Impacto

// Defines

#define allDataBits 36 // Number of data bits to expect

// isrFlags bit numbers

#define F_HAVE_DATA 1 // 0=Nothing in read buffer, 1=Data in read buffer

#define F_GOOD_DATA 2 // 0=Unverified data, 1=Verified (2 consecutive matching reads)

#define F_CARRY_BIT 3 // Bit used to carry over bit shift from one long to the other

#define F_STATE 7 // 0=Sync mode, 1=Data mode

// Constants

const unsigned long sync_MIN = 8000; // Minimum Sync time in micro seconds

const unsigned long sync_MAX = 10000;

const unsigned long bit1_MIN = 3000;

const unsigned long bit1_MAX = 5000;

const unsigned long bit0_MIN = 1000;

const unsigned long bit0_MAX = 2800;

const unsigned long glitch_Length = 0; // Anything below this value is a glitch and will be ignored.

// Interrupt variables

unsigned long fall_Time = 0; // Placeholder for microsecond time when last falling edge occured.

unsigned long rise_Time = 0; // Placeholder for microsecond time when last rising edge occured.

byte bit_Count = 0; // Bit counter for received bits.

unsigned long build_Buffer[] = {0,0}; // Placeholder last data packet being received.

volatile unsigned long read_Buffer[] = {0,0}; // Placeholder last full data packet read.

volatile byte isrFlags = 0; // Various flag bits

void PinChangeISR0(){ // Pin 3 (Interrupt 0) service routine

unsigned long Time = micros(); // Get current time

if (digitalRead(2) == LOW) {

// Falling edge

if (Time > (rise_Time + glitch_Length)) {

// Not a glitch

Time = micros() - fall_Time; // Subtract last falling edge to get pulse time.

fall_Time = micros();//-Time; // Store fall time

}

else {

// Rising edge

if (Time > (fall_Time + glitch_Length)) {

// Not a glitch

rise_Time = Time; // Store rise time

}

}

}

digitalWrite(13,HIGH);

delay(100);

digitalWrite(13,LOW);

return;

}

void PinChangeISR1(){ // Pin 2 (Interrupt 0) service routine

unsigned long Time = micros(); // Get current time

if (digitalRead(3) == LOW) {

// Falling edge

if (Time > (rise_Time + glitch_Length)) {

// Not a glitch

Time = micros() - fall_Time; // Subtract last falling edge to get pulse time.

fall_Time = micros();//-Time; // Store fall time

}

else {

// Rising edge

if (Time > (fall_Time + glitch_Length)) {

// Not a glitch

rise_Time = Time; // Store rise time

}

}

}

digitalWrite(13,HIGH);

delay(30);

digitalWrite(13,LOW);

return;

}

void setup()

{

pinMode(13,OUTPUT); // Used for debugging

Serial.begin(115200);

pinMode(2,INPUT);

Serial.println(F("ISR Pin 2 Configured For Input."));

attachInterrupt(0,PinChangeISR0,CHANGE);

Serial.println(F("Pin 2 ISR Function Attached. Here we go."));

Serial.println(F("ISR Pin 2 Configured For Input."));

attachInterrupt(1,PinChangeISR1,CHANGE);

Serial.println(F("Pin 3 ISR Function Attached. Here we go."));

}

void loop()

{

// Serial.begin(115200);

// Serial.println("Pino 2 == 1");//-rise_Time);

//Serial.println(rise_Time);

// delay(1);

}