void CalculateAmplitudes::filterView(int startRow, int cnt) {
bool showSuccess = _ui.comboFilterState->currentIndex() == 1;
bool showErrors = _ui.comboFilterState->currentIndex() == 2;
bool showProgress = _ui.comboFilterState->currentIndex() == 3;
QString type = _ui.comboFilterType->currentIndex() == 0?"":_ui.comboFilterType->currentText();
int endRow;
if ( cnt < 0 )
endRow = _ui.table->rowCount();
else
endRow = startRow + cnt;
for ( int i = startRow; i < endRow; ++i ) {
bool hide = false;
if ( showSuccess ) {
QProgressBar *progressBar = static_cast<QProgressBar*>(_ui.table->cellWidget(i, 3));
QTableWidgetItem *item = _ui.table->item(i, 3);
if ( progressBar != NULL && progressBar->value() < 100 )
hide = true;
else if ( item && item->data(Qt::UserRole) == 1 )
hide = true;
}
if ( showErrors ) {
QTableWidgetItem *item = _ui.table->item(i, 3);
if ( _ui.table->cellWidget(i, 3) != NULL ||
(item && item->data(Qt::UserRole) != 1) )
hide = true;
}
if ( showProgress ) {
QProgressBar *progressBar = static_cast<QProgressBar*>(_ui.table->cellWidget(i, 3));
QTableWidgetItem *item = _ui.table->item(i, 3);
if ( progressBar == NULL || progressBar->value() == 100 )
hide = true;
else if ( item && item->data(Qt::UserRole) == 1 )
hide = true;
}
if ( !type.isEmpty() ) {
if ( _ui.table->item(i, 1)->text() != type )
hide = true;
}
if ( hide )
_ui.table->hideRow(i);
else
_ui.table->showRow(i);
}
}
void ConnectionChecker::timeOut()
{
i++;
if( i > 5000 )
{
ui->statusLabel->setText( "No Data Recieved, Change Port" );
timer->stop();
}
QProgressBar* bar = ui->statusBar;
bar->setValue(bar->value()+1);
if( bar->value() > 99 )
bar->setValue(0);
}
void dataBase::fillFromJson(const QString &path)
{
QProgressBar bar;
bar.show();
QFile file(path);
if(!file.open(QFile::ReadOnly))
{
throw std::runtime_error(("No file "+ path).toStdString());
}
bool ok = false;
QVariantMap map = QtJson::parse(QString::fromUtf8(file.readAll().data()), ok).toMap();
if(!ok)
{
throw std::runtime_error(("Cant parse "+ path).toStdString());
}
for(QVariantMap::const_iterator it = map.begin(); it != map.end(); ++it)
{
QList<QVariant> list = it.value().toList();
for(QList<QVariant>::const_iterator list_it = list.begin(); list_it != list.end(); ++list_it)
{
bar.setValue(bar.value() >= bar.maximum() ? 0 : bar.value()+1);
qApp->processEvents();
QList<QVariant> values = list_it->toList();
QString q_text = QString("INSERT INTO %1 ( coeff, hrn ) VALUES ( '%2', '%3' )")
.arg(it.key())
.arg(values.at(0).toString())
.arg(values.at(1).toString());
query(q_text);
}
}
QList<QVariant> regions = map["regions"].toList();
for(QList<QVariant>::const_iterator it = regions.begin(); it!= regions.end(); ++it )
{
QList<QVariant> towns = it->toList().at(2).toList();
for(QList<QVariant>::const_iterator town_it = towns.begin(); town_it != towns.end(); ++town_it )
{
bar.setValue(bar.value() >= bar.maximum() ? 0 : bar.value()+1);
qApp->processEvents();
QList<QVariant> town_desc = town_it->toList();
QString q_text = QString("INSERT INTO towns VALUES ( %1, '%2', %3, %4, %5)")
.arg(town_desc.at(0).toInt())
.arg(town_desc.at(1).toString())
.arg(town_desc.at(2).toString())
.arg(town_desc.at(3).toString())
.arg(it->toList().at(0).toInt());
query(q_text);
}
}
bar.close();
}
/**
* Sets a new value to the progress bar.
* If the new value is non-zero, the progress bar is advanced. Otherwise, the
* idle timer is initiated to display a busy indicator.
* @param nValue The new value to set.
*/
void ProgressDlg::setValue(int nValue)
{
QProgressBar* pProgress;
pProgress = progressBar();
if (nValue != 0) {
// Do nothing if the value hasn't changed
if (nValue == pProgress->value())
return;
// Handle first non-zero value
if (m_nIdleValue >= 0) {
m_pIdleTimer->stop();
m_nIdleValue = -1;
pProgress->setTextVisible(true);
}
// Set the new value
pProgress->setValue(nValue);
}
else if (m_nIdleValue == -1) {
// Handle first 0 value
pProgress->setValue(0);
pProgress->setTextVisible(false);
m_nIdleValue = 0;
m_pIdleTimer->start(200);
}
}
void XXPortManager::slotImportJobDone( KJob * )
{
if ( !mImportProgressDialog ) {
return;
}
QProgressBar *progressBar = mImportProgressDialog->progressBar();
progressBar->setValue( progressBar->value() + 1 );
// cleanup on last step
if ( progressBar->value() == progressBar->maximum() ) {
mImportProgressDialog->deleteLater();
mImportProgressDialog = 0;
}
}
void BackupDialog::backup()
{
QDir dir;
// Compute a default file name & path (eg. "Baskets_2007-01-31.tar.gz"):
KConfig *config = KGlobal::config().data();
KConfigGroup configGroup(config, "Backups");
QString folder = configGroup.readEntry("lastFolder", QDir::homePath()) + "/";
QString fileName = i18np("Backup filename (without extension), %1 is the date", "Baskets_%1", QDate::currentDate().toString(Qt::ISODate));
QString url = folder + fileName;
// Ask a file name & path to the user:
QString filter = "*.tar.gz|" + i18n("Tar Archives Compressed by Gzip") + "\n*|" + i18n("All Files");
QString destination = url;
for (bool askAgain = true; askAgain;) {
// Ask:
destination = KFileDialog::getSaveFileName(destination, filter, 0, i18n("Backup Baskets"));
// User canceled?
