/**********************************************************************
XyGrib: meteorological GRIB file viewer
Copyright (C) 2008-2012 - Jacques Zaninetti - http://www.zygrib.org

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 3 of the License, or
(at your option) any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU General Public License for more details.

You should have received a copy of the GNU General Public License
along with this program.  If not, see <http://www.gnu.org/licenses/>.
***********************************************************************/

#include <cmath>

#include <QApplication>
#include <QPushButton>
#include <QGridLayout>
#include <QStatusBar>
#include <QToolBar>
#include <QMenu>
#include <QFileDialog>
#include <QMessageBox>
#include <QComboBox>
#include <QDesktopServices>
#include <QUrl>
#include <QProcess>

#include "MainWindow.h"
#include "MeteoTable.h"
#include "POI_Editor.h"
#include "Font.h"
#include "Util.h"
#include "Orthodromie.h"
#include "Settings.h"
#include "Version.h"
#include "AngleConverterDialog.h"
#include "DataQString.h"
//#include "CurveDrawer.h"
#include <queue>

//-----------------------------------------------------------
void ThreadNewInstance::run ()
{
	QStringList args = QCoreApplication::arguments ();
	if (!args.empty()) {
		const QString& appname = args.at(0);
        //DBGQS (appname);
        QProcess::execute ("\"" + appname + "\" -sw");
		exit ();
	}
}

//-----------------------------------------------------------
void MainWindow::autoClose () {		// for debuging purpose
	QTimer *timer = new QTimer(this);
	connect(timer, SIGNAL(timeout()), this, SLOT(slotFile_Quit()));
 	//timer->start (300);
}

//-----------------------------------------------------------
void MainWindow::InitActionsStatus ()
{
	QString strdtc;
	DataCode dtc;
	
    menuBar->acMap_Rivers->setChecked(Util::getSetting("showRivers", false).toBool());
    menuBar->acMap_LonLatGrid->setChecked(Util::getSetting("showLonLatGrid", true).toBool());
    menuBar->acMap_CountriesBorders->setChecked(Util::getSetting("showCountriesBorders", true).toBool());
    menuBar->acMap_Orthodromie->setChecked(Util::getSetting("showOrthodromie", true).toBool());
    menuBar->acMap_AutoZoomOnGribArea->setChecked(Util::getSetting("autoZoomOnGribArea", true).toBool());

	strdtc = DataCodeStr::serialize (DataCode(GRB_PRV_WIND_XY2D,LV_ABOV_GND,10));
    strdtc = Util::getSetting("colorMapData", strdtc).toString();
	dtc = DataCodeStr::unserialize (strdtc);
	setMenubarAltitudeData (dtc);
    setMenubarColorMapData (dtc, true);
    terre->setColorMapData (dtc);
	
	if (colorScaleWidget) { 
		if (terre->getGriddedPlotter() && terre->getGriddedPlotter()->isReaderOk())
				colorScaleWidget->setColorScale (terre->getGriddedPlotter(), dtc);
		colorScaleWidget->setVisible (Util::getSetting("showColorScale", true).toBool());
		menuBar->acView_ShowColorScale->setChecked (Util::getSetting("showColorScale", true).toBool());
	}
	if (boardPanel) { 
		boardPanel->setVisible (Util::getSetting("showBoardPanel", true).toBool());
		menuBar->acView_ShowBoardPanel->setChecked (Util::getSetting("showBoardPanel", true).toBool());
	}

	strdtc = DataCodeStr::serialize (DataCode(GRB_GEOPOT_HGT,LV_ISOBARIC,925));
    strdtc = Util::getSetting("geopotentialLinesData", strdtc).toString();
	dtc = DataCodeStr::unserialize (strdtc);

	bool geopdraw = Util::getSetting("drawGeopotentialLines", false).toBool();
	bool glabels  = Util::getSetting("drawGeopotentialLinesLabels", false).toBool();
	int  gstep    = Util::getSetting("drawGeopotentialLinesStep", 10).toInt();
	terre->setGeopotentialData (dtc);
	terre->setDrawGeopotential (geopdraw);
	terre->setDrawGeopotentialLabels (glabels);
	terre->setGeopotentialStep (gstep);
	setMenuBarGeopotentialLines (dtc,geopdraw,glabels,gstep);
	
    menuBar->acView_ColorMapSmooth->setChecked(Util::getSetting("colorMapSmooth", true).toBool());
    menuBar->acView_WindArrow->setChecked(Util::getSetting("showWindArrows", true).toBool());
    menuBar->acView_Barbules->setChecked(Util::getSetting("showBarbules", true).toBool());
    menuBar->acView_ThinWindArrows->setChecked(Util::getSetting("thinWindArrows", true).toBool());

    menuBar->acView_CurrentArrow->setChecked(Util::getSetting("showCurrentArrows", true).toBool());
	
    menuBar->setWaveArrowsType (Util::getSetting("waveArrowsType", GRB_TYPE_NOT_DEFINED).toInt());
    terre->setWaveArrowsType (Util::getSetting("waveArrowsType", GRB_TYPE_NOT_DEFINED).toInt());

    menuBar->setIsobarsStep(Util::getSetting("isobarsStep", 2).toInt());
    terre->setIsobarsStep(Util::getSetting("isobarsStep", 2).toInt());
    menuBar->acView_Isobars->setChecked(Util::getSetting("showIsobars", true).toBool());
    menuBar->acView_IsobarsLabels->setChecked(Util::getSetting("showIsobarsLabels", false).toBool());
    menuBar->acView_PressureMinMax->setChecked(Util::getSetting("showPressureMinMax", false).toBool());

    menuBar->setIsotherms0Step (Util::getSetting("isotherms0Step", 100).toInt());
    terre->setIsotherms0Step (Util::getSetting("isotherms0Step", 100).toInt());
    menuBar->acView_Isotherms0->setChecked (Util::getSetting("showIsotherms0", false).toBool());
    menuBar->acView_Isotherms0Labels->setChecked (Util::getSetting("showIsotherms0Labels", false).toBool());
	//--------------------------------------------
    menuBar->setIsotherms_Step (Util::getSetting("isotherms_Step", 2).toDouble());
    terre->setIsotherms_Step (Util::getSetting("isotherms_Step", 2).toDouble());
    menuBar->acView_Isotherms_Labels->setChecked (Util::getSetting("showIsotherms_Labels", false).toBool());
    
	menuBar->acView_Isotherms_2m->setChecked (Util::getSetting("showIsotherms_2m", false).toBool());
    menuBar->acView_Isotherms_925hpa->setChecked (Util::getSetting("showIsotherms_925hpa", false).toBool());
    menuBar->acView_Isotherms_850hpa->setChecked (Util::getSetting("showIsotherms_850hpa", false).toBool());
    menuBar->acView_Isotherms_700hpa->setChecked (Util::getSetting("showIsotherms_700hpa", false).toBool());
    menuBar->acView_Isotherms_500hpa->setChecked (Util::getSetting("showIsotherms_600hpa", false).toBool());
    menuBar->acView_Isotherms_500hpa->setChecked (Util::getSetting("showIsotherms_500hpa", false).toBool());
    menuBar->acView_Isotherms_500hpa->setChecked (Util::getSetting("showIsotherms_400hpa", false).toBool());
    menuBar->acView_Isotherms_300hpa->setChecked (Util::getSetting("showIsotherms_300hpa", false).toBool());
    menuBar->acView_Isotherms_200hpa->setChecked (Util::getSetting("showIsotherms_200hpa", false).toBool());
	//--------------------------------------------
    menuBar->setLinesThetaE_Step (Util::getSetting("linesThetaE_Step", 2).toDouble());
    terre->setLinesThetaE_Step (Util::getSetting("linesThetaE_Step", 2).toDouble());
    menuBar->acView_LinesThetaE_Labels->setChecked (Util::getSetting("showLinesThetaE_Labels", false).toBool());
    
    menuBar->acView_LinesThetaE_925hpa->setChecked (Util::getSetting("showLinesThetaE_925hpa", false).toBool());
    menuBar->acView_LinesThetaE_850hpa->setChecked (Util::getSetting("showLinesThetaE_850hpa", false).toBool());
    menuBar->acView_LinesThetaE_700hpa->setChecked (Util::getSetting("showLinesThetaE_700hpa", false).toBool());
    menuBar->acView_LinesThetaE_600hpa->setChecked (Util::getSetting("showLinesThetaE_600hpa", false).toBool());
    menuBar->acView_LinesThetaE_500hpa->setChecked (Util::getSetting("showLinesThetaE_500hpa", false).toBool());
    menuBar->acView_LinesThetaE_400hpa->setChecked (Util::getSetting("showLinesThetaE_400hpa", false).toBool());
    menuBar->acView_LinesThetaE_300hpa->setChecked (Util::getSetting("showLinesThetaE_300hpa", false).toBool());
    menuBar->acView_LinesThetaE_200hpa->setChecked (Util::getSetting("showLinesThetaE_200hpa", false).toBool());
	//--------------------------------------------
    menuBar->acView_GribGrid->setChecked(Util::getSetting("showGribGrid", false).toBool());
    menuBar->acView_TemperatureLabels->setChecked(Util::getSetting("showTemperatureLabels", false).toBool());

    menuBar->acMap_CountriesNames->setChecked(Util::getSetting("showCountriesNames", false).toBool());
    menuBar->setCitiesNamesLevel(Util::getSetting("showCitiesNamesLevel", 0).toInt());
    terre->setCitiesNamesLevel(Util::getSetting("showCitiesNamesLevel", 0).toInt());

    menuBar->acMap_ShowPOIs->setChecked(Util::getSetting("showPOIs", true).toBool());
    terre->setShowPOIs(Util::getSetting("showPOIs", true).toBool());
	
    menuBar->acMap_ShowMETARs->setChecked(Util::getSetting("showMETARs", true).toBool());
    this->slotMETARSvisibility (Util::getSetting("showMETARs", true).toBool());

    menuBar->acView_DuplicateFirstCumulativeRecord->setChecked(Util::getSetting("duplicateFirstCumulativeRecord", true).toBool());
    menuBar->acView_InterpolateMissingRecords->setChecked(Util::getSetting("interpolateMissingRecords", true).toBool());

    menuBar->acView_DuplicateMissingWaveRecords->setChecked(Util::getSetting("duplicateMissingWaveRecords", true).toBool());
    menuBar->acView_InterpolateValues->setChecked(Util::getSetting("interpolateValues", true).toBool());
    menuBar->acView_WindArrowsOnGribGrid->setChecked(Util::getSetting("windArrowsOnGribGrid", false).toBool());
    menuBar->acView_useJetSTreamColorMap->setChecked(Util::getSetting("useJetStreamColorMap", false).toBool());
    menuBar->acView_useAbsoluteGustSpeed->setChecked(Util::getSetting("useAbsoluteGustSpeed", true).toBool());

    menuBar->acView_CurrentArrowsOnGribGrid->setChecked(Util::getSetting("currentArrowsOnGribGrid", false).toBool());

    menuBar->acOptions_DateChooser->setChecked(Util::getSetting("showDateChooser", true).toBool());

    menuBar->acOptions_DarkSkin->setChecked(Util::getSetting("showDarkSkin", true).toBool());

    setSelectPanToggle(true);


    //----------------------------------------------------------------------
	// Set map quality
	int quality = Util::getSetting("gshhsMapQuality", 2).toInt();
    for (int qual=4; qual>=0; qual--) {
        if (! gshhsReader.get()->gshhsFilesExists(qual)) {
            switch (qual) {
                case 0: menuBar->acMap_Quality1->setEnabled(false); break;
                case 1: menuBar->acMap_Quality2->setEnabled(false); break;
                case 2: menuBar->acMap_Quality3->setEnabled(false); break;
                case 3: menuBar->acMap_Quality4->setEnabled(false); break;
                case 4: menuBar->acMap_Quality5->setEnabled(false); break;
            }
            if (quality > qual)
            	quality = qual-1;
        }
    }
    if (quality < 0) {
        QMessageBox::information (this,
            QString(tr("Error")),
            QString(tr("Maps not found.\n\n")
            		+tr("Check program installation."))
        );
    	quality = 0;
	}
	menuBar->setQuality(quality);
	terre->setMapQuality(quality);
	//-------------------------------------
//	terre->setSpecialZone ( Util::getSetting ("specialZone_x0", 0).toDouble(),
//							Util::getSetting ("specialZone_y0", 0).toDouble(),
//							Util::getSetting ("specialZone_x1", 0).toDouble(),
//							Util::getSetting ("specialZone_y1", 0).toDouble() );

    // TODO set to modelRectangle based on model selector

							
	//-----------------------------------------
	updateGriddedData ();
}

//-----------------------------------------------------------
void MainWindow::updateGraphicsParameters () {
	if (colorScaleWidget && terre->getGriddedPlotter() && terre->getGriddedPlotter()->isReaderOk()) {
 		colorScaleWidget->setColorScale (terre->getGriddedPlotter(), terre->getColorMapData());
	}
}

//-----------------------------------------------------------
// Connexions des signaux
//-----------------------------------------------------------
void MainWindow::connectSignals()
{
    MenuBar  *mb = menuBar;
	autoClose ();

    //-------------------------------------
    // Actions
    //-------------------------------------
    connect(mb->ac_OpenMeteotable, SIGNAL(triggered()), this, SLOT(slotOpenMeteotable()));
    connect(mb->ac_CreatePOI, SIGNAL(triggered()), this, SLOT(slotCreatePOI()));
    connect(mb->ac_CreateAnimation, SIGNAL(triggered()), this, SLOT(slotCreateAnimation()));
    connect(mb->ac_ExportImage, SIGNAL(triggered()), this, SLOT(slotExportImage()));
    connect(mb->ac_showSkewtDiagram, SIGNAL(triggered()), this, SLOT(slotShowSkewtDiagram()));

    connect(mb->acFile_Open, SIGNAL(triggered()), this, SLOT(slotFile_Open()));
    connect(mb->acFile_Close, SIGNAL(triggered()), this, SLOT(slotFile_Close()));
    connect(mb->acFile_NewInstance, SIGNAL(triggered()), this, SLOT(slotGenericAction()));
    connect(mb->acFile_Load_GRIB, SIGNAL(triggered()), this, SLOT(slotFile_Load_GRIB()));

    connect(mb->acFile_GribServerStatus, SIGNAL(triggered()), this, SLOT(slotFile_GribServerStatus()));
    connect(mb->acFile_Info_GRIB, SIGNAL(triggered()), this, SLOT(slotFile_Info_GRIB()));

	connect(mb->acFile_Quit, SIGNAL(triggered()), this, SLOT(slotFile_Quit()));
	connect(qApp, SIGNAL(aboutToQuit()), this, SLOT(slotFile_Quit()));

