CAE_Solution/CAE_Solution/src/VTK/Manager/ResultMeshManager.cpp

#include <algorithm>
#include <set>
#include <QString>
#include <QFileInfo>
#include "../QVTKRenderer/qvtkrenderer.h"
#include "../mesh/mesh.h"
#include "../MeshDS/MeshBase.h"
#include "../mesh/mesh_ugrid.h"
#include "../display/contourdisplay.h"
#include "../display/linedisplay.h"
#include "../display/slicewidget.h"
#include "../display/solidsurfacewidget.h"
#include "../display/streamwidget.h"
#include "../display/vectordisplay.h"
#include "../display/contourinimationdisplay.h"
#include "../visualization_VTK/vtkVISUnContour.h"
#include "../visualization_VTK/vtkvisunstructuredgridsource.h"
#include "ResultMeshManager.h"
#include "../visualization_VTK/vtkVISMeshToVTKSource.h"
#include "../mesh/mesh_tecplot.h"
#include "../mesh/Mesh_Frd.h"
#include "../visualization_VTK/vtkvisunshademesh.h"
#include "../visualization_VTK/vtkVISUnGlyph.h"
//#include "contourinimation.h"
#include "../display/slicewidget.h"
//#include "streamwidget.h"
//#include "xyplot_2d.h"
#include <vtkAppendFilter.h>
#include <QDebug>
#include <QMessageBox>
#include <vtkTextActor.h>
#include "../visualization_VTK/vtkvismeshbasetovtksource.h"
#include "vtkPoints.h"
#include "../widget/linedisplayWidget.h"
#include "../widget/contourdispalyWidget.h"
#include "../widget/slicedisplaywidget.h"
#include "../widget/solidsurfaceDisplaywidget.h"
#include "../widget/Sslicewidget.h"
#include "../widget/streamDisplaywidget.h"
#include "../widget/vectorDisplaywidget.h"
#include "../widget/contourinimationw.h"


//ResultMeshManager* ResultMeshManager::m_pInstance = 0;

/**
  * @brief singleton methed, get class instance.
  *
  * @param[in]
  * @return the class instance.
  * @author zhaoyu
  * @date 20221202
  */
//ResultMeshManager* ResultMeshManager::getInstance()
//{
//    if (m_pInstance == 0)
//    {
//        m_pInstance = new ResultMeshManager;
//    }
//    return m_pInstance;

//}

/**
  * @brief the constructor.
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221202
  */
ResultMeshManager::ResultMeshManager()
{
    meshObj_ = 0;
    m_currId = -1;
    scalarIndex = -1;
    range_[0] = 0;
    range_[1] = 0;
    scalarLeave = 10;
    titleSize_ = 6;
    labelSize_ = 5;

    animationWidget_ = NULL;
    contourWidget_ = NULL;
    lineWidget_ = NULL;
    vectorWidget_ = NULL;
    solidSurfaceW_ = NULL;
    sliceW_ = NULL;
    streamW_ = NULL;
    //    xyplot2dW_ = NULL;

    changeRangeFlag = false;
    surfaceHideFlag = true;
    displayType = -1;
    scaleFactor_ = 0.02;

    solveTimes_.clear();
    zoneNameVec_.clear();
    currShowZoneNameSet_.clear();
    surfaceActorColor_.clear();
    scalarName_.clear();
    allZoneScalarName_.clear();

    surfaceActorColor_.push_back(0);
    surfaceActorColor_.push_back(0);
    surfaceActorColor_.push_back(1);
    surfaceActorTransparency_ = 1;

    addDataSource_ = NULL;
    currAddDataSource_ = NULL;
    unSliceVec_.clear();

    streamLine_ = NULL;
    render_ = NULL;
    titleText_ = NULL;
    MeshVec_.clear();
    ModalMeshVec_.clear();
    initPointsData = NULL;
    dispNameVec.clear();
    HaveModalMeshFlag = false;
    meshType = 0;
    xyplot2dSlice_ = NULL;
    currentVISGridVec_.clear();

    showHideVec_.clear();
    vectorScalarIndexVec.clear();
    TimeMeshVec_.clear();
    source = NULL;
    unmesh = NULL;
    uncontour = NULL;
    uncontourVec_.clear();
}

/**
  * @brief the destructor.
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221202
  */
ResultMeshManager::~ResultMeshManager()
{
    this->Clear();
}

/**
  * @brief clear the mesh information.
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221202
  */
void ResultMeshManager::Clear()
{
    if (meshObj_)
    {
        //delete meshObj_;
        meshObj_ = NULL;
    }
    m_currId = -1;
    scalarIndex = -1;
    range_[0] = 0;
    range_[1] = 0;
    scalarLeave = 10;
    titleSize_ = 6;
    labelSize_ = 5;
    changeRangeFlag = false;
    surfaceHideFlag = true;
    displayType = -1;
    scaleFactor_ = 0.02;

    solveTimes_.clear();
    zoneNameVec_.clear();
    currShowZoneNameSet_.clear();
    nameTypeMap_.clear();
    showHideVec_.clear();
    surfaceActorColor_.clear();
    scalarName_.clear();
    allZoneScalarName_.clear();

    //vtk vis procs.
    for(map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.begin(); it != vtkVisZoneMeshMap_.end(); ++it)
    {
        for(map<string, vtkVISUnContour*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneMeshMap_.clear();

    for(map<double, map<string, vtkVISUnShadeMesh*>>::iterator it = vtkVisZoneUnShadeMeshMap_.begin(); it != vtkVisZoneUnShadeMeshMap_.end(); ++it)
    {
        for(map<string, vtkVISUnShadeMesh*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneUnShadeMeshMap_.clear();
    for(map<double, map<string, vtkVISUnGlyph*>>::iterator it = vtkVisZoneGlyphMap_.begin(); it != vtkVisZoneGlyphMap_.end(); ++it)
    {
        for(map<string, vtkVISUnGlyph*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneGlyphMap_.clear();

    if (!unSliceVec_.empty())
    {
        for (int i = 0; i < unSliceVec_.size(); i ++)
        {
            if(unSliceVec_.at(i) != NULL)
            {
                unSliceVec_.at(i)->Delete();
                unSliceVec_.at(i) = NULL;
            }
        }
        unSliceVec_.clear();
    }

    if (currentVISGridVec_.size() != 0)
    {
        /*for (int i = 0; i < currentVISGridVec_.size(); i ++)
        {
            delete currentVISGridVec_.at(i);
        }*/
        currentVISGridVec_.clear();
    }

    if (addDataSource_ != NULL)
    {
        delete addDataSource_;
        addDataSource_ = NULL;
    }

    if (currAddDataSource_ != NULL)
    {
        delete currAddDataSource_;
        currAddDataSource_ = NULL;
    }

    DeleteAllStream();
    if (streamLine_ != NULL)
    {
        streamLine_->Delete();
        streamLine_ = NULL;
    }

    if (xyplot2dSlice_ != NULL)
    {
        xyplot2dSlice_->Delete();
        xyplot2dSlice_ = NULL;
    }

    surfaceActorColor_.push_back(0);
    surfaceActorColor_.push_back(0);
    surfaceActorColor_.push_back(1);
    surfaceActorTransparency_ = 1;

    //    if (animationWidget_ != NULL)
    //    {
    //        animationWidget_->RestoreWidget();
    //    }
    if (contourWidget_ != NULL)
    {
        contourWidget_->RestoreWidget();
    }
    if (lineWidget_ != NULL)
    {
        lineWidget_->RestoreWidget();
    }
    if (vectorWidget_ != NULL)
    {
        //vectorWidget_->RestoreWidget();
        /*vectorWidget_->dataU.clear();
        vectorWidget_->dataV.clear();
        vectorWidget_->dataW.clear();
        vectorWidget_->SetScaleFactor(0.02);*/
    }
    if (solidSurfaceW_ != NULL)
    {
        //solidSurfaceW_->RestoreWidget();
        //solidSurfaceW_->SetShowHideState(true);
        //solidSurfaceW_->SetTransparency(1);
    }
    if (sliceW_ != NULL)
    {
        /*sliceW_->scalarNameVec.clear();
        sliceW_->zoneIdVec.clear();
        sliceW_->index = 0;
        sliceW_->oldIndex = -1;*/
        //        sliceW_->RestoreWidget();
    }
    if (streamW_ != NULL)
    {
        //streamW_->RestoreWidget();
        /*streamW_->dataU.clear();
        streamW_->dataV.clear();
        streamW_->dataW.clear();
        streamW_->current_direction = "both";
        streamW_->showstate = true;
        streamW_->toolstate = true;*/
    }
    //    if (xyplot2dW_ != NULL)
    //    {
    //        xyplot2dW_->RestoreWidget();
    //    }
    if (render_ != NULL)
    {
        render_->HideAllActors();
        render_ = NULL;
    }
    MeshVec_.clear();
    TimeMeshVec_.clear();
    ModalMeshVec_.clear();
    if (initPointsData != NULL)
    {
        delete initPointsData;
    }
    initPointsData = NULL;
    dispNameVec.clear();
    HaveModalMeshFlag = false;
    meshType = 0;
    if(source!=NULL){
        source->Delete();
        source = NULL;
    }
    if(unmesh != NULL){
        unmesh->Delete();
        unmesh = NULL;
    }
    if(uncontour != NULL){
        uncontour->Delete();
        uncontour = NULL;
    }
    if(!uncontourVec_.empty()){
       qDeleteAll(uncontourVec_);
    }
}

