Detector de movimiento Arduino + hacer inalámbrico + teléfono de llamada cuando detecta movimiento (6 / 10 paso)

Paso 6: Parte 2: codificación

CÓDIGO DEL TRANSMISOR

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#include < VirtualWire.h >

const int led_pin = 13;

const int transmit_pin = 9;

const int sensor_pin = 7;

int sensor_value;

void setup() {}

vw_set_tx_pin(transmit_pin);

vw_setup(2000);

pinMode (led_pin, salida);

pinMode(sensor_pin,INPUT);

}

void loop() {}

sensor_value = digitalRead(sensor_pin);

char mensaje [3] = {'o', 'f', 'f'};

Si (sensor_value == 1) {}

MSG [0] = ' o ';

MSG [1] = ' n ';

MSG [2] = '#';

}

digitalWrite (led_pin, HIGH);

vw_send ((uint8_t *) msg, 3);

vw_wait_tx();

digitalWrite (led_pin, LOW);

Delay(1000);

}

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CÓDIGO DE RECEPTOR

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#include < VirtualWire.h >

const int motion_pin = 10;

const int led_pin = 13;

const int transmit_pin = 9;

const int receive_pin = 6;

void setup() {}

Delay(1000);

Serial.Begin(9600);

Serial.println("Setup");

vw_set_rx_pin(receive_pin);

vw_setup(2000);

vw_rx_start();

pinMode (led_pin, salida);

pinMode (motion_pin, salida);

}

void loop() {}

uint8_t buf [VW_MAX_MESSAGE_LEN];

uint8_t buflen = VW_MAX_MESSAGE_LEN;

Si (vw_get_message (buf & buflen)) {}

digitalWrite (led_pin, HIGH);

Serial.Print ("tienes:");

para (int i = 0; i < buflen; i ++) {}

Serial.Print(Char(BUF[i]));

Serial.Print(' ');

}

{if(Char(BUF[2])=='#')}

digitalWrite (motion_pin, HIGH);

Delay(1000);

digitalWrite (motion_pin, bajo);

}

Serial.println();

digitalWrite (led_pin, LOW);

}

}

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