    //-------------------------------------------------------
    connect(mb->acMap_GroupQuality, SIGNAL(triggered(QAction *)),
            this, SLOT(slotMap_Quality()));

    connect(mb->acMap_GroupProjection, SIGNAL(triggered(QAction *)),
            this, SLOT(slotMap_Projection(QAction *)));

    connect(mb->acMap_Rivers, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawRivers(bool)));
    connect(mb->acMap_LonLatGrid, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawLonLatGrid(bool)));
    connect(mb->acMap_CountriesBorders, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawCountriesBorders(bool)));
    connect(mb->acMap_Orthodromie, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawOrthodromie(bool)));
    connect(mb->acMap_CountriesNames, SIGNAL(triggered(bool)),
            terre,  SLOT(setCountriesNames(bool)));
    connect(mb->acMap_GroupCitiesNames, SIGNAL(triggered(QAction *)),
            this, SLOT(slotMap_CitiesNames()));
    connect(mb->acMap_AutoZoomOnGribArea, SIGNAL(triggered(bool)), this, SLOT(slotGenericAction()));

    connect(mb->acMap_Zoom_In, SIGNAL(triggered()),
            terre,  SLOT(slot_Zoom_In()));
    connect(mb->acMap_Zoom_Out, SIGNAL(triggered()),
            terre,  SLOT(slot_Zoom_Out()));
    connect(mb->acMap_Zoom_Sel, SIGNAL(triggered()),
            terre,  SLOT(slot_Zoom_Sel()));
    connect(mb->acMap_Zoom_All, SIGNAL(triggered()),
            terre,  SLOT(slot_Zoom_All()));

    connect(mb->acMap_Go_Left, SIGNAL(triggered()),
            terre,  SLOT(slot_Go_Left()));
    connect(mb->acMap_Go_Right, SIGNAL(triggered()),
            terre,  SLOT(slot_Go_Right()));
    connect(mb->acMap_Go_Up, SIGNAL(triggered()),
            terre,  SLOT(slot_Go_Up()));
    connect(mb->acMap_Go_Down, SIGNAL(triggered()),
            terre,  SLOT(slot_Go_Down()));

	connect(mb->acMap_ShowPOIs, SIGNAL(triggered(bool)),
            terre,  SLOT(setShowPOIs(bool)));
	connect(mb->acMap_FindCity, SIGNAL(triggered()),
            this,  SLOT(slotMap_FindCity()));
mb->acMap_FindCity->setVisible(false);	// TODO
	//-------------------------------------------------------
	connect(mb->acMap_SelectMETARs, SIGNAL(triggered()),
            this,  SLOT(slotOpenSelectMetar()));
	connect(mb->acMap_ShowMETARs, SIGNAL(triggered(bool)),
			this, SLOT(slotMETARSvisibility(bool)));
mb->acMap_ShowMETARs->setVisible (false);	// TODO
mb->acMap_SelectMETARs->setVisible (false);	// TODO
	//-------------------------------------------------------
	connect(mb->acView_GroupColorMap, SIGNAL(triggered(QAction *)),
			this, SLOT(slot_GroupColorMap(QAction *)));
	connect(mb->acAlt_GroupAltitude, SIGNAL(triggered(QAction *)),
			this, SLOT(slot_GroupAltitude(QAction *)));
	connect(mb->acView_GroupWavesArrows, SIGNAL(triggered(QAction *)),
			this, SLOT(slot_GroupWavesArrows(QAction *)));
    //-------------------------------------------------------

    connect(mb->acView_ColorMapSmooth, SIGNAL(triggered(bool)),
            terre,  SLOT(setColorMapSmooth(bool)));
    connect(mb->acView_DuplicateFirstCumulativeRecord, SIGNAL(triggered(bool)),
            terre,  SLOT(setDuplicateFirstCumulativeRecord(bool)));
    connect(mb->acView_InterpolateMissingRecords, SIGNAL(triggered(bool)),
            terre,  SLOT(setInterpolateMissingRecords(bool)));
    connect(mb->acView_DuplicateMissingWaveRecords, SIGNAL(triggered(bool)),
            terre,  SLOT(setDuplicateMissingWaveRecords(bool)));
    connect(mb->acView_InterpolateValues, SIGNAL(triggered(bool)),
            terre,  SLOT(setInterpolateValues(bool)));
    connect(mb->acView_WindArrowsOnGribGrid, SIGNAL(triggered(bool)),
            terre,  SLOT(setWindArrowsOnGribGrid(bool)));

    connect(mb->acView_useJetSTreamColorMap, SIGNAL(triggered(bool)),
            this,  SLOT(slotUseJetStreamColorMap(bool)));
    connect(mb->acView_useAbsoluteGustSpeed, SIGNAL(triggered(bool)),
            this,  SLOT(slotUseAbsoluteGustSpeed(bool)));

    connect(mb->acView_ShowColorScale, SIGNAL(triggered(bool)),
            this,  SLOT(slotShowColorScale(bool)));
    connect(mb->acView_ShowBoardPanel, SIGNAL(triggered(bool)),
            this,  SLOT(slotShowBoardPanel(bool)));

    connect(mb->acView_WindArrow, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawWindArrows(bool)));
    connect(mb->acView_WindArrow, SIGNAL(triggered(bool)),
            this,  SLOT(slotWindArrows(bool)));
    connect(mb->acView_Barbules, SIGNAL(triggered(bool)),
            terre,  SLOT(setBarbules(bool)));
    connect(mb->acView_ThinWindArrows, SIGNAL(triggered(bool)),
            terre,  SLOT(setThinArrows(bool)));

    connect(mb->acView_CurrentArrowsOnGribGrid, SIGNAL(triggered(bool)),
            terre,  SLOT(setCurrentArrowsOnGribGrid(bool)));
    connect(mb->acView_CurrentArrow, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawCurrentArrows(bool)));

    connect(mb->acView_TemperatureLabels, SIGNAL(triggered(bool)),
            terre,  SLOT(slotTemperatureLabels(bool)));
			
    connect(mb->acView_PressureMinMax, SIGNAL(triggered(bool)),
            terre,  SLOT(setPressureMinMax(bool)));
	//-----------------------------------------------------------------
    connect(mb->acView_Isobars, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawIsobars(bool)));
    connect(mb->acView_GroupIsobarsStep, SIGNAL(triggered(QAction *)),
            this, SLOT(slotIsobarsStep()));
    connect(mb->acView_IsobarsLabels, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawIsobarsLabels(bool)));

    connect(mb->acView_Isotherms0, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawIsotherms0(bool)));
    connect(mb->acView_GroupIsotherms0Step, SIGNAL(triggered(QAction *)),
            this, SLOT(slotIsotherms0Step()));
    connect(mb->acView_Isotherms0Labels, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawIsotherms0Labels(bool)));

    //-------------------------------------------------------
    connect(mb->groupIsotherms, SIGNAL(triggered(QAction *)),
            this,  SLOT(slotGroupIsotherms(QAction *)));
	connect(mb->groupIsotherms_Step, SIGNAL(triggered(QAction *)),
            this, SLOT(slotIsotherms_Step()));
    connect(mb->acView_Isotherms_Labels, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawIsotherms_Labels(bool)));
	
    //-------------------------------------------------------
    connect(mb->groupLinesThetaE, SIGNAL(triggered(QAction *)),
            this,  SLOT(slotGroupLinesThetaE(QAction *)));
   connect(mb->groupLinesThetaE_Step, SIGNAL(triggered(QAction *)),
            this, SLOT(slotGroupLinesThetaE_Step()));
    connect(mb->acView_LinesThetaE_Labels, SIGNAL(triggered(bool)),
            terre,  SLOT(setDrawLinesThetaE_Labels(bool)));
	
    //-------------------------------------------------------
    connect(mb->acView_GribGrid, SIGNAL(triggered(bool)),
            terre,  SLOT(setGribGrid(bool)));
    connect(mb->acOptions_DateChooser, SIGNAL(triggered(bool)),
            this,  SLOT(slotShowDateChooser(bool)));
    //-------------------------------------------------------
    connect(mb->acOptions_Units, SIGNAL(triggered()), dialogUnits, SLOT(exec()));
    connect(mb->acOptions_Fonts, SIGNAL(triggered()), dialogFonts, SLOT(exec()));
    connect(dialogUnits, SIGNAL(accepted()), terre, SLOT(slotMustRedraw()));
    connect(dialogUnits, SIGNAL(accepted()), colorScaleWidget, SLOT(update()));
    connect(dialogUnits, SIGNAL(signalTimeZoneChanged()), this, SLOT(slotTimeZoneChanged()));
	connect(dialogFonts, SIGNAL(accepted()), this, SLOT(slotChangeFonts()));

    connect(mb->acOptions_GraphicsParams, SIGNAL(triggered()), dialogGraphicsParams, SLOT(exec()));
    connect(dialogGraphicsParams, SIGNAL(accepted()), terre, SLOT(updateGraphicsParameters()));
    connect(dialogGraphicsParams, SIGNAL(accepted()), this, SLOT(updateGraphicsParameters()));

    connect(mb->acOptions_Proxy, SIGNAL(triggered()), dialogProxy, SLOT(exec()));
    connect(mb->acOptions_AngleConverter, SIGNAL(triggered()), this, SLOT(slotOpenAngleConverter()));

    connect(mb->acOptions_Language, SIGNAL(triggered()),
            this, SLOT(slotOptions_Language()));

    connect(mb->acOptions_DarkSkin, SIGNAL(triggered(bool)), this, SLOT(slotChangeSkin(bool)));

    //-------------------------------------------------------
    connect(mb->acHelp_Help, SIGNAL(triggered()), this, SLOT(slotHelp_Help()));
    connect(mb->acHelp_APropos, SIGNAL(triggered()), this, SLOT(slotHelp_APropos()));
    connect(mb->acCheckForUpdates, SIGNAL(triggered()), this, SLOT(slotCheckForUpdates()));

    if (maintenanceToolLocation != "")
        connect(mb->acRunMaintenanceTool, SIGNAL(triggered()), this, SLOT(slotRunMaintenanceTool()));

    connect(mb->acHelp_AProposQT, SIGNAL(triggered()), this, SLOT(slotHelp_AProposQT()));

    //-------------------------------------
    // Autres objets de l'interface
    //-------------------------------------
    connect(mb->cbDatesGrib, SIGNAL(activated(int)),
            this, SLOT(slotDateGribChanged(int)));
    connect(mb->acDatesGrib_next, SIGNAL(triggered()),
            this, SLOT(slotDateGribChanged_next()));
    connect(mb->acDatesGrib_prev, SIGNAL(triggered()),
            this, SLOT(slotDateGribChanged_prev()));

    connect(dateChooser, SIGNAL(signalDateChanged (time_t,bool)),
            this, SLOT(slotDateChooserChanged(time_t,bool)));
 
    connect(mb->acOptions_PanSelectToggle, SIGNAL(triggered()), this, SLOT(slotPanSelectToggle()));
    connect(mb->acPanToggle, SIGNAL(triggered()), this, SLOT(slotPanToggle()));
    connect(mb->acSelectToggle, SIGNAL(triggered()), this, SLOT(slotSelectToggle()));

    connect(mb->cbModelRect, SIGNAL(activated(int)),
            this, SLOT(slotModelRectChanged(int)));

    //-------------------------------------
    // Autres signaux
    //-------------------------------------
    connect(this, SIGNAL(signalMapQuality(int)),
            terre,  SLOT(setMapQuality(int)));
    //-----------------------------------------------------------
    connect(terre, SIGNAL(mouseClicked(QMouseEvent *)),
            this,  SLOT(slotMouseClicked(QMouseEvent *)));
    connect(terre, SIGNAL(mouseMoved(QMouseEvent *)),
            this,  SLOT(slotMouseMoved(QMouseEvent *)));
    connect(terre, SIGNAL(mouseLeave(QEvent *)),
            this,  SLOT(slotMouseLeaveTerre(QEvent *)));
    //-----------------------------------------------------------
	connect(mb->acAlt_GroupGeopotLine, SIGNAL(triggered(QAction *)),
			this,  SLOT(slot_GroupGeopotentialLines (QAction *)));
	connect(mb->acAlt_GroupGeopotStep, SIGNAL(triggered(QAction *)),
			this, SLOT(slot_GroupGeopotentialStep (QAction *)));
	connect(mb->acAlt_GeopotLabels, SIGNAL(triggered(bool)),
			terre,  SLOT(setDrawGeopotentialLabels (bool)));
    //-----------------------------------------------------------
	// added by Tim Holtschneider, 05.2010
	// extra context menu for data plot
//	if (mb->ac_OpenCurveDrawer)
// 		connect(mb->ac_OpenCurveDrawer, SIGNAL(triggered()), this, SLOT(slotOpenCurveDrawer()));
	
}

//===========================================================================
//===========================================================================
//===========================================================================
MainWindow::MainWindow (int w, int h, QWidget *parent)
    : QMainWindow (parent)
{
    setWindowIcon (QIcon (Util::pathImg("xyGrib_32.xpm")));

    maintenanceToolLocation = findMaintenanceTool(); // needed before menubar creation as MaintenanceTool menu item is conditional
    menuBar = new MenuBar(this, (maintenanceToolLocation != ""));
    assert(menuBar);
    //---------------------------------------------------
	// Projection
    proj = nullptr;
    initProjection();
	
    //--------------------------------------------------
    int mapQuality = 0;
    gshhsReader =  std::make_shared<GshhsReader>(Util::pathGshhs(), mapQuality);
	
    //--------------------------------------------------
    terre = new Terrain (this, proj, gshhsReader);
    assert(terre);
	
	dateChooser = new DateChooser ();
    assert (dateChooser);

