Cómo controlar la conducido con Uno de 12 (1 / 3 paso)

Paso 1: Luces Trafik

int led2 = 2;

led3 int = 3; int del = 1000; led4 int = 4; led5 int = 5; led6 int = 6; led7 int = 7; led8 int = 8; led9 int = 9; led10 int = 10;

la puesta en marcha ejecuta rutina una vez al presionar reset:

void setup () {/ / inicializar el pin digital como oupput.

pinMode (led2, salida); pinMode (led3, salida); pinMode (led4, salida); pinMode (led5, salida); pinMode (led6, salida); pinMode (led7, salida); pinMode (led8, salida); pinMode (led9, salida); pinMode (led10, salida); } //the rutina de loop se ejecuta una y otra vez para siempre:

void loop() {}

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, LOW); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Todo rojo

digitalWrite (led2, LOW); digitalWrite (LED 3, bajo); digitalWrite (led4, HIGH); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Delay(del*2);

VERDE1

digitalWrite (led2, LOW); digitalWrite (LED 3, alto); digitalWrite (led4, LOW); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Delay(del);

YELLOW1

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Delay(del/2);

TODO ROJO

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, LOW); digitalWrite (led6, LOW); digitalWrite (led7, HIGH); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Delay(del*2);

VERDE 2

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, LOW); digitalWrite (led6, HIGH); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW); Delay(del);

YELLOW2

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, HIGH); digitalWrite (led9, LOW); digitalWrite (led10, LOW);

Delay(del/2);

TODO ROJO

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, LOW); digitalWrite (led9, LOW); digitalWrite (led10, HIGH);

Delay(2*del);

GREEEN2

digitalWrite (led2, HIGH); digitalWrite (LED 3, bajo); digitalWrite (led4, LOW); digitalWrite (led5, HIGH); digitalWrite (led6, LOW); digitalWrite (led7, LOW); digitalWrite (led8, LOW); digitalWrite (led9, HIGH); digitalWrite (led10, LOW);

Delay(del);

YELLOW3

}