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LevelTwoDecWidget.cpp
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#include "LevelTwoDecWidget.h"
#include "HelpBrowser.h"
#include <QAction>
#include <QPushButton>
#include <QMessageBox>
#include <QFileDialog>
#include <QDesktopServices>
#include <QUrl>
#include <qmath.h>
#ifdef _DEBUG
#include <QDebug>
#endif
LevelTwoDec::LevelTwoDec(const QVector<QString> &vectorDate,
const QVector<QVector<double> > &vectorSensorReadings2D,
QWidget *parent) :
QWidget(parent)
{
vectorDateToLevelTwo = vectorDate;
row = vectorDateToLevelTwo.size();
col = vectorSensorReadings2D[0].size();
retranslateUi();
splitVectors(vectorSensorReadings2D);
createTables();
setVectorsToTables();
createDoubleBoxes();
createCharts();
createToolBar();
createWidgets();
}
void LevelTwoDec::splitVectors(const QVector<QVector<double> > &vectorSensorReadings2D)
{
for (size_t i = 0; i < row; ++i)
{
QVector<double> vectorTempA;
QVector<double> vectorTempB;
QVector<double> vectorTempC;
for (size_t j = 0; j < col; ++j)
{
switch (j) {
case 0:
case 1:
case 2:
case 8:
case 9:
case 10:
vectorTempA.push_back(vectorSensorReadings2D[i][j]);
break;
case 3:
case 4:
case 5:
case 11:
case 12:
case 13:
vectorTempB.push_back(vectorSensorReadings2D[i][j]);
break;
case 6:
case 7:
case 14:
case 15:
vectorTempC.push_back(vectorSensorReadings2D[i][j]);
break;
default:
break;
}
}
vectorBlockAToLevelTwo.push_back(vectorTempA);
vectorBlockBToLevelTwo.push_back(vectorTempB);
vectorBlockCToLevelTwo.push_back(vectorTempC);
}
}
void LevelTwoDec::setVectorsToTables()
{
for (size_t i = 0; i < row; ++i)
{
vectorMuBlockA.push_back(getMu(i, vectorBlockAToLevelTwo));
vectorMuBlockB.push_back(getMu(i, vectorBlockBToLevelTwo));
vectorMuBlockC.push_back(getMu(i, vectorBlockCToLevelTwo));
vectorAlphaBlockA.push_back(getAlphaString(i, vectorBlockAToLevelTwo));
vectorAlphaBlockB.push_back(getAlphaString(i, vectorBlockBToLevelTwo));
vectorAlphaBlockC.push_back(getAlphaString(i, vectorBlockCToLevelTwo));
}
createBlocksVectorsSensReadingsLandH(true, 0.003, vectorBlockAToLevelTwo, vectorBlockALow);
createBlocksVectorsSensReadingsLandH(true, 0.003, vectorBlockBToLevelTwo, vectorBlockBLow);
createBlocksVectorsSensReadingsLandH(true, 0.003, vectorBlockCToLevelTwo, vectorBlockCLow);
createBlocksVectorsSensReadingsLandH(false, 0.003, vectorBlockAToLevelTwo, vectorBlockAHigh);
createBlocksVectorsSensReadingsLandH(false, 0.003, vectorBlockBToLevelTwo, vectorBlockBHigh);
createBlocksVectorsSensReadingsLandH(false, 0.003, vectorBlockCToLevelTwo, vectorBlockCHigh);
for (size_t i = 0; i < row; ++i)
{
vectorMuBlockALowerLimit.push_back(getMuLimits(i, vectorBlockALow));
vectorMuBlockBLowerLimit.push_back(getMuLimits(i, vectorBlockBLow));
vectorMuBlockCLowerLimit.push_back(getMuLimits(i, vectorBlockCLow));
vectorMuBlockAUpperLimit.push_back(getMuLimits(i, vectorBlockAHigh));
vectorMuBlockBUpperLimit.push_back(getMuLimits(i, vectorBlockBHigh));
vectorMuBlockCUpperLimit.push_back(getMuLimits(i, vectorBlockCHigh));
}
#ifdef _DEBUG
qDebug() << "[LEVEL 2] Size of mu Low:" << vectorMuBlockALowerLimit.size();
qDebug() << "[LEVEL 2] Size of mu High:" << vectorMuBlockAUpperLimit.size();
#endif
avrg_mu_blockA = getAvrgMu(vectorMuBlockA);
avrg_mu_blockB = getAvrgMu(vectorMuBlockB);
avrg_mu_blockC = getAvrgMu(vectorMuBlockC);
avrg_alpha_blockA = getAvrgAlpha(vectorAlphaBlockA);
avrg_alpha_blockB = getAvrgAlpha(vectorAlphaBlockB);
avrg_alpha_blockC = getAvrgAlpha(vectorAlphaBlockC);
for (size_t i = 0; i <= row; ++i)
{
getMuForecast(i, 0.1, avrg_mu_blockA, vectorMuBlockA, vectorForecastMuBlockA);
getMuForecast(i, 0.1, avrg_mu_blockB, vectorMuBlockB, vectorForecastMuBlockB);
