mainwindow.h

#ifndef MAINWINDOW_H
#define MAINWINDOW_H

#include <QMainWindow>
#include <map>

namespace Ui {
class MainWindow;
}

namespace spectral {
    struct array;
}

class QAction;
class QMenu;
class File; //GammaRay API
class Attribute; //GammaRay API
class CartesianGrid;
class PointSet;
class VariogramModel;
class UnivariateCategoryClassification;
class SVDFactor;
class IJAbstractCartesianGrid;
class GeoGrid;
class DataFile;
class VerticalTransiogramModel;
class VerticalProportionCurve;

class MainWindow : public QMainWindow
{
    Q_OBJECT

friend class Application;

public:
    explicit MainWindow(QWidget *parent = 0);
    ~MainWindow();

    /** Updates UI with current application state. */
    void displayApplicationInfo();

    /** Prints messages with the given style to the message text box.
    * Supported styles: information, warning, error.  A wrong or empty style alias defaults to error.
    */
    void log_message( const QString message, const QString style );

    /**
     *  Adds the data file given its path to the project.
     *  Assumes there is an open project.
     */
    void doAddDataFile( const QString filePath );

    //QMainWindow interface
public:
    void dragEnterEvent( QDragEnterEvent *e );
    void dropEvent( QDropEvent *e );

public slots:
    void showAbout();
    void showSetup();
    void newProject();
    void closeProject();
    void openRecentProject();
    void openKriging();
    void openIKContinuous();
    void openIKCategorical();
    void showMessagesConsoleCustomContextMenu(const QPoint &pt);
    void openIKPostProcessing();
    void openCokriging();
    void openImageJockey();
    void openSGSIM();
    void openCokrigingNewcokb3d();
    void openTransiography();
    void openTransiographyBayesian();

private:
    Ui::MainWindow *ui;
    //this is called upon quiting.
    void closeEvent(QCloseEvent *);
    //the most recently used project actions
    //to make MRU menu in File menu
    enum { MaxRecentProjects = 10};
    QAction *_MRUactions[ MaxRecentProjects ];
    //opens the given project (directory path)
    void openProject( const QString path );
    //updates the MRU project list.  The given project is the most recently opened.
    void setCurrentMRU( const QString path );
    //returns the directory name (without the path)
    //the directory name is considered the project name
    QString strippedName(const QString &fullDirPath);
    //update MRU menus according to the saved list
    //of recently opened projects in OS registry
    void updateRecentProjectActions();
    //saves project tree UI state
    void saveProjectTreeUIState();
    //restores project tree UI state
    void restoreProjectTreeUIState();
    //restores project tree UI state
    void restoreProjectTreeUIState2();
    //updates project tree style sheet (updates visualization)
    //must be called upon changes in project objects hierarchy
    void refreshTreeStyle();
    //project tree context menu
    QMenu *_projectContextMenu;
    //project header context menu
    QMenu *_projectHeaderContextMenu;
    //pointer to right clicked file (set in onProjectContextMenu() slot)
    File *_right_clicked_file;
    //pointer to a right clicked 2nd file (set in onProjectContextMenu() slot)
    File *_right_clicked_file2;
    //pointer to right clicked attribute (set in onProjectContextMenu() slot)
    Attribute *_right_clicked_attribute;
    //pointer to the second right clicked attribute (set in onProjectContextMenu() slot)
    Attribute *_right_clicked_attribute2;
    //pointer to right clicked Cartesian Grid (set in onProjectContextMenu() slot)
    CartesianGrid* _right_clicked_cartesian_grid;
    //pointer to right clicked Point Set (set in onProjectContextMenu() slot)
    PointSet* _right_clicked_point_set;
    //saves the right clicked attribute in the last call to onSVD() slot.
    Attribute *_right_clicked_attribute_onSVD;
    //pointer to right clicked GeoGrid (set in onProjectContextMenu() slot)
    GeoGrid* _right_clicked_geo_grid;
    //pointer to right clicked DataFile (set in onProjectContextMenu() slot)
    DataFile* _right_clicked_data_file;
    //pointer to right clicked VerticalProportionCurve (set in onProjectContextMenu() slot)
    VerticalProportionCurve* _right_clicked_VPC;

