void MindMapWindow::createUI()
{
createCentralWidget();
createMenuBar();
createToolBar();
updateUIState();
}
BOOL CDlgRosenFileProp_Diagram::OnInitDialog()
{
CDialog::OnInitDialog();
// --------------------------------
updateUIState() ;
return TRUE; // コントロールにフォーカスを設定しないとき、戻り値は TRUE となります
// 例外: OCX プロパティ ページの戻り値は FALSE となります
}
void CDlgOccupiedSelectIntersection::OnCbnSelchangeTaxiwayB()
{
updateUIState();
// TODO: Add your control notification handler code here
//int nIndex = m_wndTaxiwayB.GetCurSel();
//m_nIntersectionTaxiway2ID = m_wndTaxiwayB.GetItemData(nIndex);
//m_wndTaxiwayB.GetLBText(nIndex,m_strIntersectionTaxiway2Name);
//m_ComboIntersectionIndex.ResetContent();
//GetIntersectionIndexAndIDByTaxiway2ID(m_nIntersectionTaxiway2ID);
}
void MindMapWindow::openMindMap()
{
QString fileName = QFileDialog::getOpenFileName(this,
tr("Open mind map"), ".", tr("Image Files (*.mm)"));
try {
_mindMapPresentationModel->loadMindMap(fileName.toUtf8().constData());
} catch (exception exception) {
showMessageBox("Exception", exception.what());
}
_mindMapView->refresh();
updateUIState();
}
UBIntranetPodcastPublishingDialog::UBIntranetPodcastPublishingDialog(const QString& videoFilePath, QWidget *parent)
: QDialog(parent)
{
Q_UNUSED(videoFilePath);
Ui::IntranetPodcastPublishingDialog::setupUi(this);
connect(dialogButtons, SIGNAL(accepted()), this, SLOT(accept()));
connect(dialogButtons, SIGNAL(rejected()), this, SLOT(reject()));
connect(title, SIGNAL(textChanged(const QString&)), this, SLOT(updateUIState(const QString&)));
connect(description, SIGNAL(textChanged()), this, SLOT(updateUIState()));
connect(author, SIGNAL(textChanged(const QString&)), this, SLOT(updateUIState(const QString&)));
dialogButtons->button(QDialogButtonBox::Ok)->setEnabled(false);
dialogButtons->button(QDialogButtonBox::Ok)->setText(tr("Publish"));
}
void GPSCorrelatorWidget::readSettingsFromGroup(const KConfigGroup* const group)
{
d->maxGapInput->setValue(group->readEntry("Max Gap Time", 30));
const int timeZoneGroupIndex = qMax(1, qMin(2, group->readEntry("Time Zone Mode", 1)));
d->timeZoneGroup->button(timeZoneGroupIndex)->setChecked(true);
d->timeZoneCB->setCurrentIndex(group->readEntry("Time Zone", 16)); // GMT+00:00
d->interpolateBox->setChecked(group->readEntry("Interpolate", false));
d->maxTimeInput->setValue(group->readEntry("Max Inter Dist Time", 15));
d->offsetEnabled->setChecked(group->readEntry("Offset Enabled", false));
d->offsetSign->setCurrentIndex(group->readEntry("Offset Sign", 0));
d->offsetMin->setValue(group->readEntry("Offset Min", 0));
d->offsetSec->setValue(group->readEntry("Offset Sec", 0));
d->gpxFileOpenLastDirectory = group->readEntry("GPX File Open Last Directory", KGlobalSettings::documentPath());
d->maxTimeLabel->setEnabled(d->interpolateBox->isChecked());
d->maxTimeInput->setEnabled(d->interpolateBox->isChecked());
updateUIState();
}
void
RefFreeFrame::render( )
{
// ** Get the image tracker
