#include <qpushbutton.h>
#include <qfiledialog.h>
-SelectParams::SelectParams(SelectField *sel)
- : _size(1024),
- _myExpr( 0 ),
- _myFunc( 0 ),
- _myFieldB( 0 ),
- _myLinear( 0 ),
- _myHisto( 0 ),
- _myNbThresh( 0 ),
- _myCutNeg( 0 ),
- _myOneThresh( 0 ),
- _myTwoThresh( 0 ),
- _myArea( 0 ),
- _myVThresh( 0 ),
- _myOutFile( 0 ),
- _myOFB( 0 ),
- _myProc( 0 ),
- _myFScale( 0 ),
- _myGroupLayout( 0 ),
- _myGroupLayout2( 0 ),
- _myPlot( 0 ),
- _GroupC1( 0 ),
- _GroupC2( 0 ),
- _lay( 0 ),
- _fr( 0 )
+SelectParams::SelectParams(FilterGUI* theModule,SelectField *sel,
+ const char* name,
+ bool modal, WFlags fl)
+ : QDialog(FILTER::GetDesktop( theModule ), name, modal, WStyle_Customize | WStyle_NormalBorder | WStyle_Title | WStyle_SysMenu | Qt::WDestructiveClose), _size(1024),_sel(sel)
{
- _x = new double[_size];
- _y = new double[_size];
if(sel){
+
+ // read reference field values
+ ::MEDMEM::MED *med = sel->getMED();
+
+ // Get reference field and time step
_inputFile = sel->getFile();
_inputMesh = sel->getMesh();
_inputField = sel->getField();
_inputTS = sel->getTimeStep();
+
+ // if no reference field selection: throw exception
if( _inputMesh.isNull() || _inputField.isNull() ){
MESSAGE("Select an input Field in MED file before filtering!!");
+ delete sel;
throw SALOME_Exception("Salome Exception");
}
+
+ deque<DT_IT_> myIteration = med->getFieldIteration (_inputField);
+ MEDMEM::FIELD_* field = med->getField(_inputField,myIteration[_inputTS].dt,myIteration[_inputTS].it);
+ if (dynamic_cast<MEDMEM::FIELD<double>*>(field)){
+ _myDField = new MEDMEM::FIELD<double>(MEDMEM::MED_DRIVER,_inputFile,_inputField,myIteration[_inputTS].dt,myIteration[_inputTS].it);
+ _myIField = NULL;
+ }
+ else{
+ _myIField = new MEDMEM::FIELD<int>(MEDMEM::MED_DRIVER,_inputFile,_inputField,myIteration[_inputTS].dt,myIteration[_inputTS].it);
+ _myDField = NULL;
+ }
+ buildFrame();
}
+ // if no reference field selection: throw exception
else{
MESSAGE("Select an input Field in MED file before filtering!!");
throw SALOME_Exception("Salome Exception");
}
+ // Allocate histogram arrays
+ _x = new double[_size];
+ _y = new double[_size];
+
}
SelectParams::~SelectParams()
{
- cout << "destructor called" << endl;
-// delete _x;
-// delete _y;
-// delete _myExpr;
-// delete _myFunc;
-// delete _myFieldB;
-// delete _myLinear;
-// delete _myHisto;
-// delete _myNbThresh;
-// delete _myCutNeg;
-// delete _myOneThresh;
-// delete _myTwoThresh;
-// delete _myArea;
-// delete _myVThresh;
-// delete _myOutFile;
-// delete _myOFB;
-// delete _myProc;
-// delete _myFScale;
-// delete _myGroupLayout;
-// delete _myGroupLayout2;
-// delete _myPlot;
-// delete _GroupC1;
-// delete _GroupC2;
-// delete _lay;
-// delete _fr;
+ cout << "SelectParams: destructor called" << endl;
+ delete _x;
+ delete _y;
+ if(_myIField){
+ delete _myIField->getSupport();
+ delete _myIField;
+ }
+ if(_myDField){
+ delete _myDField->getSupport();
+ delete _myDField;
+ }
+ delete _sel;
}
-QFrame* SelectParams::buildFrame()
+void SelectParams::buildFrame()
{
- QFrame* _fr = new QFrame( 0, "myframe" );
- QGridLayout* _lay = new QGridLayout( _fr, 1, 2 );