private slots:
    void onProjectContextMenu(const QPoint &mouse_location);
    void onProjectHeaderContextMenu(const QPoint &mouse_location);
    void onAddDataFile();
    void onRemoveFile();
    void onRemoveAndDeleteFile();
    void onSeeMetadata();
    void onHistogram();
    void onLocMap();
    void onXPlot();
    void onPixelPlt();
    void onProbPlt();
    void onQpplt();
    void onSeeProjectPath();
    void onOpenProjectPath();
    void onVariogramAnalysis();
    void onDecluster();
    void onSetNDV();
    void onGetPoints( );
    void onNScore();
    void onDisplayPlot();
    void onDisplayExperimentalVariogram();
    void onFitVModelToExperimentalVariogram();
    void onDisplayObject();
    void onCreateVariogramModel();
    void onCreateGrid();
    void onCleanTmpFiles();
    void onAddCoord();
    void onDistrModel();
    void onBidistrModel();
    void onCreateThresholdCDF();
    void onEdit();
    void onCreateCategoryPDF();
    void onCreateCategoryDefinition();
    void onClassifyInto();
    void onPerformClassifyInto();
    void onLookForDuplicates();
    void onEditWithExternalProgram();
    void onClearMessages();
    void onClassifyWith();
    void onFilterBy();
    void onMapAs();
    void onSoftIndicatorCalib();
    void onFreeLoadedData();
    void onFFT();
    void onNDVEstimation();
    void onResampleGrid();
    void onAddRandomPhaseForFFT();
    void onMultiVariogram();
    void onHistpltsim();
    void onRFFT();
    void onUpdateStatusBar();
    void onRunStuffInUnattendedMode();
    void onMachineLearning();
    void onDeleteVariable();
    void onPreviewRFFTImageJockey(CartesianGrid *cgWithFFT,
                                  int indexOfVariableWithAmplitudes,
                                  int indexOfVariableWithPhases);
	void onSavePreviewRFFTImageJockey( const SVDFactor* previewGrid );
	void onSVD();
    void onSumOfFactorsWasComputed(spectral::array *sumOfFactors); //called to save the sum of SVD factors in the dialog called in onSVD()
    void onCalculator();
    void onNewAttribute();
	void onQuickView();
    void onProjectGrids();
	void onQuickViewerClosed( SVDFactor* factor, bool wasChanged );
	void onCovarianceMap();
	void onVarigraphicDecomposition();
	void onInfo( QString message );
	void onWarning( QString message );
	void onError( QString message );
    void onSaveArrayAsNewVariableInCartesianGrid(spectral::array* array,
                                                 IJAbstractCartesianGrid* gridWithGridSpecs );
	void onFactorialKriging();
	void onCreateGeoGridFromBaseAndTop();
	void onUnfold();
	void onSISIMContinuous();
	void onSISIMCategorical();
	void onGeoGridCellVolumes();
    void onEMD();
    void onGabor();
    void onWavelet();
    void onSaveDWTTransform(const QString name,
                            const spectral::array& DWTtransform,
                            const spectral::array &scaleField,
                            const spectral::array &orientationField );
    void onRequestGrid( const QString name, IJAbstractCartesianGrid*& pointer );
    void onAutoVarFit();
    void onConvertFaciesNamesToCodes();
    void onCategorize();
    void onAddFaciesTransitionMatrix();
    void onSetCategoryDefinitionOfAFasciesTransitionMatrix();
    void onEntropyCyclicityAnalysis();
    void onFaciesRelationShipDiagram();
    void onCreateGeoGridMultiZone();
    void onTransferProperty();
    void onMCRFSim();
    void onDataImputationWithMCMC();
    void onSegmentLengths();
    void onLVADataSet();
    void onFlipEastWest();
    void onFlipNorthSouth();
    void onFlipTopBottom();
    void onExtractMidPoints();
    void onMakeFaciesTransitionMatrix();
    void onCreateVerticalProportionCurve();
    void onFilterMean();
    void onFilterMedian();
    void onFilterGaussian();
    void onAddSection();
    void onExtractSectionCentroids();
    void onPopulateGridWithProportions();
    void onGeoGridExportAsGRDECL();
    void onExtractRegularSteps();
    void onCreateGridSameGridSpecs();
    void onMakeSummationTo1();
    void onDuplicateFile();
    void onNDVEstimationShepard();
    void onNDVEstimationThinPlateSpline();
    void onMapRidgesOrValleys();
    void onSkeletonize();
    void onExtractSubgrid();
    void onExportToGRD();
    void onMCRFBayesianSim();
    void onReviewTransiogramBand();
    void onRepositionGrid();
    void onPerformContactAnaysis();
    void onPerformDriftAnalysis();

