// https://wokwi.com/projects/353115104055753729
// https://forum.arduino.cc/t/logic-to-trigger-relay-based-on-sensor-counts-over-a-unit-of-time/1073844

# define windPin    6
# define pumpLED    7   // pump running lamp

# define THRESHOLD  5   // five wind events
# define WINDOW 2000    // within 2 seconds

# define LOCKOUT  15000 // pump disabled for 15 seconds

unsigned long pumpLockoutTimer;

bool pumpRunning;
bool windFlag;

void setup() {
  Serial.begin(115200);
  Serial.println("wind jammer demo\n");

  pinMode(windPin, INPUT_PULLUP);

  pinMode(pumpLED, OUTPUT);

  turnOnPump();
}

unsigned long now;      // time for all non-blocked functioning

void loop()
{
  windJammer();
}

void windJammer()
{
  now = millis();

  if (tooMuchWindQ()) {
    Serial.println(" enough!");

    turnOffPump();
    pumpLockoutTimer = now;
  }

  if (now - pumpLockoutTimer > LOCKOUT) {
    turnOnPump();
  }
}

bool pumpIsOn;

void turnOnPump()
{
  if (!pumpIsOn) {
    pumpIsOn = true;    
    Serial.println("turn pump ON");
    digitalWrite(pumpLED, HIGH);
// and do whatever else needs be done 
  }
}

void turnOffPump()
{
  if (pumpIsOn) {
    pumpIsOn = false;
    Serial.println("turn pump OFF");
    digitalWrite(pumpLED, LOW);
// and do whatever else needs be done 
  }
}

bool tooMuchWindQ()
{
  static unsigned long timer;
  static unsigned int counter;

  if (now - timer > WINDOW) { // all quiet, reset counter
    if (counter)
      Serial.println("       wind reset");      

    counter = 0;
    timer = now;
  }

  windSensorCheck();

  if (windFlag) {   // handle the windFlag
    counter++;

    Serial.println("       wind up!");
    timer = now;
    windFlag = false;
  }

  if (counter >= THRESHOLD) {
    counter = 0;
    return true;
  }
  else return false;
}

// here just a debounced button - replace with something that catches the wind
void windSensorCheck()
{
  static byte lastReading;
  static unsigned long lastTime;

  if (now - lastTime < 20)
    return;

  byte windReading = !digitalRead(windPin);  // LOW = wind

  if (windReading != lastReading) {
    if (windReading) {
      windFlag = 1;

      Serial.println("see the wind");
    }
    lastTime = now;
  }

  lastReading = windReading;
}

// never mind this stuff
/*
void loop1() {
  now = millis();

  tooMuchWindQ();

}

void loop0() {
  now = millis();

  windSensorCheck();

  if (windFlag) {
    static int lineCount;
    Serial.print(lineCount);  // just to differentiate output lines
    lineCount++;
    Serial.println(" WIND!");

    windFlag = false;
  }

}

void windSensorCheck0()
{
  static byte lastReading;
  static unsigned long lastTime;

  if (now - lastTime < 20)
    return;

  byte windReading = !digitalRead(windPin);  // LOW = wind

  if (windReading != lastReading) {
    if (windReading)
      windFlag = 1;

    lastTime = now;
  }

  lastReading = windReading;
}
*/