Rf receiver gerber

// receiver.pde

#include <VirtualWire.h>

int count;

const int ledPin10 = 0;

const int ledPin11 = 1; 

const int ledPin0 = 2;

const int ledPin1 = 3;

const int ledPin2 = 4;

const int ledPin3 = 5;

const int ledPin4 = 6;

const int ledPin5 = 7;

const int ledPin6 = 8;

const int ledPin7 = 9;

const int ledPin8 = 10;

const int ledPin9 = 11;

void setup()

{

   // Serial.begin(9600);// Debugging only

   //  Serial.println("setup"); //Prints "Setup" to the serial monitor

     pinMode(ledPin0, OUTPUT);

     pinMode(ledPin1, OUTPUT);

     pinMode(ledPin2, OUTPUT);

     pinMode(ledPin3, OUTPUT);

     pinMode(ledPin4, OUTPUT);

     pinMode(ledPin5, OUTPUT);

     pinMode(ledPin6, OUTPUT);

     pinMode(ledPin7, OUTPUT);

     pinMode(ledPin8, OUTPUT);

     pinMode(ledPin9, OUTPUT);

     

     pinMode(ledPin10, OUTPUT);

     pinMode(ledPin11, OUTPUT);

     digitalWrite(ledPin8,LOW); 

  

    vw_set_rx_pin(13);       //Sets pin D12 as the RX Pin

    //vw_set_ptt_inverted(true); // Required for DR3100

    vw_setup(4000);     // Bits per sec

    vw_rx_start();       // Start the receiver PLL running

    

}

void loop()

{

    uint8_t buf[VW_MAX_MESSAGE_LEN];

    uint8_t buflen = VW_MAX_MESSAGE_LEN;

    if (vw_get_message(buf, &buflen)) // Non-blocking

    {

int i;

          // Flash a light to show received good message

// Message with a good checksum received, dump it.

//Serial.print("Got: ");

for (i = 0; i < buflen; i++)

{

            char c = (buf[i]);

            Serial.print(c);

    Serial.print(" ");

  if (buf[i] =='0')

 {

    digitalWrite(ledPin0,HIGH);  

 }

  if (buf[i] =='1')

 {

    digitalWrite(ledPin0,LOW);  

 }

   if (buf[i] =='2')

 {

    digitalWrite(ledPin1,HIGH);  

 }

  if (buf[i] =='3')

 {

    digitalWrite(ledPin1,LOW);  

 }

    if (buf[i] =='4')

 {

    digitalWrite(ledPin2,HIGH);  

 }

  if (buf[i] =='5')

 {

    digitalWrite(ledPin2,LOW);  

 }

    if (buf[i] =='6')

 {

    digitalWrite(ledPin3,HIGH);  

 }

  if (buf[i] =='7')

 {

    digitalWrite(ledPin3,LOW);  

 }

     if (buf[i] =='8')

 {

    digitalWrite(ledPin4,HIGH);  

 }

  if (buf[i] =='9')

 {

    digitalWrite(ledPin4,LOW);  

 }

     if (buf[i] =='a')

 {

    digitalWrite(ledPin5,HIGH);  

 }

  if (buf[i] =='b')

 {

    digitalWrite(ledPin5,LOW);  

 }

      if (buf[i] =='c')

 {

    digitalWrite(ledPin6,HIGH);  

 }

  if (buf[i] =='d')

 {

    digitalWrite(ledPin6,LOW);  

 }

       if (buf[i] =='e')

 {

    digitalWrite(ledPin7,HIGH);  

 }

  if (buf[i] =='f')

 {

    digitalWrite(ledPin7,LOW);  

 }

        if (buf[i] =='g')

 {

    digitalWrite(ledPin8,HIGH);  

 }

  if (buf[i] =='h')

 {

    digitalWrite(ledPin8,LOW);  

 }

         if (buf[i] =='i')

 {

    digitalWrite(ledPin9,HIGH);  

 }

  if (buf[i] =='j')

 {

    digitalWrite(ledPin9,LOW);  

 }

          if (buf[i] =='k')

 {

    digitalWrite(ledPin10,HIGH);  

 }

  if (buf[i] =='l')

  

 {

    digitalWrite(ledPin10,LOW);  

    

    

 }

          if (buf[i] =='m')

 {

    digitalWrite(ledPin11,HIGH);  

 }

  if (buf[i] =='n')

 {

    digitalWrite(ledPin11,LOW);  

 }

       // count++;

       //Serial.print(count);

//Serial.println("");

} }}