COLORKEY (2 / 5 stap)

Stap 2: Hoe werkt de COLORKEY?

Zodat het object functionele, ik gebruikte bedrading te bereiken van de programmering van het object.
Elke kleur is een puls switch die is verbonden met de bedrading. Wanneer 3 van de 6 schakelaars worden geactiveerd; automatisch bedrading activeert een elektrische vergrendeling.

Hier is de code voor COLORKEY:

int switchrojo = 0;
int switchverde = 1;
int switchmorado = 2;
int switchazul = 3;
int switchamarillo = 4;
int switchnaranja = 5;
int cerradura = 8;
int presionadorojo = 0;
int presionadoverde = 0;
int presionadomorado = 0;
int presionadoazul = 0;
int presionadoamarillo = 0;
int presionadonaranja = 0;
int times_pressed = 0;
lange start_time = 0;

VOID Setup
{
pinMode (switchrojo, INPUT);
pinMode (switchverde, INPUT);
pinMode (switchmorado, INPUT);
pinMode (switchazul, INPUT);
pinMode (switchamarillo, INPUT);
pinMode (switchnaranja, INPUT);
pinMode (cerradura, OUTPUT);
Serial.begin(9600);
pinMode (48, OUTPUT);
digitalWrite (48, hoge);
}

void loop {}

if(digitalRead(switchrojo) == LOW) {}
while(digitalRead(switchrojo) == laag);
presionadorojo = 1;
times_pressed ++;
}
if(digitalRead(switchverde) == LOW) {}
while(digitalRead(switchverde) == laag);
presionadoverde = 1;
times_pressed ++;
}
if(digitalRead(switchazul) == LOW) {}
while(digitalRead(switchazul) == laag);
presionadoazul = 1;
times_pressed ++;
}
if(digitalRead(switchmorado) == LOW) {}
while(digitalRead(switchmorado) == laag);
presionadomorado = 1;
times_pressed ++;
}
if(digitalRead(switchamarillo) == LOW) {}
while(digitalRead(switchamarillo) == laag);
presionadoamarillo = 1;
times_pressed ++;
}
if(digitalRead(switchnaranja) == LOW) {}
while(digitalRead(switchnaranja) == laag);
presionadonaranja = 1;
}
if(Millis() - start_time > 5000) {}
times_pressed = 0;
presionadorojo = 0;
presionadoverde = 0;
presionadoazul = 0;
presionadomorado = 0;
presionadoamarillo = 0;
presionadonaranja = 0;
start_time = millis();
}
Als (times_pressed > = 3) {}

Als ((presionadorojo == 0) & &
(presionadoverde == 1) & &
(presionadomorado == 0) & &
(presionadoazul == 1) & &
(presionadoamarillo == 0) & &
(presionadonaranja == 1))
{
digitalWrite (cerradura, hoge);
vertraging (5000);
digitalWrite (cerradura, laag);
times_pressed = 0;
presionadorojo = 0;
presionadoverde = 0;
presionadoazul = 0;
presionadomorado = 0;
presionadoamarillo = 0;
presionadonaranja = 0;
start_time = millis();
}
}
Serial.Print (presionadorojo, DEC);
Serial.Print("");
Serial.Print (presionadoverde, DEC);
Serial.Print("");
Serial.Print (presionadoazul, DEC);
Serial.Print("");
Serial.Print (presionadomorado, DEC);
Serial.Print("");
Serial.Print (presionadoamarillo, DEC);
Serial.Print("");
Serial.println (presionadonaranja, DEC);

Serial.Print (times_pressed, DEC);
Serial.Print("");
delay(100);
}