9 #include <arich/dbobjects/ARICHHapdChipInfo.h>
16 if (i < m_bombardmentCurrent.size())
return m_bombardmentCurrent[i];
23 for (
unsigned int i = 0; i < bcurrent.size(); i++) m_bombardmentCurrent.push_back(bcurrent[i]);
29 if (i < m_avalancheCurrent.size())
return m_avalancheCurrent[i];
36 for (
unsigned int i = 0; i < acurrent.size(); i++) m_avalancheCurrent.push_back(acurrent[i]);
42 if (i < m_cutChannel.size())
return m_cutChannel[i];
49 if (i < m_badChannel.size())
return m_badChannel[i];
int getBadChannel(unsigned int i) const
Return a channel number from the list of cut channels.
void setBombardmentCurrent(std::vector< TGraph * > bcurrent)
set Bombardment Current as a function of high voltage
TGraph * getAvalancheCurrent(unsigned int i) const
Return Avalanche Current as a function of bias voltage.
int getCutChannel(unsigned int i) const
Return a channel number from the list of cut channels.
TGraph * getBombardmentCurrent(unsigned int i) const
Return Bombardment Current as a function of high voltage.
void setAvalancheCurrent(std::vector< TGraph * > acurrent)
set Avalanche Current as a function of bias voltage
Abstract base class for different kinds of events.