QCAR::TrackerManager& trackerManager = QCAR::TrackerManager::getInstance();
QCAR::ImageTracker* imageTracker =
static_cast<QCAR::ImageTracker*> (trackerManager.getTracker(
QCAR::Tracker::IMAGE_TRACKER));
// Get the frame quality from the target builder
QCAR::ImageTargetBuilder* targetBuilder =
imageTracker->getImageTargetBuilder();
QCAR::ImageTargetBuilder::FRAME_QUALITY frameQuality =
targetBuilder->getFrameQuality();
// Update the UI internal state variables
updateUIState(targetBuilder, frameQuality);
if (curStatus == STATUS_SUCCESS)
{
curStatus = STATUS_IDLE;
LOG("Built target, reactivating dataset with new target");
RefFreeFrameNative::restartTracker();
}
// ** Renders the hints
switch (curStatus)
{
case STATUS_SCANNING:
renderScanningViewfinder(frameQuality);
break;
}
SampleUtils::checkGlError("RefFreeFrame render");
}
void MindMapWindow::createMindMap()
{
_mindMapPresentationModel->createMindMap("");
_mindMapView->refresh();
updateUIState();
}
void GPSCorrelatorWidget::setUIEnabledExternal(const bool state)
{
d->uiEnabledExternal = state;
updateUIState();
}
BOOL CDlgOccupiedSelectIntersection::OnInitDialog()
{
CDialog::OnInitDialog();
ASSERT( m_pAltNetwork != NULL );
if(m_nIntersectionID!=-1)
{
IntersectionNode intersectNode;
intersectNode.ReadData(m_nIntersectionID);
//CString strIntersectionTaxiway1Name,strIntersectionTaxiway2Name;
int taxiwayAID,taxiwayBID;
taxiwayAID=taxiwayBID=-1;
int nFlag = 0;
AltObjectVectorMapIter iter = m_pTaxiwayVectorMap->begin();
for(; iter != m_pTaxiwayVectorMap->end(); iter++)
{
AltObjectVector& vec = iter->second;
for(AltObjectVectorIter it = vec.begin();it != vec.end(); it++)
{
if( intersectNode.HasObject(it->second) )
{
nFlag++;
if (nFlag==1)
{
//strIntersectionTaxiway1Name = it->first;
taxiwayAID=it->second;
}else
{
//strIntersectionTaxiway2Name = it->first;
taxiwayBID=it->second;
}
if(nFlag == 2)
break;
}
}
if(nFlag == 2)
break;
}
size_t nCount = m_vectTaxiway.size();
for(size_t i =0; i < nCount; i++)
{
Taxiway& aTaxiway = m_vectTaxiway.at(i);
int nIndex = m_wndTaxiwayA.AddString(aTaxiway.GetMarking().c_str());
m_wndTaxiwayA.SetItemData( nIndex, (DWORD_PTR)&aTaxiway);
}
int taxiwayAIndex,taxiwayBIndex;
Taxiway* pTmpTaxiwayA;
for (taxiwayAIndex=0;taxiwayAIndex<m_wndTaxiwayA.GetCount();taxiwayAIndex++)
{
pTmpTaxiwayA = (Taxiway*)m_wndTaxiwayA.GetItemData( taxiwayAIndex );
if (pTmpTaxiwayA->getID()==taxiwayAID)
{
break;
}
}
if(taxiwayAIndex> 0)
{
m_wndTaxiwayA.SetCurSel( taxiwayAIndex );
}else
{
m_wndTaxiwayA.SetCurSel( 0 );
}
{
int nIndex = m_wndTaxiwayA.GetCurSel();
if(nIndex == LB_ERR)
return true;
Taxiway* pTaxiwayA = (Taxiway*)m_wndTaxiwayA.GetItemData( nIndex );
ASSERT( pTaxiwayA != NULL );
m_wndTaxiwayB.ResetContent();
std::set<ALTObject*> vTaxiways;
std::set<ALTObject *> vRunways;
m_pAltNetwork->GetIntersectedTaxiwayRunway((ALTObject*)pTaxiwayA,
vTaxiways, vRunways);
for (std::set<ALTObject*>::iterator iterTaxiway = vTaxiways.begin();
