A CalibrationEntry object stores statistics and results of one calibration constant estimation. More...

#include "CalibrationStats.hpp"

Public Types
typedef opals::Vector< CalibrationRegion >	RegionVector

Public Member Functions
void	reset ()

bool	isSetAttribute () const

bool	isSetPtsCalibrated () const

bool	isSetCalibrationConst () const

bool	isSetRegions () const

int64_t	getAttribute () const

int64_t	getPtsCalibrated () const
	sum of calibrated points in all regions

double	getCalibrationConst () const

RegionVector	getRegions () const

void	setAttribute (const int64_t &attribute)

void	setPtsCalibrated (const int64_t &pts)

void	setCalibrationConst (const double &cal)

void	setRegions (const RegionVector &regions)

double	computeWeightedMeanOfMedians () const
	computes the point weighted average of the median of all regions

String	logCalibrationEntry () const
	for xml output

Protected Attributes
int64_t	_attribute

int64_t	_ptsCalibrated

double	_calibrationConst

RegionVector	_regions

Detailed Description

A CalibrationEntry object stores statistics and results of one calibration constant estimation.

ModuleRadioCal estimates the calibration constant based on (multiple) defined regions with known reflectivity. For each region a CalibrationRegion object is added to the region vector. The accumulated results of the regions are then stored within the object itself. In case the splitByAttribute parameter was set for ModuleRadioCal run, the corresponding attribute value is also stored. If the attribute is empty (isSetAttribute() == false) the object is considered as the default entry object.

Public Types

Public Member Functions

Protected Attributes

Detailed Description