00001 #ifndef MVFROMTRIMTARGETTHRESHOLDVARIABLE_H
00002 #define MVFROMTRIMTARGETTHRESHOLDVARIABLE_H
00003
00004 #include <string>
00005 #include "Sct/round.h"
00006 #include "ThresholdVariable.h"
00007
00008 using std::string;
00009 using namespace Sct;
00010
00011 namespace SctData {
00012
00013 class mVfromTrimTargetThresholdVariable : public ThresholdVariable {
00014 public:
00015 static const mVfromTrimTargetThresholdVariable& instance() throw();
00016
00017 virtual double getLinkActualPoint(double logicalPt, const ModuleConfiguration& config, unsigned int link) const throw();
00018 virtual double getChipActualPoint(double logicalPt, const ModuleConfiguration& config, unsigned int chip) const throw();
00019 virtual double getChannelActualPoint(double logicalPt, const ModuleConfiguration& config, unsigned int channel) const throw();
00020
00021 virtual double getLinkLogicalPoint(double actualPt, const ModuleConfiguration& config, unsigned int link) const throw();
00022 virtual double getChipLogicalPoint(double actualPt, const ModuleConfiguration& config, unsigned int chip) const throw();
00023 virtual double getChannelLogicalPoint(double actualPt, const ModuleConfiguration& config, unsigned int channel) const throw();
00024
00025 private:
00026 mVfromTrimTargetThresholdVariable();
00027 unsigned char getActualPoint(double logicalPt) const throw();
00028 double getLogicalPoint(unsigned char actualPt) const throw();
00029 };
00030
00032 inline unsigned char mVfromTrimTargetThresholdVariable::getActualPoint(double logicalPt) const throw() {
00033 return roundToUChar(logicalPt/2.5);
00034 }
00035
00036 inline double mVfromTrimTargetThresholdVariable::getLogicalPoint(unsigned char actualPt) const throw() {
00037 return 2.5 * actualPt;
00038 }
00039
00040
00041 }
00042
00043 #endif //#ifndef MVFROMTRIMTARGETTHRESHOLDVARIABLE_H
