#include <STOFEvent.h>
Public Member Functions | |
| STOFEvent () | |
| default constructor sets all internal data members to identifiable values More... | |
| void | clearEvent () |
Public Attributes | |
| float | m_targPSD |
| target pulse shape More... | |
| float | m_scatPSD |
| scatter pulse shape More... | |
| float | m_targLight |
| light observed in the target in MeVee More... | |
| float | m_EnTarLight |
| float | m_scatLight |
| light observed in the scatter cell in MeVee More... | |
| float | m_targDeltaT |
| delta time between two target PMTs More... | |
| float | m_exitTOF |
| exit time of flight (dt between target and scatter)in ns More... | |
| float | m_EnExitTOF |
| float | m_incTOF |
| incoming time of flight (dt between target and RF) in ns More... | |
| std::vector< float > | m_EnINCTOF |
| float | m_EnIncTOFEstimate |
| best En estimation comparing IncTOF and outTOF More... | |
| int | m_coinID |
| coincidence ID More... | |
| float | m_match |
| matching between EnIncTOFEstimate and EnExitTOF More... | |
| std::bitset< 16 > | m_flagsInfo |
Detailed Description
this class is used to store the computed quantities for a single event in the STOF system to allow for fast accumulation at the moment it exists as a struct without access encapsulation
Constructor & Destructor Documentation
◆ STOFEvent()
| STOFEvent::STOFEvent | ( | ) |
default constructor sets all internal data members to identifiable values
Member Function Documentation
◆ clearEvent()
| void STOFEvent::clearEvent | ( | ) |
Member Data Documentation
◆ m_coinID
| int STOFEvent::m_coinID |
coincidence ID
◆ m_EnExitTOF
| float STOFEvent::m_EnExitTOF |
incident neutron energy determined from exit time of flight and scattering angle
◆ m_EnINCTOF
| std::vector<float> STOFEvent::m_EnINCTOF |
potential incoming energies calculated from the incoming time of flight and offsets equivalent to the cyclotron rf. For the simulation this now store the target and scatter average z locations respectively
◆ m_EnIncTOFEstimate
| float STOFEvent::m_EnIncTOFEstimate |
best En estimation comparing IncTOF and outTOF
◆ m_EnTarLight
| float STOFEvent::m_EnTarLight |
the incident neutron energy determined by inverting the light yield relation using the target light to get the proton energy and using the scattering angle
◆ m_exitTOF
| float STOFEvent::m_exitTOF |
exit time of flight (dt between target and scatter)in ns
◆ m_flagsInfo
| std::bitset<16> STOFEvent::m_flagsInfo |
used to store information retained from the flags with a little headroom to add information as desired. In general if any of the bits are set some part of the event may be bad. Ie a call to m_flagsInfo.any(); would likely be a good cut. The current information set is m_flagsInfo[0] = One of the target PMT's has saturated the QDC m_flagsInfo[1] = One of the target PMT's has input saturation m_flagsInfo[2] = one of the target events had a pileup flag set m_flagsInfo[3] = the scatter PMT has saturated the QDC m_flagsInfo[4] = the scatter PMT has input saturation m_flagsInfo[5] = the scatter event had a pileup flag set
◆ m_incTOF
| float STOFEvent::m_incTOF |
incoming time of flight (dt between target and RF) in ns
◆ m_match
| float STOFEvent::m_match |
matching between EnIncTOFEstimate and EnExitTOF
◆ m_scatLight
| float STOFEvent::m_scatLight |
light observed in the scatter cell in MeVee
◆ m_scatPSD
| float STOFEvent::m_scatPSD |
scatter pulse shape
◆ m_targDeltaT
| float STOFEvent::m_targDeltaT |
delta time between two target PMTs
◆ m_targLight
| float STOFEvent::m_targLight |
light observed in the target in MeVee
◆ m_targPSD
| float STOFEvent::m_targPSD |
target pulse shape
The documentation for this class was generated from the following files:
- CAENDataProcAna/STOFAna/include/STOFEvent.h
- CAENDataProcAna/STOFAna/src/STOFEvent.cpp
