch = 1; }, 2);
  attachInterrupt(((3 /*outputA*/) == 2 ? 0 : ((3 /*outputA*/) == 3 ? 1 : -1)), []{ intrEncod = 1; }, 1);
  Serial.println (reinterpret_cast<const __FlashStringHelper *>(
# 21 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\1_Encoder.ino" 3
 (__extension__({static const char __c[] __attribute__((__progmem__)) = (
# 21 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\1_Encoder.ino"
 "Rotary encoder setup complete"
# 21 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\1_Encoder.ino" 3
 ); &__c[0];}))
# 21 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\1_Encoder.ino"
 ));

}

// Return 1 for left, 2 for right, 3 for button
int readEncoder()
{
  int toReturn=0;
  aState = digitalRead(3 /*outputA*/); // Reads the "current" state of the outputA
  // If the previous and the current state of the outputA are different, that means a Pulse has occured
  if (aState != aLastState){
    if (digitalRead(4 /*outputB*/) != aLastState)
     toReturn = 2;
    else
     toReturn = 1;
  }
  aLastState = aState; // Updates the previous state of the outputA with the current state

  return toReturn;
}

unsigned long buttonPress;
unsigned long buttonRelease;

int readEncoderButton()
{
  if ((unsigned long) (millis() - buttonPress) > 500)
  {
     buttonPress = buttonRelease = millis();
     while (!digitalRead(2)) {
        //Serial.println("Holding loop");
        delay(10);
        if (millis() - buttonPress > 1500)
          break;
     }
     buttonRelease = millis();
     return (buttonRelease - buttonPress > 1500) ? 2 : 1;
  }
  return 0;
}
# 1 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino"
# 2 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino" 2




DHT dht(9 /* what pin we're connected to*/, 22 /* DHT 22  (AM2302)*/); //// Initialize DHT sensor for normal 16mhz Arduino

unsigned long lastReadDHT;
bool readDHT(float * _temp = 
# 9 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino" 3 4
                            __null
# 9 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino"
                                , float * _hum = 
# 9 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino" 3 4
                                                 __null
# 9 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino"
                                                     )
{
    if ((unsigned long) (millis() - lastReadDHT) > (5 /* Seconds*/ * 1E3))
    {
      //Read data and store it to variables hum and temp
      float hum = dht.readHumidity();
      float temp= dht.readTemperature();
      if (_temp != 
# 16 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino" 3 4
                  __null 
# 16 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino"
                       && temp >= -100 && temp <= 100)
         *_temp = temp;

      if (_hum != 
# 19 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino" 3 4
                 __null 
# 19 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\2_DHT.ino"
                      && hum >= 0 && hum <= 100)
      {
        *_hum = hum;
      }
      {};

      //DEBUG_PRINT((temp_now));

      {};

      //DEBUG_PRINTLN((humid_now));
      //Serial.print(hum);
      //Serial.print(" %, Temp: ");
      //Serial.print(temp);
      //Serial.println(" Celsius");
      lastReadDHT = millis();
      return true;
  }
  else
    return false;
}
# 1 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\3_Main.ino"
/*

char txtbuffer[17] = "Empty";

LiquidLine test(2, 0, txtbuffer);

LiquidScreen testS(test);

*/
# 7 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\3_Main.ino"
void setup() {
  if (true)
    Serial.begin(9600);
  setupEncoder();
  setupMenu();

  /*

  Serial.println(txtbuffer);

  snprintf(txtbuffer, 17, "BUFF: %s", "test");

  Serial.println(txtbuffer);

  menu.add_screen(testS);

  menu.update();

  */
# 20 "C:\\Users\\Adis\\Dropbox\\Arduino\\Global\\Projects\\MeatDryer2\\3_Main.ino"
}

unsigned long lastActionMillis;
int encoderResult;
bool funcCalled;
void loop() {
  if ((unsigned long) (millis() - lastActionMillis) > 1E3)
    readDHT(&temp_now, &humid_now);


  // Interrupt for encoder
  if (intrSwitch || intrEncod)
  {
    if (intrSwitch)
    {
      encoderResult=readEncoderButton();
      switch(encoderResult)
      {
        case 1:
          {};
          menu.switch_focus();
          break;
        case 2:
          {};
          funcCalled = menu.call_function(3);
          if (funcCalled)
            {};

          break;
      }
      funcCalled = false;
      intrSwitch = 0;
    }
    else if (intrEncod)
    {
      encoderResult=readEncoder();
      switch(encoderResult)
      {
        case 1:
          {};
          funcCalled = menu.call_function(1);
          if (funcCalled)
          {
            {};
          }
          else
            menu--;
          break;
        case 2:
          {};
          funcCalled = menu.call_function(2);
          if (funcCalled)
          {
            {};
          }
          else
            menu++;
          break;
      }
      intrEncod = 0;
    }
    lastActionMillis = millis();
  }
}