/**
  * @brief load result mesh from file.
  *
  * @param[in] the mesh file path.
  * @return loading mesh is sucessful or not.
  * @author zhaoyu
  * @date 20221202
  */
bool ResultMeshManager::LoadData(QString name)
{
    bool loadstate = false;
    QFileInfo meshinfo(name);
    QString extType(meshinfo.completeSuffix().toLower());

    if (extType == "tec" || extType == "plt" )
    {
        meshObj_ = new Mesh_Tecplot;
        if (extType == "tec")
            ;
        else if (extType == "plt" )
            loadstate = meshObj_->Load_Binary(name.toStdString());
    }else if (extType.contains("frd"))
    {
        Mesh_Frd* mfrd = new Mesh_Frd;
        loadstate = mfrd->Load_Ascii(name.toStdString());
        if (loadstate)
        {
            dispNameVec = mfrd->GetDispVec();
            initPointsData = mfrd->GetBase()->GetPoints();
            TimeMeshVec_ = mfrd->GetMeshVec();
            ModalMeshVec_ = mfrd->GetModalMeshVec();
            if (ModalMeshVec_.size() != 0)
                HaveModalMeshFlag = true;
            MeshVec_ = TimeMeshVec_;
        }
    }else if(extType == "dat"){
        meshObj_ = new Mesh_Tecplot;
        loadstate = meshObj_->Load_Ascii(name.toStdString());//0614append
    }
    else
    {
        QMessageBox::information(NULL,"Error","The import of this file format is temporarily not supported.",QMessageBox::Ok);
    }
    return loadstate;
}

/**
  * @brief display mesh in renderer. vtk vis mode.
  *
  * @param[in] the renderer to draw mesh.
  * @return
  * @author shiting
  * @date 20220729
  */
void ResultMeshManager::DisplayMesh(QVTKRenderer *qvtkRenderer)
{
    if (MeshVec_.size() == 0)//frd
    {
        render_ = qvtkRenderer;
        if (meshObj_ == 0)  return;
        if (qvtkRenderer == 0)  return;

        solveTimes_.insert(meshObj_->GetSovleTime());
        size_t nzone = meshObj_->GetZoneNumber();
        vtkVISMeshToVTKSource* source = new vtkVISMeshToVTKSource;
        map<string, vtkVISUnContour*> contourMap;
        map<string, vtkVISUnGlyph*> glyphMap;
        map<string, vtkVISUnShadeMesh*> unMeshMap;

        source->MeshToVTK(meshObj_);
        int type = source->GetType();
        if (type == -1)//unKnow
        {

        }else if (type == 0)//structured
        {

        }else if (type == 1)//unstructured
        {
            for (int i = 0; i < nzone; i ++)
            {
                if (source->GetVtkUnMesh(i) != NULL)
                {
                    map<double, map<string, vtkVISUnContour*>>::iterator contourIt = vtkVisZoneMeshMap_.find(meshObj_->GetSovleTime());//key sovletime
                    if (contourIt != vtkVisZoneMeshMap_.end())
                    {
                        contourMap = contourIt->second;
                    }
                    map<double, map<string, vtkVISUnShadeMesh*>>::iterator unMeshIt = vtkVisZoneUnShadeMeshMap_.find(meshObj_->GetSovleTime());
                    if (unMeshIt != vtkVisZoneUnShadeMeshMap_.end())
                    {
                        unMeshMap = unMeshIt->second;
                    }
                    map<double, map<string, vtkVISUnGlyph*>>::iterator glyphIt = vtkVisZoneGlyphMap_.find(meshObj_->GetSovleTime());
                    if (glyphIt != vtkVisZoneGlyphMap_.end())
                    {
                        glyphMap = glyphIt->second;
                    }
                    vtkVISUnstructuredGridSource* unGrid = source->GetVtkUnMesh(i);
                    vtkVISUnContour* visobj = vtkVISUnContour::New();//contour
                    visobj->SetRenderTo(qvtkRenderer->GetRenderer());
                    vtkVISUnGlyph* unGlyph = vtkVISUnGlyph::New();//glyph3d
                    unGlyph->SetRenderTo(qvtkRenderer->GetRenderer());
                    vtkVISUnShadeMesh* unMesh = vtkVISUnShadeMesh::New();//unShadeMesh
                    unMesh->SetRenderTo(qvtkRenderer->GetRenderer());
                    visobj->SetDataSource(unGrid);
                    unGlyph->SetDataSource(unGrid);
                    unMesh->SetDataSource(unGrid);
                    unMesh->CreateShadeMeshSurfaceDisplay(true);
                    string zoneName = meshObj_->GetZoneName().at(i);
                    if (!count(zoneNameVec_.begin(), zoneNameVec_.end(), zoneName))
                    {
                        zoneNameVec_.push_back(zoneName);
                    }
                    contourMap[zoneName] = visobj;
                    glyphMap[zoneName] = unGlyph;
                    unMeshMap[zoneName] = unMesh;
                }
            }
        }
        vtkVisZoneMeshMap_[meshObj_->GetSovleTime()] = contourMap;
        vtkVisZoneGlyphMap_[meshObj_->GetSovleTime()] = glyphMap;
        vtkVisZoneUnShadeMeshMap_[meshObj_->GetSovleTime()] = unMeshMap;
    }
    else
    {
        /*meshObj_ = MeshVec_.at(0);
        vtkVISMeshToVTKSource* source = new vtkVISMeshToVTKSource;
        source->MeshToVTK(meshObj_);
        vtkVISUnShadeMesh* unMesh = vtkVISUnShadeMesh::New();
         unMesh->SetRenderTo(qvtkRenderer->GetRenderer());
         unMesh->SetDataSource(source->GetVtkUnMesh(0));
         unMesh->CreateShadeMeshSurfaceDisplay(true);
         qvtkRenderer->ZoomToExtents();*/

        for (int i = 0; i < MeshVec_.size(); i ++)
        {
            meshObj_ = MeshVec_.at(i);

            render_ = qvtkRenderer;
            if (meshObj_ == 0)  return;
            if (qvtkRenderer == 0)  return;

            solveTimes_.insert(meshObj_->GetSovleTime());
            size_t nzone = meshObj_->GetZoneNumber();
            vtkVISMeshToVTKSource* source = new vtkVISMeshToVTKSource;
            map<string, vtkVISUnContour*> contourMap;
            map<string, vtkVISUnGlyph*> glyphMap;
            map<string, vtkVISUnShadeMesh*> unMeshMap;

            source->MeshToVTK(meshObj_);
            int type = source->GetType();
            if (type == -1)//unKnow
            {

            }else if (type == 0)//structured
            {

            }else if (type == 1)//unstructured
            {
                for (int i = 0; i < nzone; i ++)
                {
                    if (source->GetVtkUnMesh(i) != NULL)
                    {
                        map<double, map<string, vtkVISUnContour*>>::iterator contourIt = vtkVisZoneMeshMap_.find(meshObj_->GetSovleTime());
                        if (contourIt != vtkVisZoneMeshMap_.end())
                        {
                            contourMap = contourIt->second;
                        }
                        map<double, map<string, vtkVISUnShadeMesh*>>::iterator unMeshIt = vtkVisZoneUnShadeMeshMap_.find(meshObj_->GetSovleTime());
                        if (unMeshIt != vtkVisZoneUnShadeMeshMap_.end())
                        {
                            unMeshMap = unMeshIt->second;
                        }
                        map<double, map<string, vtkVISUnGlyph*>>::iterator glyphIt = vtkVisZoneGlyphMap_.find(meshObj_->GetSovleTime());
                        if (glyphIt != vtkVisZoneGlyphMap_.end())
                        {
                            glyphMap = glyphIt->second;
                        }
                        vtkVISUnstructuredGridSource* unGrid = source->GetVtkUnMesh(i);
                        vtkVISUnContour* visobj = vtkVISUnContour::New();//contour
                        visobj->SetRenderTo(qvtkRenderer->GetRenderer());
                        vtkVISUnGlyph* unGlyph = vtkVISUnGlyph::New();//glyph3d
                        unGlyph->SetRenderTo(qvtkRenderer->GetRenderer());
                        vtkVISUnShadeMesh* unMesh = vtkVISUnShadeMesh::New();//unShadeMesh
                        unMesh->SetRenderTo(qvtkRenderer->GetRenderer());
                        visobj->SetDataSource(unGrid);
                        unGlyph->SetDataSource(unGrid);
                        unMesh->SetDataSource(unGrid);
                        unMesh->CreateShadeMeshSurfaceDisplay(true);
                        string zoneName = meshObj_->GetZoneName().at(i);
                        if (!count(zoneNameVec_.begin(), zoneNameVec_.end(), zoneName))
                        {
                            zoneNameVec_.push_back(zoneName);
                        }
                        contourMap[zoneName] = visobj;
                        glyphMap[zoneName] = unGlyph;
                        unMeshMap[zoneName] = unMesh;
                    }
                }
            }
            vtkVisZoneMeshMap_[meshObj_->GetSovleTime()] = contourMap;
            vtkVisZoneGlyphMap_[meshObj_->GetSovleTime()] = glyphMap;
            vtkVisZoneUnShadeMeshMap_[meshObj_->GetSovleTime()] = unMeshMap;
        }
    }
}

/**
  * @brief set show or hide state
  *
  * @param[in] vector<bool>
  * @return
  * @author zhaoyu
  * @date 20221209
  */
void ResultMeshManager::SetShowHideState(vector<bool> vec)
{
    currShowZoneNameSet_.clear();
    showHideVec_.clear();
    showHideVec_ = vec;
    int i = 0;
    for (vector<string>::iterator it = zoneNameVec_.begin(); it != zoneNameVec_.end(); it ++)
    {
        if (vec.at(i))
        {
            currShowZoneNameSet_.insert(*it);
        }
        i ++;
    }
}

