int fanPIN = D0;
int sweatPIN = A0;
int buttonPush = A2;
int servoDelay = 100;
Servo massageServo;
int servoPos = 0;
void setup() {
Serial.begin(9600);
massageServo.attach(A5);
// Set pins to input or output
//pinMode(pulsePIN, INPUT);
pinMode(sweatPIN, INPUT);
pinMode(fanPIN, OUTPUT);
digitalWrite(fanPIN, LOW);
Particle.subscribe("cmu/diot2017/breakButtonStart" , buttonHandler);
//Particle.subscribe("cmu/diot2017/breakButtonEnd" , buttonHandler);
Particle.subscribe("diot2017/jamiecooldown" , fanHandler);
}
void loop() {
int buttonState = analogRead(buttonPush);
Serial.println(buttonState);
int schweaty = analogRead(A0);
//Serial.println(schweaty);
delay(500);
if (buttonState > 3000){
digitalWrite(fanPIN, HIGH);
massageroutine();
Serial.print("fan on ");
}else{
digitalWrite(fanPIN, LOW);
if (schweaty > 3000){
digitalWrite(fanPIN, HIGH);
}else{
digitalWrite(fanPIN, LOW);
}
}}
void massageroutine(){
massageServo.write(5);
delay(1200);
massageServo.write(175);
delay(1200);
massageServo.write(5);
delay(1200);
massageServo.write(175);
delay(1200);
massageServo.write(5);
delay(1200);
massageServo.write(175);
delay(1200);
massageServo.write(5);
delay(1200);
massageServo.write(175);
delay(1200);
}
void buttonHandler(const char *event,const char *data)
{ //this is the handler for receiving the subscribed event
String apronButtonPushed = data;
//apronButton = apronButtonPushed.toInt();
massageroutine();
}
void fanHandler(const char *event,const char *data)
{ //this is the handler for receiving the subscribed event
Serial.print("recieved event ");
digitalWrite(fanPIN, HIGH);
delay(5000);
digitalWrite(fanPIN, LOW);
}
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