if (destination.isEmpty())
return;
// File already existing? Ask for overriding:
if (dir.exists(destination)) {
int result = KMessageBox::questionYesNoCancel(
0,
"<qt>" + i18n("The file <b>%1</b> already exists. Do you really want to override it?",
KUrl(destination).fileName()),
i18n("Override File?"),
KGuiItem(i18n("&Override"), "document-save")
);
if (result == KMessageBox::Cancel)
return;
else if (result == KMessageBox::Yes)
askAgain = false;
} else
askAgain = false;
}
KProgressDialog dialog(0, i18n("Backup Baskets"), i18n("Backing up baskets. Please wait..."));
dialog.setModal(true);
dialog.setAllowCancel(false);
dialog.setAutoClose(true);
dialog.show();
QProgressBar *progress = dialog.progressBar();
progress->setRange(0, 0/*Busy/Undefined*/);
progress->setValue(0);
progress->setTextVisible(false);
BackupThread thread(destination, Global::savesFolder());
thread.start();
while (thread.isRunning()) {
progress->setValue(progress->value() + 1); // Or else, the animation is not played!
kapp->processEvents();
usleep(300); // Not too long because if the backup process is finished, we wait for nothing
}
Settings::setLastBackup(QDate::currentDate());
Settings::saveConfig();
populateLastBackup();
}
void inc_progress_bar(int, int, void *p)
{
QProgressBar *bar = (QProgressBar *)p;
int value = bar->value();
if (value == bar->maximum()) {
bar->reset();
} else {
bar->setValue(value +1);
}
}
ProgressUI::ProgressUI(QWidget *parent)
: THWidgetBase(parent)
{
timerId = -1;
gradient = 0;
hideTitleBar();
setWindowFlags(Qt::FramelessWindowHint | Qt::WindowStaysOnTopHint | Qt::Tool);
setWindowModality(Qt::ApplicationModal);
QVBoxLayout *v = new QVBoxLayout(this);
v->setContentsMargins(5, 5, 5, 5);
v->setSpacing(0);
lbl = new QLabel(this);
lbl->setStyleSheet(QStringLiteral("font-family:΢ÈíÑźÚ;font:12px;color:white;"));
QProgressBar *pbar = new QProgressBar(this);
pbar->setRange(0, 100);
pbar->setValue(0);
pbar->setFixedSize(260, 12);
QFile file;
file.setFileName(":res/css/progressbar.css");
if (file.open(QIODevice::ReadOnly))
{
QByteArray ba = file.readAll();
pbar->setStyleSheet(QTextCodec::codecForLocale()->toUnicode(ba));
}
file.close();
v->addWidget(lbl, 1, Qt::AlignCenter);
v->addWidget(pbar, 1, Qt::AlignCenter);
setFixedSize(280, 50);
connect(this, &ProgressUI::setValue, pbar, [=] (int value) {
pbar->setValue(value);
if (pbar->value() >= 100)
{
lbl->setText(QStringLiteral("Íê³É"));
emit execFinished();
QTimer::singleShot(1000, this, [=] () {
disconnect(this, 0, 0, 0);
this->close();
this->deleteLater();
});
}
});
timerId = startTimer(60/*, Qt::VeryCoarseTimer*/);
}
int main(int argc, char **argv)
{
int p = 0;
toConfigurationNew::setQSettingsEnv();
QApplication app(argc, argv);
qRegisterMetaType<toQColumnDescriptionList>("toQColumnDescriptionList&");
qRegisterMetaType<ValuesList>("ValuesList&");
qRegisterMetaType<toConnection::exception>("toConnection::exception");
try
{
toSplash splash(NULL);
splash.show();
QList<QString> plugins;
// List of all connection provider finders
std::vector<std::string> finders = ConnectionProviderFinderFactory::Instance().keys();
// Resulting list of all the providers found
toProvidersList &allProviders = toProvidersListSing::Instance();
QProgressBar *progress = splash.progress();
QLabel *label = splash.label();
progress->setRange(1, plugins.size() + finders.size()*2);
qApp->processEvents();
Q_FOREACH(QString path, plugins)
{
label->setText(qApp->translate("main", "Loading plugin %1").arg(path));
qApp->processEvents();
bool success = false;
try
{
QLibrary library(path);
success = library.load();
}
TOCATCH;
if (success)
{
label->setText(qApp->translate("main", "Loaded plugin %1").arg(path));
TLOG(5, toDecoratorNC, __HERE__) << "Loaded plugin " << path << std::endl;
}
else
{
label->setText(qApp->translate("main", "Failed loading plugin %1").arg(path));
TLOG(5, toDecoratorNC, __HERE__) << "Failed loading plugin " << path << std::endl;
}
progress->setValue(progress->value()+1);
qApp->processEvents();
}
// Loop over all finders and call their "find" method, each of them can return several locations
for (std::vector<std::string>::const_iterator i = finders.begin(); i != finders.end(); ++i)
{
QString finderName(i->c_str());
label->setText(qApp->translate("main", "Looking for %1").arg(finderName));
qApp->processEvents();
TLOG(5, toDecoratorNC, __HERE__) << "Looking for client: " << *i << std::endl;
try
{
std::unique_ptr<toConnectionProviderFinder> finder = ConnectionProviderFinderFactory::Instance().create(*i, 0);
QList<toConnectionProviderFinder::ConnectionProvirerParams> l = finder->find();
allProviders.append(l);
finderName = finder->name();
}
TOCATCH;
progress->setValue(progress->value()+1);
qApp->processEvents();
}
// Loop over all providers found and try to load desired Oracle client
// 1st try to load requested Oracle client(if set) then load thick(TNS) Oracle client
QDir oHome = toConfigurationNewSingle::Instance().option(ToConfiguration::Global::OracleHomeDirectory).toString();
Q_FOREACH(toConnectionProviderFinder::ConnectionProvirerParams const& params, allProviders)
{
QString providerName = params.value("PROVIDER").toString();
if ( params.value("PROVIDER").toString() != ORACLE_PROVIDER)
continue;
QDir pHome(params.value("ORACLE_HOME").toString());
if (oHome != pHome)
continue;
try
{
label->setText(qApp->translate("main", "Loading provider %1").arg(providerName));
qApp->processEvents();
TLOG(5, toDecoratorNC, __HERE__) << "Loading: " << params.value("PATH").toString() << std::endl;
toConnectionProviderRegistrySing::Instance().load(params);
progress->setValue(progress->value()+1);
qApp->processEvents();
break;
}
TOCATCH;
}
void MetaEditorSupportPlugin::generateEditorWithQrmc()
{
qrmc::MetaCompiler metaCompiler(*mLogicalRepoApi, ".");
IdList const metamodels = mLogicalRepoApi->children(Id::rootId());
QProgressBar *progress = new QProgressBar(mMainWindowInterface->windowWidget());
progress->show();
int const progressBarWidth = 240;
int const progressBarHeight = 20;
QApplication::processEvents();
QRect const screenRect = qApp->desktop()->availableGeometry();
progress->move(screenRect.width() / 2 - progressBarWidth / 2, screenRect.height() / 2 - progressBarHeight / 2);
progress->setFixedWidth(progressBarWidth);
progress->setFixedHeight(progressBarHeight);
progress->setRange(0, 100);
int forEditor = 60 / metamodels.size();
foreach (Id const &key, metamodels) {
QString const objectType = key.element();
if (objectType == "MetamodelDiagram" && mLogicalRepoApi->isLogicalElement(key)) {
QString nameOfTheDirectory = mLogicalRepoApi->stringProperty(key, "name of the directory");
QString nameOfMetamodel = mLogicalRepoApi->stringProperty(key, "name");
QString nameOfPlugin = nameOfTheDirectory.split("/").last();
if (QMessageBox::question(mMainWindowInterface->windowWidget()
, tr("loading..")
