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nwt7mainclass.cpp
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/***************************************************************************
nwt7mainclass.cpp
nwt7linux.cpp - description
----------------------------------------------------
begin : Don Aug 7 07:29:43 CEST 2003
copyright : (C) 2003 by Andreas Lindenau
email : [email protected]
nwt7linux.cpp have been refactored to Nwt7MainClass.cpp QT5
----------------------------------------------------
begin : 13 march 2013
copyright : (C) 2013 by Andrey Sobol
email : [email protected]
***************************************************************************/
/***************************************************************************
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
***************************************************************************/
#include <QPushButton>
#include <QMenuBar>
#include <QTimer>
#include <QLineEdit>
#include <QLabel>
#include <QSpinBox>
#include <QFileDialog>
#include <QPainter>
#include <QPixmap>
#include <QCheckBox>
#include <QProgressBar>
#include <QDir>
#include <QMessageBox>
#include <QInputDialog>
#include <QDialog>
#include <QPalette>
#include <QColor>
#include <QSettings>
#include <QSize>
#include <iostream>
#include <QScrollArea>
#include <QLCDNumber>
#include <cmath>
#include <math.h>
#include <stdlib.h>
#include "nwt7mainclass.h"
#include "sweepcurvewidget.h"
#include "configfile.h"
#include "optiondlg.h"
#include "fmarkedlg.h"
#include "profildlg.h"
//#include "firmwaredlg.h"
//#include "tooltip.h"
#include "probedlg.h"
extern int appstart;
void nwtDelay(int ms){
QMutex localDelay;
QWaitCondition sleepSimulator;
localDelay.lock();
sleepSimulator.wait(&localDelay, ms);
localDelay.unlock();
};
Nwt7MainClass::Nwt7MainClass(QWidget *parent) : QTabWidget(parent)
{
///////////////////////////////////////////////////////////////////////////////
//Generate interface to generate NWT7 for all widgets
// picmodem = new QextSerialPort("/dev/ttyS0");
// delete picmodem;
fwportbalt = 0;
picmodem = Modem::GetModem();
//if(!ttyopen(1)) return;
//QObject::connect( picmodem, SIGNAL(setTtyText(QString)), this, SLOT(setWindowTitle(QString)));
bttyOpen = false;
tab_nwt7sweep=-1;
tab_nwt7measure=-1;
tab_nwt7vfo=-1;
tab_wimpedanz_match=-1;
tab_calculation=-1;
tab_wdiagramm=-1;
tab_wkmanager=-1;
///////////////////////////////////////////////////////////////////////////////
// Set of basic sweepdata just in case
///////////////////////////////////////////////////////////////////////////////
sweepdata.cntpoints = 1000;
sweepdata.anfangsfrequenz = 1000000.0;
sweepdata.schrittfrequenz = 29000.0;
sweepdata.display_shift = 0; //No display correction
sweepdata.swraufloesung = 4; //Resolution only for swr
sweepdata.penkanal1 = QPen( Qt::red, 0, Qt::SolidLine);
sweepdata.penkanal2 = QPen( Qt::green, 0, Qt::SolidLine);
currentdata.stime = 50;
currentdata.vtime = 50;
currentdata.idletime = 300;
messtime = 20;
currentdata.pllmodeenable = false;
sweepdata.mousesperre = true; //Active fields cursor lock
sweepdata.colorhintergrund = Qt::white;
KursorFrequenz = 0.0;
sweepInvalid();
///////////////////////////////////////////////////////////////////////////////
// SWEEP widget
//////////////////////////////////////////////////////////////////////////////
grafik = new SweepCurveWidget();
grafik->hide();
grafik->setSweepData(sweepdata);
//Bring windows already in the right position
readSettings();
nwt7sweep = new QWidget(this);
tab_nwt7sweep = addTab(nwt7sweep, tr("Sweep","Menue"));
//SIGNAL Graphics window handed over to Wobbelfester
QObject::connect( grafik, SIGNAL(wCurveDelete()), this, SLOT(nkurve_loeschen()));
//SIGNAL wobble be handed over to the graphic window
QObject::connect( this, SIGNAL(sendefrqmarken(const TFrqMarkers &)), grafik, SLOT(empfangfrqmarken(const TFrqMarkers &)));
QObject::connect( this, SIGNAL(sendsweepdata(const TSweep&)), grafik, SLOT(SweepDataReceipt(const TSweep&)));
QObject::connect( this, SIGNAL(sendsweepcurve(const TMessure &)), grafik, SLOT(SweepDataCurve(const TMessure &)));
//Signal To print the graphic in graphic widget
QObject::connect( this, SIGNAL(drucken(const QFont &, const QStringList &)), grafik, SLOT(printDiagramm(const QFont &, const QStringList &)));
//Signal To print the graphic in the widget graphics in PDF
QObject::connect( this, SIGNAL(druckenpdf(const QFont &, const QStringList &)), grafik, SLOT(printDiagramPdf(const QFont &, const QStringList &)));
//Signal To save the graph in the widget graphics in PNG
QObject::connect( this, SIGNAL(bildspeichern(const TBildinfo &, const QStringList &)), grafik, SLOT(bildspeichern(const TBildinfo &, const QStringList &)));
gbSweep = new QGroupBox(tr("Sweep mode Setup ",""),nwt7sweep);
editanfang = new QLineEdit(gbSweep);
//All query and editing Syndicate
QObject::connect( editanfang, SIGNAL(returnPressed ()), this, SLOT(SweepInit()));
editende = new QLineEdit(gbSweep);
QObject::connect( editende, SIGNAL(returnPressed ()), this, SLOT(SweepInit()));