    QWidget *mainFrame = new QWidget ();
    assert (mainFrame);
    QGridLayout *lay = new QGridLayout (mainFrame);
    assert (lay);
	
		lay->setContentsMargins (0,0,0,0);
        lay->addWidget (terre, 0, 0);	
    
        lay->addWidget (dateChooser, 1, 0);	
		
    mainFrame->setLayout (lay);
    this->setCentralWidget (mainFrame);

    //--------------------------------------------------
	setWindowTitle(Version::getShortName());
    gribFileName = "";
    gribFilePath = Util::getSetting("gribFilePath", "").toString();
	
	networkManager = new QNetworkAccessManager (this);
	assert (networkManager);
	
	dialogProxy = new DialogProxy (this);
	assert (dialogProxy);
	dialogUnits = new DialogUnits (this);
	assert (dialogUnits);
	dialogFonts = new DialogFonts (this);
	assert (dialogFonts);
	dialogGraphicsParams = new DialogGraphicsParams (this);
	assert (dialogGraphicsParams);

    //--------------------------------------------------
	createToolBar ();
    statusBar =new QStatusBar(this);
	assert (statusBar);
    statusBar->setFont (Font::getFont(FONT_StatusBar));

    boardPanel = new BoardPanel (this);
	assert (boardPanel);
    this->addDockWidget (Qt::LeftDockWidgetArea, boardPanel);

	colorScaleWidget = new ColorScaleWidget (this);
	assert (colorScaleWidget);
	this->addDockWidget (Qt::RightDockWidgetArea, colorScaleWidget);
	
    //--------------------------------------------------
    setMenuBar   (menuBar);
    setStatusBar (statusBar);
	
    //---------------------------------------------------------
	// Menu popup : bouton droit de la souris
    //---------------------------------------------------------
    menuPopupBtRight = menuBar->createPopupBtRight(this);

    //---------------------------------------------------------
	// Active les actions
    //---------------------------------------------------------
    InitActionsStatus ();
    connectSignals ();
	
    //---------------------------------------------------------
    // METAR's
    //---------------------------------------------------------
    dialogSelectMetar = nullptr;
	createAllMETARs ();

    //---------------------------------------------------------
    // Initialisation des POI's
    //---------------------------------------------------------
	createPOIs ();

    //--------------------------------------------------
	resize (Util::getSetting("mainWindowSize", QSize(w,h)).toSize());
	move   (Util::getSetting("mainWindowPos", QPoint()).toPoint());
	restoreState (Util::getSetting("mainWindowState", QByteArray()).toByteArray());
}
//-----------------------------------------------
MainWindow::~MainWindow()
{
    Util::setSetting("mainWindowSize", size());
    Util::setSetting("mainWindowPos", pos());
    Util::setSetting("mainWindowState", this->saveState ());
}
//-----------------------------------------------
void MainWindow::createToolBar ()
{
    toolBar = addToolBar(tr("Tools"));
	assert (toolBar);
	toolBar->setObjectName ("mainToolBar");
    toolBar->setFloatable(false);
    toolBar->setMovable(false);
    toolBar->addAction(menuBar->acFile_Quit);
    toolBar->addSeparator();
    toolBar->addAction(menuBar->acFile_Open);
    toolBar->addSeparator();
    toolBar->addWidget(menuBar->cbDatesGrib);
    toolBar->addAction(menuBar->acDatesGrib_prev);
    toolBar->addAction(menuBar->acDatesGrib_next);
    toolBar->addSeparator();
    toolBar->addAction(menuBar->acMap_Zoom_In);
    toolBar->addAction(menuBar->acMap_Zoom_Out);
    toolBar->addAction(menuBar->acMap_Zoom_Sel);
    toolBar->addAction(menuBar->acMap_Zoom_All);
    toolBar->addSeparator();
    toolBar->addAction(menuBar->acMap_Go_Left);
    toolBar->addAction(menuBar->acMap_Go_Right);
    toolBar->addAction(menuBar->acMap_Go_Up);
    toolBar->addAction(menuBar->acMap_Go_Down);
    toolBar->addSeparator();
    toolBar->addWidget(menuBar->cbModelRect);
    toolBar->addAction(menuBar->acFile_Load_GRIB);
    toolBar->addAction(menuBar->acFile_GribServerStatus);
    toolBar->addAction(menuBar->acFile_Info_GRIB);
    toolBar->addSeparator();
    toolBar->addAction(menuBar->ac_CreateAnimation);
    toolBar->addSeparator();
    toolBar->addAction(menuBar->acSelectToggle);
    toolBar->addAction(menuBar->acPanToggle);
    toolBar->addSeparator();
}
//-----------------------------------------------
void MainWindow::moveEvent (QMoveEvent *)
{
    Util::setSetting("mainWindowPos", pos());
}
//-----------------------------------------------
void MainWindow::resizeEvent (QResizeEvent *)
{
    Util::setSetting("mainWindowSize", size());
}

//---------------------------------------------------------------
void MainWindow::initProjection()
{
    delete proj;
    proj = nullptr;

    int idproj = Util::getSetting("projectionId", Projection::PROJ_ZYGRIB).toInt();
    double cx = (double) Util::getSetting("projectionCX", 0.0).toDouble();
    double cy = (double) Util::getSetting("projectionCY", 0.0).toDouble();
    double scale = (double) Util::getSetting("projectionScale", 0.5).toDouble();

    switch (idproj)
    {
    	case Projection::PROJ_EQU_CYL :
			proj = new Projection_EQU_CYL (width(), height(), cx, cy, scale);
			break;
    	case Projection::PROJ_CENTRAL_CYL :
			proj = new Projection_CENTRAL_CYL (width(), height(), cx, cy, scale);
			break;
    	case Projection::PROJ_MERCATOR :
			proj = new Projection_MERCATOR (width(), height(), cx, cy, scale);
			break;
    	case Projection::PROJ_MILLER :
			proj = new Projection_MILLER (width(), height(), cx, cy, scale);
			break;

    	case Projection::PROJ_ZYGRIB :
    	default :
			proj = new Projection_ZYGRIB (width(), height(), cx, cy, scale);
	}
	assert(proj);
	menuBar->setProjection(idproj);
}
//-------------------------------------------------
void MainWindow::slotMap_Projection(QAction *act)
{
	int idproj = Projection::PROJ_ZYGRIB;
    MenuBar  *mb = menuBar;
    if (act == mb->acMap_PROJ_ZYGRIB)
        idproj = Projection::PROJ_ZYGRIB;
    else if (act == mb->acMap_PROJ_MERCATOR)
        idproj = Projection::PROJ_MERCATOR;
    else if (act == mb->acMap_PROJ_MILLER)
        idproj = Projection::PROJ_MILLER;
    else if (act == mb->acMap_PROJ_CENTRAL_CYL)
        idproj = Projection::PROJ_CENTRAL_CYL;
    else if (act == mb->acMap_PROJ_EQU_CYL)
        idproj = Projection::PROJ_EQU_CYL;

    double x,y;    // current position
	proj->screen2map(proj->getW()/2,proj->getH()/2, &x, &y);

	Util::setSetting("projectionId", idproj);

	initProjection();
	proj->setMapPointInScreen(x, y, proj->getW()/2, proj->getH()/2);

	terre->setProjection(proj);
}
//-------------------------------------------------
void MainWindow::slotTimeZoneChanged()
{
    if (terre->getGriddedPlotter()->isReaderOk())
    {
        menuBar->updateListeDates(
        			terre->getGriddedPlotter()->getListDates(),
        			terre->getGriddedPlotter()->getCurrentDate());
    }
}
//-------------------------------------------------
void MainWindow::disableMenubarItems()
{
	menuBar->acView_TempColors->setEnabled(false);
	menuBar->acView_TemperatureLabels->setEnabled(false);

	menuBar->acView_SnowCateg->setEnabled(false);
	menuBar->acView_SnowDepth->setEnabled(false);

	menuBar->acView_FrzRainCateg->setEnabled(false);

	menuBar->acView_CAPEsfc->setEnabled (false);
    menuBar->acView_CINsfc->setEnabled (false);

    menuBar->acView_ReflectColors->setEnabled (false);
    menuBar->acView_ThetaEColors->setEnabled (false);

	menuBar->acView_WindColors->setEnabled(false);
	menuBar->acView_WindArrow->setEnabled(false);
	menuBar->acView_Barbules->setEnabled(false);
	menuBar->acView_ThinWindArrows->setEnabled(false);

	menuBar->acView_GustColors->setEnabled(false);

    menuBar->acView_RainColors->setEnabled(false);
    menuBar->acView_RainColors->setEnabled(false);
	menuBar->acView_CloudColors->setEnabled(false);
	menuBar->acView_HumidColors->setEnabled(false);
	menuBar->acView_DeltaDewpointColors->setEnabled(false);

	menuBar->acView_Isobars->setEnabled(false);
	menuBar->acView_IsobarsLabels->setEnabled(false);
	menuBar->acView_PressureMinMax->setEnabled(false);
	menuBar->menuIsobarsStep->setEnabled(false);

	menuBar->acView_Isotherms0->setEnabled(false);
	menuBar->acView_Isotherms0Labels->setEnabled(false);
	menuBar->acView_GroupIsotherms0Step->setEnabled(false);
	menuBar->menuIsotherms0Step->setEnabled(false);
	//------------------------------------------------
	menuBar->acView_Isotherms_2m->setEnabled (false);
	menuBar->acView_Isotherms_925hpa->setEnabled (false);
	menuBar->acView_Isotherms_850hpa->setEnabled (false);
	menuBar->acView_Isotherms_700hpa->setEnabled (false);
	menuBar->acView_Isotherms_500hpa->setEnabled (false);
	menuBar->acView_Isotherms_300hpa->setEnabled (false);
	menuBar->acView_Isotherms_200hpa->setEnabled (false);
	menuBar->acView_Isotherms_400hpa->setEnabled (false);
	menuBar->acView_Isotherms_600hpa->setEnabled (false);
	menuBar->menuIsotherms->setEnabled (false);
	menuBar->acView_Isotherms_Labels->setEnabled (false);
	menuBar->menuIsotherms_Step->setEnabled (false);

	// Set altitude menus
	menuBar->acAlt_GeopotLine_925hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_850hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_700hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_500hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_300hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_200hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_400hpa->setEnabled (false);
	menuBar->acAlt_GeopotLine_600hpa->setEnabled (false);
	menuBar->menuGeopotLine->setEnabled (false);
	menuBar->menuGeopotStep->setEnabled (false);
	menuBar->acAlt_GeopotLabels->setEnabled (false);

    // Theta-e menu
    menuBar->acView_LinesThetaE_925hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_850hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_700hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_500hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_300hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_200hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_400hpa->setEnabled (false);
    menuBar->acView_LinesThetaE_600hpa->setEnabled (false);
    menuBar->menuLinesThetaE->setEnabled (false);
    menuBar->menuLinesThetaE_Step->setEnabled (false);
    menuBar->acView_LinesThetaE_Labels->setEnabled (false);

    menuBar->acView_WaterTempColors->setEnabled(false);
	// Sea current
    menuBar->acView_CurrentColors->setEnabled(false);
    menuBar->acView_CurrentArrow->setEnabled(false);
    menuBar->acView_CurrentArrowsOnGribGrid->setEnabled(false);

	// Waves
	menuBar->acView_SigWaveHeight->setEnabled (false);
	menuBar->acView_MaxWaveHeight->setEnabled (false);
	menuBar->acView_WhiteCapProb->setEnabled (false);
    menuBar->menuWavesArrows->setEnabled (false);
    menuBar->acView_DuplicateMissingWaveRecords->setEnabled (false);
	menuBar->acView_WavesArrows_none->setEnabled (false);
	menuBar->acView_WavesArrows_sig->setEnabled (false);
	menuBar->acView_WavesArrows_max->setEnabled (false);
	menuBar->acView_WavesArrows_swell->setEnabled (false);
	menuBar->acView_WavesArrows_wind->setEnabled (false);
	menuBar->acView_WavesArrows_prim->setEnabled (false);
	menuBar->acView_WavesArrows_scdy->setEnabled (false);
}
//-------------------------------------------------
void MainWindow::setMenubarItems()
{
	GriddedPlotter *plotter = terre->getGriddedPlotter();
    if (plotter == nullptr || !plotter->isReaderOk())
        return;

    menuBar->menuColorMap->setEnabled (true);
	menuBar->menuIsolines->setEnabled (true);
 
	if (plotter->hasDataType(GRB_TEMP)) menuBar->acView_TempColors->setEnabled(true);

	if (plotter->hasDataType(GRB_TEMP) || plotter->hasDataType (GRB_WTMP)) {
	    menuBar->acView_TemperatureLabels->setEnabled(true);
    }

	if (plotter->hasDataType (GRB_SNOW_CATEG)) menuBar->acView_SnowCateg->setEnabled(true);
	if (plotter->hasDataType (GRB_SNOW_DEPTH)) menuBar->acView_SnowDepth->setEnabled(true);

	if (plotter->hasDataType (GRB_FRZRAIN_CATEG)) menuBar->acView_FrzRainCateg->setEnabled(true);

	if (plotter->hasDataType (GRB_CAPE)) menuBar->acView_CAPEsfc->setEnabled (true);
    if (plotter->hasDataType (GRB_CIN)) menuBar->acView_CINsfc->setEnabled (true);

    if (plotter->hasDataType (GRB_COMP_REFL)) menuBar->acView_ReflectColors->setEnabled (true);
    if (plotter->hasDataType (GRB_PRV_THETA_E)) menuBar->acView_ThetaEColors->setEnabled (true);

	if ( plotter->hasDataType (GRB_WIND_VX)) {
	    menuBar->acView_WindColors->setEnabled(true);
	    menuBar->acView_WindArrow->setEnabled(true);
	    menuBar->acView_Barbules->setEnabled(true);
	    menuBar->acView_ThinWindArrows->setEnabled(true);
    }
    else if ( plotter->hasDataType (GRB_WIND_SPEED)) {
	    menuBar->acView_WindColors->setEnabled(true);
	    if ( plotter->hasDataType (GRB_WIND_DIR)) {
	        menuBar->acView_WindArrow->setEnabled(true);
	        menuBar->acView_Barbules->setEnabled(true);
	        menuBar->acView_ThinWindArrows->setEnabled(true);
	    }
    }

	if (plotter->hasDataType (GRB_WIND_GUST)) menuBar->acView_GustColors->setEnabled(true);

	bool ok;
    ok = plotter->hasDataType (GRB_PRECIP_TOT) || plotter->hasDataType (GRB_PRECIP_RATE);
    if (ok) menuBar->acView_RainColors->setEnabled( true);

    if (plotter->hasDataType (GRB_CLOUD_TOT)) menuBar->acView_CloudColors->setEnabled(true);
	if (plotter->hasDataType (GRB_HUMID_REL)) menuBar->acView_HumidColors->setEnabled(true);