iterTaxiway != vTaxiways.end(); ++iterTaxiway)
{
ALTObject* pObj = (*iterTaxiway);
if (pObj->GetType() != ALT_TAXIWAY)
continue;
Taxiway* pTaxiway = (Taxiway*)pObj;
IntersectionNodeList twINodeList;
m_pAltNetwork->GetTaxiwayTaxiwayIntersectNodeList(pTaxiwayA,
(Taxiway*)(*iterTaxiway) , twINodeList);
if (twINodeList.empty())
continue;
if(twINodeList.size() == 1)
{
TaxiwayBData* pNewData = new TaxiwayBData;
pNewData->bJustOneIntersection = true;
pNewData->pTaxiway = pTaxiway;
pNewData->nNodeIndex = twINodeList[0].GetIndex();
m_vectTaxiwayData.push_back( pNewData );
int nIndex = m_wndTaxiwayB.AddString( pTaxiway->GetMarking().c_str());
m_wndTaxiwayB.SetItemData( nIndex, (DWORD_PTR)pNewData);
continue;
}
else
{
for (int i=0; i<(int)twINodeList.size(); i++)
{
TaxiwayBData* pNewData = new TaxiwayBData;
pNewData->bJustOneIntersection = false;
pNewData->pTaxiway = pTaxiway;
pNewData->nNodeIndex = twINodeList[i].GetIndex();
CString strObjMarkTemp = pTaxiway->GetMarking().c_str();
CString strObjMark;
strObjMark.Format("%s(%s&%d)",strObjMarkTemp,
pTaxiwayA->GetMarking().c_str(),pNewData->nNodeIndex);
int nIndex = m_wndTaxiwayB.AddString( strObjMark);
// if (pTaxiway->getID()==taxiwayBID && intersectNode.GetIndex()==pNewData->nNodeIndex)
// {
// taxiwayBIndex=nIndex;
// }
m_wndTaxiwayB.SetItemData( nIndex, (DWORD_PTR)pNewData);
}
}
}
TaxiwayBData* pTmpData;
for (taxiwayBIndex=0;taxiwayBIndex<m_wndTaxiwayB.GetCount();taxiwayBIndex++)
{
pTmpData = (TaxiwayBData*)m_wndTaxiwayB.GetItemData( taxiwayBIndex );
if (pTmpData->pTaxiway->getID()==taxiwayBID && intersectNode.GetIndex()==pTmpData->nNodeIndex)
{
break;
}
}
if(taxiwayBIndex>0)
{
m_wndTaxiwayB.SetCurSel( taxiwayBIndex);
}else
{
m_wndTaxiwayB.SetCurSel( 0);
}
}
}else
{
size_t nCount = m_vectTaxiway.size();
for(size_t i =0; i < nCount; i++)
{
Taxiway& aTaxiway = m_vectTaxiway.at(i);
int nIndex = m_wndTaxiwayA.AddString(aTaxiway.GetMarking().c_str());
m_wndTaxiwayA.SetItemData( nIndex, (DWORD_PTR)&aTaxiway);
}
if(nCount > 0)
{
m_wndTaxiwayA.SetCurSel( 0 );
}
}
updateUIState();
// AltObjectVectorMapIter iter = m_pTaxiwayVectorMap->begin();
// for(; iter != m_pTaxiwayVectorMap->end(); iter++)
// {
//// CString strAirportName = iter->first;
//
// AltObjectVector& vec = iter->second;
// for(AltObjectVectorIter it = vec.begin();it != vec.end(); it++)
// {
// CString strIntersectionTaxiway1Name = it->first;
// int nIntersectionTaxiway1ID = it->second;
// int nIndex = m_wndTaxiwayA.AddString(strIntersectionTaxiway1Name);
// m_wndTaxiwayA.SetItemData(nIndex,nIntersectionTaxiway1ID);
// }
// }
return TRUE;
}
void CDlgOccupiedSelectIntersection::OnCbnSelchangeTaxiwayA()
{
int nIndex = m_wndTaxiwayA.GetCurSel();
if(nIndex == LB_ERR)
return;
Taxiway* pTaxiwayA = (Taxiway*)m_wndTaxiwayA.GetItemData( nIndex );
ASSERT( pTaxiwayA != NULL );
m_wndTaxiwayB.ResetContent();
std::set<ALTObject*> vTaxiways;
std::set<ALTObject *> vRunways;
m_pAltNetwork->GetIntersectedTaxiwayRunway((ALTObject*)pTaxiwayA,