/**
  * @brief show all zones
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221209
  */
void ResultMeshManager::ShowAll()
{
    if (meshObj_ == 0)  return;
    currShowZoneNameSet_.clear();
    for (int i = 0; i < zoneNameVec_.size(); i ++)
    {
        currShowZoneNameSet_.insert(zoneNameVec_.at(i));
    }

    showHideVec_.clear();
    for (int i = 0; i < zoneNameVec_.size(); i ++)
    {
        showHideVec_.push_back(true);
    }
}

/**
  * @brief display the mesh by index
  *
  * @param[in] mesh index
  * @return
  * @author zhaoyu
  * @date 20221205
  */
void ResultMeshManager::DisplayMeshByIndex(int index)
{
    bool scalarBarState = true;
    m_currId = index;
    HideSliceActors();
    HideXyplot2dSliceActors();
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }

    if (index >= 0 && index <= vtkVisZoneUnShadeMeshMap_.size())
    {
        map<double, map<string, vtkVISUnShadeMesh*>>::iterator unMehsIt = vtkVisZoneUnShadeMeshMap_.find(time);
        //unshademesh
        if (surfaceHideFlag)
        {
            for (map<string, vtkVISUnShadeMesh*>::iterator it2= unMehsIt->second.begin();
                 it2 != unMehsIt->second.end(); it2 ++)
            {
                if (currShowZoneNameSet_.count(it2->first))
                {
                    it2->second->SetColor(surfaceActorColor_[0], surfaceActorColor_[1], surfaceActorColor_[2]);
                    it2->second->SetOpacity(surfaceActorTransparency_);
                    it2->second->ShowOn();
                }else
                {
                    it2->second->ShowOff();
                }
            }
        }else
        {
            for (map<string, vtkVISUnShadeMesh*>::iterator it2= unMehsIt->second.begin();
                 it2 != unMehsIt->second.end(); it2 ++)
            {
                it2->second->ShowOff();
            }
        }

        //contour or line
        if (displayType == 0 || displayType == 2)
        {
            HideAllGlyphActors();
            map<double, map<string, vtkVISUnContour*>>::iterator contourIt = vtkVisZoneMeshMap_.find(time);
            InitRange(index);
            for (map<string, vtkVISUnContour*>::iterator it2 = contourIt->second.begin();
                 it2 != contourIt->second.end(); it2 ++)
            {
                if (currShowZoneNameSet_.count(it2->first))
                {
                    it2->second->SetContourType(displayType);
                    it2->second->SetContourLevel(scalarLeave);

                    /*if (scalarName_ != it2->second->GetScalarName())
                    {
                        char* name = (char*)scalarName_.c_str();
                        it2->second->ModifyContourDisplay(name);
                        it2->second->DeleteScalarBar();
                        it2->second->CreateScalarBar();
                    }*/
                    char* name = (char*)scalarName_.c_str();
                    it2->second->ModifyContourDisplay(name);
                    it2->second->DeleteScalarBar();
                    it2->second->CreateScalarBar();

                    it2->second->ModifyDisplayScalarRange(range_[0], range_[1]);
                    it2->second->ShowOffScalarBar();
                    it2->second->ShowOn();
                    if (scalarBarState)
                    {
                        scalarBarState = !(it2->second->UpdataScalarBar());
                        if (!scalarBarState)
                        {
                            it2->second->ShowOnScalarBar();
                        }
                    }
                }else
                {
                    it2->second->ShowOff();
                    it2->second->ShowOffScalarBar();
                }
            }

            /*for (map<string, vtkVISUnShadeMesh*>::iterator it2= unMehsIt->second.begin();
                 it2 != unMehsIt->second.end(); it2 ++)
            {
                    it2->second->SetOpacity(0);
                    it2->second->ShowOn();
            }*/

        }else if (displayType == 3)//unglyph
        {
            HideAllContourActors();
            map<double, map<string, vtkVISUnGlyph*>>::iterator glyphIt = vtkVisZoneGlyphMap_.find(time);
            for (map<string, vtkVISUnGlyph*>::iterator it2= glyphIt->second.begin();
                 it2 != glyphIt->second.end(); it2 ++)
            {
                if (currShowZoneNameSet_.count(it2->first))
                {
                    it2->second->InitGlyphDisplay(vectorScalarIndexVec.at(0),
                                                  vectorScalarIndexVec.at(1),
                                                  vectorScalarIndexVec.at(2));//cuode
                    it2->second->SetGlyphScaleFactor(scaleFactor_);
                    it2->second->ShowOn();
                }else
                {
                    it2->second->ShowOff();
                }
            }
        }
    }

    render_->ZoomToExtents();
}

/**
  * @brief hide all actors in the renderer
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230224
  */
void ResultMeshManager::HideAllActors()
{
    render_->HideAllActors();
}

/**
  * @brief hide all contour actors in the renderer
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230224
  */
void ResultMeshManager::HideAllUnshadeMeshActors()
{
    if (meshObj_ == 0)  return;
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }
    map<double, map<string, vtkVISUnShadeMesh*>>::iterator unMehsIt = vtkVisZoneUnShadeMeshMap_.find(time);
    for (map<string, vtkVISUnShadeMesh*>::iterator it2= unMehsIt->second.begin();
         it2 != unMehsIt->second.end(); it2 ++)
    {
        it2->second->ShowOff();
    }
}
/**
  * @brief hide all contour actors in the renderer
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230224
  */
void ResultMeshManager::HideAllContourActors()
{
    if (meshObj_ == 0)  return;
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }
    map<double, map<string, vtkVISUnContour*>>::iterator contourIt = vtkVisZoneMeshMap_.find(time);
    for (map<string, vtkVISUnContour*>::iterator it2 = contourIt->second.begin();
         it2 != contourIt->second.end(); it2 ++)
    {
        it2->second->ShowOff();
        it2->second->ShowOffScalarBar();
    }
}

/**
  * @brief hide all vector actors in the renderer
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230224
  */
void ResultMeshManager::HideAllGlyphActors()
{
    if (meshObj_ == 0)  return;
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }
    map<double, map<string, vtkVISUnGlyph*>>::iterator glyphIt = vtkVisZoneGlyphMap_.find(time);
    for (map<string, vtkVISUnGlyph*>::iterator it2= glyphIt->second.begin();
         it2 != glyphIt->second.end(); it2 ++)
    {
        it2->second->ShowOff();
    }
}

/**
  * @brief set index
  *
  * @param[in] index
  * @return
  * @author zhaoyu
  * @date 20221205
  */
void ResultMeshManager::SetSaveIndex(int index)
{
    m_currId = index;
}

int ResultMeshManager::GetCurrIndex()
{
    return m_currId;
}

/**
  * @brief get zone name vector
  *
  * @param[in]
  * @return zoneNameVec_
  * @author zhaoyu
  * @date 20221206
  */
vector<string> ResultMeshManager::GetZoneNameVec()
{
    return zoneNameVec_;
}

/**
  * @brief get solve time vector
  *
  * @param[in]
  * @return solveTimes_
  * @author zhaoyu
  * @date 20221206
  */
set<double> ResultMeshManager::GetSolveTime()
{
    return solveTimes_;
}

/**
  * @brief add map data by mesh data
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221206
  */
void ResultMeshManager::SetNameTypeMap()
{
    if (meshObj_ == 0)  return;
    for (int i = 0; i < meshObj_->GetScalarNumber(); i ++)
    {
        string name = meshObj_->GetScalarName().at(i);
        nameTypeMap_[name] = meshObj_->GetZoneScalarType().at(0).at(i + 3);
        //cout << name << ",  " << meshObj_->GetZoneScalarType().at(0).at(i + 3) << endl;
    }
}

/**
  * @brief get name type map
  *
  * @param[in]
  * @return nameTypeMap_
  * @author zhaoyu
  * @date 20221206
  */
map<string, int> ResultMeshManager::GetNameTypeMap()
{
    return nameTypeMap_;
}

/**
  * @brief get scalar name vector
  *
  * @param[in]
  * @return vector<string> nameVec
  * @author zhaoyu
  * @date 20221208
  */
vector<string> ResultMeshManager::GetMeshScalarNameVec()
{
    if (meshObj_ == 0)
    {
        vector<string> nullVec;
        return nullVec;
    }
    return meshObj_->GetScalarName();
}

/**
  * @brief init scalar range
  *
  * @param[in] int current step
  * @return
  * @author zhaoyu
  * @date 20221209
  */
void ResultMeshManager::InitRange(int index)
{
    if(changeRangeFlag)//user set range
    {
        changeRangeFlag = false;
    }else// program calculated range
    {
        set<double> set_;

        int num = 0;
        double time = 0.0;
        for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
        {
            if (num == index)
            {
                time = *it;
                break;
            }
            num ++;
        }

        map<double, map<string, vtkVISUnContour*>>::iterator it1 = vtkVisZoneMeshMap_.find(time);
        set<double>::iterator it3;
        for (map<string, vtkVISUnContour*>::iterator unIt = it1->second.begin(); unIt != it1->second.end(); unIt ++)
        {
            if (currShowZoneNameSet_.count(unIt->first))
            {
                double range[2];
                //string str = meshObj_->GetScalarName().at(scalarIndex);
                char* scalarName = (char*)scalarName_.c_str();
                unIt->second->GetScalarRange(range, scalarName);
                set_.insert(range[0]);
                set_.insert(range[1]);
            }
        }
        if (set_.size() == 0)
        {
            range_[0] = 0;
            range_[1] = 0;
        }else
        {
            it3 = set_.begin();
            range_[0] = *it3;
            it3 = --set_.end();
            range_[1] = *it3;
            //cout << range_[0] << ",   " << range_[1] << endl;
        }
    }