	// DEW is only at LV_ABOV_GND 2 level
	ok = plotter->hasDataType (GRB_DEWPOINT) && plotter->hasData (GRB_TEMP,LV_ABOV_GND,2);;
	if (ok) menuBar->acView_DeltaDewpointColors->setEnabled(true);

	ok = plotter->hasData (GRB_PRESSURE_MSL,LV_MSL,0);
    if (ok) {
	    menuBar->acView_Isobars->setEnabled(ok);
    	menuBar->acView_IsobarsLabels->setEnabled(ok);
    	menuBar->acView_PressureMinMax->setEnabled(ok);
    	menuBar->menuIsobarsStep->setEnabled(ok);
    }

	if (plotter->hasData (GRB_GEOPOT_HGT,LV_ISOTHERM0,0)) {
    	menuBar->acView_Isotherms0->setEnabled(true);
    	menuBar->acView_Isotherms0Labels->setEnabled(true);
    	menuBar->acView_GroupIsotherms0Step->setEnabled(true);
    	menuBar->menuIsotherms0Step->setEnabled(true);
    }
	//------------------------------------------------
	bool ok2,ok3,ok4,ok5,ok6,ok7,ok8,ok9,ok10,ok11;
	ok2 = plotter->hasData (GRB_TEMP,LV_ABOV_GND,2);
	if (ok2) menuBar->acView_Isotherms_2m->setEnabled (ok2);

	ok3 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,925);
	if (ok3) menuBar->acView_Isotherms_925hpa->setEnabled (ok3);

	ok4 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,850);
	if (ok4) menuBar->acView_Isotherms_850hpa->setEnabled (ok4);

	ok5 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,700);
	if (ok5) menuBar->acView_Isotherms_700hpa->setEnabled (ok5);

	ok6 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,500);
	if (ok6) menuBar->acView_Isotherms_500hpa->setEnabled (ok6);

	ok7 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,300);
	if (ok7) menuBar->acView_Isotherms_300hpa->setEnabled (ok7);

	ok8 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,200);
	if (ok8) menuBar->acView_Isotherms_200hpa->setEnabled (ok8);

	ok9 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,400);
	if (ok9) menuBar->acView_Isotherms_400hpa->setEnabled (ok9);

	ok10 = plotter->hasData (GRB_TEMP,LV_ISOBARIC,600);
	if (ok10) menuBar->acView_Isotherms_600hpa->setEnabled (ok10);

	ok = ok2 || ok3 || ok4 || ok5 || ok6 || ok7 || ok8 || ok9 || ok10;
	if (ok) {
    	menuBar->menuIsotherms->setEnabled (ok);
    	menuBar->acView_Isotherms_Labels->setEnabled (ok);
    	menuBar->menuIsotherms_Step->setEnabled (ok);
    }

	// Set altitude menus
	ok9 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,925);
	if (ok9) menuBar->acAlt_GeopotLine_925hpa->setEnabled (ok9);

	ok8 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,850);
	if (ok8) menuBar->acAlt_GeopotLine_850hpa->setEnabled (ok8);

	ok7 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,700);
	if (ok7) menuBar->acAlt_GeopotLine_700hpa->setEnabled (ok7);

	ok5 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,500);
	if (ok5) menuBar->acAlt_GeopotLine_500hpa->setEnabled (ok5);

	ok3 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,300);
	if (ok3) menuBar->acAlt_GeopotLine_300hpa->setEnabled (ok3);

	ok2 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,200);
	if (ok2) menuBar->acAlt_GeopotLine_200hpa->setEnabled (ok2);

	ok10 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,400);
	if (ok10) menuBar->acAlt_GeopotLine_400hpa->setEnabled (ok10);

	ok11 = plotter->hasData (GRB_GEOPOT_HGT,LV_ISOBARIC,600);
	if (ok11) menuBar->acAlt_GeopotLine_600hpa->setEnabled (ok11);

	ok = ok9 || ok8 || ok7 || ok5 || ok3 || ok2 || ok10 || ok11;
	if (ok) {
    	menuBar->menuGeopotLine->setEnabled (ok);
    	menuBar->menuGeopotStep->setEnabled (ok);
    	menuBar->acAlt_GeopotLabels->setEnabled (ok);
    }

	// Set Theta-e menus
	ok3 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,925);
	if (ok3) menuBar->acView_LinesThetaE_925hpa->setEnabled (ok3);

	ok4 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,850);
	if (ok4) menuBar->acView_LinesThetaE_850hpa->setEnabled (ok4);

	ok5 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,700);
	if (ok5) menuBar->acView_LinesThetaE_700hpa->setEnabled (ok5);

	ok6 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,500);
	if (ok6) menuBar->acView_LinesThetaE_500hpa->setEnabled (ok6);

	ok7 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,300);
	if (ok7) menuBar->acView_LinesThetaE_300hpa->setEnabled (ok7);

	ok8 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,200);
	if (ok8) menuBar->acView_LinesThetaE_200hpa->setEnabled (ok8);

	ok9 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,400);
	if (ok9) menuBar->acView_LinesThetaE_400hpa->setEnabled (ok9);

	ok10 = plotter->hasData (GRB_PRV_THETA_E,LV_ISOBARIC,600);
	if (ok10) menuBar->acView_LinesThetaE_600hpa->setEnabled (ok10);

	ok = ok3 || ok4 || ok5 || ok6 || ok7 || ok8 || ok9 || ok10;
	if (ok) {
    	menuBar->menuLinesThetaE->setEnabled (ok);
    	menuBar->acView_LinesThetaE_Labels->setEnabled (ok);
    	menuBar->menuLinesThetaE_Step->setEnabled (ok);
    }
	//------------------------------------------------------
	// Common actions to all gridded data file
	//------------------------------------------------------
	// Sea current
	if (plotter->hasDataType (GRB_CUR_VX)) {
    	menuBar->acView_CurrentColors->setEnabled(true);
    	menuBar->acView_CurrentArrow->setEnabled(true);
    	menuBar->acView_CurrentArrowsOnGribGrid->setEnabled(true);
    }
    else if ( plotter->hasDataType (GRB_CUR_SPEED)) {
	    menuBar->acView_CurrentColors->setEnabled(true);
	    if ( plotter->hasDataType (GRB_CUR_DIR)) {
	        menuBar->acView_CurrentArrow->setEnabled(true);
	        menuBar->acView_CurrentArrowsOnGribGrid->setEnabled(true);
	    }
    }

	if (plotter->hasDataType (GRB_WTMP))  menuBar->acView_WaterTempColors->setEnabled(true);
	// Waves
	if (plotter->hasWaveDataType (GRB_WAV_SIG_HT)) menuBar->acView_SigWaveHeight->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_MAX_HT)) menuBar->acView_MaxWaveHeight->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_WHITCAP_PROB)) menuBar->acView_WhiteCapProb->setEnabled (true);
	if (plotter->hasWaveDataType ()) {
	    menuBar->menuWavesArrows->setEnabled (true);
	    menuBar->acView_DuplicateMissingWaveRecords->setEnabled (true);
	    menuBar->acView_WavesArrows_none->setEnabled (true);
    }
	if (plotter->hasWaveDataType (GRB_WAV_DIR)) menuBar->acView_WavesArrows_sig->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_MAX_DIR)) menuBar->acView_WavesArrows_max->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_SWL_DIR)) menuBar->acView_WavesArrows_swell->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_WND_DIR)) menuBar->acView_WavesArrows_wind->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_PRIM_DIR)) menuBar->acView_WavesArrows_prim->setEnabled (true);
	if (plotter->hasWaveDataType (GRB_WAV_SCDY_DIR)) menuBar->acView_WavesArrows_scdy->setEnabled (true);
}

//-------------------------------------------------
void MainWindow::openMeteoDataFile (const QString& fileName)
{
	QCursor oldcursor = cursor();
	setCursor(Qt::WaitCursor);
	FileDataType meteoFileType = DATATYPE_NONE;
    colorScaleWidget->setColorScale (nullptr, DataCode());
    dateChooser->reset ();
	if (QFile::exists(fileName))
	{
		// 	DBG ("open file %s", qPrintable(fileName));	
		bool zoom = Util::getSetting("autoZoomOnGribArea", true).toBool();
		meteoFileType = terre->loadMeteoDataFile (fileName, zoom);
		if (meteoFileType != DATATYPE_NONE)
			Util::setSetting("gribFileName",  fileName);
	}
	
	GriddedPlotter *plotter = terre->getGriddedPlotter();
    if (plotter!=nullptr && plotter->isReaderOk())
	{
	    disableMenubarItems();
	    setMenubarItems();
		//------------------------------------------------
		if (meteoFileType == DATATYPE_GRIB)
		//------------------------------------------------
		{
			setWindowTitle (Version::getShortName()+" - "+ QFileInfo(fileName).fileName());
			menuBar->updateListeDates (plotter->getListDates(),
									   plotter->getCurrentDate() );
			gribFileName = fileName;

			menuBar->acView_DuplicateFirstCumulativeRecord->setEnabled (true);
			menuBar->acView_InterpolateMissingRecords->setEnabled (true);
			menuBar->acView_DuplicateMissingWaveRecords->setEnabled (true);
			
			// Malformed grib file ?
			GriddedReader *reader = plotter->getReader();
			if (reader->hasAmbiguousHeader()) {
				QMessageBox::warning (this,
				tr("Warning"),
				tr("File :") + fileName 
				+ "\n\n"
				+ tr("The header of this GRIB file do not respect standard format.")
				+ "\n\n"
				+ tr("Despite efforts to interpret it, output may be incorrect.")
				+ "\n\n"
				+ tr("Please inform the supplier of this file that the GDS section of "
				   "the file header is ambiguous, particularly about data position.")					
				+ "\n"
				);
			}
		}
		//------------------------------------------------
		menuBar->updateDateSelector( );

		dateChooser->setGriddedPlotter (plotter);
		dateChooser->setVisible (Util::getSetting("showDateChooser", true).toBool());
		//-----------------------------------------------
		updateGriddedData ();
	}
	//------------------------------------------------
	else  
	{
		if (meteoFileType != DATATYPE_CANCELLED) {
			QMessageBox::critical (this,
				tr("Error"),
				tr("File :") + fileName + "\n\n"
					+ tr("Can't open file.") + "\n\n"
					+ tr("It's not a GRIB file,") + "\n"
					+ tr("or it contains unrecognized data,") + "\n"
					+ tr("or...")
			);
		}
        dateChooser->setGriddedPlotter (nullptr);
		dateChooser->setVisible (false);
		menuBar->updateListeDates({} , 0);
	}
	setCursor(oldcursor);
}
//-------------------------------------------------------
void MainWindow::slotUseJetStreamColorMap (bool b) 
{
	Util::setSetting ("useJetStreamColorMap", b);
	updateGriddedData ();
}
//-------------------------------------------------------
void MainWindow::slotUseAbsoluteGustSpeed (bool b) 
{
	Util::setSetting ("useAbsoluteGustSpeed", b);
	updateGriddedData ();
}
//--------------------------------------------------------------
// Ajuste les paramètres des cartes colorées.
// Essaye de réutiliser les paramètres d'affichage précédents
// si compatible avec le fichier.
//--------------------------------------------------------------
void MainWindow::updateGriddedData ()
{
	GriddedPlotter *plotter = terre->getGriddedPlotter();
    if (plotter!=nullptr && plotter->isReaderOk())
	{
		GriddedReader *reader = plotter->getReader();
		QString strdtc;
        DataCode dtc, dtctmp;
		strdtc = DataCodeStr::serialize (DataCode(GRB_PRV_WIND_XY2D,LV_ABOV_GND,10));
		strdtc = Util::getSetting ("colorMapData", strdtc).toString();
		dtc = DataCodeStr::unserialize (strdtc);
		
		bool useJetStreamColorMap = Util::getSetting("useJetStreamColorMap", false).toBool();
		if (dtc.dataType==GRB_PRV_WIND_JET || dtc.dataType==GRB_PRV_WIND_XY2D) {
			if (useJetStreamColorMap)
				dtc.dataType = GRB_PRV_WIND_JET;
			else
				dtc.dataType = GRB_PRV_WIND_XY2D;
		}
        if (dtc.dataType==GRB_WIND_GUST) {
            dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0);
            dtctmp.set (GRB_WIND_GUST,LV_ABOV_GND,10);
            if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
                dtc = dtctmp;
            dtctmp.set (GRB_WIND_GUST,LV_GND_SURF, 0);
            if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
                dtc = dtctmp;
        }

        bool useGustColorAbsolute = Util::getSetting("useAbsoluteGustSpeed", true).toBool();

        // Data exists ?
		DataCode dtc2 = dtc;
		if (dtc2.dataType == GRB_PRV_WIND_JET)
			dtc2.dataType = GRB_PRV_WIND_XY2D;

		if (! reader->hasData(dtc2)) {
			dtc = DataCode (GRB_TYPE_NOT_DEFINED, LV_TYPE_NOT_DEFINED, 0);
		}

