Denver Dias DenverDias

## dotPeriod
#define dotPeriod 100

## Floating dotPeriod
#define dotPeriod (analogRead(2))

## otherPeriods
#define dashPeriod (dotPeriod*3)
#define relaxTime (dotPeriod)
#define letterSpace (dotPeriod*2)
#define wordSpace (dotPeriod*4)

## buzz frequency and output pin
#define buzz 1000
#define tonePin 3

## Floating buzz output frequency
#define buzz (analogRead(1)+200)

## Defining a dit
void dit()
{
  tone(tonePin, buzz);
  delay(dotPeriod);
  noTone(tonePin);
  delay(relaxtime);
}

## Defining a dah
void dah()
{
  tone(tonePin, buzz);
  delay(dahPeriod);
  noTone(tonePin);
  delay(relaxtime);
}

## Defining a di
void di()
{
	dit();
}

## Defining playLetter function
void playLetter(char x)
{
	switch (x):
		case 'E':
			dit(); return;
		case 'T':
			dah(); return;
		case 'A':
			di();dah(); return;
		case 'O':

## Defining setup()
void setup()
{
	Serial.begin(9600);
/* Using the serial command I program the Arduino to communicate at a baud rate of 9600 bits per second. */
	pinMode(tonePin, OUTPUT);
// This command sets the pin to act as output
}
	#define dashPeriod (dotPeriod*3)
	#define relaxTime (dotPeriod)
	#define letterSpace (dotPeriod*2)
	#define wordSpace (dotPeriod*4)
	void dit()
	{
	tone(tonePin, buzz);
	delay(dotPeriod);
	noTone(tonePin);
	delay(relaxtime);
	}
	void dah()
	{
	tone(tonePin, buzz);
	delay(dahPeriod);
	noTone(tonePin);
	delay(relaxtime);
	}
	void playLetter(char x)
	{
	switch (x):
	case 'E':
	dit(); return;
	case 'T':
	dah(); return;
	case 'A':
	di();dah(); return;
	case 'O':
	void setup()
	{
	Serial.begin(9600);
	/* Using the serial command I program the Arduino to communicate at a baud rate of 9600 bits per second. */
	pinMode(tonePin, OUTPUT);
	// This command sets the pin to act as output
	}