    SetWidgetRange();//init widget range parameter*/
}

/**
  * @brief Get scalar min range
  *
  * @param[in]
  * @return double min
  * @author zhaoyu
  * @date 20221210
  */
double* ResultMeshManager::GetScalarRange()
{
    return range_;
}

/**
  * @brief change scalar display
  *
  * @param[in] index
  * @return
  * @author zhaoyu
  * @date 20221210
  */
void ResultMeshManager::ModifyScalarDisplay(int index)
{
    if (scalarIndex != index)
    {
        scalarIndex = index;
    }
}

/**
  * @brief change scalar display
  *
  * @param[in] index
  * @return
  * @author zhaoyu
  * @date 20221210
  */
void ResultMeshManager::ModifyScalarDisplay(string name)
{
    if (scalarName_ != name && !(name.empty()))
    {
        scalarName_ = name;
        SetWidgetScalarName();
        InitRange(m_currId);
    }
}

/**
  * @brief get scalar display
  *
  * @param[in]
  * @return scalarIndex
  * @author zhaoyu
  * @date 20221210
  */
int ResultMeshManager::GetScalarIndex()
{
    return scalarIndex;
}

/**
  * @brief set scalar level
  *
  * @param[in] int level
  * @return
  * @author zhaoyu
  * @date 20221210
  */
void ResultMeshManager::SetContourLevel(int level)
{
    scalarLeave = level;
}

/**
  * @brief get scalar display
  *
  * @param[in]
  * @return scalarIndex
  * @author zhaoyu
  * @date 20221210
  */
int ResultMeshManager::GetContourLevel()
{
    return scalarLeave;
}

/**
  * @brief init contourWidget pointer
  *
  * @param[in] ContourDisplayW pointer
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetCotourWidget(ContourDisplayW* w)
{
    contourWidget_ = w;
    if (meshObj_ != NULL)
    {
        contourWidget_->SetNameTypeMap(GetNameTypeMap());
        contourWidget_->SetScalarNameVec(GetMeshScalarNameVec());
        SetWidgetRange();
        SetWidgetScalarName();
    }
}

/**
  * @brief init lineWidget pointer
  *
  * @param[in] LineDisplayW pointer
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetLineWidget(LineDisplayW* w)
{
    lineWidget_ = w;
    if (meshObj_ != NULL)
    {
        lineWidget_->SetNameTypeMap(GetNameTypeMap());
        lineWidget_->SetScalarNameVec(GetMeshScalarNameVec());
        SetWidgetRange();
        SetWidgetScalarName();
    }//
}

/**
  * @brief init vector Widget pointer
  *
  * @param[in] VectorW pointer
  * @return
  * @author zhaoyu
  * @date 20221226
  */
void ResultMeshManager::SetVectorWidget(VectorW* w)
{
    vectorWidget_ = w;
    if (meshObj_ != NULL)
    {
        vector<string> tmp = GetMeshScalarNameVec();//0504 append去除容器里元素的"\0000"
        //for(auto &p:tmp){
        //p=deleteSpaces(p);
        //}
        vectorWidget_->GetData_u(tmp);
        vectorWidget_->GetData_v(tmp);
        vectorWidget_->GetData_w(tmp);
        vectorWidget_->SetScaleFactor(scaleFactor_);
    }
}

void ResultMeshManager::SetAnimationWidget(ContourInimationW *w)
{
    animationWidget_ = w;
    if (meshObj_ != NULL)
    {
        w->SetTypeEnable(HaveModalMeshFlag);
        animationWidget_->SetSolveTime(GetSolveTime());
        animationWidget_->SetZoneNameVector(zoneNameVec_);
    }
}

void ResultMeshManager::SetSurfaceSolidWidget(SolidSurfaceWidget* w)
{
    solidSurfaceW_ = w;
}

/**
  * @brief init slice Widget pointer
  *
  * @param[in] SsliceWidget pointer
  * @return
  * @author zhaoyu
  * @date 20230301
  */
void ResultMeshManager::SetSliceWidget(SsliceWidget* w)
{
    sliceW_ = w;
    if (meshObj_ != NULL)
    {
        sliceW_->GetZoneId(GetShowZoneId());
        sliceW_->GetScalarName(GetMeshScalarNameVec());
    }
}

/**
  * @brief init stream Widget pointer
  *
  * @param[in] stresmWidget pointer
  * @return
  * @author zhaoyu
  * @date 20230303
  */
void ResultMeshManager::SetStremWidget(StreamDisplayWidget* w)
{
    streamW_ = w;

    if (meshObj_ != NULL)
    {
        streamW_->SetData_u(GetMeshScalarNameVec());
        streamW_->SetData_v(GetMeshScalarNameVec());
        streamW_->SetData_w(GetMeshScalarNameVec());
    }
}

void ResultMeshManager::SetXyplotWidget(XYPlot_2D *w)
{

}
/**
  * @brief init xyplot2d Widget pointer
  *
  * @param[in] xyplot2d pointer
  * @return
  * @author zhaoyu
  * @date 20230411
  */
//void ResultMeshManager::SetXyplotWidget(XYPlot_2D* w)
//{
//    xyplot2dW_ = w;
//    if (meshObj_ != NULL)
//    {
//        xyplot2dW_->SetArea(zoneNameVec_);
//        xyplot2dW_->SetYAxis(GetMeshScalarNameVec());
//    }
//}

/**
  * @brief init widgets range parameter
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetWidgetRange()
{
    if (contourWidget_ != NULL)
    {
        contourWidget_->SetRange(range_);
    }
    if (lineWidget_ != NULL)
    {
        lineWidget_->SetRange(range_);
    }
}

/**
  * @brief init widgets scalar name
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetWidgetScalarName()
{
    if (meshObj_ != NULL && (!scalarName_.empty()))
    {
        string name = scalarName_;
        if (contourWidget_ != NULL)
        {
            contourWidget_->SetCurrScalar(name);
        }
        if (lineWidget_ != NULL)
        {
            lineWidget_->SetCurrScalar(name);
        }
    }
}

/**
  * @brief set title size
  *
  * @param[in] int size
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetTitleSize(double size)
{
    titleSize_ = size;
    //SetWidgetTitleSize();
}

/**
  * @brief init widget title size
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221213
  */
//void ResultMeshManager::SetWidgetTitleSize()
//{
//    if (contourWidget_ != NULL)
//    {
//        contourWidget_->SetTitleFont(titleSize_);
//    }
//}

/**
  * @brief set label size
  *
  * @param[in] int label size
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetLabelSize(double size)
{
    labelSize_ = size;
    //SetWidgetLabelSize();
}

/**
  * @brief set widget label size
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221213
  */
//void ResultMeshManager::SetWidgetLabelSize()
//{
//    if (contourWidget_ != NULL)
//    {
//        contourWidget_->SetLabelFont(labelSize_);
//    }
//}

/**
  * @brief set level
  *
  * @param[in] int level
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetLevel(int level)
{
    scalarLeave = level;
    SetWidgetLevel();
}
/**
  * @brief set widget level
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221213
  */
void ResultMeshManager::SetWidgetLevel()
{
    if (contourWidget_ != NULL)
    {
        contourWidget_->SetLevel(scalarLeave);
    }
    if (lineWidget_ != NULL)
    {
        lineWidget_->SetLevel(scalarLeave);
    }
}

/**
  * @brief user set range
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221214
  */
void ResultMeshManager::SetRange(double* range)
{
    range_[0] = range[0];
    range_[1] = range[1];
    changeRangeFlag = true;
}

/**
  * @brief user set range
  *
  * @param[in] type 0 is contour
  *            type 2 is line
  * @return
  * @author zhaoyu
  * @date 20221214
  */
void ResultMeshManager::SetDisplayType(int type)
{
    displayType = type;
}

/**
  * @brief init contour widget and line widget parameter
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230110
  */
void ResultMeshManager::InitWidgetsParameter()
{
    if (animationWidget_ != NULL)
    {
        animationWidget_->SetTypeEnable(HaveModalMeshFlag);
        animationWidget_->SetSolveTime(GetSolveTime());
        animationWidget_->SetZoneNameVector(zoneNameVec_);
    }
    if (contourWidget_ != NULL)
    {
        contourWidget_->SetNameTypeMap(GetNameTypeMap());
        contourWidget_->SetScalarNameVec(GetMeshScalarNameVec());
        SetWidgetRange();
        SetWidgetScalarName();
    }
    if (lineWidget_ != NULL)
    {
        lineWidget_->SetNameTypeMap(GetNameTypeMap());
        lineWidget_->SetScalarNameVec(GetMeshScalarNameVec());
        SetWidgetRange();
        SetWidgetScalarName();
    }
    if (vectorWidget_ != NULL)
    {
        vectorWidget_->GetData_u(GetMeshScalarNameVec());
        vectorWidget_->GetData_v(GetMeshScalarNameVec());
        vectorWidget_->GetData_w(GetMeshScalarNameVec());
        vectorWidget_->SetScaleFactor(scaleFactor_);
    }
    if (sliceW_ != NULL)
    {
        sliceW_->GetScalarName(GetMeshScalarNameVec());
        sliceW_->GetZoneId(GetShowZoneId());
    }
    if (streamW_ != NULL)
    {
        streamW_->SetData_u(GetMeshScalarNameVec());
        streamW_->SetData_v(GetMeshScalarNameVec());
        streamW_->SetData_w(GetMeshScalarNameVec());
    }
    //    if (xyplot2dW_ != NULL)
    //    {
    //        xyplot2dW_->SetArea(zoneNameVec_);
    //        xyplot2dW_->SetYAxis(GetMeshScalarNameVec());
    //    }
}