+ // build widgets for select filtering parameters
+ QGridLayout* _lay = new QGridLayout( this, 1, 2 );
- QGroupBox* _GroupC1 = new QGroupBox( _fr, "GroupC1" );
+ QGroupBox* _GroupC1 = new QGroupBox( this, "GroupC1" );
_lay->addWidget( _GroupC1,0,0 );
- _GroupC1->setTitle( tr( "Filtering parameters" ) );
+ _GroupC1->setTitle( tr( "FILTER_PARAMS" ) );
_GroupC1->setColumnLayout(0, Qt::Vertical );
_GroupC1->layout()->setSpacing( 0 );
_GroupC1->layout()->setMargin( 0 );
int row = 0;
- QString qs1("Input File : ");
+ QString qs1(tr("FILTER_INPUT_FILE"));
qs1.append(basename(_inputFile));
_myGroupLayout->addWidget( new QLabel( qs1, _GroupC1 ), row, 0 );
row++;
- QString qs2("Input Mesh : ");
+ QString qs2(tr("FILTER_INPUT_MESH"));
qs2.append(_inputMesh);
_myGroupLayout->addWidget( new QLabel( qs2, _GroupC1 ), row, 0 );
row++;
- QString qs3("Input Field : ");
+ QString qs3(tr("FILTER_INPUT_FIELD"));
qs3.append(_inputField);
_myGroupLayout->addWidget( new QLabel( qs3, _GroupC1 ), row, 0 );
row++;
+ QString qs4(tr("FILTER_INPUT_TS"));
char strTS[128];
- sprintf(strTS,"Input Time Step : %d\0",_inputTS);
- QString qs4(strTS);
+ sprintf(strTS,"%d\0",_inputTS);
+ qs4.append(strTS);
_myGroupLayout->addWidget( new QLabel( qs4, _GroupC1 ), row, 0 );
row++;
// 0) field function to calculate histogram (radiogroup)
- _myFunc = new QButtonGroup( "Select function on field", _GroupC1 );
+ _myFunc = new QButtonGroup( tr("FILTER_SELECT_FUNC"), _GroupC1 );
_myFunc->setExclusive( true );
_myFunc->setColumnLayout( 0, Qt::Horizontal );
- _myFieldB = new QRadioButton( "Field", _myFunc );
+ _myFieldB = new QRadioButton( tr("FILTER_FIELD"), _myFunc );
_myFieldB->setChecked(true);
QGridLayout* convLay = new QGridLayout( _myFunc->layout() );
convLay->addWidget( _myFieldB, 0, 0 );
- convLay->addWidget( _myCutNeg = new QRadioButton( "Gradient", _myFunc ), 0, 1 );
+ convLay->addWidget( _myCutNeg = new QRadioButton( tr("FILTER_GRADIENT"), _myFunc ), 0, 1 );
_myGroupLayout->addWidget( _myFunc, row, 0 );
row++;
- // 1) scale of histogram (radiogroup)
- _myFScale = new QButtonGroup( "Type of display", _GroupC1 );
+ // 01) histogram size (line edit)
+ _myHSize = new QButtonGroup( tr(""), _GroupC1 );
+ _myHSize->setExclusive( true );
+ _myHSize->setColumnLayout( 0, Qt::Horizontal );
+ QGridLayout* shLay = new QGridLayout( _myHSize->layout() );
+ shLay->addWidget( _myLSH = new QLabel( tr("FILTER_SIZE_HISTO") , _myHSize ), 0, 0 );
+ shLay->addWidget( _myLESH = new QLineEdit( "1024", _myHSize ), 0, 1 );
+ _myGroupLayout->addWidget( _myHSize, row, 0 );
+ row++;
+
+ // 1) display histogram button (pushbutton)
+ _myHisto = new QPushButton( "", _GroupC1 );
+ _myHisto->setText(tr("FILTER_DISPLAY_HISTO"));
+ _myHisto->setAutoDefault(TRUE);
+ _myHisto->setDefault(TRUE);
+ _myGroupLayout->addWidget( _myHisto, row, 0 );
+ row++;
+
+ // 2) scale of histogram (radiogroup)
+ _myFScale = new QButtonGroup( tr("FILTER_TYPE_DISPLAY"), _GroupC1 );
_myFScale->setExclusive( true );
_myFScale->setColumnLayout( 0, Qt::Horizontal );
- _myLinear = new QRadioButton( "Linear", _myFScale );