getMuForecast(i, 0.1, avrg_mu_blockC, vectorMuBlockC, vectorForecastMuBlockC);
getAlphaForecast(i, 0.1, avrg_alpha_blockA, vectorAlphaBlockA, vectorForecastAlphaBlockA);
getAlphaForecast(i, 0.1, avrg_alpha_blockB, vectorAlphaBlockB, vectorForecastAlphaBlockB);
getAlphaForecast(i, 0.1, avrg_alpha_blockC, vectorAlphaBlockC, vectorForecastAlphaBlockC);
}
tableLevelTwoModel->setCurrencyVectors(vectorDateToLevelTwo,
vectorMuBlockA,
vectorForecastMuBlockA,
vectorAlphaBlockA,
vectorForecastAlphaBlockA,
vectorMuBlockB,
vectorForecastMuBlockB,
vectorAlphaBlockB,
vectorForecastAlphaBlockB,
vectorMuBlockC,
vectorForecastMuBlockC,
vectorAlphaBlockC,
vectorForecastAlphaBlockC);
tableStabilityLevelTwoModel->setCurrencyVectors(vectorDateToLevelTwo,
vectorMuBlockALowerLimit,
vectorMuBlockA,
vectorMuBlockAUpperLimit,
vectorMuBlockBLowerLimit,
vectorMuBlockB,
vectorMuBlockBUpperLimit,
vectorMuBlockCLowerLimit,
vectorMuBlockC,
vectorMuBlockCUpperLimit);
viewTableLevelTwoModel->selectRow(row);
}
double LevelTwoDec::getMu(unsigned int i,
const QVector<QVector<double> > &vectorTarget2D)
{
double mu = 0;
for (int j = 0; j < vectorTarget2D[0].size(); ++j)
{
mu += qPow(vectorTarget2D[i][j], 2);
}
return qSqrt(mu);
}
double LevelTwoDec::getAvrgMu(const QVector<double> &vectorTarget)
{
double mu_avrg = 0;
for (unsigned int i = 0; i < row; ++i)
{
mu_avrg += vectorTarget[i];
}
#ifdef _DEBUG
qDebug() << "Avgr Mu Level 2:" << mu_avrg / row;
#endif
return mu_avrg / row;
}
double LevelTwoDec::getAvrgForecastMu(const QVector<double> &vectorTarget)
{
double mu_avrg_forecast = 0;
for (size_t i = 0; i < row; ++i)
{
mu_avrg_forecast += vectorTarget[i];
}
#ifdef _DEBUG
qDebug() << "Avgr Mu Forecast Level 2:" << mu_avrg_forecast / row;
#endif
return mu_avrg_forecast / row;
}
QString LevelTwoDec::getAlphaString(unsigned int i,
const QVector<QVector<double> > &vectorTarget2D)
{
double vecMultiplic = 0;
double muMultiplic = 0;
if (!i)
{
return QString::number(0);
}
else
{
for (int j = 0; j < vectorTarget2D[0].size(); ++j)
{
vecMultiplic += vectorTarget2D[0][j] * vectorTarget2D[i][j];
muMultiplic = getMu(0, vectorTarget2D) * getMu(i, vectorTarget2D);
}
}
return QString::number(ArcCos(vecMultiplic/muMultiplic), 'f', 6);
}
double LevelTwoDec::getAvrgAlpha(const QVector<QString> &vectorTarget)
{
double alpha_avrg = 0;
for (size_t i = 0; i < row; ++i)
{
alpha_avrg += vectorTarget[i].toDouble();
}
#ifdef _DEBUG
qDebug() << "Avgr Alpha Level 2:" << alpha_avrg / row;
#endif
return alpha_avrg / row;
}
double LevelTwoDec::getAvrgForecastAlpha(const QVector<QString> &vectorTarget)
{
double alpha_avrg_forecast = 0;
for (size_t i = 0; i < row; ++i)
{
alpha_avrg_forecast += vectorTarget[i].toDouble();
}
#ifdef _DEBUG
qDebug() << "Avgr Alpha Forecast Level 2:" << alpha_avrg_forecast / row;
#endif
return alpha_avrg_forecast / row;
}
void LevelTwoDec::getMuForecast(size_t i, double a, double avrg_mu,
const QVector<double> &vectorTarget,
QVector<double> &vectorOutput)
{
double mu_forecast;
if (i == 0)
{
mu_forecast = vectorTarget[0] * a + (1 - a) * avrg_mu;
}
else if (i > 0 && i < row)
{
mu_forecast = vectorTarget[i] * a + (1 - a) * vectorTarget[i - 1];
}
else if (i == row)
{
mu_forecast = getAvrgForecastMu(vectorOutput) * a + (1 - a) * vectorTarget[i - 1];
}
vectorOutput.push_back(mu_forecast);
}
void LevelTwoDec::getAlphaForecast(size_t i, double a, double avrg_alpha,
const QVector<QString> &vectorTarget,
QVector<QString> &vectorOutput)
{
double alpha_forecast = 0;
if (i == 0)
{
alpha_forecast = vectorTarget[0].toDouble() * a + (1 - a) * avrg_alpha;
}
else if (i > 0 && i < row)
{
alpha_forecast = vectorTarget[i].toDouble() * a + (1 - a) * vectorTarget[i - 1].toDouble();
