MainWindow.h

#pragma once

#include "ui_mainWindow.h"
#include <QMainWindow>
#include <QString>
#include <QProgressDialog>


class MainWindow : public QMainWindow, public Ui::MainWindow
{
        Q_OBJECT

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

signals:
        void volumeLoaded();
        void applyTransferFunction(float* data, int size, int mode);
        void applyColorgradient(float* data, int size, int mode);
        void resetTransferFunction();
        void resetColorgradient();

        void DoingClustering(int k);

        void valuesMode(int s);
        void setActionObjectType(int s);

        void SetIsoSurfaceChanged(float v);

private slots:
        void openFileDialog();
        void saveFileDialog();
        void saveTransferFunction();
        void loadTransferFunction();
        void resetTransferFunctionButton();
        void showTransferFunctionClicked(int state);
        void applyTranferFunctionClicked(int state);
        void applyTranferFunctionClicked(bool state);

        void TabIndexChanged(int value);

        void gradientChanged(int value);
        void curvatureChanged(int value);
        void flockingChanged(int value);
        void predefinedChanged(int value);
        void densityChanged(int value);

        void gradientEnabled(bool);
        void curvatureEnabled(bool);
        void CurvaturEnabled2(bool);
        void flockingEnabled(bool);
        void predefinedEnabled(bool);
        void densityEnabled(bool);

        void fluidDenstiyEnabled(bool);
        void fluidViscosityEnabled(bool);
        void fluidPressureEnabled(bool);
        void fluidCollisionEnabled(bool);
        void fluidCollisionCTEnabled(bool);

        void fluidSpringChanged(double v);
        void fluidDampingChanged(double v);
        void fluidShearChanged(double v);
        void fluidSpringCTChanged(double v);
        void fluidDampingCTChanged(double v);
        void fluidShearCTChanged(double v);

        void fluidParticleMass(double v);
        void fluidViscosity(double v);
        void fluidSiftness(double v);
        void fluidRestdensity(double v);

        void particleGravityChanged(double v);

        void TransferFunctionIndexChanged(int val);

        void SelectObjects(bool v);
        
        void DrawPoints(bool v);
        void DrawRectangles(bool v);
        void DrawEllipse(bool v);

        void numberClusterChanged(int);
        void doClustering(bool val);

        void particleSize(int val);
        void SetNumberOfParticles(int val);

        void particleSpeedSlider(int val);
        void particleSpeed(double val);

        void Reset(bool);
        void Play(bool);

        void HdrEnable(bool);
        void HDRLinear(bool);
        void HDRReinhard(bool);
        void HDRReinhardModified(bool);
        void HDRAdaptivLog(bool);

        void StandardModus(bool val);
        void ContourModus(bool val);
        void ExposureModus(bool val);

        void IsoSurfaceChanged(int val);


private:
        int m_mode;
        int m_num_cluster;
};