Door Sensor with Arduino Nano Every

Make it play "La Cucaracha" when your door closes

Mar 7, 2020

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14503 views

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8 respects

sensor

magnetism

Components and supplies

Buzzer, Piezo

Reed Switch, SPST-NO

Arduino Nano Every

SparkFun Solder-able Breadboard - Mini

9V Battery Clip

Male/Female Jumper Wires

9V battery (generic)

Apps and platforms

Arduino IDE

Project description

Code

Door Magnetic Sensor

arduino

1int times = 150;
2int times2 = 75;
3int times3 = 133;
4
5void   setup() {
6  // put your setup code here, to run once:
7 pinMode(9,INPUT);
8   pinMode(LED_BUILTIN,OUTPUT);
9 
10}
11
12void loop() {
13  // put your main   code here, to run repeatedly:
14 int sensorValue = digitalRead(9);
15
16  if   (sensorValue == HIGH){
17    digitalWrite(LED_BUILTIN,HIGH);
18  // Get ready   for... LA CUCARACHA
19  tone(8,261,times2);    //First part
20  delay(times);
21   tone(8,261,times2);
22  delay(times);
23 tone(8,261,times2*1.5);
24  delay(times);
25   tone(8,349,times2*2);
26  delay(times*1.5);
27 tone(8,440,times2);
28  delay(times);
29   tone(8,261,times2);
30  delay(times);
31 tone(8,261,times2);
32  delay(times);
33   tone(8,261,times2);
34  delay(times);
35 tone(8,349,times2*2);
36  delay(times*1.5);
37   tone(8,440,times2);
38  delay(times*2);
39  
40 tone(8,349,times2);    //Second   part
41  delay(times3);
42 tone(8,349,times2);
43  delay(times3);
44 tone(8,329,times2);
45   delay(times3);
46 tone(8,329,times2);
47  delay(times3);
48 tone(8,293,times2);
49   delay(times3);
50 tone(8,293,times2);
51  delay(times3);
52 tone(8,261,times2*2);
53   delay(times*3);
54  }else{
55    digitalWrite(LED_BUILTIN,LOW);
56  }
57  delay(10);
58}

int times = 150;
int times2 = 75;
int times3 = 133;

void   setup() {
  // put your setup code here, to run once:
 pinMode(9,INPUT);
   pinMode(LED_BUILTIN,OUTPUT);
 
}

void loop() {
  // put your main   code here, to run repeatedly:
 int sensorValue = digitalRead(9);

  if   (sensorValue == HIGH){
    digitalWrite(LED_BUILTIN,HIGH);
  // Get ready   for... LA CUCARACHA
  tone(8,261,times2);    //First part
  delay(times);
   tone(8,261,times2);
  delay(times);
 tone(8,261,times2*1.5);
  delay(times);
   tone(8,349,times2*2);
  delay(times*1.5);
 tone(8,440,times2);
  delay(times);
   tone(8,261,times2);
  delay(times);
 tone(8,261,times2);
  delay(times);
   tone(8,261,times2);
  delay(times);
 tone(8,349,times2*2);
  delay(times*1.5);
   tone(8,440,times2);
  delay(times*2);
  
 tone(8,349,times2);    //Second   part
  delay(times3);
 tone(8,349,times2);
  delay(times3);
 tone(8,329,times2);
   delay(times3);
 tone(8,329,times2);
  delay(times3);
 tone(8,293,times2);
   delay(times3);
 tone(8,293,times2);
  delay(times3);
 tone(8,261,times2*2);
   delay(times*3);
  }else{
    digitalWrite(LED_BUILTIN,LOW);
  }
  delay(10);
}

Door Magnetic Sensor

arduino

1int times = 150;
2int times2 = 75;
3int times3 = 133;
4
5void  setup() {
6  // put your setup code here, to run once:
7 pinMode(9,INPUT);
8  pinMode(LED_BUILTIN,OUTPUT);
9 
10}
11
12void loop() {
13  // put your main  code here, to run repeatedly:
14 int sensorValue = digitalRead(9);
15
16  if  (sensorValue == HIGH){
17    digitalWrite(LED_BUILTIN,HIGH);
18  // Get ready  for... LA CUCARACHA
19  tone(8,261,times2);    //First part
20  delay(times);
21  tone(8,261,times2);
22  delay(times);
23 tone(8,261,times2*1.5);
24  delay(times);
25  tone(8,349,times2*2);
26  delay(times*1.5);
27 tone(8,440,times2);
28  delay(times);
29  tone(8,261,times2);
30  delay(times);
31 tone(8,261,times2);
32  delay(times);
33  tone(8,261,times2);
34  delay(times);
35 tone(8,349,times2*2);
36  delay(times*1.5);
37  tone(8,440,times2);
38  delay(times*2);
39  
40 tone(8,349,times2);    //Second  part
41  delay(times3);
42 tone(8,349,times2);
43  delay(times3);
44 tone(8,329,times2);
45  delay(times3);
46 tone(8,329,times2);
47  delay(times3);
48 tone(8,293,times2);
49  delay(times3);
50 tone(8,293,times2);
51  delay(times3);
52 tone(8,261,times2*2);
53  delay(times*3);
54  }else{
55    digitalWrite(LED_BUILTIN,LOW);
56  }
57  delay(10);
58}

int times = 150;
int times2 = 75;
int times3 = 133;

void  setup() {
  // put your setup code here, to run once:
 pinMode(9,INPUT);
  pinMode(LED_BUILTIN,OUTPUT);
 
}

void loop() {
  // put your main  code here, to run repeatedly:
 int sensorValue = digitalRead(9);

  if  (sensorValue == HIGH){
    digitalWrite(LED_BUILTIN,HIGH);
  // Get ready  for... LA CUCARACHA
  tone(8,261,times2);    //First part
  delay(times);
  tone(8,261,times2);
  delay(times);
 tone(8,261,times2*1.5);
  delay(times);
  tone(8,349,times2*2);
  delay(times*1.5);
 tone(8,440,times2);
  delay(times);
  tone(8,261,times2);
  delay(times);
 tone(8,261,times2);
  delay(times);
  tone(8,261,times2);
  delay(times);
 tone(8,349,times2*2);
  delay(times*1.5);
  tone(8,440,times2);
  delay(times*2);
  
 tone(8,349,times2);    //Second  part
  delay(times3);
 tone(8,349,times2);
  delay(times3);
 tone(8,329,times2);
  delay(times3);
 tone(8,329,times2);
  delay(times3);
 tone(8,293,times2);
  delay(times3);
 tone(8,293,times2);
  delay(times3);
 tone(8,261,times2*2);
  delay(times*3);
  }else{
    digitalWrite(LED_BUILTIN,LOW);
  }
  delay(10);
}

Downloadable files

Door Magnetic Sensor

Open using Fritzing

Door Magnetic Sensor

Open using Fritzing

Door Magnetic Sensor

Door Magnetic Sensor (Screenshot)

This is a screenshot of the Fritzing program.

Door Magnetic Sensor (Screenshot)

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