}
else if (i == row)
{
alpha_forecast = getAvrgForecastAlpha(vectorOutput) * a + (1 - a) * vectorTarget[i - 1].toDouble();
}
vectorOutput.push_back(QString::number(alpha_forecast, 'f', 6));
}
double LevelTwoDec::ArcCos(double x)
{
double result;
if ((1 - x*x) < 0)
{
return 0;
}
else
{
if (qSqrt(1 - x*x) == 0)
{
return 0;
}
else
{
result = 2*qAtan(1) - atan(x / sqrt(1 - x*x));
}
}
return result;
}
void LevelTwoDec::createBlocksVectorsSensReadingsLandH(bool qLow,
double eps,
const QVector<QVector<double> > &vectorTarget,
QVector<QVector<double> > &vectorOutput)
{
vectorOutput.clear();
for (size_t i = 0; i < row; ++i)
{
QVector<double> tempVector;
for (int j = 0; j < vectorTarget[0].size(); ++j)
{
if (qLow)
{
tempVector.push_back(vectorTarget[i][j] - eps);
}
else
{
tempVector.push_back(vectorTarget[i][j] + eps);
}
}
vectorOutput.push_back(tempVector);
}
#ifdef _DEBUG
if (qLow)
{
qDebug() << "Mu Low Level 2[0][0]:" << vectorBlockALow[0][0];
}
else
{
qDebug() << "Mu High Level 2[0][0]:" << vectorBlockAHigh[0][0];
}
#endif
}
double LevelTwoDec::getMuLimits(size_t i,
QVector<QVector<double> > &vectorTarget)
{
double mu_lower_limit = 0;
for (int j = 0; j < vectorTarget[0].size(); ++j)
{
mu_lower_limit += qPow(vectorTarget[i][j], 2);
}
return qSqrt(mu_lower_limit);
}
void LevelTwoDec::retranslateUi()
{
str_date = tr("DATE");
str_mu = tr("Mu");
str_alpha = tr("Alpha");
str_forecast = tr("Forecast");
lower_limit = tr("[Low.Lim]");
upper_limit = tr("[Upp.Lim]");
lower_limit_short = tr("[L.L]");
upper_limit_short = tr("[U.L]");
result_str = tr("Result");
stable_str = tr("Stable");
unstable_str = tr("Unstable");
}
void LevelTwoDec::createTables()
{
viewTableLevelTwoModel = new QTableView(this);
tableLevelTwoModel = new TableLevelTwoModel(str_date,
str_mu,
str_alpha,
str_forecast,
this);
tableStabilityLevelTwoModel = new TableStabilityLevelTwoModel(str_date,
str_mu,
lower_limit,
upper_limit,
lower_limit_short,
upper_limit_short,
result_str,
stable_str,
unstable_str,
this);
viewTableLevelTwoModel->setModel(tableLevelTwoModel);
}
void LevelTwoDec::readDataOfVectorsToChart()
{
levelTwoChart->readDataOfVectors(vectorMuBlockA,
vectorForecastMuBlockA,
vectorAlphaBlockA,
vectorForecastAlphaBlockA,
vectorMuBlockB,
vectorForecastMuBlockB,
vectorAlphaBlockB,
vectorForecastAlphaBlockB,
vectorMuBlockC,
vectorForecastMuBlockC,
vectorAlphaBlockC,
vectorForecastAlphaBlockC);
}
void LevelTwoDec::readDataOfVectorsToMuChart()
{
levelTwoMuChart->readDataOfVectors(vectorAlphaBlockA,
vectorMuBlockALowerLimit,
vectorMuBlockA,
vectorMuBlockAUpperLimit,
vectorMuBlockBLowerLimit,
vectorMuBlockB,
vectorMuBlockBUpperLimit,
vectorMuBlockCLowerLimit,
vectorMuBlockC,
vectorMuBlockCUpperLimit);
}
void LevelTwoDec::createDoubleBoxes()
{
spbDoubleBoxAlpha = new QDoubleSpinBox(this);
spbDoubleBoxAlpha->setRange(0.1, 1.0);
spbDoubleBoxAlpha->setSingleStep(0.1);
spbDoubleBoxAlpha->setDecimals(1);
spbDoubleBoxAlpha->setWrapping(false);
spbDoubleBoxAlpha->setToolTip(tr("Please change Coefficient \"A\""));
connect(spbDoubleBoxAlpha, SIGNAL(valueChanged(double)), this, SLOT(changedAlpha(double)));
spbDoubleBoxEps = new QwtCounter(this);
spbDoubleBoxEps->setRange(0.0001, 0.02, 0.0001);
spbDoubleBoxEps->setValue(0.003);
spbDoubleBoxEps->setToolTip(tr("Please change Coefficient \"Eps\""));
connect(spbDoubleBoxEps, SIGNAL(valueChanged(double)), this, SLOT(changedEps(double)));
connect(spbDoubleBoxEps, SIGNAL(valueChanged(double)), this, SLOT(setDoubleCountToLabel(double)));
}
void LevelTwoDec::createCharts()
{
levelTwoChart = new LevelTwoChart(this);
readDataOfVectorsToChart();
levelTwoMuChart = new LevelTwoMuChart(this);