		//-----------------------------------------
		setMenubarAltitudeData (dtc);
		setMenubarColorMapData (dtc, true);
		if (colorScaleWidget && terre->getGriddedPlotter() && terre->getGriddedPlotter()->isReaderOk()) {
			colorScaleWidget->setColorScale (terre->getGriddedPlotter(), dtc);
		}
		menuBar->acView_useJetSTreamColorMap->setChecked (useJetStreamColorMap);
		menuBar->acView_useAbsoluteGustSpeed->setChecked (useGustColorAbsolute);
		terre->setColorMapData (dtc);
	}
}
//-------------------------------------------------
void MainWindow::slotCreateAnimation()
{
	GriddedPlotter *plotter = terre->getGriddedPlotter();
	
    if (plotter==nullptr  || ! plotter->isReaderOk())
	{
        QMessageBox::critical (this,
            tr("Error"),
			tr("Can't create animation :") + "\n"
                + tr("no GRIB file loaded.")
        );
	}
	else if (plotter->getReader()->getReaderFileDataType() != DATATYPE_GRIB)
	{
        QMessageBox::critical (this,
            tr("Error"),
			tr("Can't create animation.")
        );
	}
	else
	{
		new GribAnimator (terre);
	}
}

//-------------------------------------------------
void MainWindow::slotCreatePOI ()
{
	double lon, lat;
	proj->screen2map(mouseClicX,mouseClicY, &lon, &lat);
	new POI_Editor (Settings::getNewCodePOI(), lon, lat, proj, this, terre);
}
//-------------------------------------------------
void MainWindow::createPOIs ()
{
	POI *poi;
    QList<uint> lscodes = Settings::getSettingAllCodesPOIs();
	for (unsigned int code : lscodes)
	{
			poi = new POI (code, proj, this, terre);
		connectPOI (poi);
 	}
}
//-------------------------------------------------
void MainWindow::connectPOI (POI *poi)
{
	bool visible = Util::getSetting("showPOIs", true).toBool();
    if (poi!=nullptr) {
		if (poi->isValid()) {
			poi->setVisible (visible);
		}
		else {
			Settings::deleteSettingsPOI (poi->getCode() );
			delete poi;
            poi = nullptr;
		}
	}
}
//-------------------------------------------------
void MainWindow::slotOpenSelectMetar ()
{
	DBG(" ");
    if (dialogSelectMetar == nullptr) {
		dialogSelectMetar = new DialogSelectMetar ();
		assert (dialogSelectMetar);
		connect (dialogSelectMetar, SIGNAL(metarListChanged()), this, SLOT(slotMETARsListChanged()));
	}
	dialogSelectMetar->exec ();
}
//-------------------------------------------------
void MainWindow::slotMETARsListChanged ()
{
	createAllMETARs ();
}
//-------------------------------------------------
void MainWindow::createAllMETARs ()
{
	MetarWidget  *mw;
	MetarWidgetFactory *factory;
	QStringList allMetarsSelected = 
		(Util::getSetting("metar_selected", QStringList()).toStringList() );
	qDeleteAll (listAllMetars);
	listAllMetars.clear ();
	bool isVisible = Util::getSetting("showMETARs", true).toBool();
	if (!allMetarsSelected.empty()) {
		factory = new MetarWidgetFactory ();
		assert (factory);
		for (int i=0; i < allMetarsSelected.size(); i++) {
			const QString& icao = allMetarsSelected.at(i);
			mw = factory->createMetarWidget (icao, isVisible, proj, terre);
			listAllMetars.append (mw);
		}
		delete factory;
	}
}
//-------------------------------------------------
void MainWindow::slotMETARSvisibility (bool vis)
{
	Util::setSetting ("showMETARs", vis);
	for (auto listAllMetar : listAllMetars) {
		listAllMetar->setVisible (vis);
	}
}
//-------------------------------------------------
void MainWindow::slotPOImoved(POI* poi)
{
    QString message =
    		poi->getName()+" : "
            + Util::formatPosition(poi->getLongitude(),poi->getLatitude());
    statusBar->showMessage(message);
}
//-------------------------------------------------
void MainWindow::slotFile_Close()
{
    gribFileName = "";
	Util::setSetting ("gribFileName",  gribFileName);
    colorScaleWidget->setColorScale (nullptr, DataCode());
    terre->closeMeteoDataFile ();
	dateChooser->reset ();
	menuBar->updateListeDates( {}, 0);

	// close opened windows related to the file
	QObjectList allobjs = children();
	foreach (QObject *obj, allobjs) {
		QVariant prop = obj->property ("objectType");
		if (prop.isValid()) {
			if (prop.toString() == "MeteoTableDialog")
				delete obj;
		}
	}
}

//-------------------------------------------------
void MainWindow::slotOpenMeteotablePOI (POI* poi)
{
	GriddedPlotter *griddedPlot = terre->getGriddedPlotter();
	if (griddedPlot && griddedPlot->isReaderOk())
	{
		new MeteoTableDialog (
			griddedPlot,
			poi->getLongitude(), poi->getLatitude(), poi->getName());
	}
}
//-------------------------------------------------
void MainWindow::slotOpenMeteotable ()
{
	double lon, lat;
	proj->screen2map(mouseClicX,mouseClicY, &lon, &lat);
	GriddedPlotter *griddedPlot = terre->getGriddedPlotter();
	if (griddedPlot && griddedPlot->isReaderOk())
	{
		new MeteoTableDialog (
			griddedPlot,
			lon, lat, "");
	}
}
//-------------------------------------------------
// added by Tim Holtschneider, 05.2010
// slot for extra context menu entry to plot data in a graph
//void MainWindow::slotOpenCurveDrawer()
//{
//	double lon, lat;
//	if( GLOB_listSelectedPOI.empty() ) {
//		proj->screen2map(mouseClicX, mouseClicY, &lon, &lat);
//		new CurveDrawer( terre->getGriddedPlotter(), lon, lat);
//	} else if( GLOB_listSelectedPOI.size() == 1 ) {
//		new CurveDrawer( terre->getGriddedPlotter(), GLOB_listSelectedPOI.first()->getLongitude(),
//													 GLOB_listSelectedPOI.first()->getLatitude());
//	} else  if( GLOB_listSelectedPOI.size() >= 2 ) {
//		// OpenCPN
////		new CurveDrawer( terre->getGriddedPlotter(), this );
//	} else {
//		QMessageBox::warning( this, tr("Currently it is only possible to select 1 POI for data plot.\nUnselected by left click in map holding shift at the same time"),
//									tr("Currently it is only possible to select 1 POI for data plot.\nUnselected by left click in map holding shift at the same time") );
//	}
//}
//-------------------------------------------------
void MainWindow::slotOpenAngleConverter()
{
	new AngleConverterDialog(this);
}
//-------------------------------------------------
void MainWindow::slotOptions_Language()
{
    QString oldlang = Util::getSetting("appLanguage", "").toString();
	DialogChooseLang langChooser (this, oldlang);
	langChooser.exec ();
	QString lang = langChooser.getLanguage();
	if (lang != oldlang) {
		Util::setSetting("appLanguage", lang);
		if (lang == "fr")
		{ QMessageBox::information (this,
				QString("Changement de langue"),
				QString("Langue : Français\n\n")
				+ QString("Les modifications seront prises en compte\n")
				+ QString("au prochain lancement du programme.")
				);
		}
		else {
			QMessageBox::information (this,
				QString("Application Language"),
				QString("Language : "+lang+"\n\n")
				+ QString("Please reload application to activate language.\n")
				);
		}
	}
}
//-------------------------------------------------
void MainWindow::slotMap_Quality()
{
	int quality = 0;
    MenuBar  *mb = menuBar;
    QAction *act = mb->acMap_GroupQuality->checkedAction();
    if (act == mb->acMap_Quality1)
        quality = 0;
    else if (act == mb->acMap_Quality2)
        quality = 1;
    else if (act == mb->acMap_Quality3)
        quality = 2;
    else if (act == mb->acMap_Quality4)
        quality = 3;
    else if (act == mb->acMap_Quality5)
        quality = 4;

    Util::setSetting("gshhsMapQuality", quality);
	emit signalMapQuality(quality);
}

//-------------------------------------------------
void MainWindow::slotMap_FindCity ()
{
	
}
//-------------------------------------------------
void MainWindow::slotMap_CitiesNames()
{
    MenuBar  *mb = menuBar;
    QAction *act = mb->acMap_GroupCitiesNames->checkedAction();
    if (act == mb->acMap_CitiesNames0)
        terre->setCitiesNamesLevel(0);
    else if (act == mb->acMap_CitiesNames1)
        terre->setCitiesNamesLevel(1);
    else if (act == mb->acMap_CitiesNames2)
        terre->setCitiesNamesLevel(2);
    else if (act == mb->acMap_CitiesNames3)
        terre->setCitiesNamesLevel(3);
    else if (act == mb->acMap_CitiesNames4)
        terre->setCitiesNamesLevel(4);
    else if (act == mb->acMap_CitiesNames5)
        terre->setCitiesNamesLevel(5);
}
//-------------------------------------------------
void MainWindow::slotIsobarsStep()
{
    int s = 4;
    MenuBar  *mb = menuBar;
    QAction *act = mb->acView_GroupIsobarsStep->checkedAction();
    if (act == mb->acView_IsobarsStep1)
        s = 1;
    else if (act == mb->acView_IsobarsStep2)
        s = 2;
    else if (act == mb->acView_IsobarsStep3)
        s = 3;
    else if (act == mb->acView_IsobarsStep4)
        s = 4;
    else if (act == mb->acView_IsobarsStep5)
        s = 5;
    else if (act == mb->acView_IsobarsStep6)
        s = 6;
    else if (act == mb->acView_IsobarsStep8)
        s = 8;
    else if (act == mb->acView_IsobarsStep10)
        s = 10;
    terre->setIsobarsStep(s);
}
//-------------------------------------------------
void MainWindow::slotIsotherms0Step ()
{
    int s = 100;
    MenuBar  *mb = menuBar;
    QAction *act = mb->acView_GroupIsotherms0Step->checkedAction();
    if (act == mb->acView_Isotherms0Step10)
        s = 10;
    else if (act == mb->acView_Isotherms0Step20)
        s = 20;
    else if (act == mb->acView_Isotherms0Step50)
        s = 50;
    else if (act == mb->acView_Isotherms0Step100)
        s = 100;
    else if (act == mb->acView_Isotherms0Step200)
        s = 200;
    else if (act == mb->acView_Isotherms0Step500)
        s = 500;
    else if (act == mb->acView_Isotherms0Step1000)
        s = 1000;
    terre->setIsotherms0Step(s);
}
//-------------------------------------------------
void MainWindow::slotIsotherms_Step ()
{
    int s = 2;
    MenuBar  *mb = menuBar;
    QAction *act = mb->groupIsotherms_Step->checkedAction();
    if (act == mb->acView_Isotherms_Step1)
        s = 1;
    else if (act == mb->acView_Isotherms_Step2)
        s = 2;
    else if (act == mb->acView_Isotherms_Step5)
        s = 5;
    else if (act == mb->acView_Isotherms_Step10)
        s = 10;
    terre->setIsotherms_Step(s);
}
//-------------------------------------------------
void MainWindow::slotGroupLinesThetaE_Step ()
{
    int s = 2;
    MenuBar  *mb = menuBar;
    QAction *act = mb->groupLinesThetaE_Step->checkedAction();
    if (act == mb->acView_LinesThetaE_Step1)
        s = 1;
    else if (act == mb->acView_LinesThetaE_Step2)
        s = 2;
    else if (act == mb->acView_LinesThetaE_Step5)
        s = 5;
    else if (act == mb->acView_LinesThetaE_Step10)
        s = 10;
    terre->setLinesThetaE_Step (s);
}
//-------------------------------------------------
void MainWindow::slotGroupIsotherms (QAction *ac)
{
	Util::setSetting ("showIsotherms_2m", false, false);
	Util::setSetting ("showIsotherms_925hpa", false, false);
	Util::setSetting ("showIsotherms_850hpa", false, false);
	Util::setSetting ("showIsotherms_700hpa", false, false);
	Util::setSetting ("showIsotherms_600hpa", false, false);
	Util::setSetting ("showIsotherms_500hpa", false, false);
	Util::setSetting ("showIsotherms_400hpa", false, false);
	Util::setSetting ("showIsotherms_300hpa", false);
	if (ac && ac->isChecked()) {
		Altitude alt;
		Util::setSetting ("showIsotherms_200hpa", false, false);
		if (ac == menuBar->acView_Isotherms_2m) {
			alt = Altitude (LV_ABOV_GND,2);
			Util::setSetting ("showIsotherms_2m", true);
		}
		else if (ac == menuBar->acView_Isotherms_925hpa) {
			alt = Altitude (LV_ISOBARIC,925);
			Util::setSetting ("showIsotherms_925hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_850hpa) {
			alt = Altitude (LV_ISOBARIC,850);
			Util::setSetting ("showIsotherms_850hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_700hpa) {
			alt = Altitude (LV_ISOBARIC,700);
			Util::setSetting ("showIsotherms_700hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_600hpa) {
			alt = Altitude (LV_ISOBARIC,600);
			Util::setSetting ("showIsotherms_600hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_500hpa) {
			alt = Altitude (LV_ISOBARIC,500);
			Util::setSetting ("showIsotherms_500hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_400hpa) {
			alt = Altitude (LV_ISOBARIC,400);
			Util::setSetting ("showIsotherms_400hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_300hpa) {
			alt = Altitude (LV_ISOBARIC,300);
			Util::setSetting ("showIsotherms_300hpa", true);
		}
		else if (ac == menuBar->acView_Isotherms_200hpa) {
			alt = Altitude (LV_ISOBARIC,200);
			Util::setSetting ("showIsotherms_200hpa", true);
		}
		terre->setIsotherms_Altitude (alt);
		terre->setDrawIsotherms (true);
		//DBGQS ("MainWindow Alt = "+AltitudeStr::toString (alt));
	}
	else {
		terre->setDrawIsotherms (false);
	}
}
//-------------------------------------------------
void MainWindow::slotGroupLinesThetaE (QAction *ac)
{
	Util::setSetting ("showLinesThetaE_925hpa", false, false);
	Util::setSetting ("showLinesThetaE_850hpa", false, false);
	Util::setSetting ("showLinesThetaE_700hpa", false, false);
	Util::setSetting ("showLinesThetaE_600hpa", false, false);
	Util::setSetting ("showLinesThetaE_500hpa", false, false);
	Util::setSetting ("showLinesThetaE_400hpa", false, false);
	Util::setSetting ("showLinesThetaE_300hpa", false, false);
	Util::setSetting ("showLinesThetaE_200hpa", false);
	if (ac && ac->isChecked()) {
		Altitude alt;
		if (ac == menuBar->acView_LinesThetaE_925hpa) {
			alt = Altitude (LV_ISOBARIC,925);
			Util::setSetting ("showLinesThetaE_925hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_850hpa) {
			alt = Altitude (LV_ISOBARIC,850);
			Util::setSetting ("showLinesThetaE_850hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_700hpa) {
			alt = Altitude (LV_ISOBARIC,700);
			Util::setSetting ("showLinesThetaE_700hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_600hpa) {
			alt = Altitude (LV_ISOBARIC,600);
			Util::setSetting ("showLinesThetaE_600hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_500hpa) {
			alt = Altitude (LV_ISOBARIC,500);
			Util::setSetting ("showLinesThetaE_500hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_400hpa) {
			alt = Altitude (LV_ISOBARIC,400);
			Util::setSetting ("showLinesThetaE_400hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_300hpa) {
			alt = Altitude (LV_ISOBARIC,300);
			Util::setSetting ("showLinesThetaE_300hpa", true);
		}
		else if (ac == menuBar->acView_LinesThetaE_200hpa) {
			alt = Altitude (LV_ISOBARIC,200);
			Util::setSetting ("showLinesThetaE_200hpa", true);
		}
		terre->setLinesThetaE_Altitude (alt);
		terre->setDrawLinesThetaE (true);
		//DBGQS ("MainWindow Alt = "+AltitudeStr::toString (alt));
	}
	else {
		terre->setDrawLinesThetaE (false);
	}
}