editschritte = new QLineEdit(gbSweep);
QObject::connect( editschritte, SIGNAL(returnPressed ()), this, SLOT(SweepInit()));
labelzwischenzeit = new QLabel(tr("Delay (Us)",""), gbSweep);
boxzwischenzeit = new QComboBox(gbSweep);
boxzwischenzeit->addItem("0");
boxzwischenzeit->addItem("100");
boxzwischenzeit->addItem("500");
boxzwischenzeit->addItem("1000");
boxzwischenzeit->addItem("2000");
boxzwischenzeit->addItem("3000");
boxzwischenzeit->addItem("4000");
boxzwischenzeit->addItem("5000");
boxzwischenzeit->addItem("6000");
boxzwischenzeit->addItem("7000");
boxzwischenzeit->addItem("8000");
boxzwischenzeit->addItem("9000");
boxzwischenzeit->addItem("9990");
boxzwischenzeit->setCurrentIndex(0);
QObject::connect( boxzwischenzeit, SIGNAL(currentIndexChanged(int)), this, SLOT(SweepInit()));
boxzwischenzeit->setEnabled(false);
labelzwischenzeit->setEnabled(false);
editdisplay = new QLineEdit(gbSweep);
QObject::connect( editdisplay, SIGNAL(returnPressed ()), this, SLOT(SweepInit()));
labeldisplayshift = new QLabel(tr("Display-shift",""), gbSweep);
boxprofil = new QComboBox(gbSweep);
boxprofil->setDuplicatesEnabled (false);
QObject::connect( boxprofil, SIGNAL( activated(int)), this, SLOT(setProfil(int)));
labelprofil = new QLabel(tr("Profile",""), gbSweep);
int i;
for(i=0;i<100;i++)aprofil[i].name = "NN";
labelfrqfaktor= new QLabel(tr("Frequency multiplication x 1",""), gbSweep);
editschrittweite = new QLineEdit(gbSweep);
editschrittweite->setEnabled(false);
QObject::connect( editschrittweite, SIGNAL(returnPressed ()), this, SLOT(SweepInit()));
labelanfang = new QLabel(tr("Start Freq.(Hz)",""), gbSweep);
labelende = new QLabel(tr("Stop Freq. (Hz)",""), gbSweep);
labelschrittweite = new QLabel(tr("Stepsize (Hz)",""), gbSweep);
labelschritte = new QLabel(tr("Samples",""), gbSweep);
// checkboxtime = new QCheckBox(groupwobbel);
// checkboxtime->setText(tr("Scanzeit groesser (Sek)","CheckBox"));
// checkboxtime->setChecked(false);
// QObject::connect( checkboxtime, SIGNAL( stateChanged (int)), this, SLOT(checkboxtime_checked(int)));
// labelscantime = new QLabel(tr("Scanzeit","label"), groupwobbel);
groupkanal = new QGroupBox(tr("Channel",""),nwt7sweep);
checkboxk1 = new QCheckBox(groupkanal);
checkboxk1->setText(tr("Channel 1",""));
checkboxk1->setChecked(true);
QObject::connect( checkboxk1, SIGNAL( toggled (bool)), this, SLOT(checkboxk1_checked(bool)));
checkboxk2 = new QCheckBox(groupkanal);
checkboxk2->setText(tr("Channel 2",""));
checkboxk2->setChecked(true);
QObject::connect( checkboxk2, SIGNAL( toggled (bool)), this, SLOT(checkboxk2_checked(bool)));
groupbandbreite = new QGroupBox(tr("Bandwidth",""),nwt7sweep);
checkbox3db = new QCheckBox(groupbandbreite);
checkbox3db->setText("3dB/Q");
checkbox3db->setChecked(false);
QObject::connect( checkbox3db, SIGNAL( toggled (bool)), this, SLOT(checkbox3db_checked(bool)));
checkbox6db = new QCheckBox(groupbandbreite);
checkbox6db->setText("6dB/60dB/Shape");
checkbox6db->setChecked(false);
QObject::connect( checkbox6db, SIGNAL( toggled (bool)), this, SLOT(checkbox6db_checked(bool)));
checkboxgrafik = new QCheckBox(groupbandbreite);
checkboxgrafik->setText(tr("Marker lines",""));
checkboxgrafik->setChecked(false);
QObject::connect( checkboxgrafik, SIGNAL( toggled (bool)), this, SLOT(checkboxgrafik_checked(bool)));
checkboxinvers = new QCheckBox(groupbandbreite);
checkboxinvers->setText(tr("Inverse",""));
checkboxinvers->setChecked(false);
QObject::connect( checkboxinvers, SIGNAL( toggled (bool)), this, SLOT(checkboxinvers_checked(bool)));
gbOperatedStart = new QGroupBox(tr("Mode",""),nwt7sweep);
cbOperatedMode = new QComboBox(gbOperatedStart);
cbOperatedMode->addItem(tr("Sweep",""));
cbOperatedMode->addItem(tr("SWR",""));
cbOperatedMode->addItem(tr("SWR_Ant",""));
cbOperatedMode->addItem(tr("Impedance-|Z|",""));
cbOperatedMode->addItem(tr("Spectrumanalyser",""));
cbOperatedMode->addItem(tr("Spectr.Freq.shift",""));
QObject::connect( cbOperatedMode, SIGNAL( currentIndexChanged(int)), this, SLOT(setOperateMode(int)));
labelbetriebsart = new QLabel("",gbOperatedStart);
kalibrier1 = new QCheckBox(gbOperatedStart);
kalibrier1->setText(tr("Math. Corr. Channel1",""));
QObject::connect( kalibrier1, SIGNAL( toggled (bool)), this, SLOT(kalibrier1_checked(bool)));
kalibrier2 = new QCheckBox(gbOperatedStart);
kalibrier2->setText(tr("Math. Corr. Channel2",""));
QObject::connect( kalibrier2, SIGNAL( toggled (bool)), this, SLOT(kalibrier2_checked(bool)));
cbResolutionSWR = new QComboBox(gbOperatedStart);
cbResolutionSWR->addItem(tr("default",""));
cbResolutionSWR->addItem(tr("max SWR 2.0",""));
cbResolutionSWR->addItem(tr("max SWR 3.0",""));
cbResolutionSWR->addItem(tr("max SWR 4.0",""));
cbResolutionSWR->addItem(tr("max SWR 5.0",""));
cbResolutionSWR->addItem(tr("max SWR 6.0",""));
cbResolutionSWR->addItem(tr("max SWR 7.0",""));
cbResolutionSWR->addItem(tr("max SWR 8.0",""));
cbResolutionSWR->addItem(tr("max SWR 9.0",""));
cbResolutionSWR->addItem(tr("max SWR 10.0",""));
QObject::connect( cbResolutionSWR, SIGNAL( currentIndexChanged(int)), this, SLOT(setAufloesung(int)));