readDataOfVectorsToMuChart();
}
void LevelTwoDec::createToolBar()
{
exportLevelTwoChart = new QAction(this);
exportLevelTwoChart->setIcon(QIcon("://icons/chart_icons/export_chart_icon.png"));
exportLevelTwoChart->setShortcut(QKeySequence::Print);
exportLevelTwoChart->setText(tr("Export"));
exportLevelTwoChart->setToolTip(tr("Export the Level Two Decomposition Chart"));
connect(exportLevelTwoChart, SIGNAL(triggered()), this, SLOT(chooseExportCharts()));
printLevelTwoChart = new QAction(this);
printLevelTwoChart->setIcon(QIcon("://icons/chart_icons/print_chart_icon.png"));
printLevelTwoChart->setShortcut(QKeySequence::Save);
printLevelTwoChart->setText(tr("Print"));
printLevelTwoChart->setToolTip(tr("Print the Level Two Decomposition Chart"));
connect(printLevelTwoChart, SIGNAL(triggered()), this, SLOT(choosePrintCharts()));
exportReportLevelTwo = new QAction(this);
exportReportLevelTwo->setIcon(QIcon("://icons/save_icons/export_html_icon_32x32.png"));
exportReportLevelTwo->setShortcut(Qt::CTRL + Qt::Key_H);
exportReportLevelTwo->setText(tr("Export HTML"));
exportReportLevelTwo->setToolTip(tr("Export detailed report of Level Two in the HTML page"));
connect(exportReportLevelTwo, SIGNAL(triggered()), this, SLOT(exportReportToHTML()));
switchWidgetsLevelTwo = new QAction(this);
switchWidgetsLevelTwo->setIcon(QIcon("://icons/others_icons/swap_levels_32x32.png"));
switchWidgetsLevelTwo->setShortcut(Qt::CTRL + Qt::Key_F);
switchWidgetsLevelTwo->setText(tr("Switch"));
switchWidgetsLevelTwo->setToolTip(tr("Switch between charts and tables"));
connect(switchWidgetsLevelTwo, SIGNAL(triggered()), this, SLOT(hideLevelTwoWidgets()));
showHelpInBrowserAction = new QAction(this);
showHelpInBrowserAction->setIcon(QIcon("://icons/others_icons/help_icon_32x32.png"));
showHelpInBrowserAction->setText(tr("Help"));
showHelpInBrowserAction->setToolTip(tr("Show help in your browser"));
connect(showHelpInBrowserAction, SIGNAL(triggered()), this, SLOT(showHelp()));
toolBar = new QToolBar(this);
toolBar->addAction(exportLevelTwoChart);
toolBar->addAction(printLevelTwoChart);
toolBar->addAction(exportReportLevelTwo);
toolBar->addSeparator();
toolBar->addAction(switchWidgetsLevelTwo);
toolBar->addSeparator();
toolBar->addAction(showHelpInBrowserAction);
blocksToolTips = new QLabel(toolBar);
blocksToolTips->setText(tr("<strong><font color='#FF7B5C'>Block A</font></strong><br>"
"<strong><font color='#65D270'>Block B</strong></font><br>"
"<strong><font color='#53ACD6'>Block C</strong></font><br>"));
blocksToolTips->setContentsMargins(10, 10, 0, 0);
blocksToolTips->setToolTip(tr("The color in the table corresponds to the tip"));
toolBar->addWidget(blocksToolTips);
toolBarBox = new QWidget(toolBar);
horizToolBarLayout = new QHBoxLayout(toolBarBox);
horizToolBarLayout->setSpacing(10);
/* Spacer */
horizToolBarLayout->addWidget(new QWidget(toolBarBox), 10);
labelCoeffAlpha = new QLabel(toolBarBox);
labelCoeffAlpha->setText(tr("<h3>Coefficient \"A\": </h3>"));
labelCoeffEps = new QLabel(toolBarBox);
labelCoeffEps->setText(tr("<h3>Coefficient \"Eps\": </h3>"));
labelMeterEps = new QLabel(toolBarBox);
labelMeterEps->setText(tr("<h3> = 3 mm</h3>"));
horizToolBarLayout->addWidget(labelCoeffAlpha , 0);
horizToolBarLayout->addWidget(labelCoeffEps , 0);
horizToolBarLayout->addSpacing(10);
horizToolBarLayout->addWidget(spbDoubleBoxAlpha, 0);
horizToolBarLayout->addWidget(spbDoubleBoxEps, 0);
horizToolBarLayout->addWidget(labelMeterEps, 0);
labelCoeffEps->hide();
spbDoubleBoxEps->hide();
labelMeterEps->hide();
toolBar->addWidget(toolBarBox);
toolBar->setToolButtonStyle(Qt::ToolButtonTextUnderIcon);
}
void LevelTwoDec::createWidgets()
{
labelWarning = new QLabel(this);