//-------------------------------------------------
void MainWindow::slotHelp_Help() {

    QString link = "https://github.com/opengribs/XyGrib/wiki/XyGrib-User-Manual";
    QDesktopServices::openUrl(QUrl(link));

    return;

    QMessageBox::information (this,
            tr("Help"),
            tr("Help is available at")
               +" https://github.com/opengribs/XyGrib/wiki/XyGrib-User-Manual"
               );

}
//-------------------------------------------------
void MainWindow::slotHelp_APropos()
{
    QMessageBox::information (this,
            tr("About"),
            tr("XyGrib : GRIB files visualization")
            +"\n"+
            tr("Version : ")+Version::getVersion()
                    +"      "+Version::getDate()
            +"\n"+ tr("Licence : GNU GPL v3")
            +"\n"+ tr("https://OpenGribs.org")
        );
}
//-------------------------------------------------
void MainWindow::slotHelp_AProposQT() {
	QMessageBox::aboutQt (this);
}

//-------------------------------------------------
void MainWindow::slotFile_Quit() {
    QApplication::quit();
}
//-------------------------------------------------
void MainWindow::slotFile_Open()
{
    QString filter;
/*    filter =  tr("Fichiers GRIB (*.grb *.grib *.grb.bz2 *.grib.bz2 *.grb.gz *.grib.gz)")
            + tr(";;Autres fichiers (*)");*/
	filter="";
    QString fileName = Util::getOpenFileName(this,
                         tr("Choose a GRIB file"),
                         gribFilePath,
                         filter);
    if (fileName != "")
    {
        QFileInfo finfo(fileName);
        gribFilePath = finfo.absolutePath();
    	Util::setSetting("gribFilePath",  gribFilePath);
        openMeteoDataFile (fileName);
    }
}

//---------------------------------------------
void MainWindow::slotFile_Load_GRIB ()
{
    double x0, y0, x1, y1;
    if ( terre->getSelectedRectangle (&x0,&y0, &x1,&y1)
		 || terre->getGribFileRectangle (&x0,&y0, &x1,&y1) )
    {
//        DBG("Rect is: %f, %f,   %f, %f", x0, y0, x1, y1);

        // open the grib download dialog
		QString fname = DialogLoadGRIB::getFile (networkManager, this, x0,y0,x1,y1);

        // Stop showing limited area model limits
        menuBar->cbModelRect->setCurrentIndex(0);
        slotModelRectChanged(0);

        // open the returned file
		if (fname != "") {
			openMeteoDataFile (fname);
		}
    }
    else {
        QMessageBox::warning (this,
            tr("Download a GRIB file"),
            tr("Please select an area on the map."));
    }
}
//-----------------------------------------------
void MainWindow::slotModelRectChanged(int sel)
{
//    QMessageBox::information(this, "Testing", QString("Selection was: %1").arg(sel));
    if (sel == 0){
        terre->showSpecialZone(false);
        terre->slotMustRedraw();
    } else {
        terre->setSpecialZone(modelRectangles[sel-1][0],
                              modelRectangles[sel-1][1],
                              modelRectangles[sel-1][2],
                              modelRectangles[sel-1][3]);
        terre->showSpecialZone(true);
        this->repaint();
    }
}
//-----------------------------------------------
void MainWindow::slotFile_GribServerStatus()
{
    DialogServerStatus dial (networkManager);
    dial.exec();
}

//-----------------------------------------------
QString MainWindow::dataPresentInGrib (GribReader* grib,
				int dataType,int levelType,int levelValue,
				bool *ok)
{
	if (dataType == GRB_DEWPOINT) {
		switch (grib->getDewpointDataStatus (levelType,levelValue)) {
			case GribReader::DATA_IN_FILE :
                if (ok != nullptr) *ok = true;
				return tr("yes");
				break;
			case GribReader::NO_DATA_IN_FILE :
                if (ok != nullptr) *ok = false;
				return tr("no");
				break;
			case GribReader::COMPUTED_DATA :
			default :
                if (ok != nullptr) *ok = true;
				return tr("no (computed with Magnus-Tetens formula)");
				break;
		}
	}
	else {
		if (grib->getNumberOfGribRecords 
						(DataCode(dataType,levelType,levelValue)) > 0) {
            if (ok != nullptr) *ok = true;
			return tr("yes");
		}
        if (ok != nullptr) *ok = false;
        return tr("no");
	}
}

//-----------------------------------------------
void MainWindow::slotFile_Info_GRIB ()
{
	GriddedPlotter *plotter = terre->getGriddedPlotter();
    if (!plotter || !plotter->isReaderOk())    {
        QMessageBox::information (this,
            tr("File information"),
            tr("File not loaded."));
		return;
    }
	GriddedReader *reader = plotter->getReader();
	GriddedRecord *record = reader->getFirstRecord();
    if (!record)    {
        QMessageBox::information (this,
            tr("File information"),
            tr("Data error."));
		return;
    }
    QString msg;

	msg += tr("File : %1\n") .arg(reader->getFileName());
	msg += tr("Size : %1 bytes\n") .arg(reader->getFileSize());
	msg += "\n";
	msg += tr("Weather center %1") .arg(record->getIdCenter());
	msg += +" - "+ tr("Model %1") .arg(record->getIdModel());
	msg += +" - "+ tr("Grid %1") .arg(record->getIdGrid());
	msg += "\n";

	//msg += tr("%1 enregistrements, ").arg(grib->getTotalNumberOfGribRecords());
	msg += tr("%1 dates:\n").arg(reader->getNumberOfDates());

	std::set<time_t> sdates = reader->getListDates();
	msg += tr("    from %1\n").arg( Util::formatDateTimeLong(*(sdates.begin())) );
	msg += tr("    to %1\n").arg( Util::formatDateTimeLong(*(sdates.rbegin())) );

	msg += "\n";
	msg += tr("Available data :");
	std::set<DataCode> setdata = plotter->getAllDataCode ();
	int  currentype = -1;
	bool firstalt = true;
	for (auto dtc : setdata) {
			if (   dtc.dataType != GRIB_NOTDEF
			&& dtc.dataType != GRB_WIND_VY
			&& dtc.dataType != GRB_CUR_VY
		) {
			DataCode code = dtc;
			if (dtc.dataType == GRB_WIND_VX)
					code.dataType = GRB_PRV_WIND_XY2D;
			if (dtc.dataType == GRB_CUR_VX)
					code.dataType = GRB_PRV_CUR_XY2D;
			if (currentype != dtc.dataType) {
				msg += "\n* "+DataCodeStr::toString_name (code)+": ";
				currentype = dtc.dataType;
				firstalt = true;
			}
			if (!firstalt)
				msg += ", ";
			else
				firstalt = false;
			//msg += DataCodeStr::toString_level (code);
			msg += AltitudeStr::toStringShort (code.getAltitude());
		}
	}

	msg += "\n";
	msg += "\n";
	if (record->isRegularGrid()) {
		msg += tr("Grid : %1x%2=%3 points") 
					.arg(record->getNi())
					.arg(record->getNj())
					.arg(record->getNi()*record->getNj());
		msg += QString(" : %1°x%2°")
					.arg(record->getDeltaX()).arg(record->getDeltaY());
		msg += "\n";
	}
	else {
		msg += tr("Grid : %1 points")
					.arg(record->getTotalNumberOfPoints());
		double resapprox = 1.0/sqrt(record->getAveragePointsDensity());
		msg += QString("  ≈ %1°x%2°")
					.arg( resapprox, 0,'g',2 )
					.arg( resapprox, 0,'g',2 );
		msg += "\n";
	}

    double x0,y0, x1,y1;
    if (reader->getZoneExtension(&x0,&y0, &x1,&y1))
	{
		msg += tr("Area :");
		QString pos1 = Util::formatPosition (x0, y0);
		QString pos2 = Util::formatPosition (x1, y1);
		msg += QString("%1  ->  %2\n").arg( pos1, pos2);
	}
	msg += "\n";
	msg += tr("Reference date: %1")
					.arg(Util::formatDateTimeLong(reader->getFirstDate()));
	//DBGQS(msg);
	//--------------------------------------------------------------
	QMessageBox::information (this,
		tr("GRIB file information"),
		msg );
}

//========================================================================
void MainWindow::slotDateGribChanged(int id)
{
    time_t date = menuBar->getDateGribById (id);
    //printf("id= %d : %d %s\n",id, (int)date, qPrintable(Util::formatDateTimeLong(date)));
    terre->setCurrentDate (date);
    // Ajuste les actions disponibles
	menuBar->updateCurrentDate (date);
	dateChooser->setDate (date); 
	updateBoardPanel ();
}
//-------------------------------------------------
void MainWindow::slotDateGribChanged_next()
{
    int id = menuBar->cbDatesGrib->currentIndex();
    if (id < menuBar->cbDatesGrib->count()-1) {
        menuBar->cbDatesGrib->setCurrentIndex(id+1);
        slotDateGribChanged(id+1);
    }
}
//-------------------------------------------------
void MainWindow::slotDateGribChanged_prev()
{
    int id = menuBar->cbDatesGrib->currentIndex();
    if (id > 0) {
        menuBar->cbDatesGrib->setCurrentIndex(id-1);
        slotDateGribChanged(id-1);
    }
}
//-------------------------------------------------
void MainWindow::slotDateChooserChanged (time_t date, bool isMoving)
{
	if (! isMoving) {
		menuBar->updateCurrentDate (date);
		terre->setCurrentDate (date);
	}
}
//-------------------------------------------------
void MainWindow::slotShowDateChooser (bool b)
{
    dateChooser->setVisible (b);
    Util::setSetting ("showDateChooser", b);
}
//-------------------------------------------------
void MainWindow::slotShowColorScale (bool b)
{
	if (colorScaleWidget) {
		colorScaleWidget->setVisible (b);
		Util::setSetting ("showColorScale", b);
	}
}
//-------------------------------------------------
void MainWindow::slotShowBoardPanel (bool b)
{
	if (boardPanel) {
		boardPanel->setVisible (b);
		Util::setSetting ("showBoardPanel", b);
	}
}
//-------------------------------------------------
void MainWindow::slotWindArrows(bool b)
{
    // pas de barbules sans flèches
    menuBar->acView_Barbules->setEnabled(b);
}
//-------------------------------------------------
void MainWindow::slotChangeSkin(bool b)
{
    if (b){
        Util::setSetting("showDarkSkin", true);
    } else {
        Util::setSetting("showDarkSkin", false);
    }
    QMessageBox::information(this,tr("Change Skin"),
                             tr("For skin change to take effect XyGrib needs to be restarted"));

}
//-------------------------------------------------
void MainWindow::statusBar_showSelectedZone()
{
    double x0,y0,  x1,y1;
    terre->getSelectedLine(&x0,&y0, &x1,&y1);

    QString message =
            tr("Selected area: ")
            + Util::formatPosition(x0,y0)
            + " -> "
            + Util::formatPosition(x1,y1);

    Orthodromie orth(x0,y0, x1,y1);

    message = message+ "   "
                + tr("(great circle dist:")
                + Util::formatDistance(orth.getDistance())
                + tr("  init.dir: %1°").arg(qRound(orth.getAzimutDeg()))
                + ")";

    statusBar->showMessage(message);
}

//--------------------------------------------------------------
void MainWindow::slotMouseClicked(QMouseEvent * e)
{
    statusBar_showSelectedZone();

	mouseClicX = e->x();
 	mouseClicY = e->y();
    switch (e->button()) {
        case Qt::LeftButton : {
			// added by Tim Holtschneider, 05.2010
			// Unmark selected POIs
			if( e->modifiers() == Qt::ShiftModifier ) {
				POI::restoreBgOfSelectedPOIs();
				GLOB_listSelectedPOI.clear();
			}
            break;
        }
        case Qt::MidButton :   // Centre la carte sur le point
            proj->setCentralPixel(e->x(), e->y());
            terre->setProjection(proj);
            break;

        case Qt::RightButton :
            // Affiche un menu popup
            menuPopupBtRight->exec(QCursor::pos());
            break;

        default :
            break;
    }
}

//----------------------------------------------------
void MainWindow::slotMouseMoved (QMouseEvent *)
{
    if (terre->isSelectingZone()) {
        statusBar_showSelectedZone();
    }
    else {
		updateBoardPanel ();
    }
}
//----------------------------------------------------
void MainWindow::updateBoardPanel ()
{
	if (terre->underMouse()) {
		GriddedPlotter *plotter = terre->getGriddedPlotter ();
		double xx, yy;
		int x, y;
		terre->getLastMousePosition (&x, &y);
		proj->screen2map(x, y, &xx, &yy);
        if (plotter != nullptr) {
			DataPointInfo  pf (plotter->getReader(),
								xx, yy, plotter->getCurrentDate() );
 			boardPanel->showDataPointInfo (pf, plotter->getWindAltitude());
		}
		else {
 			boardPanel->showPosition (xx, yy);
		}
	}
}
//--------------------------------------------------------------
void MainWindow::slotMouseLeaveTerre (QEvent *) {
    DataPointInfo  pf (nullptr, 0,0,0);
	boardPanel->showDataPointInfo (pf, 0);
}
//--------------------------------------------------------------
void MainWindow::slotChangeFonts ()
{
	foreach (FontSelector* fontsel, dialogFonts->hashFontSelectors)
	{
		Font::changeGlobalFont (fontsel->getFontCode(), fontsel->getFont());
	}
	// Default font
	QFont ft;
	ft = dialogFonts->getFontItem (FONT_Default);
	qApp->setFont (ft);
	// Update other fonts
 	boardPanel->updateLabelsSizes();
	menuBar->updateFonts();
	terre->slotMustRedraw();
    statusBar->setFont (Font::getFont(FONT_StatusBar));
}