+ _myLinear = new QRadioButton( tr("FILTER_LINEAR"), _myFScale );
_myLinear->setChecked(true);
+ _myLog = new QRadioButton( tr("FILTER_LOG"), _myFScale );
+ _myFScale->setDisabled(true);
QGridLayout* scaleLay = new QGridLayout( _myFScale->layout() );
scaleLay->addWidget( _myLinear, 0, 0 );
- scaleLay->addWidget( new QRadioButton( "Logarithm", _myFScale ), 0, 1 );
+ scaleLay->addWidget( _myLog, 0, 1 );
_myGroupLayout->addWidget( _myFScale, row, 0 );
row++;
- // 2) display histogram button (pushbutton)
- _myHisto = new QPushButton( "Display Histogram", _GroupC1 );
- _myHisto->setText("Display Histogram");
- _myHisto->setAutoDefault(TRUE);
- _myHisto->setDefault(TRUE);
- _myGroupLayout->addWidget( _myHisto, row, 0 );
- row++;
-
// 3) number of thresholds (radiogroup)
- _myNbThresh = new QButtonGroup( "Select number of thresholds", _GroupC1 );
+ _myNbThresh = new QButtonGroup( tr("FILTER_SEL_THRESH"), _GroupC1 );
_myNbThresh->setExclusive( true );
_myNbThresh->setColumnLayout( 0, Qt::Horizontal );
QGridLayout* nbtLay = new QGridLayout( _myNbThresh->layout() );
- nbtLay->addWidget( _myOneThresh = new QRadioButton( "One threshold", _myNbThresh ), 0, 0 );
- nbtLay->addWidget( _myTwoThresh = new QRadioButton( "Two thresholds", _myNbThresh ), 0, 1 );
+ nbtLay->addWidget( _myOneThresh = new QRadioButton( tr("FILTER_ONE_THRESH"), _myNbThresh ), 0, 0 );
+ nbtLay->addWidget( _myTwoThresh = new QRadioButton( tr("FILTER_TWO_THRESH"), _myNbThresh ), 0, 1 );
_myGroupLayout->addWidget( _myNbThresh, row, 0 );
-// _myOneThresh->setChecked(true);
- _myNbThresh->hide();
+ _myOneThresh->setChecked(true);
+ _myNbThresh->setDisabled(true);
row++;
// 4) reference area on thresholds (radiogroup)
- _myArea = new QButtonGroup( "Select reference area", _GroupC1 );
+ _myArea = new QButtonGroup( tr("FILTER_REF_AREA"), _GroupC1 );
_myArea->setExclusive( true );
_myArea->setColumnLayout( 0, Qt::Horizontal );
QGridLayout* areaLay = new QGridLayout( _myArea->layout() );
- areaLay->addWidget( _myInt = new QRadioButton( "Interior", _myArea ), 0, 0 );
- areaLay->addWidget( _myExt = new QRadioButton( "Exterior", _myArea ), 0, 1 );
+ areaLay->addWidget( _myInt = new QRadioButton( tr("FILTER_BOTTOM"), _myArea ), 0, 0 );
+ areaLay->addWidget( _myExt = new QRadioButton( tr("FILTER_UP"), _myArea ), 0, 1 );
_myGroupLayout->addWidget( _myArea, row, 0 );
_myExt->setChecked(true);
- _myArea->hide();
+ _myArea->setDisabled(true);
row++;
// 5) threshold values (line edit)
- _myVThresh = new QButtonGroup( "Threshold values", _GroupC1 );
+ _myVThresh = new QButtonGroup( tr("FILTER_TRESH_VAL"), _GroupC1 );
_myVThresh->setExclusive( true );
_myVThresh->setColumnLayout( 0, Qt::Horizontal );
QGridLayout* ftLay = new QGridLayout( _myVThresh->layout() );
- ftLay->addWidget( _myLFT = new QLabel( "threshold value " , _myVThresh ), 0, 0 );
+ ftLay->addWidget( _myLFT = new QLabel( tr("FILTER_VAL_TRESH") , _myVThresh ), 0, 0 );
ftLay->addWidget( _myLEFT = new QLineEdit( "", _myVThresh ), 0, 1 );
- ftLay->addWidget( _myLST = new QLabel( "2d threshold value" , _myVThresh ), 1, 0 );
+ ftLay->addWidget( _myLST = new QLabel( tr("FILTER_VAL_2_TRESH") , _myVThresh ), 1, 0 );