, QString(tr("Do you want to compile and load editor %1?")).arg(nameOfPlugin)
, QMessageBox::Yes, QMessageBox::No)
== QMessageBox::No)
{
continue;
}
progress->setValue(5);
const QString normalizedName = nameOfMetamodel.at(0).toUpper() + nameOfMetamodel.mid(1);
const bool stateOfLoad = mMainWindowInterface->pluginLoaded(normalizedName);
if (!mMainWindowInterface->unloadPlugin(normalizedName)) {
progress->close();
delete progress;
return;
}
if (!metaCompiler.compile(nameOfMetamodel)) { // generating source code for all metamodels
QMessageBox::warning(mMainWindowInterface->windowWidget()
, tr("error")
, tr("Cannot generate source code for editor ") + nameOfPlugin);
continue;
}
progress->setValue(20);
QStringList qmakeArgs;
qmakeArgs.append("CONFIG+=" + mLogicalRepoApi->stringProperty(key, "buildConfiguration"));
qmakeArgs.append(nameOfMetamodel + ".pro");
QProcess builder;
builder.setWorkingDirectory(nameOfTheDirectory);
const QStringList environment = QProcess::systemEnvironment();
builder.setEnvironment(environment);
builder.start(SettingsManager::value("pathToQmake").toString(), qmakeArgs);
qDebug() << "qmake";
if ((builder.waitForFinished()) && (builder.exitCode() == 0)) {
progress->setValue(40);
builder.start(SettingsManager::value("pathToMake").toString());
bool finished = builder.waitForFinished(100000);
qDebug() << "make";
if (finished && (builder.exitCode() == 0)) {
if (stateOfLoad) {
QMessageBox::warning(mMainWindowInterface->windowWidget()
, tr("Attention!"), tr("Please restart QReal."));
progress->close();
delete progress;
return;
}
qDebug() << "make ok";
progress->setValue(progress->value() + forEditor / 2);
if (!nameOfMetamodel.isEmpty()) {
if (!mMainWindowInterface->unloadPlugin(normalizedName)) {
QMessageBox::warning(mMainWindowInterface->windowWidget()
, tr("error")
, tr("cannot unload plugin ") + normalizedName);
progress->close();
delete progress;
continue;
}
}
QString suffix = "";
if (mLogicalRepoApi->stringProperty(key, "buildConfiguration") == "debug") {
suffix = "-d";
}
QString const generatedPluginFileName = SettingsManager::value("prefix").toString()
+ nameOfMetamodel
+ suffix
+ "."
+ SettingsManager::value("pluginExtension").toString()
;
if (mMainWindowInterface->loadPlugin(generatedPluginFileName, normalizedName)) {
progress->setValue(progress->value() + forEditor / 2);
}
}
progress->setValue(100);
}
}
}
void BackupDialog::restore()
{
// Get last backup folder:
KConfig *config = KGlobal::config().data();
KConfigGroup configGroup(config, "Backups");
QString folder = configGroup.readEntry("lastFolder", QDir::homePath()) + "/";
// Ask a file name to the user:
QString filter = "*.tar.gz|" + i18n("Tar Archives Compressed by Gzip") + "\n*|" + i18n("All Files");
QString path = KFileDialog::getOpenFileName(folder, filter, this, i18n("Open Basket Archive"));
if (path.isEmpty()) // User has canceled
return;
// Before replacing the basket data folder with the backup content, we safely backup the current baskets to the home folder.
// So if the backup is corrupted or something goes wrong while restoring (power cut...) the user will be able to restore the old working data:
QString safetyPath = Backup::newSafetyFolder();
FormatImporter copier;
copier.moveFolder(Global::savesFolder(), safetyPath);
// Add the README file for user to cancel a bad restoration:
QString readmePath = safetyPath + i18n("README.txt");
QFile file(readmePath);
if (file.open(QIODevice::WriteOnly)) {
QTextStream stream(&file);
stream << i18n("This is a safety copy of your baskets like they were before you started to restore the backup %1.", KUrl(path).fileName()) + "\n\n"
<< i18n("If the restoration was a success and you restored what you wanted to restore, you can remove this folder.") + "\n\n"
<< i18n("If something went wrong during the restoration process, you can re-use this folder to store your baskets and nothing will be lost.") + "\n\n"
<< i18n("Choose \"Basket\" -> \"Backup & Restore...\" -> \"Use Another Existing Folder...\" and select that folder.") + "\n";
file.close();
}
QString message =
"<p><nobr>" + i18n("Restoring <b>%1</b>. Please wait...", KUrl(path).fileName()) + "</nobr></p><p>" +
i18n("If something goes wrong during the restoration process, read the file <b>%1</b>.", readmePath);
KProgressDialog *dialog = new KProgressDialog(0, i18n("Restore Baskets"), message);
dialog->setModal(/*modal=*/true);
dialog->setAllowCancel(false);
dialog->setAutoClose(true);
dialog->show();
QProgressBar *progress = dialog->progressBar();
progress->setRange(0, 0/*Busy/Undefined*/);
progress->setValue(0);
progress->setTextVisible(false);
// Uncompress:
RestoreThread thread(path, Global::savesFolder());
thread.start();
while (thread.isRunning()) {
progress->setValue(progress->value() + 1); // Or else, the animation is not played!
kapp->processEvents();
usleep(300); // Not too long because if the restore process is finished, we wait for nothing
}
dialog->hide(); // The restore is finished, do not continue to show it while telling the user the application is going to be restarted
delete dialog; // If we only hidden it, it reappeared just after having restored a small backup... Very strange.
dialog = 0; // This was annoying since it is modal and the "BasKet Note Pads is going to be restarted" message was not reachable.