/**
  * @brief init contour widget and line widget parameter
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20221226
  */
void ResultMeshManager::SetVectorScalarIndex(vector<int> indexVec)
{
    vectorScalarIndexVec.clear();
    if (indexVec.at(0) == -1 ||
            indexVec.at(1) == -1 ||
            indexVec.at(2) == -1)
    {
        return;
    }else
    {
        vectorScalarIndexVec = indexVec;
        DisplayMeshByIndex(m_currId);
    }
}

/**
  * @brief set scaleFactor
  *
  * @param[in]double factor
  * @return
  * @author zhaoyu
  * @date 20230103
  */
void ResultMeshManager::SetVectorScaleFactor(double factor)
{
    scaleFactor_ = factor;
}

/**
  * @brief set surface actor color
  *
  * @param[in]color
  * @return
  * @author zhaoyu
  * @date 20230110
  */
void ResultMeshManager::SetSurfaceColor(vector<double> color)
{
    surfaceActorColor_ = color;
}

/**
  * @brief set surface actor transparency
  *
  * @param[in]value
  * @return
  * @author zhaoyu
  * @date 20230110
  */
void ResultMeshManager::SetSurfaceTransparency(double value)
{
    surfaceActorTransparency_ = value;
}

/**
  * @brief set surface actor state
  *
  * @param[in]bool flag
  * @return
  * @author zhaoyu
  * @date 20230110
  */
void ResultMeshManager::SetSurfaceShowHideFlag(bool flag)
{
    surfaceHideFlag = flag;
}

/**
  * @brief set scalar name
  *
  * @param[in]char* name
  * @return
  * @author zhaoyu
  * @date 20230111
  */
void ResultMeshManager::SetScalarName(string name)
{
    scalarName_ = name;
}

vector<int> ResultMeshManager::GetShowZoneId()
{
    vector<int> zoneId;
    zoneId.clear();
    set<string>::iterator it;
    for (int i = 0; i < showHideVec_.size(); i ++)
    {
        if (showHideVec_.at(i))
        {
            zoneId.push_back(i);
        }
    }
    return zoneId;
}

void ResultMeshManager::InitSliceWidget()
{
    HideAllUnshadeMeshActors();
    HideAllGlyphActors();
    HideAllContourActors();
    HideStreamActors();
    HideXyplot2dSliceActors();

    if (solidSurfaceW_ != NULL)
    {
        solidSurfaceW_->SetShowHideState(true);
    }
}


/**
  * @brief creat a vtkVISunstructuredGrid source that is added by all the show zone
  *
  * @param[in] time step
  * @return
  * @author zhaoyu
  * @date 20230217
  */
void ResultMeshManager::MakeVISUnStructGrid()
{
    if (meshObj_ == 0)  return;
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }

    vector<vtkVISUnstructuredGridSource*> vec;
    map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.find(time);
    if (it != vtkVisZoneMeshMap_.end())
    {
        for (map<string, vtkVISUnContour*>::iterator it2= it->second.begin();
             it2 != it->second.end(); it2 ++)
        {
            if (currShowZoneNameSet_.count(it2->first))
            {
                vtkVISUnstructuredGridSource* unGrid = vtkVISUnstructuredGridSource::New();
                unGrid = it2->second->GetDatSource();
                vec.push_back(unGrid);
            }
        }
        /*if (addDataSource_ != NULL)
        {
            //delete addDataSource_;
            addDataSource_ = NULL;
        }*/
        addDataSource_ = new vtkVISAddUnGridDataSource();
        addDataSource_->SetVISUnGridDataSource(vec);
        currentVISGridVec_.push_back(addDataSource_);
    }
}

/**
  * @brief get unslice position
  *
  * @param[in] unslice id
  * @return
  * @author zhaoyu
  * @date 20230221
  */
vector<double> ResultMeshManager::GetUnslicePosition(int index)
{
    double* data2;
    data2 = unSliceVec_.at(index)->GetSlicePlaneOrigin();
    vector<double> origin;
    origin.push_back(data2[0]);
    origin.push_back(data2[1]);
    origin.push_back(data2[2]);
    return origin;
}

/**
  * @brief get unslice source bounds
  *
  * @param[in] unslice id
  * @return
  * @author zhaoyu
  * @date 20230221
  */
vector<double> ResultMeshManager::GetUnsliceSourceBounds(int index)
{
    vector<double> bounds;

    if (unSliceVec_.at(index) != NULL)
    {
        double b[6];
        unSliceVec_.at(index)->GetSourceBounds_FD(b);
        for (int i = 0; i < 6; i ++)
        {
            bounds.push_back(b[i]);
        }
    }
    return bounds;
}

/**
  * @brief display a vtkVISUnstructGrid
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230221
  */
void ResultMeshManager::DisplayUnstructGrid()
{
    if (render_ == NULL)
    {
        return;
    }

    vtkVISUnSlice* unSlice_ = vtkVISUnSlice::New();
    unSlice_->SetRenderTo(render_->GetRenderer());
    string name = GetMeshScalarNameVec().at(0);
    unSlice_->SetDataSource(addDataSource_->GetSource());

    char* s = (char*)(name.c_str());
    char* v = NULL;
    unSlice_->SetSliceSource_FD(s, v);
    unSlice_->CreatUnShadeMeshDisplay();
    unSlice_->CreateSliceWidget_FD();
    unSlice_->CreateUnSliceContourDisplay_FD();
    unSlice_->CreateUnSliceContourLinesDisplay_FD();
    unSlice_->ShowOffUnSliceContourLinesDisplay();
    unSlice_->CreateUnSliceContourLinesLabelDisplay_FD();
    unSlice_->ShowOffUnSliceContourLinesLabelDisplay();

    unSliceVec_.push_back(unSlice_);
    render_->Update();
}

/**
  * @brief hide all slice actors in the renderer
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230225
  */
void ResultMeshManager::HideSliceActors()
{
    if (!unSliceVec_.empty())
    {
        for (int i = 0; i < unSliceVec_.size(); i ++)
        {
            if (unSliceVec_.at(i) != NULL)
            {
                unSliceVec_.at(i)->ShowOffSlicePlane();
                unSliceVec_.at(i)->ShowOffSlicePlaneWidget();
                unSliceVec_.at(i)->ShowOffUnShadeMesh();
                unSliceVec_.at(i)->ShowOffUnSliceMesh();
                unSliceVec_.at(i)->ShowOffUnSliceShade();
                unSliceVec_.at(i)->ShowOffCutActor();
            }
        }
    }
}

/**
  * @brief set slice state
  *
  * @param[in] all sliceWidget parameter
  * @return
  * @author zhaoyu
  * @date 20230225
  */
void ResultMeshManager::SetAllSliceState(vector<int> sliceId, vector<bool> solidState, vector<bool> planeWidgetState, vector<vector<double>> nomal,
                                         vector<vector<double>> posision, vector<string> type, vector<string> contourName, vector<int> level,
                                         vector<bool> planeState, vector<bool>labelState)
{
    for (int i = 0; i < sliceId.size(); i ++)
    {
        if (solidState.at(i))
        {
            unSliceVec_.at(sliceId.at(i))->ShowOnUnshadeMesh();
        }else
        {
            unSliceVec_.at(sliceId.at(i))->ShowOffUnShadeMesh();
        }

        if (planeWidgetState.at(i))
        {
            unSliceVec_.at(sliceId.at(i))->ShowOnSlicePlane();
            unSliceVec_.at(sliceId.at(i))->ShowOnSlicePlaneWidget();
        }else
        {
            unSliceVec_.at(sliceId.at(i))->ShowOffSlicePlane();
            unSliceVec_.at(sliceId.at(i))->ShowOffSlicePlaneWidget();
        }
        unSliceVec_.at(sliceId.at(i))->SetSlicePlaneNormal(nomal.at(i).at(0), nomal.at(i).at(1),nomal.at(i).at(2));
        unSliceVec_.at(sliceId.at(i))->SetSlicePlaneOrigin(posision.at(i).at(0), posision.at(i).at(1),posision.at(i).at(2));

        if (type.at(i) == "contour")
        {
            unSliceVec_.at(sliceId.at(i))->ShowOnUnSliceContourDisplay();
            unSliceVec_.at(sliceId.at(i))->ShowOffUnSliceContourLinesDisplay();
        }else if(type.at(i) == "line")
        {
            unSliceVec_.at(sliceId.at(i))->ShowOnUnSliceContourLinesDisplay();
            unSliceVec_.at(sliceId.at(i))->ShowOffUnSliceContourDisplay();
        }

        char* name = (char*)(contourName.at(i).c_str());
        unSliceVec_.at(sliceId.at(i))->ModifySliceSourceScalar_FD(name);

        unSliceVec_.at(sliceId.at(i))->ModifyUnSliceContourLevel(level.at(i));

        if (planeState.at(i))
        {
            //unSliceVec_.at(sliceId.at(i))->ShowOnSlicePlane();
        }else
        {
            unSliceVec_.at(sliceId.at(i))->ShowOffCutActor();
        }

        if (labelState.at(i))
        {
            unSliceVec_.at(sliceId.at(i))->ShowOnUnSliceContourLinesLabelDisplay();
        }else
        {
            unSliceVec_.at(sliceId.at(i))->ShowOffUnSliceContourLinesLabelDisplay();
        }
    }

    for (int i = 0; i < unSliceVec_.size(); i ++)
    {
        if (find(sliceId.begin(), sliceId.end(), i) == sliceId.end())
        {
            if (unSliceVec_.at(i) != NULL)
            {
                unSliceVec_.at(i)->ShowOffSlicePlane();
                unSliceVec_.at(i)->ShowOffSlicePlaneWidget();
                unSliceVec_.at(i)->ShowOffUnShadeMesh();
                unSliceVec_.at(i)->ShowOffUnSliceMesh();
                unSliceVec_.at(i)->ShowOffUnSliceShade();
                unSliceVec_.at(i)->ShowOffCutActor();
                unSliceVec_.at(i)->Delete();
                unSliceVec_.at(i) = NULL;
            }
        }
    }
    render_->Update();
}