labelWarning->setText(tr("Warning! System is not stable! You need refer to a specialist or increase the coefficient \"Eps\""));
labelWarning->setStyleSheet("QLabel { color: #FFFFFF; background-color: #FF0000 }");
labelWarning->setContentsMargins(2, 2, 2, 2);
horizLayoutTableLevelTwo = new QHBoxLayout;
horizLayoutTableLevelTwo->addWidget(viewTableLevelTwoModel);
horizLayoutTableLevelTwo->addWidget(levelTwoChart);
horizLayoutTableLevelTwo->addWidget(levelTwoMuChart);
vertLayoutTableLevelTwo = new QVBoxLayout(this);
vertLayoutTableLevelTwo->addWidget(toolBar);
vertLayoutTableLevelTwo->addLayout(horizLayoutTableLevelTwo);
vertLayoutTableLevelTwo->addWidget(labelWarning);
checkStability();
levelTwoMuChart->hide();
setLayout(vertLayoutTableLevelTwo);
qSwitch = true;
}
void LevelTwoDec::hideLevelTwoWidgets()
{
if (qSwitch)
{
viewTableLevelTwoModel->setModel(tableStabilityLevelTwoModel);
levelTwoChart->hide();
labelCoeffAlpha->hide();
spbDoubleBoxAlpha->hide();
labelCoeffEps->show();
spbDoubleBoxEps->show();
labelMeterEps->show();
levelTwoMuChart->show();
qSwitch = false;
}
else
{
viewTableLevelTwoModel->setModel(tableLevelTwoModel);
levelTwoMuChart->hide();
labelCoeffEps->hide();
spbDoubleBoxEps->hide();
labelMeterEps->hide();
levelTwoChart->show();
labelCoeffAlpha->show();
spbDoubleBoxAlpha->show();
qSwitch = true;
}
}
void LevelTwoDec::exportReportToHTML()
{
Generators *generator = new Generators();
QString fileName = QFileDialog::getSaveFileName(this,
tr("Save *.html file"),
"",
tr("HTML page (*.html);;All Files (*)"));
QFile file(fileName);
if (!(file.open(QIODevice::WriteOnly | QIODevice::Text)))
{
#ifdef _DEBUG
QMessageBox::critical(0, tr("Error!"), tr("Can't write HTML file!\n"
"Please check RW permission or correct select the file.\n"
"And try again!"));
qDebug() << "[Level 2] Error Writing HTML-file!";
#endif
return;
}
/* Create TextStream for HTML */
QTextStream out(&file);
/* HTML Structure */
structHTMLReportLevelTwo htmlReport;
htmlReport.header = "<!DOCTYPE html PUBLIC \"-//W3C//DTD XHTML 1.0 Transitional//EN\" \"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd\">\n"
"<html xmlns=\"http://www.w3.org/1999/xhtml\">\n"
"<head>\n"
"<meta http-equiv=\"Content-Type\" content=\"text/html; charset=utf-8\" />\n"
"<title>Report of the second level of decomposition (LEVEL II)</title></head>\n";
/* Taple properties and table one header */
htmlReport.tableOne = "<center>\n<h1>Table of phase coordinates:</h1>\n<table border =\"1\" bgcolor=\"#FFFF99\" cellpadding=\"5\">\n"
"<tr>\n<td align = \"center\"><strong><i>DATE</i></strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu|A</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha|A</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu Forecast|A</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha Forecast|A</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu|B</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha|B</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu Forecast|B</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha Forecast|B</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu|C</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha|C</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Mu Forecast|C</strong></td>";
htmlReport.tableOne += "<td align = \"center\"><strong>Alpha Forecast|C</strong></td>";
htmlReport.tableOne += "\n</tr>\n";
/************************************/
/* Taple properties and table one header */
htmlReport.tableTwo = "\n<br/><h1>Table of available deviations:\n</h1><table border =\"1\" bgcolor=\"#FFFF99\" cellpadding=\"5\">\n"
