void Qt_cartesian_grid_summary::init( const Geostat_grid* grid ) {
//TL modified
const Cartesian_grid* cgrid = dynamic_cast<const Cartesian_grid*>( grid );
if( !cgrid ) return;
geostat_grid_ = cgrid;
GsTLCoordVector cell_dims = cgrid->cell_dimensions();
GsTLPoint origin = cgrid->origin();
desc_widget_ = new QGroupBox( 1, Qt::Horizontal );
QGroupBox* groupbox = (QGroupBox*) desc_widget_;
groupbox->setInsideSpacing( 4 );
QString count;
QFont font;
font.setBold(true);
// number of cells
QLabel* dimslabel;
dimslabel = new QLabel( "Number of cells", groupbox );
dimslabel->setFont( font );
count.setNum( cgrid->nx() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( cgrid->ny() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( cgrid->nz() );
new QLabel( QString("Z: ")+count, groupbox );
QLabel * num;
// cell dimensions
groupbox->addSpace( 8 );
QLabel* sizelabel = new QLabel( "Cells dimensions", groupbox );
sizelabel->setFont( font );
count.setNum( cell_dims.x() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( cell_dims.y() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( cell_dims.z() );
new QLabel( QString("Z: ")+count, groupbox );
// Origin
groupbox->addSpace( 8 );
QLabel* originlabel = new QLabel( "Origin (center of origin cell)", groupbox );
originlabel->setFont( font );
count.setNum( origin.x() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( origin.y() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( origin.z() );
new QLabel( QString("Z: ")+count, groupbox );
};
void Qt_pointset_summary::init( const Geostat_grid* grid ) {
const Point_set* pset = dynamic_cast<const Point_set*>( grid );
if( !pset ) return;
geostat_grid_ = pset;
int points_count = pset->size();
QString count;
count.setNum( points_count );
desc_widget_ = new QGroupBox( 1, Qt::Horizontal );
QGroupBox* groupbox = (QGroupBox*) desc_widget_;
groupbox->setInsideSpacing( 4 );
new QLabel( QString("# of points: ")+count, groupbox );
GsTLPoint min, max;
bounding_box( min, max, pset );
QFont font;
font.setBold(true);
groupbox->addSpace( 8 );
QLabel* bboxlabel = new QLabel( "Bounding Box", groupbox );
bboxlabel->setFont( font );
std::ostringstream minlabel;
minlabel << "Min: ( " << min.x() << " , " << min.y() << " , " << min.z() << " )";
new QLabel( QString( minlabel.str() ), groupbox );
std::ostringstream maxlabel;
maxlabel << "Max: ( " << max.x() << " , " << max.y() << " , " << max.z() << " )";
new QLabel( QString( maxlabel.str() ), groupbox );
}
void Qt_masked_grid_summary::init( const Geostat_grid* grid ) {
//TL modified
const Reduced_grid * rgrid = dynamic_cast<const Reduced_grid*>(grid);
if( !rgrid ) return;
//geostat_grid_ = cgrid;
GsTLCoordVector cell_dims = rgrid->cell_dimensions();
GsTLPoint origin = rgrid->origin();
desc_widget_ = new QGroupBox( 1, Qt::Horizontal );
QGroupBox* groupbox = (QGroupBox*) desc_widget_;
groupbox->setInsideSpacing( 4 );
QString count;
QFont font;
font.setBold(true);
QLabel * title;
title = new QLabel(QString("Grid with inactive cells"),groupbox);
title->setFont(font);
// number of cells
QLabel* dimslabel;
dimslabel = new QLabel ("Bounding box", groupbox);
dimslabel->setFont( font );
count.setNum( rgrid->nx() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( rgrid->ny() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( rgrid->nz() );
new QLabel( QString("Z: ")+count, groupbox );
//TL modified
QLabel * num;
num = new QLabel(QString("# of active cells: ")+count.setNum(rgrid->numActive()), groupbox);
num->setFont(font);
// cell dimensions
groupbox->addSpace( 8 );
QLabel* sizelabel = new QLabel( "Cells dimensions", groupbox );
sizelabel->setFont( font );
count.setNum( cell_dims.x() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( cell_dims.y() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( cell_dims.z() );
new QLabel( QString("Z: ")+count, groupbox );
// Origin
groupbox->addSpace( 8 );
QLabel* originlabel = new QLabel( "Origin (center of origin cell)", groupbox );
originlabel->setFont( font );
count.setNum( origin.x() );
new QLabel( QString("X: ")+count, groupbox );
count.setNum( origin.y() );
new QLabel( QString("Y: ")+count, groupbox );
count.setNum( origin.z() );
new QLabel( QString("Z: ")+count, groupbox );
}