/**
  * @brief updata slice widget parameter
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230301
  */
void ResultMeshManager::UpdataSliceWidgetParameter()
{
    if (sliceW_ == NULL)
    {
        return;
    }
    vector<int> sliceWId = sliceW_->GetSliceId();
    vector<vector<double>> normalVec;
    vector<vector<double>> originVec;
    for (int i = 0; i < sliceWId.size(); i ++)
    {
        double *data;
        data = unSliceVec_.at(sliceWId.at(i))->GetSlicePlaneNormal();
        vector<double> normal;
        normal.push_back(data[0]);
        normal.push_back(data[1]);
        normal.push_back(data[2]);
        normalVec.push_back(normal);
        double *data2;
        data2 = unSliceVec_.at(sliceWId.at(i))->GetSlicePlaneOrigin();
        vector<double> origin;
        origin.push_back(data2[0]);
        origin.push_back(data2[1]);
        origin.push_back(data2[2]);
        originVec.push_back(origin);
    }
    sliceW_->normal.clear();
    sliceW_->position.clear();
    sliceW_->normal = normalVec;
    sliceW_->position = originVec;
}

/**
  * @brief updata the source consisting of all current grids
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230306
  */
void ResultMeshManager::UpdataCurrUnstructSource()
{
    double time = 0.0;
    int num = 0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }
    vector<vtkVISUnstructuredGridSource*> vec;
    map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.find(time);
    if (it != vtkVisZoneMeshMap_.end())
    {
        for (map<string, vtkVISUnContour*>::iterator it2= it->second.begin();
             it2 != it->second.end(); it2 ++)
        {
            if (currShowZoneNameSet_.count(it2->first))
            {
                vtkVISUnstructuredGridSource* unGrid = vtkVISUnstructuredGridSource::New();
                unGrid = it2->second->GetDatSource();
                vec.push_back(unGrid);
            }
        }
        if (currAddDataSource_ != NULL)
        {
            delete currAddDataSource_;
            currAddDataSource_ = NULL;
        }
        currAddDataSource_ = new vtkVISAddUnGridDataSource();
        currAddDataSource_->SetVISUnGridDataSource(vec);
    }
}

/**
  * @brief creat a vector from the scalar name passed in
  *
  * @param[in] three scalar names
  * @return
  * @author zhaoyu
  * @date 20230302
  */
void ResultMeshManager::CreatVectorSource(string u, string v, string w)
{
    UpdataCurrUnstructSource();
    char* v1 = (char*)(u.c_str());
    char* v2 = (char*)(v.c_str());
    char* v3 = (char*)(w.c_str());

    if (streamLine_ != NULL)
    {
        streamLine_->ShowOffStreamWidget();
        streamLine_->ShowOffStreamTraceLines();
        streamLine_->Delete();
        streamLine_ = NULL;
    }

    if (currAddDataSource_ != NULL)
    {
        streamLine_ = vtkVISUnStreamTrace::New();
        streamLine_->SetRenderTo(render_->GetRenderer());
        streamLine_->SetDataSource(currAddDataSource_->GetSource());
        streamLine_->SetStreamTraceSource(v1,v2,v3);
        string type = "line";
        streamLine_->SetSeedsType(type);
        streamLine_->CreateStreamTraceDisplayByVector();

        if (streamW_ != NULL)
        {
            streamW_->SetInitStepData(streamLine_->GetInitialStep());
            streamW_->SetMaxPropgationData(streamLine_->GetMaxPropagation());
            streamW_->SetMinStepData(streamLine_->GetMinimumStep());
        }
    }
    //create_streamTrace(x,y,z);
}

/**
  * @brief display stream line
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230302
  */
void ResultMeshManager::DisplayStreamLine(string direction, string type,
                                          double initStrp, double maxPropgation, double minStep, bool showState, bool ToolState)
{
    if (streamLine_ != NULL)
    {
        char* direc = (char*)(direction.c_str());
        streamLine_->ModifyIntegraDirection(direc);

        //type
        streamLine_->ShowOffStreamTraceLines();
        char* streamType = (char*)type.c_str();
        streamLine_->ModifyStreamStyle(streamType);


        streamLine_->ModifyInitialStep(initStrp);
        streamLine_->ModifyMaxPropagation(maxPropgation);
        streamLine_->ModifyMinimumStep(minStep);

        if (showState)
        {
            streamLine_->ShowOnStreamTraceLines();
        }else
        {
            streamLine_->ShowOffStreamTraceLines();
        }

        if (ToolState)
        {
            streamLine_->ShowOnStreamWidget();
        }else
        {
            streamLine_->ShowOffStreamWidget();
        }
    }
    render_->Update();
}

/**
  * @brief set select state, true is On, false is OFF
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230310
  */
void ResultMeshManager::SetStreamSelectState(bool flag)
{
    if (streamLine_ == NULL)
        return;
    if (flag)
    {
        streamLine_->vtkSelectPointOn();
    }else
    {
        streamLine_->vtkSelectPointOff();
    }
}

/**
  * @brief delete all Stream
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230310
  */
void ResultMeshManager::DeleteAllStream()
{
    if (streamLine_ != NULL)
    {
        streamLine_->ShowOffStreamWidget();
        streamLine_->ShowOffStreamTraceLines();
        streamLine_->vtkSelectPointOff();
        render_->Update();
        streamLine_->Delete();
        streamLine_ = NULL;
    }
}

/**
  * @brief export the current render picture
  *
  * @param[in]
  * @return
  * @author hejingjing
  * @date 20230315
  */
//void ResultMeshManager::GetExportPictures(QString file)
//{
//       QFileInfo info(file);

//       if (render_!= NULL && (render_->GetRenderer()->VisibleActorCount() > 0))
//       {
//           captureF = vtkVISCaptureFigure::New();
//           captureF->SetCaptureFigureSource(render_->GetRenderer());
//           QString extType = info.suffix();
//           qDebug() << extType;
//           string st = file.toStdString();
//           char *str = (char*)st.c_str();//qstring转char

//           if(extType.contains( "JPEG" ))
//           {
//               captureF->CaptureRenderFigureAsJPEG(str);
//           }
//          else if(extType.contains("BMP"))
//           {
//               captureF->CaptureRenderFigureAsBMP(str);
//           }
//          else if(extType.contains("PNG"))
//           {
//               captureF->CaptureRenderFigureAsPNG(str);
//           }
//          else if(extType.contains("TIFF"))
//           {
//               captureF->CaptureRenderFigureAsTIFF(str);
//           }
//          else if(extType.contains("PNM"))
//           {
//               captureF->CaptureRenderFigureAsPNM(str);
//           }
//       }
//}

/**
  * @brief hide streamLine and lineWidget
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230320
  *
  * */
void ResultMeshManager::HideStreamActors()
{
    DeleteAllStream();
}
//void ResultMeshManager::SetTextWidget(TextWidget *w)
//{
//    textW_ = w;
//}
/**
  * @brief set textwidget state
  *
  * @param[in] all textwidget parameter
  * @return
  * @author hejingjing
  * @date 20230321
  */
void ResultMeshManager::GetActorText(string text_, vector<double> position_XY, double fontsize,vector<double> color)
{
    if(titleText_ != NULL)
    {
        titleText_->SetVisibility(false);
        titleText_->Delete();
    }
    titleText_ = vtkTextActor::New();
    if(!text_.empty())
    {
        const char *TitleText = text_.c_str();
        titleText_->SetInput(TitleText);
        titleText_->SetDisplayPosition(position_XY.at(0),position_XY.at(1));
        titleText_->GetTextProperty()->SetFontSize(fontsize);
        titleText_->GetTextProperty()->SetColor(color.at(0),color.at(1),color.at(2));
        render_->GetRenderer()->AddActor2D(titleText_);
        render_->Update();
    }
}