//kapp->processEvents();
// Check for errors:
if (!thread.success()) {
// Restore the old baskets:
QDir dir;
dir.remove(readmePath);
copier.moveFolder(safetyPath, Global::savesFolder());
// Tell the user:
KMessageBox::error(0, i18n("This archive is either not a backup of baskets or is corrupted. It cannot be imported. Your old baskets have been preserved instead."), i18n("Restore Error"));
return;
}
// Note: The safety backup is not removed now because the code can has been wrong, somehow, or the user perhapse restored an older backup by error...
// The restore process will not be called very often (it is possible it will only be called once or twice arround the world during the next years).
// So it is rare enough to force the user to remove the safety folder, but keep him in control and let him safely recover from restoration errors.
Backup::setFolderAndRestart(Global::savesFolder()/*No change*/, i18n("Your backup has been successfuly restored to <b>%1</b>. %2 is going to be restarted to take this change into account."));
}
QWidget* WidgetStyle::createWidget(const QString& name)
{
if(name == "CheckBox")
{
QCheckBox* box = new QCheckBox("CheckBox");
box->setObjectName("CheckBox");
return setLayoutWidget({ box }, { 100, 30 });
}
else if(name == "ComboBox")
{
QComboBox* box = new QComboBox;
box->addItem("Item1");
box->addItem("Item3");
box->addItem("Item3");
box->setObjectName("ComboBox");
return setLayoutWidget({ box }, { 70, 30 });
}
else if(name == "DateEdit")
{
QDateEdit* date = new QDateEdit;
date->setObjectName("DateEdit");
return setLayoutWidget({ date }, { 110, 40 });
}
else if(name == "DateTimeEdit")
{
QDateTimeEdit* date = new QDateTimeEdit;
date->setObjectName("DateTimeEdit");
return setLayoutWidget({ date }, { 160, 30 });
}
else if(name == "Dialog")
{
QDialog* dialog = new QDialog;
dialog->setObjectName("Dialog");
return setLayoutWidget({ dialog }, { 160, 110 });
}
else if(name == "DockWidget") //?
{
QDockWidget* widget = new QDockWidget;
widget->setObjectName("DockWidget");
widget->resize(61, 22);
return widget;
}
else if(name == "DoubleSpinBox")
{
QDoubleSpinBox* box = new QDoubleSpinBox;
box->setObjectName("DoubleSpinBox");
return setLayoutWidget({ box }, { 90, 40 });
}
else if(name == "Frame") //??
{
QFrame* frame = new QFrame;
frame->setObjectName("Frame");
frame->resize(150, 100);
return frame;
}
else if(name == "GroupBox")
{
QGroupBox* box = new QGroupBox("GroupBox");
box->setObjectName("GroupBox");
return setLayoutWidget({ box }, { 160, 110 });
}
else if(name == "Label")
{
QLabel* label = new QLabel("Label");
label->setObjectName("Label");
return setLayoutWidget({ label }, { 40, 20});
}
else if(name == "LineEdit")
{
QLineEdit* line = new QLineEdit;
line->setObjectName("LineEdit");
return setLayoutWidget({ line }, { 30, 30 });
}
else if(name == "ListView") //??
{
QListView* view = new QListView;
view->setObjectName("ListView");
view->resize(71, 71);
return view;
}
else if(name == "ListWidget")
{
QListWidget* list = new QListWidget;
list->setObjectName("ListWidget");
for(int i = 0; i < 20; i++)
list->addItem(QString("Item %1").arg(i));
return setLayoutWidget({ list }, { 80, 80 });
}
else if(name == "MainWindow")
{
QMainWindow* window = new QMainWindow;
window->setObjectName("MainWindow");
return setLayoutWidget({ window }, { 160, 110 });
}
else if(name == "Menu")
{
QMenu* parentMenu = new QMenu;
parentMenu->setObjectName("Menu");
parentMenu->addMenu("Menu1");
QMenu* menu1 = parentMenu->addMenu("Menu2");
menu1->addMenu("Menu1");
menu1->addMenu("Menu2");
parentMenu->addSeparator();
parentMenu->addMenu("Menu3");
return setLayoutWidget({ parentMenu }, { 160, 110 });
}
else if(name == "MenuBar")
{
QMenuBar* bar = new QMenuBar;
bar->setObjectName("QMenuBar");
QMenu* menu1 = bar->addMenu("MenuBar1");
menu1->addMenu("Menu1");
menu1->addSeparator();
menu1->addMenu("Menu2");
QMenu* menu2 = bar->addMenu("MenuBar2");
menu2->addMenu("Menu1");
menu2->addSeparator();
menu2->addMenu("Menu2");
QMenu* menu3 = bar->addMenu("MenuBar3");
menu3->addMenu("Menu1");
menu3->addSeparator();
menu3->addMenu("Menu2");
return setLayoutWidget({ bar }, { 280, 60 });
}
else if(name == "ProgressBar")
{
QProgressBar* bar = new QProgressBar;
bar->setObjectName("ProgressBar");
bar->setRange(0, 100);
bar->setValue(0);
QTimer* timer = new QTimer(bar);
this->connect(timer, &QTimer::timeout, this, [bar]()
{
if(bar->value() == 100)
bar->setValue(0);
else
bar->setValue(bar->value() + 1);
});
timer->start(100);
return setLayoutWidget({ bar }, { 110, 30 });
}
else if(name == "PushButton")
{
QPushButton* button = new QPushButton("PushButton");
button->setObjectName("PushButton");
return setLayoutWidget({ button }, { 125, 30 });
}
else if(name == "RadioButton")
{
QRadioButton* button = new QRadioButton("RadioButton");
button->setObjectName("RadioButton");
return setLayoutWidget({ button }, { 125, 30 });
}
else if(name == "ScrollBar")
{
QScrollBar* barH = new QScrollBar(Qt::Horizontal);
QScrollBar* barV = new QScrollBar(Qt::Vertical);
barH->setObjectName("ScrollBarH");
barV->setObjectName("ScrollBarV");
return setLayoutWidget({ barH, barV }, { 200, 100 });
}
else if(name == "Slider")
{
QSlider* sliderH = new QSlider(Qt::Horizontal);
QSlider* sliderV = new QSlider(Qt::Vertical);
sliderH->setObjectName("SliderH");
sliderV->setObjectName("SliderV");
return setLayoutWidget({ sliderH, sliderV }, { 200, 100 });
}
else if(name == "SpinBox")
{
QSpinBox* spinBox = new QSpinBox;
spinBox->setObjectName("SpinBox");
return setLayoutWidget({ spinBox }, { 60, 35 });
}
else if(name == "Splitter")
{
QSplitter* splitterV = new QSplitter(Qt::Vertical);
QSplitter* splitterH = new QSplitter(Qt::Horizontal);
splitterV->setObjectName("SplitterV");
splitterH->setObjectName("SplitterH");
splitterV->addWidget(new QPushButton("PushButton1"));
splitterV->addWidget(new QPushButton("PushButton2"));
splitterH->addWidget(splitterV);
splitterH->addWidget(new QPushButton("PushButton3"));
return setLayoutWidget({ splitterH }, { 250, 110 });
}
else if(name == "TabWidget")
{
QTabWidget* tab = new QTabWidget;
tab->addTab(new QWidget, "Widget1");
tab->addTab(new QWidget, "Widget2");
tab->addTab(new QWidget, "Widget3");
tab->setObjectName("TabWidget");
return setLayoutWidget({ tab }, { 210, 110 });
}
else if(name == "TableView") //?