//-------------------------------------------------
void MainWindow::setMenubarColorMapData (const DataCode &dtc, bool trigAction)
{
    MenuBar  *mb = menuBar;
    QAction  *act = nullptr;
	switch (dtc.dataType)
	{
	    case GRB_WIND_GUST :
			act = mb->acView_GustColors;
	        break;
	    case GRB_WIND_SPEED :
		case GRB_PRV_WIND_XY2D :
		case GRB_PRV_WIND_JET :
			act = mb->acView_WindColors;
			break;
		case GRB_CUR_SPEED :
		case GRB_PRV_CUR_XY2D :
			act = mb->acView_CurrentColors;
			break;
		case GRB_PRECIP_TOT :
        case GRB_PRECIP_RATE :
			act = mb->acView_RainColors;
			break;
		case GRB_CLOUD_TOT :
			act = mb->acView_CloudColors;
			break;
		case GRB_HUMID_REL :
			act = mb->acView_HumidColors;
			break;
		case GRB_WTMP :
			act = mb->acView_WaterTempColors;
			break;
		case GRB_TEMP :
			act = mb->acView_TempColors;
			break;
		case GRB_PRV_DIFF_TEMPDEW :
			act = mb->acView_DeltaDewpointColors;
			break;
		case GRB_SNOW_CATEG :
			act = mb->acView_SnowCateg;
			break;
		case GRB_FRZRAIN_CATEG :
			act = mb->acView_FrzRainCateg;
			break;
		case GRB_SNOW_DEPTH :
			act = mb->acView_SnowDepth;
			break;
		case GRB_CAPE :
			act = mb->acView_CAPEsfc;
			break;
    case GRB_CIN :
        act = mb->acView_CINsfc;
        break;
    // added by david
    case GRB_COMP_REFL :
        act = mb->acView_ReflectColors;
        break;
        case GRB_PRV_THETA_E :
			act = mb->acView_ThetaEColors;
			break;
		case GRB_WAV_SIG_HT :
			act = mb->acView_SigWaveHeight;
			break;
		case GRB_WAV_MAX_HT :
			act = mb->acView_MaxWaveHeight;
			break;
		case GRB_WAV_WHITCAP_PROB :
			act = mb->acView_WhiteCapProb;
			break;
	}
    mb->acView_GroupColorMap->setCheckedAction (act, trigAction, false);
}

//=======================================================================
static DataCode
preferedIsobaricLevel(int dataType, GriddedReader *reader)
{
	DataCode dtc;
    dtc.set (GRB_TYPE_NOT_DEFINED, LV_TYPE_NOT_DEFINED, 0);
	for (auto level : {925, 850, 700, 600, 500, 400, 300, 200 } ) {
        dtc.set (dataType, LV_ISOBARIC, level);
        if (reader->hasData(dtc))
            break;
    }
	return dtc;
}

void MainWindow::slot_GroupColorMap (QAction *act)
{
    if (! terre->getGriddedPlotter() || ! terre->getGriddedPlotter()->isReaderOk())    {
		return;
    }
    MenuBar  *mb = menuBar;
	GriddedReader *reader = terre->getGriddedPlotter()->getReader();
	DataCode dtc, dtctmp;
    if (act == mb->acView_WindColors) 
	{	// search "prefered" altitude for wind 
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0); 
    	dtctmp.set (GRB_PRV_WIND_XY2D,LV_ABOV_GND,10);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
		dtctmp.set (GRB_PRV_WIND_XY2D,LV_MSL,0); 
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

		dtctmp.set (GRB_PRV_WIND_XY2D,LV_GND_SURF,0); 
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

		dtctmp.set (GRB_PRV_WIND_XY2D,LV_ABOV_GND,1); 
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

		dtctmp.set (GRB_PRV_WIND_XY2D,LV_ABOV_GND,2); 
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

		dtctmp.set (GRB_PRV_WIND_XY2D,LV_ABOV_GND,3); 
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

    	dtctmp.set (GRB_WIND_SPEED,LV_ABOV_GND,10);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

        if (dtc.dataType==GRB_TYPE_NOT_DEFINED)
            dtc = preferedIsobaricLevel(GRB_PRV_WIND_XY2D, reader);
	}
    else if (act == mb->acView_GustColors)
    {
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0);
		dtctmp.set (GRB_WIND_GUST,LV_ABOV_GND,10);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
		dtctmp.set (GRB_WIND_GUST,LV_GND_SURF, 0);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
    }
    // TODO this needs to be fixed there are a number of levels of current
    else if (act == mb->acView_CurrentColors) {
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0); 
    	dtctmp.set (GRB_PRV_CUR_XY2D,LV_GND_SURF,0);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;

		dtctmp.set (GRB_CUR_SPEED,LV_GND_SURF, 0);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
    }
    else if (act == mb->acView_RainColors){
        dtctmp.set (GRB_PRECIP_TOT,LV_GND_SURF,0);
        if (reader->hasData(dtctmp)){
            dtc.set (GRB_PRECIP_TOT,LV_GND_SURF,0);
        } else {
            dtctmp.set (GRB_PRECIP_RATE,LV_GND_SURF,0);
            if (reader->hasData(dtctmp))
                dtc.set (GRB_PRECIP_RATE,LV_GND_SURF,0);
        }
    }
    else if (act == mb->acView_CloudColors)
    	dtc.set (GRB_CLOUD_TOT,LV_ATMOS_ALL,0);
    else if (act == mb->acView_HumidColors) {
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0);
		dtctmp.set (GRB_HUMID_REL, LV_ABOV_GND, 2);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
        if (dtc.dataType==GRB_TYPE_NOT_DEFINED)
            dtc = preferedIsobaricLevel(GRB_HUMID_REL, reader);
    }
    else if (act == mb->acView_TempColors) {
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0);
		dtctmp.set (GRB_TEMP,LV_ABOV_GND,2);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
        dtctmp.set (GRB_TEMP,LV_ABOV_GND,0);
		if (dtc.dataType==GRB_TYPE_NOT_DEFINED && reader->hasData(dtctmp))
			dtc = dtctmp;
        if (dtc.dataType==GRB_TYPE_NOT_DEFINED)
            dtc = preferedIsobaricLevel(GRB_TEMP, reader);
    }
    else if (act == mb->acView_DeltaDewpointColors)
    	dtc.set (GRB_PRV_DIFF_TEMPDEW,LV_ABOV_GND,2);
    else if (act == mb->acView_SnowCateg)
    	dtc.set (GRB_SNOW_CATEG,LV_GND_SURF,0);
    else if (act == mb->acView_FrzRainCateg)
    	dtc.set (GRB_FRZRAIN_CATEG,LV_GND_SURF,0);
    else if (act == mb->acView_SnowDepth)
    	dtc.set (GRB_SNOW_DEPTH,LV_GND_SURF,0);
    else if (act == mb->acView_CAPEsfc)
    	dtc.set (GRB_CAPE,LV_GND_SURF,0);
    else if (act == mb->acView_CINsfc)
        dtc.set (GRB_CIN,LV_GND_SURF,0);
    else if (act == mb->acView_WaterTempColors)
        dtc.set (GRB_WTMP,LV_GND_SURF,0);
    // added by david
    else if (act == mb->acView_ReflectColors)
        dtc.set (GRB_COMP_REFL,LV_ATMOS_ALL,0);
    //-----------------------------------
    else if (act == mb->acView_ThetaEColors)
	{	// search "prefered" altitude for theta-e
	    dtc = preferedIsobaricLevel(GRB_PRV_THETA_E, reader);

	}
	//-----------------------------------
    else if (act == mb->acView_SigWaveHeight)
    	dtc.set (GRB_WAV_SIG_HT,LV_GND_SURF,0);
    else if (act == mb->acView_MaxWaveHeight)
    	dtc.set (GRB_WAV_MAX_HT,LV_GND_SURF,0);
    else if (act == mb->acView_WhiteCapProb)
    	dtc.set (GRB_WAV_WHITCAP_PROB,LV_GND_SURF,0);
	//-----------------------------------
    else
    	dtc.set (GRB_TYPE_NOT_DEFINED);

    setMenubarAltitudeData (dtc);
    terre->setColorMapData (dtc);
	if (colorScaleWidget && terre->getGriddedPlotter() && terre->getGriddedPlotter()->isReaderOk()) {
 		colorScaleWidget->setColorScale (terre->getGriddedPlotter(), dtc);
	}
}
//--------------------------------------------------------
void MainWindow::slot_GroupAltitude (QAction *act)
{
    if (! terre->getGriddedPlotter() || ! terre->getGriddedPlotter()->isReaderOk())    {
		return;
    }
    MenuBar  *mb = menuBar;
	DataCode dtcaltitude;
    if (act == mb->acAlt_MSL)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_MSL, 0);
    else if (act == mb->acAlt_sigma995)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_SIGMA, 9950);
    else if (act == mb->acAlt_GND)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_GND_SURF, 0);
    else if (act == mb->acAlt_GND_1m)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ABOV_GND, 1);
    else if (act == mb->acAlt_GND_2m)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ABOV_GND, 2);
    else if (act == mb->acAlt_GND_3m)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ABOV_GND, 3);
    else if (act == mb->acAlt_GND_10m)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ABOV_GND, 10);
    else if (act == mb->acAlt_925hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 925);
    else if (act == mb->acAlt_850hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 850);
    else if (act == mb->acAlt_700hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 700);
    else if (act == mb->acAlt_600hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 600);
    else if (act == mb->acAlt_500hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 500);
    else if (act == mb->acAlt_400hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 400);
    else if (act == mb->acAlt_300hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 300);
    else if (act == mb->acAlt_200hpa)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ISOBARIC, 200);
    else if (act == mb->acAlt_Atmosphere)
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_ATMOS_ALL, 0);
	else
		dtcaltitude.set (GRB_TYPE_NOT_DEFINED, LV_TYPE_NOT_DEFINED, 0);

	DataCode dctactual = terre->getColorMapData ();
	
	DataCode dtc (dctactual.dataType, 
				  dtcaltitude.levelType, dtcaltitude.levelValue);
	
	setMenubarAltitudeData (dtc);
    terre->setColorMapData (dtc);
	if (colorScaleWidget && terre->getGriddedPlotter() && terre->getGriddedPlotter()->isReaderOk()) {
		colorScaleWidget->setColorScale (terre->getGriddedPlotter(), dtc);
	}
}
//-------------------------------------------------
void MainWindow::setMenubarAltitudeData (DataCode dtc)
{
    if (! terre->getGriddedPlotter() || ! terre->getGriddedPlotter()->isReaderOk())    {
		return;
    }
    MenuBar  *mb = menuBar;
	GriddedReader *reader = terre->getGriddedPlotter()->getReader();
	
	mb->acAlt_MSL->setEnabled (false);
	mb->acAlt_sigma995 ->setEnabled (false);
	mb->acAlt_GND ->setEnabled (false);
	mb->acAlt_GND_1m ->setEnabled (false);
	mb->acAlt_GND_2m ->setEnabled (false);
	mb->acAlt_GND_3m ->setEnabled (false);
	mb->acAlt_GND_10m ->setEnabled (false);
	mb->acAlt_925hpa ->setEnabled (false);
	mb->acAlt_850hpa ->setEnabled (false);
	mb->acAlt_700hpa ->setEnabled (false);
	mb->acAlt_600hpa ->setEnabled (false);
	mb->acAlt_500hpa ->setEnabled (false);
	mb->acAlt_400hpa ->setEnabled (false);
	mb->acAlt_300hpa ->setEnabled (false);
	mb->acAlt_200hpa ->setEnabled (false);
	mb->acAlt_Atmosphere ->setEnabled (false);

	if (dtc.dataType == GRB_PRV_WIND_JET) {
		dtc.dataType = GRB_PRV_WIND_XY2D;
	}
	std::set<Altitude> setalt = reader->getAllAltitudes (dtc.dataType);
	