/**
  * @brief update the scaled model
  *
  * @param[in] double scaled factor
  * @return
  * @author zhaoyu
  * @date 20230406
  */
void ResultMeshManager::UpdataZoomModel(double factor)
{
    if (initPointsData == NULL)
        return;
    if (dispNameVec.size() == 0)
        return;
    if (MeshVec_.size() == 0)
        return;
    ///creat old data
    for(map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.begin(); it != vtkVisZoneMeshMap_.end(); ++it)
    {
        for(map<string, vtkVISUnContour*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneMeshMap_.clear();

    for(map<double, map<string, vtkVISUnShadeMesh*>>::iterator it = vtkVisZoneUnShadeMeshMap_.begin(); it != vtkVisZoneUnShadeMeshMap_.end(); ++it)
    {
        for(map<string, vtkVISUnShadeMesh*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneUnShadeMeshMap_.clear();
    for(map<double, map<string, vtkVISUnGlyph*>>::iterator it = vtkVisZoneGlyphMap_.begin(); it != vtkVisZoneGlyphMap_.end(); ++it)
    {
        for(map<string, vtkVISUnGlyph*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
        {
            itin->second->Delete();
        }
        it->second.clear();
    }
    vtkVisZoneGlyphMap_.clear();

    for (int i = 0; i < MeshVec_.size(); i ++)
    {
        for (int j = 0; j < MeshVec_.at(i)->GetZoneNumber(); j ++)
        {
            double* X;
            double* Y;
            double* Z;
            PointsDS* p = new PointsDS;
            p->SetPointNumber(initPointsData->GetPointNumber());
            for (int k = 0; k < MeshVec_.at(i)->GetScalarName().size(); k ++)
            {
                if (MeshVec_.at(i)->GetScalarName().at(k) == dispNameVec.at(0))
                {
                    X = MeshVec_.at(i)->GetScalarData().at(j).at(k + 3);
                }else if (MeshVec_.at(i)->GetScalarName().at(k) == dispNameVec.at(1))
                {
                    Y = MeshVec_.at(i)->GetScalarData().at(j).at(k + 3);
                }else if (MeshVec_.at(i)->GetScalarName().at(k) == dispNameVec.at(2))
                {
                    Z = MeshVec_.at(i)->GetScalarData().at(j).at(k + 3);
                }
            }
            for (int k = 0; k < initPointsData->GetPointNumber(); k ++)
            {
                double xyz[3];
                initPointsData->GetPoint(k, xyz);
                double x = xyz[0] + (factor*X[k]);
                double y = xyz[1] + (factor*Y[k]);
                double z = xyz[2] + (factor*Z[k]);
                p->SetPoint(k, x, y, z);
            }
            MeshVec_.at(i)->GetZoneMesh(j)->SetPoints(p);
        }
    }
    DisplayMesh(render_);
    HideAllActors();
    DisplayMeshByIndex(0);
    animationWidget_->SlotStart();
    render_->ZoomToExtents();
}

/**
  * @brief refill mesh vector by type
  *
  * @param[in] int type, 0 is time step, 1 is modal step
  * @return
  * @author zhaoyu
  * @date 20230410
  */
void ResultMeshManager::ChangeMeshType(int type)
{
    if (meshType != type)
    {
        meshType = type;

        if (meshObj_)
        {
            //delete meshObj_;
            meshObj_ = NULL;
        }
        m_currId = -1;
        scalarIndex = -1;
        range_[0] = 0;
        range_[1] = 0;
        scalarLeave = 10;
        titleSize_ = 6;
        labelSize_ = 5;
        changeRangeFlag = false;
        surfaceHideFlag = true;
        displayType = -1;
        scaleFactor_ = 0.02;

        solveTimes_.clear();
        zoneNameVec_.clear();
        currShowZoneNameSet_.clear();
        nameTypeMap_.clear();
        showHideVec_.clear();
        surfaceActorColor_.clear();
        scalarName_.clear();
        allZoneScalarName_.clear();

        //vtk vis procs.
        for(map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.begin(); it != vtkVisZoneMeshMap_.end(); ++it)
        {
            for(map<string, vtkVISUnContour*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
            {
                itin->second->Delete();
            }
            it->second.clear();
        }
        vtkVisZoneMeshMap_.clear();

        for(map<double, map<string, vtkVISUnShadeMesh*>>::iterator it = vtkVisZoneUnShadeMeshMap_.begin(); it != vtkVisZoneUnShadeMeshMap_.end(); ++it)
        {
            for(map<string, vtkVISUnShadeMesh*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
            {
                itin->second->Delete();
            }
            it->second.clear();
        }
        vtkVisZoneUnShadeMeshMap_.clear();
        for(map<double, map<string, vtkVISUnGlyph*>>::iterator it = vtkVisZoneGlyphMap_.begin(); it != vtkVisZoneGlyphMap_.end(); ++it)
        {
            for(map<string, vtkVISUnGlyph*>::iterator itin = it->second.begin(); itin != it->second.end(); ++itin)
            {
                itin->second->Delete();
            }
            it->second.clear();
        }
        vtkVisZoneGlyphMap_.clear();

        if (!unSliceVec_.empty())
        {
            for (int i = 0; i < unSliceVec_.size(); i ++)
            {
                if(unSliceVec_.at(i) != NULL)
                {
                    unSliceVec_.at(i)->Delete();
                    unSliceVec_.at(i) = NULL;
                }
            }
            unSliceVec_.clear();
        }

        if (addDataSource_ != NULL)
        {
            delete addDataSource_;
            addDataSource_ = NULL;
        }

        if (currAddDataSource_ != NULL)
        {
            delete currAddDataSource_;
            currAddDataSource_ = NULL;
        }

        DeleteAllStream();
        if (streamLine_ != NULL)
        {
            streamLine_->Delete();
            streamLine_ = NULL;
        }

        if (xyplot2dSlice_ != NULL)
        {
            xyplot2dSlice_->Delete();
            xyplot2dSlice_ = NULL;
        }

        surfaceActorColor_.push_back(0);
        surfaceActorColor_.push_back(0);
        surfaceActorColor_.push_back(1);
        surfaceActorTransparency_ = 1;

        //        if (contourWidget_ != NULL)
        //        {
        //            contourWidget_->RestoreWidget();
        //        }
        //        if (lineWidget_ != NULL)
        //        {
        //            lineWidget_->RestoreWidget();
        //        }
        //        if (vectorWidget_ != NULL)
        //        {
        //            vectorWidget_->RestoreWidget();
        //        }
        //        if (solidSurfaceW_ != NULL)
        //        {
        //            solidSurfaceW_->RestoreWidget();
        //        }
        //        if (sliceW_ != NULL)
        //        {
        //            sliceW_->RestoreWidget();
        //        }
        //        if (streamW_ != NULL)
        //        {
        //            streamW_->RestoreWidget();
        //        }
        //        if (xyplot2dW_ != NULL)
        //        {
        //            xyplot2dW_->RestoreWidget();
        //        }
        render_->HideAllActors();

        if (type == 0)
        {
            MeshVec_ = TimeMeshVec_;
            DisplayMesh(render_);
            HideAllActors();
            ShowAll();
            DisplayMeshByIndex(0);
            SetNameTypeMap();
            InitWidgetsParameter();
            animationWidget_->SlotStart();
            animationWidget_->InitScaleFactor();
            render_->ZoomToExtents();
        }else if (type == 1)
        {
            MeshVec_ = ModalMeshVec_;
            DisplayMesh(render_);
            HideAllActors();
            ShowAll();
            DisplayMeshByIndex(0);
            SetNameTypeMap();
            InitWidgetsParameter();
            animationWidget_->SlotStart();
            animationWidget_->InitScaleFactor();
            render_->ZoomToExtents();
        }
    }
}

/**
  * @brief display select zone to slice
  *
  * @param[in] int meshindex, int scalarindex, int normalIndex
  * @return
  * @author zhaoyu
  * @date 20230411
  */
void ResultMeshManager::DisplayXyplot2dSlice(int meshIndex, int sIndex)
{
    if (render_ == NULL)
    {
        return;
    }

    if (xyplot2dSlice_ != NULL)
    {
        xyplot2dSlice_->Delete();
        xyplot2dSlice_ = NULL;
    }

    if (meshObj_ == 0)  return;
    int num = 0;
    double time = 0.0;
    for(set<double>::iterator it = solveTimes_.begin(); it != solveTimes_.end(); it ++)
    {
        if (num == m_currId)
        {
            time = *it;
            break;
        }
        num ++;
    }
    vtkVISUnstructuredGridSource* source = NULL;
    map<double, map<string, vtkVISUnContour*>>::iterator it = vtkVisZoneMeshMap_.find(time);
    if (it != vtkVisZoneMeshMap_.end())
    {
        map<string, vtkVISUnContour*>::iterator it2= it->second.find(zoneNameVec_.at(meshIndex));
        if (it2 != it->second.end())
        {
            source = it2->second->GetDatSource();
        }
    }

    if (source == NULL)
    {
        cout << "source data error" << endl;
        return;
    }

    vtkVISUnSlice* unSlice_ = vtkVISUnSlice::New();
    unSlice_->SetRenderTo(render_->GetRenderer());
    string name = GetMeshScalarNameVec().at(sIndex);
    unSlice_->SetDataSource(source);

    char* s = (char*)(name.c_str());
    char* v = NULL;
    unSlice_->SetSliceSource_FD(s, v);
    unSlice_->CreatUnShadeMeshDisplay();
    unSlice_->CreateSliceWidget_FD();
    unSlice_->CreateUnSliceContourDisplay_FD();
    unSlice_->CreateUnSliceContourLinesDisplay_FD();
    unSlice_->ShowOffUnSliceContourLinesDisplay();
    unSlice_->CreateUnSliceContourLinesLabelDisplay_FD();
    unSlice_->ShowOffUnSliceContourLinesLabelDisplay();