{
QTableView* view = new QTableView;
view->setObjectName("TableView");
view->resize(200, 100);
return view;
}
else if(name == "TableWidget")
{
const int n = 100;
QStringList list = { "one", "two", "three" };
QTableWidget* table = new QTableWidget(n, n);
table->setObjectName("TableWidget");
table->setHorizontalHeaderLabels(list);
table->setVerticalHeaderLabels(list);
for(int i = 0; i < n; i++)
for(int j = 0; j < n; j++)
table->setItem(i, j, new QTableWidgetItem(QString("%1, %2").arg(i).arg(j)));
return setLayoutWidget({ table }, { 210, 110 });
}
else if(name == "TextEdit")
{
QTextEdit* text = new QTextEdit;
text->setObjectName("TextEdit");
return setLayoutWidget({ text }, { 80, 80 });
}
else if(name == "TimeEdit")
{
QTimeEdit* time = new QTimeEdit;
time->setObjectName("TimeEdit");
return setLayoutWidget({ time }, { 80, 80 });
}
else if(name == "ToolButton")
{
QToolButton* button = new QToolButton;
button->setText("ToolButton");
button->setObjectName("ToolButton");
return setLayoutWidget({ button }, { 95, 25 });
}
else if(name == "ToolBox")
{
QToolBox* box = new QToolBox;
box->addItem(new QWidget, "Widget1");
box->addItem(new QWidget, "Widget2");
box->addItem(new QWidget, "Widget3");
box->setObjectName("ToolBox");
return setLayoutWidget({ box }, { 110, 180 });
}
else if(name == "TreeView") //?
{
QTreeView* tree = new QTreeView;
tree->setObjectName("TreeView");
tree->resize(200, 100);
return tree;
}
else if(name == "TreeWidget")
{
QTreeWidget* tree = new QTreeWidget;
tree->setObjectName("TreeWidget");
tree->setHeaderLabels({ "Folders", "Used Space" });
QTreeWidgetItem* item = new QTreeWidgetItem(tree);
item->setText(0, "Local Disk");
for(int i = 1; i < 20; i++)
{
QTreeWidgetItem* dir = new QTreeWidgetItem(item);
dir->setText(0, "Directory" + QString::number(i));
dir->setText(1, QString::number(i) + "MB");
}
tree->setItemExpanded(item, true);
return setLayoutWidget({ tree }, { 210, 110 });
}
else if(name == "Widget")
{
QWidget* widget = new QWidget;
widget->setObjectName("Widget");
return setLayoutWidget({ widget }, { 210, 110 });
}
return nullptr;
}
void Archive::save(Basket *basket, bool withSubBaskets, const QString &destination)
{
QDir dir;
KProgressDialog dialog(0, i18n("Save as Basket Archive"), i18n("Saving as basket archive. Please wait..."), /*Not modal, for password dialogs!*/false);
dialog.showCancelButton(false);
dialog.setAutoClose(true);
dialog.show();
QProgressBar *progress = dialog.progressBar();
progress->setRange(0,/*Preparation:*/1 + /*Finishing:*/1 + /*Basket:*/1 + /*SubBaskets:*/(withSubBaskets ? Global::bnpView->basketCount(Global::bnpView->listViewItemForBasket(basket)) : 0));
progress->setValue(0);
// Create the temporary folder:
QString tempFolder = Global::savesFolder() + "temp-archive/";
dir.mkdir(tempFolder);
// Create the temporary archive file:
QString tempDestination = tempFolder + "temp-archive.tar.gz";
KTar tar(tempDestination, "application/x-gzip");
tar.open(QIODevice::WriteOnly);
tar.writeDir("baskets", "", "");
progress->setValue(progress->value()+1); // Preparation finished
kDebug() << "Preparation finished out of " << progress->maximum();
// Copy the baskets data into the archive:
QStringList backgrounds;
Archive::saveBasketToArchive(basket, withSubBaskets, &tar, backgrounds, tempFolder, progress);
// Create a Small baskets.xml Document:
QDomDocument document("basketTree");
QDomElement root = document.createElement("basketTree");
document.appendChild(root);
Global::bnpView->saveSubHierarchy(Global::bnpView->listViewItemForBasket(basket), document, root, withSubBaskets);
Basket::safelySaveToFile(tempFolder + "baskets.xml", "<?xml version=\"1.0\" encoding=\"UTF-8\" ?>\n" + document.toString());
tar.addLocalFile(tempFolder + "baskets.xml", "baskets/baskets.xml");
dir.remove(tempFolder + "baskets.xml");
// Save a Small tags.xml Document:
QList<Tag*> tags;
listUsedTags(basket, withSubBaskets, tags);
Tag::saveTagsTo(tags, tempFolder + "tags.xml");
tar.addLocalFile(tempFolder + "tags.xml", "tags.xml");
dir.remove(tempFolder + "tags.xml");
// Save Tag Emblems (in case they are loaded on a computer that do not have those icons):
QString tempIconFile = tempFolder + "icon.png";
for (Tag::List::iterator it = tags.begin(); it != tags.end(); ++it) {
State::List states = (*it)->states();
for (State::List::iterator it2 = states.begin(); it2 != states.end(); ++it2) {
State *state = (*it2);
QPixmap icon = KIconLoader::global()->loadIcon(
state->emblem(), KIconLoader::Small, 16, KIconLoader::DefaultState,
QStringList(), 0L, true
);
if (!icon.isNull()) {
icon.save(tempIconFile, "PNG");
QString iconFileName = state->emblem().replace('/', '_');
tar.addLocalFile(tempIconFile, "tag-emblems/" + iconFileName);
}
}
}
dir.remove(tempIconFile);
// Finish Tar.Gz Exportation:
tar.close();
// Computing the File Preview:
Basket *previewBasket = basket; // FIXME: Use the first non-empty basket!