"<tr>\n<td align = \"center\"><strong><i>DATE</i></strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Upp.Lim]|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]-Mu[Upp.Lim]|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[i]-Mu[0]|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Result|A</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Upp.Lim]|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]-Mu[Upp.Lim]|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[i]-Mu[0]|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Result|B</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]|C</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu|C</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Upp.Lim]|C</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[Low.Lim]-Mu[Upp.Lim]|C</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Mu[i]-Mu[0]|C</strong></td>";
htmlReport.tableTwo += "<td align = \"center\"><strong>Result|C</strong></td>";
htmlReport.tableTwo += "\n</tr>\n";
/************************************/
htmlReport.trOpen = "<tr>\n";
htmlReport.trClose = "</tr>\n";
htmlReport.tdOpen = "<td align = \"center\">";
htmlReport.tdClose = "</td>";
htmlReport.footer = "</center>\n"
"</body>\n"
"</html>";
out << htmlReport.header;
out << "<body bgcolor =\"#FFFFCC\">\n";
if (!tableStabilityLevelTwoModel->checkSystemStable())
{
out << "<font color = \"#FF0000\"><strong>Warning! System isn't stable!</strong></font><br/>";
}
if (vectorForecastMuBlockA.size() > 3)
{
out << "Coefficient <strong>A</strong> is: " << (vectorForecastMuBlockA[2] - vectorMuBlockA[1]) / (vectorMuBlockA[2] - vectorMuBlockA[1]);
out << "<br/>Coefficient <strong>Eps</strong> is: " << vectorBlockAHigh[0][2] - vectorBlockAToLevelTwo[0][2];
}
else
{
out << "Add more value in table!<br/>";
}
/********** TABLE ONE **********/
out << htmlReport.tableOne;
for(size_t i = 0; i < row; ++i)
{
/* Put DATE to HTML Table */
out << htmlReport.trOpen << htmlReport.tdOpen << vectorDateToLevelTwo[i] << htmlReport.tdClose;
/* Put DATA to HTML Table */
out << htmlReport.tdOpen << vectorMuBlockA[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorAlphaBlockA[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastMuBlockA[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockA[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockB[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorAlphaBlockB[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastMuBlockB[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockB[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockC[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorAlphaBlockC[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastMuBlockC[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockC[i] << htmlReport.tdClose;
out << htmlReport.trClose;
}
out << htmlReport.trOpen;
out << htmlReport.tdOpen << QString("Forecast (%1)").arg(generator->dateGenerator()) << htmlReport.tdClose;
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << vectorForecastMuBlockA[row] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockA[row] << htmlReport.tdClose;
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << vectorForecastMuBlockB[row] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockB[row] << htmlReport.tdClose;
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << htmlReport.tdClose; // Empty Cell
out << htmlReport.tdOpen << vectorForecastMuBlockC[row] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorForecastAlphaBlockC[row] << htmlReport.tdClose;
out << htmlReport.trClose;
out << "</table>";
/********** END TABLE ONE **********/
/********** TABLE TWO **********/
out << htmlReport.tableTwo;