labelaufloesung = new QLabel(tr("SWR Range",""),gbOperatedStart);
cbResolutionSWR->hide();
labelaufloesung->hide();
edita_100 = new QLineEdit(gbOperatedStart);
QObject::connect( edita_100, SIGNAL(textChanged ( const QString & )), this, SLOT(swrantaendern()));
edita_100->hide();
labela_100 = new QLabel(tr("Attenuation (100m)",""),gbOperatedStart);
labela_100->hide();
editkabellaenge = new QLineEdit(gbOperatedStart);
QObject::connect( editkabellaenge, SIGNAL(textChanged ( const QString & )), this, SLOT(swrantaendern()));
editkabellaenge->hide();
labelkabellaenge = new QLabel(tr("Cable length (m)",""),gbOperatedStart);
labelkabellaenge->hide();
groupsa = new QGroupBox(tr("Status",""),gbOperatedStart);
groupsa->hide();
labelsafrqbereich = new QLabel(tr("Range",""),groupsa);
labelsafrqbereich->hide();
labelsabandbreite = new QLabel(tr("Bandwidth:",""),groupsa);
labelsabandbreite->hide();
sabereich1 = new QRadioButton(tr("Range 1",""),groupsa);
QObject::connect( sabereich1, SIGNAL(clicked()), this, SLOT(setSaBereich1() ));
sabereich1->setChecked(true);
sabereich1->hide();
sabereich2 = new QRadioButton(tr("Range 2",""),groupsa);
QObject::connect( sabereich2, SIGNAL(clicked()), this, SLOT(setSaBereich2() ));
sabereich2->setChecked(false);
sabereich2->hide();
groupshift = new QGroupBox(tr("Y-axis Scale and Shift",""),nwt7sweep);
labelboxydbmax = new QLabel(tr("Ymax dB",""),groupshift);
labelboxydbmin = new QLabel(tr("Ymin dB",""),groupshift);
boxydbmax = new QComboBox(groupshift);
boxydbmax->addItem("30");
boxydbmax->addItem("20");
boxydbmax->addItem("10");
boxydbmax->addItem("0");
boxydbmax->addItem("-10");
boxydbmax->addItem("-20");
boxydbmax->addItem("-30");
boxydbmax->addItem("-40");
boxydbmax->addItem("-50");
boxydbmax->addItem("-60");
boxydbmax->addItem("-70");
boxydbmin = new QComboBox(groupshift);
boxydbmin->addItem("-10");
boxydbmin->addItem("-20");
boxydbmin->addItem("-30");
boxydbmin->addItem("-40");
boxydbmin->addItem("-50");
boxydbmin->addItem("-60");
boxydbmin->addItem("-70");
boxydbmin->addItem("-80");
boxydbmin->addItem("-90");
boxydbmin->addItem("-100");
boxydbmin->addItem("-110");
boxydbmin->addItem("-120");
boxydbmax->setCurrentIndex(2);
boxydbmin->setCurrentIndex(7);
QObject::connect( boxydbmax, SIGNAL(currentIndexChanged (const QString)), this, SLOT(setDisplayYmax(const QString)));
QObject::connect( boxydbmin, SIGNAL(currentIndexChanged (const QString)), this, SLOT(setDisplayYmin(const QString)));
labelboxdbshift1 = new QLabel(tr("Ch1-dB",""),groupshift);
labelboxdbshift2 = new QLabel(tr("Ch2-dB",""),groupshift);
boxdbshift1 = new QComboBox(groupshift);
boxdbshift1->setEditable(true);
boxdbshift1->addItem("20");
boxdbshift1->addItem("19");
boxdbshift1->addItem("18");
boxdbshift1->addItem("17");
boxdbshift1->addItem("16");
boxdbshift1->addItem("15");
boxdbshift1->addItem("14");
boxdbshift1->addItem("13");
boxdbshift1->addItem("12");
boxdbshift1->addItem("11");
boxdbshift1->addItem("10");
boxdbshift1->addItem("9");
boxdbshift1->addItem("8");
boxdbshift1->addItem("7");
boxdbshift1->addItem("6");
boxdbshift1->addItem("5");
boxdbshift1->addItem("4");
boxdbshift1->addItem("3");
boxdbshift1->addItem("2");
boxdbshift1->addItem("1");
boxdbshift1->addItem("0");
boxdbshift1->addItem("-1");
boxdbshift1->addItem("-2");
boxdbshift1->addItem("-3");
boxdbshift1->addItem("-4");
boxdbshift1->addItem("-5");
boxdbshift1->addItem("-6");
boxdbshift1->addItem("-7");
boxdbshift1->addItem("-8");
boxdbshift1->addItem("-9");
boxdbshift1->addItem("-10");
boxdbshift1->setCurrentIndex(20);
boxdbshift2 = new QComboBox(groupshift);
boxdbshift2->setEditable(true);
boxdbshift2->addItem("20");
boxdbshift2->addItem("19");
boxdbshift2->addItem("18");
boxdbshift2->addItem("17");
boxdbshift2->addItem("16");
boxdbshift2->addItem("15");
boxdbshift2->addItem("14");
boxdbshift2->addItem("13");
boxdbshift2->addItem("12");
boxdbshift2->addItem("11");
boxdbshift2->addItem("10");
boxdbshift2->addItem("9");
boxdbshift2->addItem("8");
boxdbshift2->addItem("7");
boxdbshift2->addItem("6");
boxdbshift2->addItem("5");
boxdbshift2->addItem("4");
boxdbshift2->addItem("3");
boxdbshift2->addItem("2");
boxdbshift2->addItem("1");
boxdbshift2->addItem("0");
boxdbshift2->addItem("-1");
boxdbshift2->addItem("-2");
boxdbshift2->addItem("-3");
boxdbshift2->addItem("-4");
boxdbshift2->addItem("-5");
boxdbshift2->addItem("-6");
boxdbshift2->addItem("-7");
boxdbshift2->addItem("-8");
boxdbshift2->addItem("-9");
boxdbshift2->addItem("-10");
boxdbshift2->setCurrentIndex(20);
QObject::connect( boxdbshift1, SIGNAL( currentIndexChanged(int)), this, SLOT(setShift()));
QObject::connect( boxdbshift2, SIGNAL( currentIndexChanged(int)), this, SLOT(setShift()));
// groupkursor = new QGroupBox(tr("Kursor-Nummer","GroupBox"),nwt7wobbeln);
labelkursornr = new QLabel(tr("Cursor #",""),groupshift);
boxkursornr = new QComboBox(groupshift);
boxkursornr->addItem("5");
boxkursornr->addItem("4");
boxkursornr->addItem("3");
boxkursornr->addItem("2");
boxkursornr->addItem("1");
boxkursornr->setCurrentIndex(4);