ftLay->addWidget( _myLEST = new QLineEdit( "", _myVThresh ), 1, 1 );
_myGroupLayout->addWidget( _myVThresh, row, 0 );
- _myVThresh->hide();
+ _myVThresh->setDisabled(true);
_myLST->hide();
_myLEST->hide();
row++;
// 6) output file name (line edit)
- _myOutFile = new QButtonGroup( "Output file name", _GroupC1 );
+ _myOutFile = new QButtonGroup( tr("FILTER_OUT_FILE"), _GroupC1 );
_myOutFile->setExclusive( true );
_myOutFile->setColumnLayout( 0, Qt::Horizontal );
- _myOFB = new QPushButton( "Browse", _myOutFile );
- _myOFB->setText("Browse");
+ _myOFB = new QPushButton( "", _myOutFile );
+ _myOFB->setText(tr("FILTER_BROWSE"));
_myOFB->setAutoDefault(TRUE);
QGridLayout* outLay = new QGridLayout( _myOutFile->layout() );
outLay->addWidget( _myOFN = new QLineEdit( "", _myOutFile ), 0, 1 );
_myGroupLayout->addWidget( _myOutFile, row, 0 );
- _myOutFile->hide();
+ _myOutFile->setDisabled(true);
row++;
- // 8) process button (pushbutton)
- _myProc = new QPushButton( "Process", _GroupC1 );
- _myProc->setText("Process");
+ // 8) buttons Process, Close and Help
+ _GroupButtons = new QGroupBox(_GroupC1, "GroupButtons");
+ _GroupButtons->setSizePolicy(QSizePolicy((QSizePolicy::SizeType)7, (QSizePolicy::SizeType)0, 0, 0, _GroupButtons->sizePolicy().hasHeightForWidth()));
+ _GroupButtons->setTitle(tr("" ));
+ _GroupButtons->setColumnLayout(0, Qt::Vertical);
+ _GroupButtons->layout()->setSpacing(0);
+ _GroupButtons->layout()->setMargin(0);
+ _GroupButtonsLayout = new QGridLayout(_GroupButtons->layout());
+ _GroupButtonsLayout->setAlignment(Qt::AlignTop);
+ _GroupButtonsLayout->setSpacing(6);
+ _GroupButtonsLayout->setMargin(11);
+ _myProc = new QPushButton(_GroupButtons, "buttonProcess");
+ _myProc->setText(tr("FILTER_PROCESS"));
_myProc->setAutoDefault(TRUE);
- _myGroupLayout->addWidget( _myProc, row, 0 );
- _myProc->hide();
+ _GroupButtonsLayout->addWidget(_myProc, 0, 0);
+ _buttonHelp = new QPushButton(_GroupButtons, "buttonHelp");
+ _buttonHelp->setText(tr("FILTER_BUT_HELP" ));
+ _buttonHelp->setAutoDefault(TRUE);
+ _GroupButtonsLayout->addWidget(_buttonHelp, 0, 2);
+ _buttonCancel = new QPushButton(_GroupButtons, "buttonCancel");
+ _buttonCancel->setText(tr("FILTER_BUT_CANCEL" ));
+ _buttonCancel->setAutoDefault(TRUE);
+ _GroupButtonsLayout->addWidget(_buttonCancel, 0, 1);
+ _myGroupLayout->addWidget( _GroupButtons, row, 0 );
+ _GroupButtons->setDisabled(true);
row++;
- _GroupC2 = new QGroupBox( _fr, "GroupC2" );
+ _GroupC2 = new QGroupBox( this, "GroupC2" );
_lay->addWidget( _GroupC2,0,1 );
- _GroupC2->setTitle( tr( "Histogram" ) );
+ _GroupC2->setTitle( tr( "FILTER_HISTO" ) );
_GroupC2->setColumnLayout(0, Qt::Vertical );
_GroupC2->layout()->setSpacing( 0 );
_GroupC2->layout()->setMargin( 0 );
_myGroupLayout2 = new QGridLayout( _GroupC2->layout() );
+ // 9) histogram curve
_myPlot = new QwtPlot(_GroupC2);
_myHistoCurve = _myPlot->insertCurve( QString() );
_myPlot->setCurvePen( _myHistoCurve, QPen( Qt::red, 1 ) );
_myGroupLayout2->addWidget( _myPlot, 0, 0 );
- // 9) reduction rate (label)
- _myGroupLayout2->addWidget( _myLRR = new QLabel( "reduction rate = 0.23", _GroupC2 ), 1, 0 );