for(size_t i = 0; i < row; ++i)
{
bool qStableBlockA = (vectorMuBlockAUpperLimit[i] - vectorMuBlockALowerLimit[i]) >= qAbs(vectorMuBlockA[i] - vectorMuBlockA[0]);
bool qStableBlockB = (vectorMuBlockBUpperLimit[i] - vectorMuBlockBLowerLimit[i]) >= qAbs(vectorMuBlockB[i] - vectorMuBlockB[0]);
bool qStableBlockC = (vectorMuBlockCUpperLimit[i] - vectorMuBlockCLowerLimit[i]) >= qAbs(vectorMuBlockC[i] - vectorMuBlockC[0]);
/* Put DATE to HTML Table */
out << htmlReport.trOpen << htmlReport.tdOpen << vectorDateToLevelTwo[i] << htmlReport.tdClose;
/* Put DATA to HTML Table */
out << htmlReport.tdOpen << vectorMuBlockALowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockA[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockAUpperLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockAUpperLimit[i] - vectorMuBlockALowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << qAbs(vectorMuBlockA[i] - vectorMuBlockA[0]) << htmlReport.tdClose;
(qStableBlockA) ? out << "<td align = \"center\" bgcolor=\"#00FF00\">" << "Stable" << htmlReport.tdClose
: out << "<td align = \"center\" bgcolor=\"#FF0000\">" << "Unstable" << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockBLowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockB[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockBUpperLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockBUpperLimit[i] - vectorMuBlockBLowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << qAbs(vectorMuBlockB[i] - vectorMuBlockB[0]) << htmlReport.tdClose;
(qStableBlockB) ? out << "<td align = \"center\" bgcolor=\"#00FF00\">" << "Stable" << htmlReport.tdClose
: out << "<td align = \"center\" bgcolor=\"#FF0000\">" << "Unstable" << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockCLowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockC[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockCUpperLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << vectorMuBlockCUpperLimit[i] - vectorMuBlockCLowerLimit[i] << htmlReport.tdClose;
out << htmlReport.tdOpen << qAbs(vectorMuBlockC[i] - vectorMuBlockC[0]) << htmlReport.tdClose;
(qStableBlockC) ? out << "<td align = \"center\" bgcolor=\"#00FF00\">" << "Stable" << htmlReport.tdClose
: out << "<td align = \"center\" bgcolor=\"#FF0000\">" << "Unstable" << htmlReport.tdClose;
out << htmlReport.trClose;
}
out << "</table>";
/********** END TABLE TWO **********/
out << htmlReport.footer;
file.close();
delete generator;
QMessageBox *pmbx = new QMessageBox(QMessageBox::Question,
tr("Success!"),
tr("Level Two HTML-report is created successfully.\n"
"Show HTML Page in your browser?"),
QMessageBox::Yes | QMessageBox::No);
int n = pmbx->exec();
delete pmbx;
if (n == QMessageBox::No)
{
return;
}
else if (n == QMessageBox::Yes)
{
/* Open HTML Table in your browser */
QDesktopServices::openUrl(QUrl::fromLocalFile(fileName));
}
}
void LevelTwoDec::checkStability()
{
if (!tableStabilityLevelTwoModel->checkSystemStable())
{
labelWarning->show();
}
else
{
labelWarning->hide();
}
}
void LevelTwoDec::changedAlpha(double i)
{
vectorForecastMuBlockA.clear();
vectorForecastMuBlockB.clear();
vectorForecastMuBlockC.clear();
vectorForecastAlphaBlockA.clear();
vectorForecastAlphaBlockB.clear();
vectorForecastAlphaBlockC.clear();
for (size_t j = 0; j <= row; ++j)
{
getMuForecast(j, i, avrg_mu_blockA, vectorMuBlockA, vectorForecastMuBlockA);
getMuForecast(j, i, avrg_mu_blockB, vectorMuBlockB, vectorForecastMuBlockB);
getMuForecast(j, i, avrg_mu_blockC, vectorMuBlockC, vectorForecastMuBlockC);
getAlphaForecast(j, i, avrg_alpha_blockA, vectorAlphaBlockA, vectorForecastAlphaBlockA);
getAlphaForecast(j, i, avrg_alpha_blockB, vectorAlphaBlockB, vectorForecastAlphaBlockB);
