Berkeley Nuclear Data Software
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#include <CalibrationClasses.h>
Public Member Functions | |
TDepPolyCalib () | |
double | applyCalib (double a_value) const |
returns gc(t)*a_value*m_scalar+m_offset More... | |
void | setGainCorrectionFactors (const std::map< uint32_t, double > &a_gcMap) |
virtual std::ostream & | print (std::ostream &a_stream=std::cout) const |
prints nothing by default More... | |
virtual TDepPolyCalib * | clone () |
Public Member Functions inherited from PolyCalib | |
PolyCalib () | |
void | setCoeffs (std::vector< double > a_calibCoeffs) |
Public Member Functions inherited from DetectorCalib | |
DetectorCalib () | |
virtual double | invertCalib (double a_value) const |
CalibType | getCalibType () |
void | setTime (uint32_t a_t) |
sets the experiment time during the processing in time since epoch More... | |
void | setTDiv (int a_timeDiv) |
sets the divisor for which to consider the given time More... | |
virtual | ~DetectorCalib () |
Additional Inherited Members | |
Protected Attributes inherited from DetectorCalib | |
CalibType | m_type |
uint32_t | m_t |
int | m_tDiv |
class used to apply a LinearCalibration to a measurement value inherits from above abc to provide common interface
TDepPolyCalib::TDepPolyCalib | ( | ) |
default constuctor puts the class into a functional state with a scalar value of one and an offset value of zero (does nothing to the original value)
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inlinevirtual |
returns gc(t)*a_value*m_scalar+m_offset
Reimplemented from PolyCalib.
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virtual |
this is required to implement deep copies of derived classes and needs to be implemented for any inheriting class
Reimplemented from PolyCalib.
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virtual |
prints nothing by default
Reimplemented from PolyCalib.
void TDepPolyCalib::setGainCorrectionFactors | ( | const std::map< uint32_t, double > & | a_gcMap | ) |