QObject::connect( boxkursornr, SIGNAL( currentIndexChanged(int)), grafik, SLOT(setWCursorNr(int)));
QObject::connect( grafik, SIGNAL( resetCursor(int)), this, SLOT(resetCursor(int)));
gbAttenuator = new QGroupBox(tr("Attenuation",""),nwt7sweep);
cbAttenuator1 = new QComboBox(gbAttenuator);
//QObject::connect( cbAttenuator1, SIGNAL( currentIndexChanged(int)), this, SLOT(setAttenuationSweep(int)));
QObject::connect( cbAttenuator1, SIGNAL( currentIndexChanged(int)), this, SLOT(setAttenuationControlsIndex(int)));
int maxAtten = currentdata.attenuator.GetMaxAttenuation();
labeldaempfung = new QLabel(tr("0db/-%1dB","").arg(maxAtten), gbAttenuator);
sweepdata.bandbreite3db=false;
sweepdata.bandbreite6db=false;
if(checkboxk1->isChecked())sweepdata.bkanal1=true;
if(checkboxk2->isChecked())sweepdata.bkanal2=true;
if(checkbox3db->isChecked())sweepdata.bandbreite3db=true;
if(checkbox6db->isChecked())sweepdata.bandbreite6db=true;
buttonwobbeln = new QPushButton(tr("Sweep","Button"), nwt7sweep);
buttonwobbeln->setEnabled(true);
QObject::connect( buttonwobbeln, SIGNAL( clicked()), this, SLOT(clickSweepContinuous()));
QObject::connect( grafik, SIGNAL( SweepTimes()), this, SLOT(clickSweepContinuous()));
buttoneinmal = new QPushButton(tr("Single","Button"), nwt7sweep);
buttoneinmal->setEnabled(true);
QObject::connect( buttoneinmal, SIGNAL( clicked()), this, SLOT(clickSweepOnce()));
QObject::connect( grafik, SIGNAL( SweepOnce()), this, SLOT(clickSweepOnce()));
buttonstop = new QPushButton(tr("Stop","Button"), nwt7sweep);
buttonstop->setEnabled(false);
QObject::connect( buttonstop, SIGNAL( clicked()), this, SLOT(clickSweepStop()));
QObject::connect( grafik, SIGNAL( SweepStop()), this, SLOT(clickSweepStop()));
gbZoom = new QGroupBox(tr("Frequency Zoom",""),nwt7sweep);
labellupe = new QLabel(tr("2x Zoom +/-",""),gbZoom);
labellupe->setEnabled(false);
buttonlupeplus = new QPushButton("+", gbZoom);
buttonlupeplus->setEnabled(false);
QObject::connect( buttonlupeplus, SIGNAL( clicked()), this, SLOT(clicklMagnifyPlus()));
QObject::connect( grafik, SIGNAL( MagnifyPlus()), this, SLOT(clicklMagnifyPlus()));
buttonlupeminus = new QPushButton("-", gbZoom);
buttonlupeminus->setEnabled(false);
QObject::connect( buttonlupeminus, SIGNAL( clicked()), this, SLOT(clicklMagnifyMinus()));
buttonlupemitte = new QPushButton("^", gbZoom);
buttonlupemitte->setEnabled(false);
QObject::connect( buttonlupemitte, SIGNAL( clicked()), this, SLOT(clicklMagnifyEqual()));
QObject::connect( this, SIGNAL( cursormitte()), grafik, SLOT(setMouseCursorCenter()));
QObject::connect( grafik, SIGNAL( MagnifyMinus()), this, SLOT(clicklMagnifyMinus()));
QObject::connect( grafik, SIGNAL( MagnifyEqual()), this, SLOT(clicklMagnifyEqual()));
//groupbar = new QGroupBox("NWT",nwt7wobbeln);
progressbar = new QProgressBar(groupshift);
progressbar->setTextVisible(false);
labelprogressbar = new QLabel(tr("Progress",""),groupshift);
labelnwt = new QLabel("Offline",groupshift);
mledit = new QTextEdit(nwt7sweep);
//mledit->setReadOnly(true);
//Signal vom Widget Grafik Loeschen des Multieditfenster
QObject::connect( grafik, SIGNAL( multiEditDelete()), this, SLOT(mleditloeschen()));
//Signal vom Widget Grafik Einfuegen von Text ins Multieditfenster
QObject::connect( grafik, SIGNAL( multiEditInsert(const QString &)), this, SLOT(mleditinsert(const QString &)));
//mousezeiger bestimmt neue Anfangsfrequenz
QObject::connect( grafik, SIGNAL( writeBegin(double)), this, SLOT(setFqStart(double)));
//mousezeiger bestimmt neue Endfrequenz
QObject::connect( grafik, SIGNAL( writeEnd(double)), this, SLOT(setFqEnd(double)));
QObject::connect( grafik, SIGNAL( writeCalculation(double)), this, SLOT(readberechnung(double)));
QObject::connect( grafik, SIGNAL( setCursorFrequency(double)), this, SLOT(setCursorFrequency(double)));
vsweeptimer = new QTimer(this);
//Signal by sweeptimer (reading the RS232)
QObject::connect(vsweeptimer, SIGNAL(timeout()), this, SLOT(SweepTimerPerform() ));
idletimer = new QTimer(this);
//idle HW
QObject::connect( idletimer, SIGNAL(timeout()), this, SLOT(IdleTimerPerform() ));
vtimer = new QTimer(this);
//(Reading the RS232) FW-Version
QObject::connect(vtimer, SIGNAL(timeout()), this, SLOT(vTimerPerform() ));
stimer = new QTimer(this);
//(Reading the RS232) Status
QObject::connect(stimer, SIGNAL(timeout()), this, SLOT(sTimerPerform() ));
///////////////////////////////////////////////////////////////////////////////
// WKMANAGER Widget
///////////////////////////////////////////////////////////////////////////////
wkmanager = new MarkersDlg(this);
tab_wkmanager=addTab(wkmanager, tr("Graph manager",""));
//Verbindung vom Wobbelmanager zum Grafikfenster fuer die Wobbeldaten
QObject::connect(wkmanager, SIGNAL(wkmsendwobbel(const TSweep &)), grafik, SLOT(setCurve(const TSweep &)));
//verbindung zum holen der Wobbeldaten aus dem Hauptfenster zum Wobbelmanager
QObject::connect(wkmanager, SIGNAL(loadkurve(int)), this, SLOT(wkmLoadCurve(int)));
QObject::connect(wkmanager, SIGNAL(savekurve(const TSweep&)), this, SLOT(wkmSaveCurve(const TSweep&)));
QObject::connect(wkmanager, SIGNAL(wkmgetwobbel(int)), this, SLOT(getwkm(int)));