private:
    /**
     * This method is used to create (vm == nullptr) or review (vm != nullptr)
     * an existing variogram model.
     */
    void createOrReviewVariogramModel( VariogramModel* vm );
    /**
      * Returns a list of attributes selected by the user.
      * If none was selected, returns an empty list.
      */
    QList<Attribute*> getSelectedAttributes();

    /**
     * The pointer to the dynamic sub-menu "Classify into" of the project tree context menu.
     */
    QMenu* m_subMenuClassifyInto;
    /**
      * Creates the dynamic items of sub-menu "Classify into".
      */
    void makeMenuClassifyInto();
    /**
     * The pointer to the categorical classification defined by the user upon calling onClassifyInto().
     */
    UnivariateCategoryClassification *m_ucc;


    /**
     * The pointer to the dynamic sub-menu "Classify with" of the project tree context menu.
     */
    QMenu* m_subMenuClassifyWith;
    /**
      * Creates the dynamic items of sub-menu "Classify with".
      */
    void makeMenuClassifyWith();

    /**
     * The pointer to the dynamic sub-menu "Filter by" of the project tree context menu.
     */
    QMenu* m_subMenuFilterBy;
    /**
      * Creates the dynamic items of sub-menu "Filter by".
      */
    void makeMenuFilterBy();

    /**
     * The pointer to the dynamic sub-menu "Make categorical as" of the project tree context menu.
     */
    QMenu* m_subMenuCategorize;
    /**
      * Creates the dynamic items of sub-menu "Make categorical as".
      */
    void makeMenuCategorize();

    /**
     * The pointer to the dynamic sub-menu "Map as" of the project tree context menu.
     */
    QMenu* m_subMenuMapAs;

    /**
     * The pointer to the sub-menu "Flip Data" of the project tree context menu.
     */
    QMenu* m_subMenuFlipData;
    /**
      * Creates the items of sub-menu "Flip data".
      */
    void makeMenuFlipData();

    /**
     * The pointer to the sub-menu "Moving window filters" of the project tree context menu.
     */
    QMenu* m_subMenuMovingWindowFilters;
    /**
      * Creates the items of sub-menu "Moving window filters".
      */
    void makeMenuMovingWindowFilters();

    /**
     * The pointer to the sub-menu "Data transforms" of the project tree context menu.
     */
    QMenu* m_subMenuDataTransforms;
    /**
      * Creates the items of sub-menu "Data transforms".
      */
    void makeMenuDataTransforms();

    /**
     * The pointer to the sub-menu "NDV estimation" of the project tree context menu.
     */
    QMenu* m_subMenuNDVestimation;
    /**
      * Creates the items of sub-menu "NDV estimation".
      */
    void makeMenuNDVestimation();

	/**
	 * Lists the attributes currently being viewed in the quick view dialog.
	 */
	std::map< SVDFactor*, Attribute* > m_attributesCurrentlyBeingViewed;

    /**
      * Creates the dynamic items of sub-menu "Map as".
      */
    void makeMenuMapAs();

    /**
     * This method is used to create (vtm == nullptr) or review (vtm != nullptr)
     * an existing vertical transiogram model.
     */
    void createOrReviewVerticalTransiogramModel( VerticalTransiogramModel* vtm );

    /**
     * This method is used to create (vtm1/2 == nullptr) or review (vtm1/2 != nullptr)
     * two existing vertical transiogram models as a band of uncertainty.
     */
    void createOrReviewVerticalTransiogramModelBand( VerticalTransiogramModel* vtm1,
                                                     VerticalTransiogramModel* vtm2 );

    /**
     * This method is used to create (vtm == nullptr) or review (vtm != nullptr)
     * an existing vertical proportion curve.
     */
    void createOrReviewVerticalProportionCurve( VerticalProportionCurve* vpc );
};

#endif // MAINWINDOW_H