QPixmap previewPixmap(previewBasket->visibleWidth(), previewBasket->visibleHeight());
QPainter painter(&previewPixmap);
// Save old state, and make the look clean ("smile, you are filmed!"):
NoteSelection *selection = previewBasket->selectedNotes();
previewBasket->unselectAll();
Note *focusedNote = previewBasket->focusedNote();
previewBasket->setFocusedNote(0);
previewBasket->doHoverEffects(0, Note::None);
// Take the screenshot:
previewBasket->drawContents(&painter, 0, 0, previewPixmap.width(), previewPixmap.height());
// Go back to the old look:
previewBasket->selectSelection(selection);
previewBasket->setFocusedNote(focusedNote);
previewBasket->doHoverEffects();
// End and save our splandid painting:
painter.end();
QImage previewImage = previewPixmap.toImage();
const int PREVIEW_SIZE = 256;
previewImage = previewImage.scaled(PREVIEW_SIZE, PREVIEW_SIZE, Qt::KeepAspectRatio);
previewImage.save(tempFolder + "preview.png", "PNG");
// Finaly Save to the Real Destination file:
QFile file(destination);
if (file.open(QIODevice::WriteOnly)) {
ulong previewSize = QFile(tempFolder + "preview.png").size();
ulong archiveSize = QFile(tempDestination).size();
QTextStream stream(&file);
stream.setCodec("ISO-8859-1");
stream << "BasKetNP:archive\n"
<< "version:0.6.1\n"
// << "read-compatible:0.6.1\n"
// << "write-compatible:0.6.1\n"
<< "preview*:" << previewSize << "\n";
stream.flush();
// Copy the Preview File:
const unsigned long BUFFER_SIZE = 1024;
char *buffer = new char[BUFFER_SIZE];
long sizeRead;
QFile previewFile(tempFolder + "preview.png");
if (previewFile.open(QIODevice::ReadOnly)) {
while ((sizeRead = previewFile.read(buffer, BUFFER_SIZE)) > 0)
file.write(buffer, sizeRead);
}
stream << "archive*:" << archiveSize << "\n";
stream.flush();
// Copy the Archive File:
QFile archiveFile(tempDestination);
if (archiveFile.open(QIODevice::ReadOnly)) {
while ((sizeRead = archiveFile.read(buffer, BUFFER_SIZE)) > 0)
file.write(buffer, sizeRead);
}
// Clean Up:
delete buffer;
buffer = 0;
file.close();
}
progress->setValue(progress->value()+1); // Finishing finished
kDebug() << "Finishing finished";
// Clean Up Everything:
dir.remove(tempFolder + "preview.png");
dir.remove(tempDestination);
dir.rmdir(tempFolder);
}
/*!
* \brief main
* Ejercicio 2 Guia de Trabajos Practicos 1
* \param argc
* \param argv
* \return
*/
int main(int argc, char *argv[])
{
QApplication a( argc, argv );
QMainWindow main;
a.connect( &a, SIGNAL(lastWindowClosed()), &a, SLOT(quit()) );
main.showMaximized();
QMdiArea *mdiArea = new QMdiArea;
mdiArea->setHorizontalScrollBarPolicy(Qt::ScrollBarAsNeeded);
mdiArea->setVerticalScrollBarPolicy(Qt::ScrollBarAsNeeded);
main.setCentralWidget(mdiArea);
//Inicializo con una semilla aleatoria para la generacion de Aleatorios
qsrand( QTime::currentTime().msec() );
// Cargo los parametros del ejercicio
QSettings parametros( "parametros.cfg", QSettings::IniFormat );
// Archivo de entrada
QString archivo = QCoreApplication::applicationDirPath().append( QDir::separator() ).append( parametros.value( "archivo_entrada" ).toString() );
// Cargo los datos de los archivos que corresponda
matriz entradas( parametros.value( "cantidad_entradas" ).toInt() );
QVector<int> salidas;
qDebug() << endl << "--------------- /Datos del entrenamiento/ -----------------" << endl;
qWarning() << "Archivo de lectura de datos originales: "<< archivo;
if( ! leer_archivo_entrenamiento( archivo,
&entradas,
&salidas,
parametros.value( "cantidad_entradas" ).toInt() ) ) {
qDebug() << "No se pudo encontrar el archivo de entrenamiento! cancelando!";
abort();
}
// particionamos los datos
Particionador particiones;
particiones.setearCantidadDatos( entradas.size() );
particiones.setearCantidadDeParticiones( parametros.value( "cantidad_particiones" ).toInt() );
particiones.setearPorcentajeEntrenamiento( parametros.value( "porcentaje_entrenamiento" ).toDouble() );
particiones.setearPorcentajeValidacion( parametros.value("porcentaje_validacion").toDouble() );
particiones.setearK(parametros.value("k").toInt());
particiones.particionarDatos();
// Inicializo la red neuronal
QVector<int> neuronas_por_capas;
// Primer parametro es la cantidad de clases
neuronas_por_capas << parametros.value( "cant_clases" ).toInt();
neuronas_por_capas << stringAQVector( parametros.value( "codificacion_salida" ).toString() ).size();
// Inicilizo la red radial
RedNeuronalRadial red( neuronas_por_capas.at(0),
neuronas_por_capas.at(1),
parametros.value("cantidad_entradas").toInt(),
parametros.value( "cant_clases" ).toInt() );
red.setearTasaAprendizaje( parametros.value( "tasa_aprendizaje" ).toDouble() );
qDebug() << "Tasa de aprendizaje: " << parametros.value( "tasa_aprendizaje" ).toDouble();
red.setearCodificacion( stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
qDebug() << "Codificacion salida: " << red.mostrarCodificacionSalida();
int max_epocas = parametros.value( "epocas_maximas", 20 ).toInt();
qDebug() << "Epocas: " << max_epocas;
double tolerancia_error = parametros.value( "tolerancia_error" ).toDouble();
qDebug() << "Error de corte: " << ( tolerancia_error ) << "%";
qDebug() << endl << "---------------- /Comienza el entrenamiento/ ----------------";
int epoca = 0; /* Contador de epocas */
double porcentaje_error = 100.0; /* Mucho sino sale */
int cantidad_particiones_exitosas = 0;
GraficadorMdi *graf1 = new GraficadorMdi( mdiArea );