+ // 10) reduction rate (label)
+ QString qs5(tr("FILTER_RED_RATE"));
+ qs5.append(" = 0.5");
+ _myLRR = new QLabel( qs5, _GroupC2 );
+ _myGroupLayout2->addWidget( _myLRR, 1, 0 );
_GroupC2->hide();
- _myLRR->hide();
_myHistoFThresh = _myPlot->insertCurve( QString() );
_myPlot->setCurvePen( _myHistoFThresh, QPen( Qt::black, 1 ) );
_myHistoSThresh = _myPlot->insertCurve( QString() );
_myPlot->setCurvePen( _myHistoSThresh, QPen( Qt::black, 1 ) );
- connect( _myHisto, SIGNAL(clicked()), this, SLOT(displayHisto()));
+ connect( _myLESH, SIGNAL(returnPressed()), this, SLOT(enterSHisto()));
+ connect( _myHisto, SIGNAL(clicked()), this, SLOT(updateHisto()));
+ connect( _myLinear, SIGNAL(clicked()), this, SLOT(scaleSelected()));
+ connect( _myLog, SIGNAL(clicked()), this, SLOT(scaleSelected()));
connect( _myOneThresh, SIGNAL(clicked()), this, SLOT(nbThreshSelected()));
connect( _myTwoThresh, SIGNAL(clicked()), this, SLOT(nbThreshSelected()));
connect( _myInt, SIGNAL(clicked()), this, SLOT(areaSelected()));
connect( _myExt, SIGNAL(clicked()), this, SLOT(areaSelected()));
- connect( _myLEFT, SIGNAL(returnPressed()), this, SLOT(displayFThresh()));
- connect( _myLEST, SIGNAL(returnPressed()), this, SLOT(displaySThresh()));
+ connect( _myLEFT, SIGNAL(returnPressed()), this, SLOT(enterFThresh()));
+ connect( _myLEST, SIGNAL(returnPressed()), this, SLOT(enterSThresh()));
connect( _myPlot, SIGNAL(plotMouseMoved(const QMouseEvent &)), this, SLOT(moveThresh(const QMouseEvent &)));
connect( _myOFB, SIGNAL(clicked()), this, SLOT(getOutFileName()));
connect( _myProc, SIGNAL(clicked()), this, SLOT(process()));
+ connect(_buttonCancel, SIGNAL(clicked()), this, SLOT(ClickOnCancel()));
+ connect(_buttonHelp, SIGNAL(clicked()), this, SLOT(ClickOnHelp()));
+
+ _GroupC2->setMinimumSize( 500, 500 );
+ _GroupC2->setMaximumSize( 500, 500 );
+ setMinimumSize( 750, 500 );
+ setMaximumSize( 750, 500 );
+// this->show(); /* displays Dialog */
+}
- calcHisto();
+void SelectParams::enterSHisto()
+{
+ // Deallocate old histogram arrays
+ delete _x;
+ delete _y;
+
+ // get new histogram size
+ _size = atoi(_myLESH->text());
+
+ // Allocate new histogram arrays
+ _x = new double[_size];
+ _y = new double[_size];
+}
- return _fr;
+void SelectParams::scaleSelected()
+{
+ // draw linear or log Y scale depend on user
+ if( _myLinear->isChecked() ){
+ _ymin = 0.0;
+ _myPlot->setAxisOptions(_myPlot->curveYAxis( _myHistoCurve ), QwtAutoScale::None );
+ }
+ else{
+ // set min to 0.1 for log scale
+ _ymin = 0.1;
+ _myPlot->setAxisOptions(_myPlot->curveYAxis( _myHistoCurve ), QwtAutoScale::Logarithmic );
+ }
+ _myPlot->setAxisScale( _myPlot->curveYAxis( _myHistoCurve ), _ymin, _ymax );
+ _myPlot->replot();
}
void SelectParams::nbThreshSelected()
{
if( _myOneThresh->isChecked() ){
- _myInt->setText("bottom");
- _myExt->setText("up");
- _myLFT->setText("threshold value ");
+ // if one threshold choice between bottom and up for reference area
+ _myInt->setText(tr("FILTER_BOTTOM"));
+ _myExt->setText(tr("FILTER_UP"));
+ _myLFT->setText(tr("FILTER_VAL_TRESH"));
_myLST->hide();