	for (auto alt : setalt) {
			checkAltitude (LV_GND_SURF,0, mb->acAlt_GND, alt, dtc);
		checkAltitude (LV_ABOV_GND,1, mb->acAlt_GND_1m, alt, dtc);
		checkAltitude (LV_ABOV_GND,2, mb->acAlt_GND_2m, alt, dtc);
		checkAltitude (LV_ABOV_GND,3, mb->acAlt_GND_3m, alt, dtc);
		checkAltitude (LV_ABOV_GND,10, mb->acAlt_GND_10m, alt, dtc);
		checkAltitude (LV_MSL,0, mb->acAlt_MSL, alt, dtc);
		checkAltitude (LV_SIGMA,9950, mb->acAlt_sigma995, alt, dtc);
		checkAltitude (LV_ISOBARIC,925, mb->acAlt_925hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,850, mb->acAlt_850hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,700, mb->acAlt_700hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,600, mb->acAlt_600hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,500, mb->acAlt_500hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,400, mb->acAlt_400hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,300, mb->acAlt_300hpa, alt, dtc);
		checkAltitude (LV_ISOBARIC,200, mb->acAlt_200hpa, alt, dtc);
		checkAltitude (LV_ATMOS_ALL,0, mb->acAlt_Atmosphere, alt, dtc);
	}
}
//----------------------------------------------------------------------
void MainWindow::checkAltitude (int levelType,int levelValue, 
								QAction *action,
							   const Altitude &alt, 
							   const DataCode &dtc )
{
	if (alt.equals (levelType,levelValue))
	{
		action->setEnabled (true);
		if (alt == dtc.getAltitude()) {
			action->setChecked (true);
		}
	}
}
//----------------------------------------------------
void MainWindow::setMenuBarGeopotentialLines (
				const DataCode &dtc,
				bool drawGeopot,
				bool drawLabels,
				int  step )
{
    MenuBar  *mb = menuBar; 
	if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,925) && drawGeopot)
		mb->acAlt_GeopotLine_925hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,850) && drawGeopot)
		mb->acAlt_GeopotLine_850hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,700) && drawGeopot)
		mb->acAlt_GeopotLine_700hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,600) && drawGeopot)
		mb->acAlt_GeopotLine_600hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,500) && drawGeopot)
		mb->acAlt_GeopotLine_500hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,400) && drawGeopot)
		mb->acAlt_GeopotLine_400hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,300) && drawGeopot)
		mb->acAlt_GeopotLine_300hpa->setChecked (true);
	else if (dtc.equals (GRB_GEOPOT_HGT,LV_ISOBARIC,200) && drawGeopot)
		mb->acAlt_GeopotLine_200hpa->setChecked (true);
	else {
		mb->acAlt_GeopotLine_925hpa->setChecked (false);
		mb->acAlt_GeopotLine_850hpa->setChecked (false);
		mb->acAlt_GeopotLine_700hpa->setChecked (false);
		mb->acAlt_GeopotLine_600hpa->setChecked (false);
		mb->acAlt_GeopotLine_500hpa->setChecked (false);
		mb->acAlt_GeopotLine_400hpa->setChecked (false);
		mb->acAlt_GeopotLine_300hpa->setChecked (false);
		mb->acAlt_GeopotLine_200hpa->setChecked (false);
	}
	switch (step) {
		case 1 :
			mb->acAlt_GeopotStep_1->setChecked (true); break;
		case 2 :
			mb->acAlt_GeopotStep_2->setChecked (true); break;
		case 5 :
			mb->acAlt_GeopotStep_5->setChecked (true); break;
		case 10 :
			mb->acAlt_GeopotStep_10->setChecked (true); break;
		case 20 :
			mb->acAlt_GeopotStep_20->setChecked (true); break;
		case 50 :
			mb->acAlt_GeopotStep_50->setChecked (true); break;
		case 100 :
			mb->acAlt_GeopotStep_100->setChecked (true); break;
	}
	mb->acAlt_GeopotLabels->setChecked (drawLabels);
}
//----------------------------------------------------
void MainWindow::slot_GroupGeopotentialLines (QAction *act)
{
    MenuBar  *mb = menuBar;
	DataCode dtc;
	if (act == mb->acAlt_GeopotLine_925hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,925);
	else if (act == mb->acAlt_GeopotLine_850hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,850);
	else if (act == mb->acAlt_GeopotLine_700hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,700);
	else if (act == mb->acAlt_GeopotLine_600hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,600);
	else if (act == mb->acAlt_GeopotLine_500hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,500);
	else if (act == mb->acAlt_GeopotLine_400hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,400);
	else if (act == mb->acAlt_GeopotLine_300hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,300);
	else if (act == mb->acAlt_GeopotLine_200hpa)
		dtc.set (GRB_GEOPOT_HGT,LV_ISOBARIC,200);
	else
		dtc.set (GRB_TYPE_NOT_DEFINED,LV_TYPE_NOT_DEFINED,0);
	
	if (dtc.dataType != GRB_TYPE_NOT_DEFINED) {
		terre->setGeopotentialData (dtc);
		terre->setDrawGeopotential (act->isChecked());
	}
	else {
		terre->setDrawGeopotential (false);
	}
}
//----------------------------------------------------
void MainWindow::slot_GroupGeopotentialStep (QAction *act)
{
    MenuBar  *mb = menuBar;
	DataCode dtc;
	if (act == mb->acAlt_GeopotStep_1)
		terre->setGeopotentialStep (1);
	else if (act == mb->acAlt_GeopotStep_2)
		terre->setGeopotentialStep (2);
	else if (act == mb->acAlt_GeopotStep_5)
		terre->setGeopotentialStep (5);
	else if (act == mb->acAlt_GeopotStep_10)
		terre->setGeopotentialStep (10);
	else if (act == mb->acAlt_GeopotStep_20)
		terre->setGeopotentialStep (20);
	else if (act == mb->acAlt_GeopotStep_50)
		terre->setGeopotentialStep (50);
	else if (act == mb->acAlt_GeopotStep_100)
		terre->setGeopotentialStep (100);
}
//-------------------------------------------------
void MainWindow::slotExportImage()
{
	ImageWriter writer (this, terre);
	writer.saveCurrentImage ();
}
//--------------------------------------------------------
void MainWindow::slot_GroupWavesArrows (QAction *act)
{
    if (! terre->getGriddedPlotter() || ! terre->getGriddedPlotter()->isReaderOk())    {
		return;
    }
    MenuBar  *mb = menuBar;
    if (act == mb->acView_WavesArrows_none)
		terre->setWaveArrowsType (GRB_TYPE_NOT_DEFINED);
    else if (act == mb->acView_WavesArrows_sig)
		terre->setWaveArrowsType (GRB_PRV_WAV_SIG);
    else if (act == mb->acView_WavesArrows_max)
		terre->setWaveArrowsType (GRB_PRV_WAV_MAX);
    else if (act == mb->acView_WavesArrows_swell)
		terre->setWaveArrowsType (GRB_PRV_WAV_SWL);
    else if (act == mb->acView_WavesArrows_wind)
		terre->setWaveArrowsType (GRB_PRV_WAV_WND);
    else if (act == mb->acView_WavesArrows_prim)
		terre->setWaveArrowsType (GRB_PRV_WAV_PRIM);
    else if (act == mb->acView_WavesArrows_scdy)
		terre->setWaveArrowsType (GRB_PRV_WAV_SCDY);
}
//-------------------------------------------------
void MainWindow::slotShowSkewtDiagram ()
{
	double lon, lat;
	proj->screen2map (mouseClicX,mouseClicY, &lon, &lat);
	openSkewtDiagramWindow (lon, lat);
}
//-------------------------------------------------
void MainWindow::openSkewtDiagramWindow (double lon, double lat, 
										 GriddedReader *reader, time_t date
										)
{
	//DBG("%g, %g",lon,lat);
	if (reader == nullptr) {
		if (! terre->getGriddedPlotter() || ! terre->getGriddedPlotter()->isReaderOk())    {
			return;
		}
		reader = terre->getGriddedPlotter()->getReader();
		date = terre->getGriddedPlotter()->getCurrentDate ();
	}
	SkewT *skewt = new SkewT ();
	skewt->initFromGriddedReader (reader, lon, lat, date);
		
	SkewTWindow *sdial = new SkewTWindow (skewt);
	sdial->show ();
}
//-------------------------------------------------
void MainWindow::slotGenericAction ()
{
	QAction *ac = (QAction *) sender ();
	if (ac == menuBar->acMap_AutoZoomOnGribArea) {
		bool b = menuBar->acMap_AutoZoomOnGribArea->isChecked ();
		Util::setSetting ("autoZoomOnGribArea", b);
	}
	else if (ac == menuBar->acFile_NewInstance) {
		ThreadNewInstance *t = new ThreadNewInstance ();
		if (t)
			t->start();
	}
}
//-------------------------------------------------
void MainWindow::setSelectPanToggle(bool isSelect)
{
    selectToggled = isSelect;

    menuBar->acPanToggle->setChecked(!selectToggled);
    menuBar->acSelectToggle->setChecked(selectToggled);
    menuBar->acOptions_PanSelectToggle->setChecked(!selectToggled); // checked when 'pan' is selected => !select

    terre->setMouseLeftSelect(selectToggled);
}

// called by selecting from menu to toggle pan or select mode
// (different from toolbars that select the specified mode (even if already selected) and deselect the other)
void MainWindow::slotPanSelectToggle()
{
    setSelectPanToggle(!selectToggled);
}

void MainWindow::slotPanToggle()
{
    setSelectPanToggle(false);
}

void MainWindow::slotSelectToggle()
{
    setSelectPanToggle(true);
}
// ----------------------------------------------------
void MainWindow::checkUpdates()
{
    startCheckUpdateFlag = true;
    slotCheckForUpdates();
}
//-----------------------------------------------------
void MainWindow::slotCheckForUpdates()
{
    QObject::sender();
    QString page = "/getversion.php";
    QNetworkRequest request = Util::makeNetworkRequest("http://"+Util::getServerName()+page);
    reply = networkManager->get(request);
    connect (reply, SIGNAL(error(QNetworkReply::NetworkError)),
                    this, SLOT(slotNetworkError (QNetworkReply::NetworkError)));
    connect (reply, SIGNAL(finished()),
             this, SLOT(slotFinished ()));

}


//-----------------------------------------------------
void MainWindow::slotRunMaintenanceTool()
{
    bool result;
    int res;
    QProcess process;

//    DBGQS(maintenanceToolLocation);

    QString question = tr("It is recommended to exit XyGrib while running the Maintenance Tool. Do you wish to exit XyGrib?");
    res = QMessageBox::question(this,tr("Exit XyGrib?"),question, QMessageBox::Yes, QMessageBox::No);

    if (res == QMessageBox::Yes){  // user wishes to exit
        result = process.startDetached(maintenanceToolLocation);
        if (!result){
            QMessageBox::warning(this,tr("Failure"), tr("Unable to find the XyGrib Maintenance Tool. Please start it from the desktop facilities"));
        } else {
            exit(0);
        }

    } else { // user does not wish to exit
        result = process.startDetached(maintenanceToolLocation);
        if (!result){
            QMessageBox::warning(this,tr("Failure"), tr("Unable to find the XyGrib Maintenance Tool. Please start it from the desktop facilities"));
        }
    }


}

//-----------------------------------------------------
QString MainWindow::findMaintenanceTool()
{
    QString filepath = "";
#ifdef Q_OS_WIN
    filepath = "\"" + QCoreApplication::applicationDirPath() + "/XyGribMaintenanceTool.exe\"";
#endif

#ifdef Q_OS_MAC
    QDir path(QCoreApplication::applicationDirPath());
    path.cdUp();
    path.cdUp();
    path.cdUp();
    filepath = path.absolutePath() + "/XyGribMaintenanceTool.app/Contents/MacOS/XyGribMaintenanceTool";
#endif

#ifdef Q_OS_LINUX
    // there is an issue with AppImage builds as applicationDirPath returns a path inside the image container
    // ... so the install location on the outer file system needs to be searched

    QStringList slist = {QCoreApplication::applicationDirPath(), "/opt/XyGrib/", "~/bin/XyGrib", "~/.local/XyGrib", "/usr/local/XyGrib",  "/usr/local/share/XyGrib", "/usr/share/XyGrib"};
    filepath = QStandardPaths::findExecutable("XyGribMaintenanceTool", slist);

#endif
//    DBGQS("Expected file path is: "+filepath);

     return filepath;
}
//-----------------------------------------------------
QString MainWindow::getMTLocation()
{
    return maintenanceToolLocation;
}
//-----------------------------------------------------
void MainWindow::slotFinished()
{
    QByteArray data = reply->readAll ();
    QJsonDocument jsondoc = QJsonDocument::fromJson(data);
    QJsonObject jsondata = jsondoc.object();
    QString newVer = jsondata["version"].toString();
    QString thisVer = Version::getVersion();

    int result = versionCompare(newVer, thisVer);

    if (result == 1) // new version available
    {
        QMessageBox mbox(this);
        mbox.setIcon(QMessageBox::Information);
        mbox.setWindowTitle(tr("An updated version is available"));
        mbox.setTextFormat(Qt::RichText);
//        mbox.setStyleSheet("background:lightgrey;color:black;");
//#ifdef Q_OS_WIN
        mbox.setText(tr("A new version")+": "+newVer+" "
                     +tr("is available for update.")+"<br>"
                     +tr("Please use the XyGrib Maintenance Tool to upgrade. It can be activated from the Help Menu"));
//#else
//        mbox.setText(tr("A new version")+": "+newVer+" "
//                     +tr("is available for update."));

//#endif
        mbox.exec();

    }
    else
    {
        if (!startCheckUpdateFlag)
            QMessageBox::information(this,tr("Version is up to date"),
                                     tr("You have version") +" " +thisVer+" "
                                     +tr("which is the most current version"));

    }
    startCheckUpdateFlag = false;
}

//-----------------------------------------------------
void MainWindow::slotNetworkError(QNetworkReply::NetworkError)
{
    if (!downloadError) {
        downloadError = true;
        if (false)
        {
            errorMessage = reply->errorString();
            QMessageBox::critical (this, tr("Network Error"), errorMessage);

        }
    }

}
//----------------------------------------------------------
//  Method to compare two versions. Returns 1 if v2 is
// smaller, -1 if v1 is smaller, 0 if equal
int MainWindow::versionCompare(QString v1, QString v2)
{
    //  vnum stores each numeric part of version
    int vnum1 = 0, vnum2 = 0;

    //  loop untill both string are processed
    for (int i=0,j=0; (i<v1.length() || j<v2.length()); )
    {
        //  storing numeric part of version 1 in vnum1
        while (i < v1.length() && v1[i] != '.')
        {
//            vnum1 = vnum1 * 10 + (v1[i] - '0');
            vnum1 = vnum1 * 10 + (v1[i].digitValue());
            i++;
        }

        //  storing numeric part of version 2 in vnum2
        while (j < v2.length() && v2[j] != '.')
        {
            vnum2 = vnum2 * 10 + (v2[j].digitValue());
            j++;
        }

        if (vnum1 > vnum2)
            return 1;
        if (vnum2 > vnum1)
            return -1;

        //  if equal, reset variables and go for next numeric
        // part
        vnum1 = vnum2 = 0;
        i++;
        j++;
    }
    return 0;
}