graf1->setearTitulo( QString::fromUtf8( "Porcentaje de error según particion ( entrenamiento )" ) );
graf1->setearTituloEjeX( QString::fromUtf8( "Epoca" ) );
graf1->setearTituloEjeY( QString::fromUtf8( "Porcentaje error" ) );
mdiArea->addSubWindow( graf1 );
mdiArea->tileSubWindows();
if( stringAQVector( parametros.value( "codificacion_salida" ).toString() ).size() <= 2 ) {
GraficadorMdi *graf2 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf2 );
graf2->showMaximized();
graf2->setearTitulo( "Datos originales" );
graf2->setearEjesEnGrafico();
graf2->setearTituloEjeX( " X " );
graf2->setearTituloEjeY( " y " );
graf2->agregarPuntosClasificados( entradas, salidas, 0.5 );
mdiArea->tileSubWindows();
} else {
matriz entradas1, entradas2;
vector salidas1, salidas2;
for( int i=0; i < entradas.size(); i++ ) {
vector temp;
temp.append( entradas.at(i).at(0) );
temp.append( entradas.at(i).at(1) );
entradas1.append( temp );
vector temp2;
temp2.append( entradas.at(i).at(2) );
temp2.append( entradas.at(i).at(3) );
entradas2.append( temp2 );
salidas1.append( salidas.at( i ) );
salidas2.append( salidas.at( i ) );
}
GraficadorMdi *graf2 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf2 );
graf2->showMaximized();
graf2->setearTitulo( "Datos originales" );
//graf2->setearEjesEnGrafico();
graf2->setearTituloEjeX( "Longitud" );
graf2->setearTituloEjeY( "Ancho" );
graf2->agregarPuntosClasificados( entradas1, salidas1, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
GraficadorMdi *graf3 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf3 );
graf3->showMaximized();
graf3->setearTitulo( "Datos originales" );
graf3->setearTituloEjeX( "Petalos" );
graf3->setearTituloEjeY( "Sepalos" );
graf3->agregarPuntosClasificados( entradas2, salidas2, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
mdiArea->tileSubWindows();
}
QDockWidget *dockBarra1 = new QDockWidget( "Progreso de Particiones" );
main.addDockWidget( Qt::BottomDockWidgetArea, dockBarra1 );
QProgressBar *PBParticiones = new QProgressBar( dockBarra1 );
dockBarra1->setWidget( PBParticiones );
QDockWidget *dockBarra2 = new QDockWidget( "Progreso de Epocas" );
main.addDockWidget( Qt::BottomDockWidgetArea, dockBarra2 );
QProgressBar *PBEpocas = new QProgressBar( dockBarra2 );
dockBarra2->setWidget( PBEpocas );
QVector<double> errores_particiones;
PBParticiones->setRange( 0, particiones.cantidadDeParticiones() );
PBParticiones->setValue( 0 );
PBParticiones->setFormat( "Particion %v de %m - %p%" );
PBEpocas->setRange( 0, max_epocas );
PBEpocas->setFormat( "Epoca %v de %m - %p%" );
// Mido el tiempo
QElapsedTimer medidor_tiempo;
medidor_tiempo.start();
// Busco los centroides
red.setearDatosOriginales( entradas, &salidas );
red.buscarCentroides();
// Grafico la agrupacion que hizo
GraficadorMdi *graf = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf );
graf->setearTitulo( QString( "Agrupamientos según RB" ) );
graf->setearEjesEnGrafico();
graf->setearTituloEjeX( " X " );
graf->setearTituloEjeY( " Y " );
red.graficarClusters( graf );
mdiArea->tileSubWindows();
//return a.exec();
for( int p=0; p<particiones.cantidadDeParticiones(); p++ ) {
Particionador::particion part_local = particiones.getParticion( p );
qDebug() << endl << "Utilizando Particion: " << p ;
//pongo nuevamente en los valores iniciales las variables de corte para que entre en todas las particiones
epoca = 0;
porcentaje_error = 100.0;
red.inicializarPesos();
QVector<double> errores_epocas;
//std::cout << "Epoca: " << std::endl;
PBEpocas->setValue( 0 );
while ( epoca < max_epocas
&& porcentaje_error > tolerancia_error )
{
// Inicio la etapa de entrenamiento
for(int i = 0; i < part_local.entrenamiento.size(); i++ )
{
vector prueba = entradas.at( part_local.entrenamiento.at(i) );
int salida = salidas.at( part_local.entrenamiento.at( i ) );
red.entrenarCapaNeuronalComun( prueba, salida );
}
// Verifico el error
int errores = 0;
int correcto = 0;
for( int i = 0; i < part_local.validacion.size(); i++ ) {
int pos = part_local.validacion.at( i );
vector entrada_a_evaluar = entradas.at( pos );
int salida_red = red.probarPatron( entrada_a_evaluar ) ;
//double salida_mapeada = red.mapeadorSalidas( salida_red );
double salida_deseada = salidas.at( pos );
if( salida_red != salida_deseada ) {
errores++;
} else {
correcto++;
}
}
porcentaje_error = ( (double) errores * 100 ) / (double) part_local.validacion.size();
errores_epocas.push_back( porcentaje_error );
// Aumento el contador de epocas
epoca++;
PBEpocas->setValue( epoca );
QApplication::processEvents();
}
graf1->agregarCurva( errores_epocas, QString( "Particion %1" ).arg( p ) );
qDebug() << " Epoca de finalizacion: " << epoca+1 << " - Error de salida de entrenamiento: " << porcentaje_error << "%";
// Genero las estadisticas con los datos de prueba
porcentaje_error = 0.0;
int errores = 0;
int correcto = 0;
for( int i = 0; i < part_local.prueba.size(); i++ ) {
if( red.probarPatron( entradas.at( part_local.prueba.at( i ) ) ) != salidas.at( part_local.prueba.at( i ) ) ) {
errores++;
} else {
correcto++;
}
}
porcentaje_error = ( (double) errores * 100 ) / (double) part_local.prueba.size();
errores_particiones.push_back( porcentaje_error );
//Aumento el contador de las no exitosas
if (epoca < max_epocas)
{
cantidad_particiones_exitosas++;
}
//qDebug() << errores_epocas;
qDebug() <<"Terminada particion " << p << "- Error de prueba: " << errores_particiones.at( p ) << "%";