_myLEST->hide();
+ // draw first threshold
displayFThresh();
+ // erase second threshold
clearSThresh();
}
else{
- _myInt->setText("interior");
- _myExt->setText("exterior");
- _myLFT->setText("1st threshold value");
+ // if two thresholds choice between interior and exterior fir reference area
+ _myInt->setText(tr("FILTER_INT"));
+ _myExt->setText(tr("FILTER_EXT"));
+ _myLFT->setText(tr("FILTER_VAL_1_TRESH"));
if(_myLST->isHidden())
_myLST->show();
if(_myLEST->isHidden())
_myLEST->show();
+ // draw two thresholds
displayFThresh();
displaySThresh();
}
calcRateRed();
- if(_myArea->isHidden())
- _myArea->show();
- if(_myVThresh->isHidden())
- _myVThresh->show();
- if(_myLRR->isHidden())
- _myLRR->show();
- if(_myOutFile->isHidden())
- _myOutFile->show();
- if(_myProc->isHidden())
- _myProc->show();
}
void SelectParams::areaSelected()
{
+ // calculate reduction rate after thresholds selection
+ calcRateRed();
+}
+
+void SelectParams::enterFThresh()
+{
+ displayFThresh();
+ calcRateRed();
+}
+
+void SelectParams::enterSThresh()
+{
+ displaySThresh();
calcRateRed();
}
void SelectParams::calcHisto()
{
char strth[128];
- _xmin = -50.0;
- _xmax = 50.0;
- _ymax = 100.0;
- _ymin = _ymax;
+ vector<int> myh;
+
+ // calculate histogram values
+ if (_myDField){
+ _myDField->getMinMax(_xmin,_xmax);
+ myh = _myDField->getHistogram(_size);
+ }
+ else{
+ int xmin, xmax;
+ _myIField->getMinMax(xmin,xmax);
+ _xmin = (double)xmin;
+ _xmax = (double)xmax;
+ myh = _myIField->getHistogram(_size);
+ }
+ if( _myLinear->isChecked() )
+ _ymin = 0.0;
+ else
+ _ymin = 0.1;
+ _ymax = 0.0;
for(int i=0;i<_size;i++){
+ // calculate absisses for histogram values
_x[i]=_xmin+(i*(_xmax-_xmin))/_size;
- _y[i]=80.*exp(-_x[i]*_x[i]/400.);
- if( (_y[i] < _ymin) && (_y[i] != 0.0) )
- _ymin = _y[i];
+ // set zero to 0.01 because pb of zeros in log display with qwt
+ if(myh[i])
+ _y[i]=(double)myh[i];
+ else
+ _y[i]=0.01;
+ if( _y[i] > _ymax )
+ _ymax = _y[i];
}
- _myPlot->setAxisScale( _myPlot->curveXAxis( _myHistoCurve ), _xmin, _xmax );
- _myPlot->setAxisScale( _myPlot->curveYAxis( _myHistoCurve ), _ymin, _ymax );
- _myPlot->setCurveData( _myHistoCurve, _x, _y, _size );
+
+ // init thresholds values
_fthresh = (_xmin + _xmax)/2.0;
_sthresh = (_xmin + 3.*_xmax)/4.0;
sprintf(strth,"%g",_fthresh);
void SelectParams::displayHisto()
{
- _qmap = _myPlot->canvasMap(_myPlot->curveXAxis( _myHistoCurve ));
- _qmap.setDblRange(_xmin,_xmax);
+ // associate values to curve
+ _myPlot->setCurveData( _myHistoCurve, _x, _y, _size );
+ // give extrema values for each axis
+ _myPlot->setAxisScale( _myPlot->curveXAxis( _myHistoCurve ), _xmin, _xmax );
+ _myPlot->setAxisScale( _myPlot->curveYAxis( _myHistoCurve ), _ymin, _ymax );
if( _myLinear->isChecked() )
_myPlot->setAxisOptions(_myPlot->curveYAxis( _myHistoCurve ), QwtAutoScale::None );
else
_myPlot->setAxisOptions(_myPlot->curveYAxis( _myHistoCurve ), QwtAutoScale::Logarithmic );
+ // associate mapping to plot to move thresholds on display
+ _qmap = _myPlot->canvasMap(_myPlot->curveXAxis( _myHistoCurve ));
+ _qmap.setDblRange(_xmin,_xmax);
_myPlot->replot();