getAlphaForecast(j, i, avrg_alpha_blockC, vectorAlphaBlockC, vectorForecastAlphaBlockC);
}
tableLevelTwoModel->setCurrencyVectors(vectorDateToLevelTwo,
vectorMuBlockA,
vectorForecastMuBlockA,
vectorAlphaBlockA,
vectorForecastAlphaBlockA,
vectorMuBlockB,
vectorForecastMuBlockB,
vectorAlphaBlockB,
vectorForecastAlphaBlockB,
vectorMuBlockC,
vectorForecastMuBlockC,
vectorAlphaBlockC,
vectorForecastAlphaBlockC);
viewTableLevelTwoModel->selectRow(row);
// viewTableLevelOneModel->setFocus();
readDataOfVectorsToChart();
}
void LevelTwoDec::changedEps(double eps)
{
vectorMuBlockALowerLimit.clear();
vectorMuBlockAUpperLimit.clear();
vectorMuBlockBLowerLimit.clear();
vectorMuBlockBUpperLimit.clear();
vectorMuBlockCLowerLimit.clear();
vectorMuBlockCUpperLimit.clear();
createBlocksVectorsSensReadingsLandH(true, eps, vectorBlockAToLevelTwo, vectorBlockALow);
createBlocksVectorsSensReadingsLandH(true, eps, vectorBlockBToLevelTwo, vectorBlockBLow);
createBlocksVectorsSensReadingsLandH(true, eps, vectorBlockCToLevelTwo, vectorBlockCLow);
createBlocksVectorsSensReadingsLandH(false, eps, vectorBlockAToLevelTwo, vectorBlockAHigh);
createBlocksVectorsSensReadingsLandH(false, eps, vectorBlockBToLevelTwo, vectorBlockBHigh);
createBlocksVectorsSensReadingsLandH(false, eps, vectorBlockCToLevelTwo, vectorBlockCHigh);
for (size_t i = 0; i < row; ++i)
{
vectorMuBlockALowerLimit.push_back(getMuLimits(i, vectorBlockALow));
vectorMuBlockBLowerLimit.push_back(getMuLimits(i, vectorBlockBLow));
vectorMuBlockCLowerLimit.push_back(getMuLimits(i, vectorBlockCLow));
vectorMuBlockAUpperLimit.push_back(getMuLimits(i, vectorBlockAHigh));
vectorMuBlockBUpperLimit.push_back(getMuLimits(i, vectorBlockBHigh));
vectorMuBlockCUpperLimit.push_back(getMuLimits(i, vectorBlockCHigh));
}
tableStabilityLevelTwoModel->setCurrencyVectors(vectorDateToLevelTwo,
vectorMuBlockALowerLimit,
vectorMuBlockA,
vectorMuBlockAUpperLimit,
vectorMuBlockBLowerLimit,
vectorMuBlockB,
vectorMuBlockBUpperLimit,
vectorMuBlockCLowerLimit,
vectorMuBlockC,
vectorMuBlockCUpperLimit);
viewTableLevelTwoModel->selectRow(row - 1);
tableStabilityLevelTwoModel->setCurrencyVectors(vectorDateToLevelTwo,
vectorMuBlockALowerLimit,
vectorMuBlockA,
vectorMuBlockAUpperLimit,
vectorMuBlockBLowerLimit,
vectorMuBlockB,
vectorMuBlockBUpperLimit,
vectorMuBlockCLowerLimit,
vectorMuBlockC,
vectorMuBlockCUpperLimit);
readDataOfVectorsToMuChart();
checkStability();
}
void LevelTwoDec::setDoubleCountToLabel(double eps)
{
labelMeterEps->setText(QString(tr("<h3> = %1 mm</h3>")).arg(eps * 1000));
}
void LevelTwoDec::showHelp()
{
HelpBrowser::showPage("index.html");
}
void LevelTwoDec::chooseExportCharts()
{
QMessageBox *pmbx = new QMessageBox(QMessageBox::Information,
tr("Export"),
tr("What is the chart you want to export?"),
QMessageBox::Yes | QMessageBox::No | QMessageBox::Close);
pmbx->button(QMessageBox::Yes)->setText(tr("Phase Coordinates"));
pmbx->button(QMessageBox::No)->setText(tr("Available Deviations"));
int n = pmbx->exec();
delete pmbx;
if (n == QMessageBox::Yes)
{
levelTwoChart->exportLevelTwoPlotToImage();
return;
}
else if (n == QMessageBox::No)
{
levelTwoMuChart->exportLevelTwoPlotToImage();
return;
}
else if (n == QMessageBox::Close)
{
return;
}
}
void LevelTwoDec::choosePrintCharts()
{
QMessageBox *pmbx = new QMessageBox(QMessageBox::Information,
tr("Print"),
tr("What is the chart you want to print?"),
QMessageBox::Yes | QMessageBox::No | QMessageBox::Close);
pmbx->button(QMessageBox::Yes)->setText(tr("Phase Coordinates"));
pmbx->button(QMessageBox::No)->setText(tr("Available Deviations"));
int n = pmbx->exec();
delete pmbx;
if (n == QMessageBox::Yes)