cCalibrationChart Class Reference

Calibration chart. More...

#include <cCalibrationChart.h>

Inheritance diagram for cCalibrationChart:

Signals
void	emitXValueInterval (double minxvalue, double maxxvalue)
	The signal is emitted when the range of x value is changed. More...

Public Member Functions
	cCalibrationChart (cGlobalPreferences *globalpreferences, QWidget *parent)
	The constructor. More...
	~cCalibrationChart ()
	The destructor.
void	closeEvent (QCloseEvent *event)
	Handle the window close event. More...
void	applyGlobalPreferences (cGlobalPreferences *globalpreferences)
	Apply new global preferences. More...
void	setLineParameters (int equationtype, double a, double b, vector< double > xvalues, vector< double > yvalues, vector< double > sd)
	Set parameters of calibration curve. More...
void	setData (vector< double > xvalues, vector< double > yvalues, vector< double > sd, vector< string > datagroups, vector< int > &datatimevalues)
	Set data points. More...
void	createTable (double a, double b, vector< double > &calibrationxvalues, vector< double > &calibrationyvalues, vector< double > &calibrationsd, vector< string > &datagroups, vector< double > &dataxvalues, vector< double > &datayvalues, vector< double > &datasd, vector< int > &datatimevalues)
	Create the table content. More...
void	deleteTable ()
	Delete the table content.

Protected Member Functions
void	keyPressEvent (QKeyEvent *event)
	Handle a key press event. More...

Detailed Description

Calibration chart.

Constructor & Destructor Documentation

cCalibrationChart()

cCalibrationChart::cCalibrationChart	(	cGlobalPreferences *	globalpreferences,
		QWidget *	parent
	)

The constructor.

Parameters

globalpreferences	global preferences of the application
parent	pointer to a parent widget

Member Function Documentation

applyGlobalPreferences()

void cCalibrationChart::applyGlobalPreferences

(

cGlobalPreferences *

globalpreferences

)

Apply new global preferences.

Parameters

globalpreferences

global preferences of the application

closeEvent()

void cCalibrationChart::closeEvent

(

QCloseEvent *

event

)

Handle the window close event.

Parameters

event

pointer to QCloseEvent

createTable()

void cCalibrationChart::createTable	(	double	a,
		double	b,
		vector< double > &	calibrationxvalues,
		vector< double > &	calibrationyvalues,
		vector< double > &	calibrationsd,
		vector< string > &	datagroups,
		vector< double > &	dataxvalues,
		vector< double > &	datayvalues,
		vector< double > &	datasd,
		vector< int > &	datatimevalues
	)

Create the table content.

Parameters

a	a
b	b
calibrationxvalues	x coordinates of calibration points
calibrationyvalues	y coordinates of calibration points
calibrationsd	standard deviation of y values of calibration points
datagroups	names of groups of data points
dataxvalues	x coordinates of data points
datayvalues	y coordinates of data points
datasd	standard deviation of y values of data points
datatimevalues	data collection times corresponding the groups

emitXValueInterval

void cCalibrationChart::emitXValueInterval ( double  minxvalue, double  maxxvalue  )

signal

The signal is emitted when the range of x value is changed.

Parameters

minxvalue	a minimum threshold of x value
maxxvalue	a maximum threshold of x value

keyPressEvent()

void cCalibrationChart::keyPressEvent ( QKeyEvent *  event )

protected

Handle a key press event.

Parameters

event

pointer to QKeyEvent

setData()

void cCalibrationChart::setData	(	vector< double >	xvalues,
		vector< double >	yvalues,
		vector< double >	sd,
		vector< string >	datagroups,
		vector< int > &	datatimevalues
	)

Set data points.

Parameters

xvalues	x coordinates of points
yvalues	y coordinates of points
sd	standard deviation of y values
datagroups	vector of group names
datatimevalues	data collection times corresponding the groups

setLineParameters()

void cCalibrationChart::setLineParameters	(	int	equationtype,
		double	a,
		double	b,
		vector< double >	xvalues,
		vector< double >	yvalues,
		vector< double >	sd
	)

Set parameters of calibration curve.

Parameters

equationtype	0 (y = a*x), 1 (y = a*x + b), 2 (manual mode)
a	a
b	b
xvalues	x coordinates of points
yvalues	y coordinates of points
sd	standard deviation of y values

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The documentation for this class was generated from the following files:

• gui/cCalibrationChart.h
• gui/cCalibrationChart.cpp