// connect(wkmanager, SIGNAL(setkurvendir(QString)), this, SLOT(getkdir(QString)));
// connect(wkmanager, SIGNAL(warneichkorr()), this, SLOT(warneichkorr()));
///////////////////////////////////////////////////////////////////////////////
// VFO Widget
///////////////////////////////////////////////////////////////////////////////
QPalette dp;
dp.setColor(QPalette::Background, Qt::yellow);
QPalette dpd;
dpd.setColor(QPalette::Background, Qt::darkYellow);
lcdauswahl = 1;
nwt7vfo = new QWidget();
tab_nwt7vfo = addTab(nwt7vfo, tr("VFO",""));
QFont font("Helvetica", 16, QFont::Bold);
vsp1hz = new QSpinBox(nwt7vfo);
vsp1hz->setRange(-1, 10);
vsp1hz->setFont(font);
vsp1hz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp1hz, SIGNAL( valueChanged(int)), this, SLOT(change1hz(int)));
vsp10hz = new QSpinBox(nwt7vfo);
vsp10hz->setFont(font);
vsp10hz->setRange(-1, 10);
vsp10hz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp10hz, SIGNAL( valueChanged(int)), this, SLOT(change10hz(int)));
vsp100hz = new QSpinBox(nwt7vfo);
vsp100hz->setRange(-1, 10);
vsp100hz->setFont(font);
vsp100hz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp100hz, SIGNAL( valueChanged(int)), this, SLOT(change100hz(int)));
vsp1khz = new QSpinBox(nwt7vfo);
vsp1khz->setRange(-1, 10);
vsp1khz->setFont(font);
vsp1khz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp1khz, SIGNAL( valueChanged(int)), this, SLOT(change1khz(int)));
vsp10khz = new QSpinBox(nwt7vfo);
vsp10khz->setRange(-1, 10);
vsp10khz->setFont(font);
vsp10khz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp10khz, SIGNAL( valueChanged(int)), this, SLOT(change10khz(int)));
vsp100khz = new QSpinBox(nwt7vfo);
vsp100khz->setRange(-1, 10);
vsp100khz->setFont(font);
vsp100khz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp100khz, SIGNAL( valueChanged(int)), this, SLOT(change100khz(int)));
vsp1mhz = new QSpinBox(nwt7vfo);
vsp1mhz->setRange(-1, 10);
vsp1mhz->setFont(font);
vsp1mhz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp1mhz, SIGNAL( valueChanged(int)), this, SLOT(change1mhz(int)));
vsp10mhz = new QSpinBox(nwt7vfo);
vsp10mhz->setRange(-1, 10);
vsp10mhz->setFont(font);
vsp10mhz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp10mhz, SIGNAL( valueChanged(int)), this, SLOT(change10mhz(int)));
vsp100mhz = new QSpinBox(nwt7vfo);
vsp100mhz->setRange(-1, 10);
vsp100mhz->setFont(font);
vsp100mhz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp100mhz, SIGNAL( valueChanged(int)), this, SLOT(change100mhz(int)));
vsp1ghz = new QSpinBox(nwt7vfo);
vsp1ghz->setRange(-1, 10);
vsp1ghz->setFont(font);
vsp1ghz->findChild<QLineEdit*>()->setReadOnly(true);
QObject::connect( vsp1ghz, SIGNAL( valueChanged(int)), this, SLOT(change1ghz(int)));
editvfo = new QLineEdit(nwt7vfo);
QObject::connect( editvfo, SIGNAL(returnPressed ()), this, SLOT(editVFO()));
labelvfo = new QLabel(tr("in Hz"),nwt7vfo);
lmhz = new QLabel("MHz",nwt7vfo);
lmhz->setFont(font);
lkhz = new QLabel("kHz",nwt7vfo);
lkhz->setFont(font);
lhz = new QLabel("Hz",nwt7vfo);
lhz->setFont(font);
labelfrqfaktorv= new QLabel(tr("Frequency multiplication x 1",""), nwt7vfo);
//LCD Anzeige 10 stellen mit punkt
LCD1 = new QLCDNumber(10, nwt7vfo);//, "LCD1");
//Hintergrung gelb
LCD1->setPalette(dp);
LCD1->setAutoFillBackground(true);
LCD1->setBackgroundRole( QPalette::Background );
//volle schwarze Zahlen
LCD1->setSegmentStyle(QLCDNumber::Filled);
//der Dezimalpunkt soll ganz wenig platz beanspruchen
LCD1->setSmallDecimalPoint(true);
rb1 = new QRadioButton(nwt7vfo);
rb1->setChecked(true);
QObject::connect( rb1, SIGNAL(clicked()), this, SLOT(lcd1clicked() ));
//LCD Anzeige 10 stellen mit punkt
LCD2 = new QLCDNumber(10, nwt7vfo);//, "LCD2");
//Hintergrung gelb
LCD2->setPalette(dpd);
LCD2->setAutoFillBackground(true);
LCD2->setBackgroundRole( QPalette::Background );
//volle schwarze Zahlen
LCD2->setSegmentStyle(QLCDNumber::Filled);
//der Dezimalpunkt soll ganz wenig platz beanspruchen
LCD2->setSmallDecimalPoint(true);
rb2 = new QRadioButton(nwt7vfo);
QObject::connect( rb2, SIGNAL(clicked()), this, SLOT(lcd2clicked() ));
//LCD Anzeige 10 stellen mit punkt
LCD3 = new QLCDNumber(10, nwt7vfo);//, "LCD3");
//Hintergrung gelb
LCD3->setPalette(dpd);
LCD3->setAutoFillBackground(true);
LCD3->setBackgroundRole( QPalette::Background );
//volle schwarze Zahlen
LCD3->setSegmentStyle(QLCDNumber::Filled);
//der Dezimalpunkt soll ganz wenig platz beanspruchen
LCD3->setSmallDecimalPoint(true);
rb3 = new QRadioButton(nwt7vfo);
QObject::connect( rb3, SIGNAL(clicked()), this, SLOT(lcd3clicked() ));
//LCD Anzeige 10 stellen mit punkt
LCD4 = new QLCDNumber(10, nwt7vfo);//, "LCD4");
//Hintergrung gelb
LCD4->setPalette(dpd);
LCD4->setAutoFillBackground(true);
LCD4->setBackgroundRole( QPalette::Background );
//volle schwarze Zahlen
LCD4->setSegmentStyle(QLCDNumber::Filled);
//der Dezimalpunkt soll ganz wenig platz beanspruchen
LCD4->setSmallDecimalPoint(true);
rb4 = new QRadioButton(nwt7vfo);
QObject::connect( rb4, SIGNAL(clicked()), this, SLOT(lcd4clicked() ));
//LCD Anzeige 10 stellen mit punkt
