CFEL - ASG Software Suite
2.5.0
CASS
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check whether anode end wire signal is correleated to mcp signal More...
Public Member Functions | |
isInRange (double mcp, double timesum, double maxruntime) | |
constructor More... | |
bool | operator() (const signal_t &sig) const |
check correlation More... | |
Private Attributes | |
double | _mcp |
the time of the mcp signal More... | |
double | _timesum |
the timesum of the anode layer More... | |
double | _maxruntime |
the time it takes the signal to run across the anode More... | |
check whether anode end wire signal is correleated to mcp signal
see getSignalRange() for details
Definition at line 48 of file delayline_detector_analyzer_simple.cpp.
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inline |
constructor
mcp | the time of the mcp signal |
timesum | the timesum of the anode layer |
maxruntime | the time it takes a signal to run across the whole anode |
Definition at line 56 of file delayline_detector_analyzer_simple.cpp.
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inline |
check correlation
check whether signal can be correlated with the mcp signal time
sig | the signal which needs to be checked for correlation |
Definition at line 67 of file delayline_detector_analyzer_simple.cpp.
References cass::ACQIRIS::time.
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private |
the time it takes the signal to run across the anode
Definition at line 75 of file delayline_detector_analyzer_simple.cpp.
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private |
the time of the mcp signal
Definition at line 73 of file delayline_detector_analyzer_simple.cpp.
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private |
the timesum of the anode layer
Definition at line 74 of file delayline_detector_analyzer_simple.cpp.