#include <klocale.h>#include <qstatusbar.h>#include <qdatetime.h>#include <knuminput.h>#include <kcombobox.h>#include <qradiobutton.h>#include <qlistview.h>#include <kpopupmenu.h>#include "eclipsefinderdlg.h"#include "celestiacore.h"#include "celengine/astro.h"#include "eclipsefinder.h"/*  *  Constructs a EclipseFinder which is a child of 'parent', with the  *  name 'name' and widget flags set to 'f'  */EclipseFinderDlg::EclipseFinderDlg( QWidget* parent, CelestiaCore *appCore)    : EclipseFinderDlgBase( parent, i18n("Eclipse Finder") ),appCore(appCore){      astro::Date date(appCore->getSimulation()->getTime());    fromYSpin->setValue(date.year);    fromMSpin->setValue(date.month);    fromDSpin->setValue(date.day);        toYSpin->setValue(date.year);    toMSpin->setValue(date.month);    toDSpin->setValue(date.day);            statusBar()->hide();}/*   *  Destroys the object and frees any allocated resources */EclipseFinderDlg::~EclipseFinderDlg(){    // no need to delete child widgets, Qt does it all for us}/* * public slot */void EclipseFinderDlg::search(){    std::string onBody = "";           switch(comboBody->currentItem()) {        case 0:            onBody = "Earth";            break;            case 1:            onBody = "Jupiter";            break;            case 2:            onBody = "Saturn";            break;            case 3:            onBody = "Uranus";            break;            case 4:            onBody = "Neptune";            break;            case 5:            onBody = "Pluto";            break;        }    EclipseFinder ef(appCore,                      onBody,                      (radioSolar->isChecked()?Eclipse::Solar:Eclipse::Moon),                      (double)(astro::Date(fromYSpin->value(),                                           fromMSpin->value(),                                           fromDSpin->value())),                     (double)(astro::Date(toYSpin->value(),                                          toMSpin->value(),                                          toDSpin->value())) + 1                      );    std::vector<Eclipse> eclipses = ef.getEclipses();        listEclipses->clear();    for (std::vector<Eclipse>::iterator i = eclipses.begin();         i != eclipses.end();         i++) {                  if ((*i).planete == "None") {	         new QListViewItem(listEclipses, 	             QString((*i).planete.c_str()));                 continue;         }                  char d[12], strStart[10], strEnd[10];         astro::Date start((*i).startTime);         astro::Date end((*i).endTime);                  sprintf(d, "%d-%02d-%02d", (*i).date->year, (*i).date->month, (*i).date->day);         sprintf(strStart, "%02d:%02d:%02d", start.hour, start.minute, (int)start.seconds);         sprintf(strEnd, "%02d:%02d:%02d", end.hour, end.minute, (int)end.seconds);                  new QListViewItem(listEclipses,              QString(_((*i).planete.c_str())),              QString(_((*i).sattelite.c_str())),             d,             strStart,             strEnd             );    }}void EclipseFinderDlg::gotoEclipse(QListViewItem* item, const QPoint& p, int col) {    if (item->text(0) == "None") return;        KPopupMenu menu(this);        menu.insertTitle(item->text(col == 1));    menu.insertItem(i18n("&Goto"), 1);    int id=menu.exec(p);        if (id == 1) {        Selection target = appCore->getSimulation()->findObjectFromPath(std::string(item->text(col == 1).latin1()), true);	Selection ref = target.body()->getSystem()->getStar();	appCore->getSimulation()->setFrame(FrameOfReference(astro::PhaseLock, target, ref));	QString date = item->text(2);        int yearEnd = date.find('-', 1);        astro::Date d(date.left(yearEnd).toInt(),                       date.mid(yearEnd + 1, 2).toInt(),                      date.mid(yearEnd + 4, 2).toInt());        d.hour = item->text(3).left(2).toInt();        d.minute = item->text(3).mid(3, 2).toInt();        d.seconds = item->text(3).mid(6, 2).toDouble();        appCore->getSimulation()->setTime((double)d);        appCore->getSimulation()->update(0.0);	double distance = astro::kilometersToMicroLightYears(target.radius() * 4.0);        RigidTransform to;        to.rotation = Quatd::yrotation(PI);        to.translation = Point3d(0, 0, -distance);        appCore->getSimulation()->gotoLocation(to, 2.5);    }}