LCD5 = new QLCDNumber(10, nwt7vfo);//, "LCD5");
//Hintergrung gelb
LCD5->setPalette(dpd);
LCD5->setAutoFillBackground(true);
LCD5->setBackgroundRole( QPalette::Background );
//volle schwarze Zahlen
LCD5->setSegmentStyle(QLCDNumber::Filled);
//der Dezimalpunkt soll ganz wenig platz beanspruchen
LCD5->setSmallDecimalPoint(true);
rb5 = new QRadioButton(nwt7vfo);
QObject::connect( rb5, SIGNAL(clicked()), this, SLOT(lcd5clicked() ));
editzf = new QLineEdit(nwt7vfo);
QObject::connect( editzf, SIGNAL(returnPressed()), this, SLOT(setVfoToOutOnce() ));
labelzf = new QLabel(nwt7vfo);
labelzf->setText(tr("IF"));
labelhz = new QLabel(nwt7vfo);
labelhz->setText("Hz");
checkboxzf = new QCheckBox(nwt7vfo);
checkboxzf->setText(tr("Set IF for Sweeping",""));
checkboxzf->setChecked(false);
//the checkbox set IF only for sweep
//QObject::connect( checkboxzf, SIGNAL(clicked()), this, SLOT(setIQVFO() ));
checkboxiqvfo = new QCheckBox(nwt7vfo);
checkboxiqvfo->setText(tr("VFO-Frequency x4 for I/Q Mixer",""));
checkboxiqvfo->setChecked(false);
QObject::connect( checkboxiqvfo, SIGNAL(clicked()), this, SLOT(setIQVFO() ));
cbAttenuator2 = new QComboBox(nwt7vfo);
QObject::connect( cbAttenuator2, SIGNAL( currentIndexChanged(int)), this, SLOT(setAttenuationControlsIndex(int)));
labeldaempfung1 = new QLabel(tr("Attenuator",""),nwt7vfo);
vfotimer = new QTimer(this);
//nach ablauf des vfotimers Daten an NWT7 senden (LCD daten)
QObject::connect( vfotimer, SIGNAL(timeout()), this, SLOT(VfoTimerPerform() ));
//erste Diplayeinstellung
LCDaendern();
///////////////////////////////////////////////////////////////////////////////
// Messure Power Widget
//////////////////////////////////////////////////////////////////////////////
nwt7measure = new QWidget(this);
tab_nwt7measure=addTab(nwt7measure, tr("Wattmeter",""));
progressbaPowerMeter1 = new QProgressBar(nwt7measure);
progressbaPowerMeter1->setFormat("");
mlabelk1 = new QLabel(nwt7measure);
mlabelk1->setText("0");
progressbaPowerMeter2 = new QProgressBar(nwt7measure);
progressbaPowerMeter2->setFormat("");
mlabelk2 = new QLabel(nwt7measure);
mlabelk2->setText("0");
ldampingk1 = new QComboBox(nwt7measure);
ldampingk1->setEditable(true);
labelldaempfungk1 = new QLabel(tr("Attenuation (dB)",""),nwt7measure);
ldaempfungk2 = new QComboBox(nwt7measure);
ldaempfungk2->setEditable(true);
labelldaempfungk2 = new QLabel(tr("Attenuation (dB)",""),nwt7measure);
vmesstimer = new QTimer(this);
messlabel1 = new QLabel(nwt7measure);
messlabel2 = new QLabel(nwt7measure);
messlabel3 = new QLabel(nwt7measure);
messlabel4 = new QLabel(nwt7measure);
messlabel5 = new QLabel(nwt7measure);
messlabel6 = new QLabel(nwt7measure);
messedit = new QTextEdit(nwt7measure);
//Schrifttyp einstellen
messedit-> setFontFamily("courier");
buttonmess = new QPushButton(tr("Write to Table",""), nwt7measure);
QObject::connect( buttonmess, SIGNAL( clicked()), this, SLOT(writeMessureToTable()));
buttonmesssave = new QPushButton(tr("Save data",""), nwt7measure);
QObject::connect( buttonmesssave, SIGNAL( clicked()), this, SLOT(saveTableToFile()));
//nach ablauf des messtimers Daten vom nwt7 holen
QObject::connect( vmesstimer, SIGNAL(timeout()), this, SLOT(vMessTimerPerform() ));
measureCounter = 0;
measureValCh1 = 0.0;
measureValCh2 = 0.0;
measureCh1Peak = 0.0;
measureCh2Peak = 0.0;
boxwattoffset1 = new QComboBox(nwt7measure);
boxwattoffset2 = new QComboBox(nwt7measure);
QString snum;
for(i=0;i<30;i++)
{
wattoffsetk1[i].str_offsetwatt = "NN";
wattoffsetk1[i].offsetwatt = 0.0;
snum.sprintf("%2i| ",i+1);
boxwattoffset1->addItem(snum + wattoffsetk1[i].str_offsetwatt);
wattoffsetk2[i].str_offsetwatt = "NN";
wattoffsetk2[i].offsetwatt = 0.0;
boxwattoffset2->addItem(snum + wattoffsetk2[i].str_offsetwatt);
}
woffset1 = 0.0;
woffset2 = 0.0;
// buttonvfo = new QPushButton(tr("VFO on/off",""), nwt7measure);
// buttonwobbeln->setEnabled(true);
// QObject::connect( buttonvfo, SIGNAL( clicked()), this, SLOT(setMessureVfoMode(bool)));
labellMessVfoState = new QLabel(tr("Output state","Output label Messure widget"),nwt7measure);
rbVfoOn = new QRadioButton(tr("VFO","Output state Messure widget"), nwt7measure);
rbMessVfoOn = new QRadioButton(tr("Wattmeter VFO","Output state Messure widget"), nwt7measure);
rbVFOSOff = new QRadioButton(tr("VFO Off","Output state Messure widget"), nwt7measure);
rbVFOSOff -> setChecked(true);
QObject::connect( rbVfoOn, SIGNAL(clicked(bool)), this, SLOT(setMessureVfoMode(bool)));
QObject::connect( rbMessVfoOn, SIGNAL(clicked(bool)), this, SLOT(setMessureVfoMode(bool)));
QObject::connect( rbVFOSOff, SIGNAL(clicked(bool)), this, SLOT(setMessureVfoMode(bool)));
labelfrqfaktorm= new QLabel(tr("Frequency multiplication x 1",""), nwt7measure);
sp1hz = new QSpinBox(nwt7measure);
sp1hz->setFont(font);
sp1hz->setRange(-1, 10);
sp1hz->hide();
QObject::connect( sp1hz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp10hz = new QSpinBox(nwt7measure);
sp10hz->setFont(font);
sp10hz->setRange(-1, 10);
sp10hz->hide();
QObject::connect( sp10hz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp100hz = new QSpinBox(nwt7measure);