    xyplot2dSlice_ =  unSlice_;
    render_->ZoomToExtents();
}

/**
  * @brief get xyplot 2d unslice position
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230411
  */
vector<double> ResultMeshManager::GetXyplot2dUnslicePosition()
{
    double* data2;
    vector<double> origin;
    if (xyplot2dSlice_ != NULL)
    {
        data2 = xyplot2dSlice_->GetSlicePlaneOrigin();
        origin.push_back(data2[0]);
        origin.push_back(data2[1]);
        origin.push_back(data2[2]);
    }else
    {
        origin.push_back(0);
        origin.push_back(0);
        origin.push_back(0);
    }
    return origin;
}
/**
  * @brief set xyplot 2d unslice normal
  *
  * @param[in] int normal index
  * @return
  * @author zhaoyu
  * @date 20230411
  */
void ResultMeshManager::SetXyplot2dSliceNormal(int normalIndex)
{
    if (xyplot2dSlice_ != NULL)
    {
        if (normalIndex == 0)
        {
            xyplot2dSlice_->SetSlicePlaneNormalToX();
        }else if (normalIndex == 1)
        {
            xyplot2dSlice_->SetSlicePlaneNormalToY();
        }else if (normalIndex == 2)
        {
            xyplot2dSlice_->SetSlicePlaneNormalToZ();
        }
    }
    render_->Update();
}
/**
  * @brief set xyplot 2d unslice scalar index
  *
  * @param[in] int scalar index
  * @return
  * @author zhaoyu
  * @date 20230411
  */
void ResultMeshManager::SetXyplot2dSliceScalarIndex(int index)
{
    if (xyplot2dSlice_ != NULL)
    {
        string name = GetMeshScalarNameVec().at(index);
        char* s = (char*)(name.c_str());
        xyplot2dSlice_->ModifySliceSourceScalar_FD(s);
    }
    render_->Update();
}

/**
  * @brief Hide xyplot 2d unslice
  *
  * @param[in]
  * @return
  * @author zhaoyu
  * @date 20230411
  */
void ResultMeshManager::HideXyplot2dSliceActors()
{
    if (xyplot2dSlice_ != NULL)
    {
        xyplot2dSlice_->ShowOffSlicePlane();
        xyplot2dSlice_->ShowOffSlicePlaneWidget();
        xyplot2dSlice_->ShowOffUnShadeMesh();
        xyplot2dSlice_->ShowOffUnSliceMesh();
        xyplot2dSlice_->ShowOffUnSliceShade();
        xyplot2dSlice_->ShowOffCutActor();
    }
}

void ResultMeshManager::GetExportPictures(QString file)
{

}
/**
  * @brief set xyplot2d unslice position
  *
  * @param[in] vector<double> p
  * @return
  * @author zhaoyu
  * @date 20230411
  */
void ResultMeshManager::SetXyplot2dSlicePosition(vector<double> p)
{
    if (xyplot2dSlice_ != NULL)
    {
        xyplot2dSlice_->SetSlicePlaneOrigin(p[0], p[1], p[2]);
    }
    render_->Update();
}

/*
 * @brief: get private scalar name
 * @param: void
 * @ret: scalarName
 * @birth: created by czm in 20230421
 */
string ResultMeshManager::getScalarName()
{
    return this->scalarName_;
}

/*
 * @brief: get private range
 * @param: void
 * @ret: range
 * @birth: created by czm in 20230421
 */
double *ResultMeshManager::getRange()
{
    return this->range_;
}

/*
 * @brief: get private meshobj_
 * @param: void
 * @ret: meshobj_
 * @birth: created by czm in 20230421
 */
Mesh *ResultMeshManager::getMeshObj_()
{
    return this->meshObj_;
}

void ResultMeshManager::create_streamTrace(double x, double y, double z)
{
    if(streamLine_!=NULL){
        streamLine_->SetStreamLineStartPosition(x,y,z);
        streamLine_->CreateOneStreamLine();
    }
}
/**
  * @brief get xyplot2d unslice data
  *
  * @param[in]
  * @return x1 value1 x2 value2
  * @author zhaoyu
  * @date 20230411
  */
//vector<vector<double>> ResultMeshManager::GetXyplot2dUnsliceData()
//{
//    vector<vector<double>> xyplot2dVec;
//    string xName;
//    string yName;
//    yName = GetMeshScalarNameVec().at(xyplot2dW_->GetYName());

//    vector<vector<double>> totalVector;
//    totalVector.clear();
//    if (xyplot2dSlice_ != NULL)
//    {
//        vector<vtkDoubleArray*> vec;
//        vec = xyplot2dSlice_->GetSliceData();

//        string xAxis = xyplot2dW_->GetXAxis();

//        double range[2];
//        double middle = 0;
//        int normalIndex = xyplot2dW_->GetNormalIndex();
//        int referenceIndex;

//        vector<double> x1;
//        vector<double> value1;
//        vector<double> x2;
//        vector<double> value2;
//        if (xAxis == "X")
//        {
//            xName = "X";
//            if (xyplot2dW_->GetNormalIndex() == 1)
//            {
//                vec.at(0)->GetRange(range, 2);
//                referenceIndex = 2;
//                middle = (range[0] + range[1])/2.0;

//            }else if (xyplot2dW_->GetNormalIndex() == 2)
//            {
//                vec.at(0)->GetRange(range, 1);
//                referenceIndex = 1;
//                middle = (range[0] + range[1])/2.0;
//            }
//            for (int i = 0; i < vec.at(0)->GetNumberOfTuples(); i ++)
//            {
//                double reference = vec.at(0)->GetTuple(i)[referenceIndex];
//                if (reference < middle || reference == middle)
//                {
//                    x1.push_back(vec.at(0)->GetTuple(i)[0]);
//                    value1.push_back(vec.at(1)->GetValue(i));
//                }else
//                {
//                    x2.push_back(vec.at(0)->GetTuple(i)[0]);
//                    value2.push_back(vec.at(1)->GetValue(i));
//                }
//            }
//        }else if (xAxis == "Y")
//        {
//            xName = "Y";
//            if (xyplot2dW_->GetNormalIndex() == 0)
//            {
//                vec.at(0)->GetRange(range, 2);
//                referenceIndex = 2;
//                middle = (range[0] + range[1])/2.0;

//            }else if (xyplot2dW_->GetNormalIndex() == 2)
//            {
//                vec.at(0)->GetRange(range, 0);
//               referenceIndex = 0;
//                middle = (range[0] + range[1])/2.0;
//            }
//            for (int i = 0; i < vec.at(0)->GetNumberOfTuples(); i ++)
//            {
//                double reference = vec.at(0)->GetTuple(i)[referenceIndex];
//                if (reference < middle || reference == middle)
//                {
//                    x1.push_back(vec.at(0)->GetTuple(i)[1]);
//                    value1.push_back(vec.at(1)->GetValue(i));
//                }else
//                {
//                    x2.push_back(vec.at(0)->GetTuple(i)[1]);
//                    value2.push_back(vec.at(1)->GetValue(i));
//                }
//            }
//        }else if (xAxis == "Z")
//        {
//            xName = "Z";
//            if (xyplot2dW_->GetNormalIndex() == 0)
//            {
//                vec.at(0)->GetRange(range, 1);
//                referenceIndex = 1;
//                middle = (range[0] + range[1])/2.0;

//            }else if (xyplot2dW_->GetNormalIndex() == 1)
//            {
//                vec.at(0)->GetRange(range, 0);
//                referenceIndex = 0;
//                middle = (range[0] + range[1])/2.0;
//            }
//            for (int i = 0; i < vec.at(0)->GetNumberOfTuples(); i ++)
//            {
//                double reference = vec.at(0)->GetTuple(i)[referenceIndex];
//                if (reference < middle || reference == middle)
//                {
//                    x1.push_back(vec.at(0)->GetTuple(i)[2]);
//                    value1.push_back(vec.at(1)->GetValue(i));
//                }else
//                {
//                    x2.push_back(vec.at(0)->GetTuple(i)[2]);
//                    value2.push_back(vec.at(1)->GetValue(i));
//                }
//            }
//        }
//        totalVector.push_back(x1);
//        totalVector.push_back(value1);
//        totalVector.push_back(x2);
//        totalVector.push_back(value2);
//    }
//    return totalVector;
//}

/**
  * @brief get xyplot2d axis name
  *
  * @param[in]
  * @return xName and yName
  * @author zhaoyu
  * @date 20230414
  */
//vector<string> ResultMeshManager::GetXyplot2dAxisName()
//{
//    vector<string> xyplotwdNameVec;
//    xyplotwdNameVec.clear();
//    string xAxis = "X";
//    string yName = "Y";
//    if (xyplot2dSlice_ != NULL)
//    {
//        xAxis = xyplot2dW_->GetXAxis();
//        yName;
//        yName = GetMeshScalarNameVec().at(xyplot2dW_->GetYName());
//    }
//    xyplotwdNameVec.push_back(xAxis);
//    xyplotwdNameVec.push_back(yName);
//    return xyplotwdNameVec;
//}

/**
  * @brief get qvtkrenderer
  *
  * @param[in]
  * @return QVTKRenderer *render_
  * @author zhaoyu
  * @date 20230417
  */
QVTKRenderer *ResultMeshManager::GetQVtkRender()
{
    return render_;
}

/*
 * @brief: remove string's spaces
 * @param: string
 * @ret: string
 * @birth: created by czm in 20230504
 */
string ResultMeshManager::deleteSpaces(string str)
{
    QChar h0 = 0x00;
    QString str_;
    if(QString::fromStdString(str).contains(h0)){
        str_=QString::fromStdString(str).replace(h0,"");
    }
    return str_.toStdString();
}