//_____________________________________________________________________________________
void KVPhoswich::SetEnergy(Double_t e)
{
//Set energy lost in both layers
GetAbsorber(0)->SetEnergyLoss(e / 2.);
GetAbsorber(1)->SetEnergyLoss(e / 2.);
}
//___________________________________________________________________________________
Double_t KVPhoswich::GetEnergy()
{
//Override KVDetector::GetEnergy to return total energy lost in both layers
return (GetAbsorber(0)->GetEnergyLoss() +
GetAbsorber(1)->GetEnergyLoss());
}
void KVBIC::SetPressure(Float_t x)
{
//Changes pressure of all 3 gas-filled zones in the BIC
GetAbsorber(1)->SetPressure(x);
GetAbsorber(3)->SetPressure(x);
GetAbsorber(5)->SetPressure(x);
}
void KVBIC::SetTemperature(Double_t x)
{
//Changes temperature of all 3 gas-filled zones in the BIC
GetAbsorber(1)->SetTemperature(x);
GetAbsorber(3)->SetTemperature(x);
GetAbsorber(5)->SetTemperature(x);
}
void KVBIC::SetBombage(Float_t x)
{
//Change bombage of entrance/exit windows
//This changes the effective thickness of gas between the external & internal entrance/exit windows
fBomb = x;
Float_t e = GetEffectiveEntryThickness();
GetAbsorber(1)->SetThickness(e);
GetAbsorber(5)->SetThickness(e);
}