//Calculo el error promedio y la desviacion estandar para la particion
// double error_promedio = 0.0;
// double desviacion_estandar = 0.0;
// double error_aux = 0.0;
// for (int i = 0 ; i < errores_epocas.size() ; i++ ) { error_promedio += errores_epocas.at(i);}
// error_promedio /= errores_epocas.size();
// qDebug() <<"Error Promedio: " << error_promedio << "%";
// for (int i = 0 ; i < errores_epocas.size() ; i++ ) { error_aux += exp(errores_epocas.at(i) - error_promedio);}
// desviacion_estandar = sqrt( (1.0 / (errores_epocas.size() - 1.0) ) * error_aux );
// qDebug() <<"Desviacion Estandar: " << desviacion_estandar << "%";
errores_epocas.clear();
PBParticiones->setValue( PBParticiones->value() + 1 );
QVector<int> nueva_salida;
matriz nueva_entrada;
for( int i=0; i<part_local.prueba.size(); i++ ) {
nueva_salida.append( red.probarPatron( entradas.at( part_local.prueba.at( i ) ) ) );
nueva_entrada.append( entradas.at( part_local.prueba.at( i ) ) );
}
/*if( particiones.cantidadDeParticiones() <= 5 ) {
GraficadorMdi *graf = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf );
graf->show();
graf->setearTitulo( QString( "Datos de prueba evaluados con red neuronal - Particion %1" ).arg( p+1 ) );
graf->setearEjesEnGrafico();
graf->setearTituloEjeX( " X " );
graf->setearTituloEjeY( " y " );
graf->agregarPuntosClasificados( nueva_entrada, nueva_salida, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
mdiArea->tileSubWindows();
}*/
QApplication::processEvents();
}
qint64 milisegundos = medidor_tiempo.elapsed();
//std::cout << std::endl;
// Calculo el promedio de todos los errores
double sumatoria = 0.0;
for( int i=0; i<errores_particiones.size(); i++ ) {
sumatoria+=errores_particiones.at(i);
}
qDebug() << endl << "--------------- /Resumen/ -----------------";
qDebug() << endl << "Error total: " << sumatoria/errores_particiones.size() << "%";
qDebug() << endl << "Cantidad de Particiones que convergen: " << cantidad_particiones_exitosas ;
qDebug() << endl << "Cantidad de Particiones sin converger: " << (particiones.cantidadDeParticiones() - cantidad_particiones_exitosas) ;
//Calculo el error promedio y la desviacion estandar para todo
double error_promedio = sumatoria/errores_particiones.size();
double desviacion_estandar = 0.0;
double error_aux = 0.0;
for (int i = 0 ; i < errores_particiones.size() ; i++ ) { error_aux += exp(errores_particiones.at(i) - error_promedio);}
desviacion_estandar = sqrt( (1.0 / (errores_particiones.size() - 1.0) ) * error_aux );
qDebug() <<"Desviacion Estandar: " << desviacion_estandar << "%";
qDebug() << "Tiempo medido: " << milisegundos << " ms";
if( particiones.cantidadDeParticiones() != 1 ) {
GraficadorMdi *graf3 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf3 );
graf3->showMaximized();
graf3->setearTitulo( "Errores por particion( datos de prueba )" );
graf3->setearTituloEjeX( "Particion" );
graf3->setearTituloEjeY( "Error" );
graf3->agregarCurva( errores_particiones, "Errores" );
mdiArea->tileSubWindows();
}
QVector<int> nueva_salida;
for( int i=0; i<entradas.size(); i++ ) {
nueva_salida.append( red.probarPatron( entradas.at(i) ) );
}
matriz entradas1, entradas2;
vector salidas1, salidas2;
for( int i=0; i < entradas.size(); i++ ) {
vector temp;
temp.append( entradas.at(i).at(0) );
temp.append( entradas.at(i).at(1) );
entradas1.append( temp );
if( entradas.at(i).size() > 2 ) {
vector temp2;
temp2.append( entradas.at(i).at(2) );
temp2.append( entradas.at(i).at(3) );
entradas2.append( temp2 );
}
salidas1.append( nueva_salida.at( i ) );
salidas2.append( nueva_salida.at( i ) );
}
if( stringAQVector( parametros.value( "codificacion_salida" ).toString() ).size() == 2 ) {
GraficadorMdi *graf4 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf4 );
graf4->showMaximized();
graf4->setearTitulo( "Datos evaluados con red neuronal" );
graf4->setearEjesEnGrafico();
graf4->setearTituloEjeX( " X " );
graf4->setearTituloEjeY( " y " );
graf4->agregarPuntosClasificados( entradas, nueva_salida, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
//graf4->agregarPuntosClasificados( entradas, nueva_salida );
} else if( stringAQVector( parametros.value("codificacion_salida").toString() ).size() == 1 ) {
GraficadorMdi *graf4 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf4 );
graf4->showMaximized();
graf4->setearTitulo( "Datos evaluados con red neuronal" );
graf4->setearEjesEnGrafico();
graf4->setearTituloEjeX( " X " );
graf4->setearTituloEjeY( " y " );
//graf4->agregarPuntosClasificados( entradas, nueva_salida, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
graf4->agregarPuntosClasificados( entradas, nueva_salida );
} else {
GraficadorMdi *graf4 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf4 );
graf4->showMaximized();
graf4->setearTitulo( "Datos evaluados con red neuronal" );
graf4->setearTituloEjeX( "Largo" );
graf4->setearTituloEjeY( "Ancho" );
graf4->agregarPuntosClasificados( entradas1, salidas1, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
GraficadorMdi *graf5 = new GraficadorMdi( mdiArea );
mdiArea->addSubWindow( graf5 );
graf5->showMaximized();
graf5->setearTitulo( "Datos evaluados con red neuronal" );
graf5->setearTituloEjeX( "Petalos" );
graf5->setearTituloEjeY( "Sepalos" );
graf5->agregarPuntosClasificados( entradas2, salidas2, stringAQVector( parametros.value( "codificacion_salida" ).toString() ) );
}
mdiArea->tileSubWindows();
return a.exec();
}