sp100hz->setFont(font);
sp100hz->setRange(-1, 10);
sp100hz->hide();
QObject::connect( sp100hz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp1khz = new QSpinBox(nwt7measure);
sp1khz->setFont(font);
sp1khz->setRange(-1, 10);
sp1khz->hide();
QObject::connect( sp1khz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp10khz = new QSpinBox(nwt7measure);
sp10khz->setFont(font);
sp10khz->setRange(-1, 10);
sp10khz->hide();
QObject::connect( sp10khz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp100khz = new QSpinBox(nwt7measure);
sp100khz->setFont(font);
sp100khz->setRange(-1, 10);
sp100khz->hide();
QObject::connect( sp100khz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp1mhz = new QSpinBox(nwt7measure);
sp1mhz->setFont(font);
sp1mhz->setRange(-1, 10);
sp1mhz->hide();
QObject::connect( sp1mhz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp10mhz = new QSpinBox(nwt7measure);
sp10mhz->setFont(font);
sp10mhz->setRange(-1, 10);
sp10mhz->hide();
QObject::connect( sp10mhz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp100mhz = new QSpinBox(nwt7measure);
sp100mhz->setFont(font);
sp100mhz->setRange(-1, 10);
sp100mhz->hide();
QObject::connect( sp100mhz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
sp1ghz = new QSpinBox(nwt7measure);
sp1ghz->setFont(font);
sp1ghz->setRange(-1, 9);
sp1ghz->hide();
QObject::connect( sp1ghz, SIGNAL( valueChanged(int)), this, SLOT(setMeasuredVfoFqValue()));
labelsphz = new QLabel("Hz", nwt7measure);
labelsphz->setFont(font);
labelspkhz = new QLabel("kHz", nwt7measure);
labelspkhz->setFont(font);
labelspmhz = new QLabel("MHz", nwt7measure);
labelspmhz->setFont(font);
// labelspghz = new QLabel("GHz", nwt7messen);
// labelspghz->setFont(font);
labelsphz->hide();
labelspkhz->hide();
labelspmhz->hide();
// labelspghz->hide();
cbAttenuator3 = new QComboBox(nwt7measure);
QObject::connect( cbAttenuator3, SIGNAL( currentIndexChanged(int)), this, SLOT(setAttenuationControlsIndex(int)));
labeldaempfung3 = new QLabel(tr("Attenuation",""),nwt7measure);
cbAttenuator3->hide();
labeldaempfung3->hide();
vfomesstimer = new QTimer(this);
//Signal vom Wobbeltimer (Auslesen der RS232)
//messvfotimerende Sobol A.E.
QObject::connect(vfomesstimer, SIGNAL(timeout()), this, SLOT(VfoMessTimerPerform()));
checkboxmesshang1 = new QCheckBox(nwt7measure);
checkboxmesshang1->setText(tr("Slope",""));
checkboxmesshang1->setChecked(true);
checkboxmesshang2 = new QCheckBox(nwt7measure);
checkboxmesshang2->setText(tr("Slope",""));
checkboxmesshang2->setChecked(true);
///////////////////////////////////////////////////////////////////////////////
// Calculations Widget
///////////////////////////////////////////////////////////////////////////////
berechnung = new QWidget();
tab_calculation=addTab(berechnung, tr("Calculations",""));
groupschwingkreisc = new QGroupBox(tr("Capacitor for Resonant circuit calculation",""),berechnung);
editf2 = new QLineEdit(groupschwingkreisc);
QObject::connect( editf2, SIGNAL(textChanged(QString)), this, SLOT(schwingkreisfc()));
editl2 = new QLineEdit(groupschwingkreisc);
QObject::connect( editl2, SIGNAL(textChanged(QString)), this, SLOT(schwingkreisfc()));
ergebnisc = new QLabel("", groupschwingkreisc);
labell2 = new QLabel(tr("Inductance ( uH) ",""), groupschwingkreisc);
labelf2 = new QLabel(tr("Frequency (MHz)",""), groupschwingkreisc);
labelc2 = new QLabel(tr("Capacitor (pF)",""), groupschwingkreisc);
ergebnisxc = new QLabel("", groupschwingkreisc);
labelxc = new QLabel("Ohm XC", groupschwingkreisc);
groupschwingkreisl = new QGroupBox(tr("Resonantcircuit / AL-value Calculation",""),berechnung);
editf1 = new QLineEdit(groupschwingkreisl);
QObject::connect( editf1, SIGNAL(textChanged(QString)), this, SLOT(schwingkreisfl()));
editc1 = new QLineEdit(groupschwingkreisl);
QObject::connect( editc1, SIGNAL(textChanged(QString)), this, SLOT(schwingkreisfl()));
editn = new QLineEdit(groupschwingkreisl);
QObject::connect( editn, SIGNAL(textChanged(QString)), this, SLOT(schwingkreisfl()));
ergebnisl = new QLabel("", groupschwingkreisl);
ergebnisal = new QLabel("", groupschwingkreisl);
labelf1 = new QLabel(tr("Frequency (MHz)",""), groupschwingkreisl);
labell1 = new QLabel(tr("Inductance ( uH) ",""), groupschwingkreisl);
labelc1 = new QLabel(tr("Capacitor (pF)",""), groupschwingkreisl);
labeln = new QLabel(tr("Number of turns (N )",""), groupschwingkreisl);
labelal = new QLabel(tr("AL nH/Nexp2",""), groupschwingkreisl);
ergebnisxl = new QLabel("", groupschwingkreisl);
labelxl = new QLabel("Ohm XL", groupschwingkreisl);
groupwindungen = new QGroupBox(tr("Number of turns calculated from AL-value",""),berechnung);
edital3 = new QLineEdit(groupwindungen);
QObject::connect( edital3, SIGNAL(textChanged(QString)), this, SLOT(alwindungen()));
labeledital3 = new QLabel(tr("AL nH/Nexp2",""), groupwindungen);
editl3 = new QLineEdit(groupwindungen);
QObject::connect( editl3, SIGNAL(textChanged(QString)), this, SLOT(alwindungen()));
labeleditl3 = new QLabel(tr("Inductance ( uH) ",""), groupwindungen);
ergebnisw = new QLabel("", groupwindungen);