- if(_GroupC2->isHidden())
+}
+
+void SelectParams::enableWidgets()
+{
+ if(_GroupC2->isHidden()){
+ _myFScale->setEnabled(true);
+ _myNbThresh->setEnabled(true);
+ _myArea->setEnabled(true);
+ _myVThresh->setEnabled(true);
+ _myOutFile->setEnabled(true);
+ _GroupButtons->setEnabled(true);
_GroupC2->show();
- if(_myNbThresh->isHidden())
- _myNbThresh->show();
+ }
+}
+
+void SelectParams::updateHisto()
+{
+ calcHisto();
+ displayHisto();
+ displayFThresh();
+ if( _myTwoThresh->isChecked() )
+ displaySThresh();
+ calcRateRed();
+ enableWidgets();
}
void SelectParams::displayFThresh()
{
_fthresh = atof(_myLEFT->text());
+ // draw first threshold curve
for(int i=0;i<100;i++){
_xft[i]=_fthresh;
_yft[i]=((i-1)*_ymax)/100.0;
{
_sthresh = atof(_myLEST->text());
+ // draw second threshold curve
for(int i=0;i<100;i++){
_xst[i]=_sthresh;
_yst[i]=((i-1)*_ymax)/100.0;
{
_sthresh = atof(_myLEST->text());
+ // erase second threshold curve
for(int i=0;i<100;i++){
_xst[i]=_sthresh;
_yst[i]=0.0;
void SelectParams::moveThresh(const QMouseEvent &e)
{
char strth[128];
+
+ // move threshold curve with mouse
int delta = abs(e.x()-_qmap.transform(_fthresh));
if( delta < 5 ){
+ // moving first threshold curve
sprintf(strth,"%g",_qmap.invTransform(e.x()));
_myLEFT->setText(QString(strth));
displayFThresh();
else if( _myTwoThresh->isChecked() ){
delta = abs(e.x()-_qmap.transform(_sthresh));
if( delta < 5 ){
+ // moving second threshold curve
sprintf(strth,"%g",_qmap.invTransform(e.x()));
_myLEST->setText(QString(strth));
displaySThresh();
void SelectParams::getOutFileName()
{
- QString file = QFileDialog::getSaveFileName("/home",
+ // get output MED file name
+ QString file = QFileDialog::getSaveFileName("",
"*.med",
_myOFB,
"save file dialog",
{
string command;
+ // have to call ensight driver MED to generate input for filtoo
+
MESSAGE("Input MED File : "<<_inputFile);
MESSAGE("Input Mesh : "<<_inputMesh);
MESSAGE("Input Field : "<<_inputField);
MESSAGE("Input Time Step : "<<_inputTS);
MESSAGE("Output file name: " << _myOFN->text() );
+
+ // send filtoo command
command = "cd /export/home/secher/filtoo/example;filtoo -f s -o sf > /tmp/filter.log";
MESSAGE(command);
system(command.c_str());
-// delete this;
+
+ // have to call ensight driver MED to generate output MED file from filtoo output
+
+ // close the window
+ accept();
+
}
void SelectParams::calcRateRed()
int i1, i2, i;
int atot=0, asel=0, atot1;
double rateRed=0.0;
- char strth[128];
+ // calculate reduction rate depend on reference area defined by threshold values
i1 = (int)((double)_size * ( _fthresh - _xmin ) / ( _xmax - _xmin ));
if( _myOneThresh->isChecked() ){
for(i=0;i<i1;i++)
asel = atot - asel;
}
rateRed = (double)asel / (double) atot;
- sprintf(strth,"reduction rate = %4.2g",rateRed);
- _myLRR->setText( strth );
+ // display reduction rate value
+ QString qs(tr("FILTER_RED_RATE"));
+ char str[128];
+ sprintf(str," = %4.2g",rateRed);
+ qs.append(str);
+ _myLRR->setText( qs );
}
+void SelectParams::ClickOnCancel()
+{
+ MESSAGE("click on Cancel");
+ reject();
+}
+
+void SelectParams::ClickOnHelp()
+{
+ MESSAGE("click on Help");
+}
