/*
Function: Measures actual radiation value during 10 seconds.
Returns:
radiationValue: Returns value of radiation in uSv/H
Parameters:
Values:
*/
float WaspRadiationBoard::getRadiationInt()
{
unsigned long timeRepeat= 10000;
unsigned long previous=millis();
enableInterrupts(RAD_INT);
while( (millis()-previous<timeRepeat) )
{
if( intFlag & RAD_INT){
disableInterrupts(RAD_INT);
intFlag &= ~(RAD_INT);
countPulse();
while(!digitalRead(RAD_INT_PIN_MON));
enableInterrupts(RAD_INT);
}
// Condition to avoid an overflow (DO NOT REMOVE)
if( millis() < previous ) previous = millis();
}
radiationValue = 6.0 *count * CONV_FACTOR;
timePreviousMeassure = millis();
ledBar(6*count);
count = 0;
return radiationValue;
}
/*
Function: Measures actual radiation value during specified time. Maximum time is 60 seconds
Returns:
RadiationValueCPM: radiation value in CPM
Parameters:
time: time while radiation is measured. Time must be in milliseconds
Values:
*/
float WaspRadiationBoard::getCPM(long time)
{
float k=0;
float minute = 60000;
unsigned long previous=millis();
enableInterrupts(RAD_INT);
while( (millis()-previous<time) )
{
if( intFlag & RAD_INT)
{
disableInterrupts(RAD_INT);
intFlag &= ~(RAD_INT);
countPulse();
while(!digitalRead(RAD_INT_PIN_MON));
enableInterrupts(RAD_INT);
}
// Condition to avoid an overflow (DO NOT REMOVE)
if( millis() < previous ) previous=millis();
}
k = (minute/time);
radiationValueCPM = k*count ;
timePreviousMeassure = millis();
ledBar(k*count);
count = 0;
return radiationValueCPM;
}
/*
Function: Measures actual radiation value during specified time. Maximum measure time is 60 seconds
Returns:
radiationValue: Returns value of radiation in uSv/H
Parameters:
time: time while radiation is measured. Time units must be milliseconds
Values:
*/
float WaspSensorRadiation::getRadiation(long time){
float k=0; //used to obtain CPM
float minute = 60000;
long previous=millis();
while( (millis()-previous<time) )
{
if( intFlag & RAD_INT){
disableInterrupts(RAD_INT);
intFlag &= ~(RAD_INT);
countPulse();
while(!digitalRead(RAD_INT_PIN_MON));
enableInterrupts(RAD_INT);
}
// Condition to avoid an overflow (DO NOT REMOVE)
if( millis()-previous < 0 ) previous=millis();
}
k = (minute/time);
radiationValueCPM = k*count;
radiationValue = k*count * CONV_FACTOR;
timePreviousMeassure = millis();
ledBar(k*count);
count = 0;
return radiationValue;
}