labelergebnisw = new QLabel(tr("Number of turns (N )",""), groupwindungen);
///////////////////////////////////////////////////////////////////////////////
// Impedanz matching Widget
//////////////////////////////////////////////////////////////////////////////
wimpedance = new QWidget(this);
tab_wimpedanz_match=addTab(wimpedance, tr("Impedance matching",""));
gimp = new QGroupBox(tr("Matching type:",""),wimpedance);
rbr = new QRadioButton(tr("R",""),gimp);
QObject::connect( rbr, SIGNAL(clicked()), this, SLOT(setimp() ));
rbr->setChecked(true);
rblc = new QRadioButton(tr("L/C",""),gimp);
QObject::connect( rblc, SIGNAL(clicked()), this, SLOT(setimp() ));
gzr = new QGroupBox(tr("Matching with R",""),wimpedance);
editz1 = new QLineEdit(gzr);
QObject::connect( editz1, SIGNAL(textChanged(QString)), this, SLOT(zrausrechnen()));
labeleditz1 = new QLabel(tr("(Ohm) Z1",""), gzr);
editz2 = new QLineEdit(gzr);
QObject::connect( editz2, SIGNAL(textChanged(QString)), this, SLOT(zrausrechnen()));
labeleditz2 = new QLabel(tr("(Ohm) Z2",""), gzr);
editz3 = new QLineEdit(gzr);
QObject::connect( editz3, SIGNAL(textChanged(QString)), this, SLOT(zrausrechnen()));
labeleditz3 = new QLabel(tr("(Ohm) Z3",""), gzr);
editz4 = new QLineEdit(gzr);
QObject::connect( editz4, SIGNAL(textChanged(QString)), this, SLOT(zrausrechnen()));
labeleditz4 = new QLabel(tr("(Ohm) Z4",""), gzr);
lr1 = new QLabel(tr("xxx",""), gzr);
lr1->setAlignment(Qt::AlignRight);
lr2 = new QLabel(tr("xxx",""), gzr);
lr2->setAlignment(Qt::AlignRight);
lr3 = new QLabel(tr("xxx",""), gzr);
lr3->setAlignment(Qt::AlignRight);
lr4 = new QLabel(tr("xxx",""), gzr);
lr4->setAlignment(Qt::AlignRight);
ldaempfung = new QLabel(tr("xxx",""), gzr);
ldaempfung->setAlignment(Qt::AlignRight);
lbeschrr1 = new QLabel(tr("(Ohm) R1",""), gzr);
lbeschrr2 = new QLabel(tr("(Ohm) R2",""), gzr);
lbeschrr3 = new QLabel(tr("(Ohm) R3",""), gzr);
lbeschrr4 = new QLabel(tr("(Ohm) R4",""), gzr);
lbeschrdaempfung = new QLabel(tr("(dB) Insertion Loss",""), gzr);
bild1 = new QLabel(wimpedance);
bild1->setPixmap(QPixmap::fromImage(QImage(":/images/zmatch1.png")));
gzlc = new QGroupBox(tr("Matching with LC",""),wimpedance);
gzlc->hide();
editzlc1 = new QLineEdit(gzlc);
QObject::connect( editzlc1, SIGNAL(textChanged(QString)), this, SLOT(zlcausrechnen()));
labeleditzlc1 = new QLabel(tr("(Ohm) Z1",""), gzlc);
editzlc2 = new QLineEdit(gzlc);
QObject::connect( editzlc2, SIGNAL(textChanged(QString)), this, SLOT(zlcausrechnen()));
labeleditzlc2 = new QLabel(tr("(Ohm) Z2",""), gzlc);
editzlc3 = new QLineEdit(gzlc);
QObject::connect( editzlc3, SIGNAL(textChanged(QString)), this, SLOT(zlcausrechnen()));
labeleditzlc3 = new QLabel(tr("(MHz) Frequency",""), gzlc);
ll = new QLabel(tr("xxx",""), gzlc);
ll->setAlignment(Qt::AlignRight);
lc = new QLabel(tr("xxx",""), gzlc);
lc->setAlignment(Qt::AlignRight);
lbeschrl = new QLabel(tr("(uH) L",""), gzlc);
lbeschrc = new QLabel(tr("(pF) C",""), gzlc);
bild2 = new QLabel(wimpedance);
bild2->setPixmap(QPixmap::fromImage(QImage(":/images/zmatch2.png")));
bild2->hide();
// scaleFactor = 1.0;
// Impedanz Widget Ende
///////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////
// Widget Antennas Diagramm
/////////////////////////////////////////////////////////////////////////////
wdiagramm = new QWidget();
//addTab(wdiagramm, tr("Antenna`s chart"));
wdiagramm->hide();//On start it is not visible
gdiagramm = new QGroupBox(tr("Antenna`s chart"), wdiagramm);
bstart = new QPushButton(tr("Start"),gdiagramm);
//QObject::connect( bstart, SIGNAL( clicked()), this, SLOT(diagrammsimulieren()));
QObject::connect( bstart, SIGNAL( clicked()), this, SLOT(diagrammstart()));
bstop = new QPushButton(tr("Stop"),gdiagramm);
bstop->setEnabled(false);
QObject::connect( bstop, SIGNAL( clicked()), this, SLOT(diagrammstop()));
bsave = new QPushButton(tr("Save CSV"),gdiagramm);
QObject::connect( bsave, SIGNAL( clicked()), this, SLOT(diagrammspeichern()));
bsim = new QPushButton(tr("Simmulation"),gdiagramm);
QObject::connect( bsim, SIGNAL( clicked()), this, SLOT(diagrammsimulieren()));
lanzeige = new QLabel("xxx", gdiagramm);
tdiagramm = new QTimer(this);
QObject::connect( tdiagramm, SIGNAL(timeout()), this, SLOT(tdiagrammbehandlung() ));
tdiagramm->stop();
gdiagrammdim = new QGroupBox(tr("Dimension"), wdiagramm);
boxdbmax = new QComboBox(gdiagrammdim);
boxdbmax->addItem("10 dB");
boxdbmax->addItem("0 dB");
boxdbmax->addItem("-10 dB");
boxdbmax->addItem("-20 dB");
boxdbmax->addItem("-30 dB");
boxdbmax->addItem("-40 dB");
boxdbmax->addItem("-50 dB");
boxdbmax->addItem("-70 dB");
boxdbmax->addItem("-60 dB");
boxdbmax->addItem("-80 dB");
boxdbmin = new QComboBox(gdiagrammdim);
boxdbmin->addItem("10 dB");
boxdbmin->addItem("0 dB");
boxdbmin->addItem("-10 dB");
boxdbmin->addItem("-20 dB");
boxdbmin->addItem("-30 dB");
boxdbmin->addItem("-40 dB");
boxdbmin->addItem("-50 dB");
boxdbmin->addItem("-70 dB");
boxdbmin->addItem("-60 dB");
boxdbmin->addItem("-80 dB");
ldbmax = new QLabel(tr("max"), gdiagrammdim);
ldbmin = new QLabel(tr("min"), gdiagrammdim);