vTaxiways, vRunways);
for (std::set<ALTObject*>::iterator iterTaxiway = vTaxiways.begin();
iterTaxiway != vTaxiways.end(); ++iterTaxiway)
{
ALTObject* pObj = (*iterTaxiway);
if (pObj->GetType() != ALT_TAXIWAY)
continue;
Taxiway* pTaxiway = (Taxiway*)pObj;
IntersectionNodeList twINodeList;
m_pAltNetwork->GetTaxiwayTaxiwayIntersectNodeList(pTaxiwayA,
(Taxiway*)(*iterTaxiway) , twINodeList);
if (twINodeList.empty())
continue;
if(twINodeList.size() == 1)
{
TaxiwayBData* pNewData = new TaxiwayBData;
pNewData->bJustOneIntersection = true;
pNewData->pTaxiway = pTaxiway;
pNewData->nNodeIndex = twINodeList[0].GetIndex();
m_vectTaxiwayData.push_back( pNewData );
int nIndex = m_wndTaxiwayB.AddString( pTaxiway->GetMarking().c_str());
m_wndTaxiwayB.SetItemData( nIndex, (DWORD_PTR)pNewData);
continue;
}
else
{
for (int i=0; i<(int)twINodeList.size(); i++)
{
TaxiwayBData* pNewData = new TaxiwayBData;
pNewData->bJustOneIntersection = false;
pNewData->pTaxiway = pTaxiway;
pNewData->nNodeIndex = twINodeList[i].GetIndex();
CString strObjMarkTemp = pTaxiway->GetMarking().c_str();
CString strObjMark;
strObjMark.Format("%s(%s&%d)",strObjMarkTemp,
pTaxiwayA->GetMarking().c_str(),pNewData->nNodeIndex);
int nIndex = m_wndTaxiwayB.AddString( strObjMark);
m_wndTaxiwayB.SetItemData( nIndex, (DWORD_PTR)pNewData);
}
}
}
m_wndTaxiwayB.SetCurSel( 0);
updateUIState();
//m_nIntersectionTaxiway1ID = m_wndTaxiwayA.GetItemData(nIndex);
// m_wndTaxiwayA.GetLBText(nIndex,m_strIntersectionTaxiway1Name);
//m_wndTaxiwayB.ResetContent();
//m_ComboIntersectionIndex.ResetContent();
//GetTaxiway2AndIndexByTaxiway1ID(m_nIntersectionTaxiway1ID);
}
void GPSImageDetails::displayGPSDataContainer(const GPSDataContainer* const gpsData)
{
d->cbAltitude->setChecked(false);
d->cbSpeed->setChecked(false);
d->leLatitude->clear();
d->leLongitude->clear();
d->leAltitude->clear();
d->leSpeed->clear();
d->leNSatellites->clear();
d->leDop->clear();
d->cbCoordinates->setChecked(gpsData->hasCoordinates());
if (gpsData->hasCoordinates())
{
d->leLatitude->setText(QString::number(gpsData->getCoordinates().lat(), 'f', 12));
d->leLongitude->setText(QString::number(gpsData->getCoordinates().lon(), 'f', 12));
const bool haveAltitude = gpsData->hasAltitude();
d->cbAltitude->setChecked(haveAltitude);
if (haveAltitude)
{
d->leAltitude->setText(QString::number(gpsData->getCoordinates().alt(), 'f', 12));
}
const bool haveSpeed = gpsData->hasSpeed();
d->cbSpeed->setChecked(haveSpeed);
if (haveSpeed)
{
d->leSpeed->setText(QString::number(gpsData->getSpeed(), 'f', 12));
}
const bool haveNSatellites = gpsData->hasNSatellites();
d->cbNSatellites->setChecked(haveNSatellites);
if (haveNSatellites)
{
/// @todo Is this enough for simple integers or do we have to use KLocale?
d->leNSatellites->setText(QString::number(gpsData->getNSatellites()));
}
const int haveFixType = gpsData->hasFixType();
d->cbFixType->setChecked(haveFixType);
if (haveFixType)
{
const int fixType = gpsData->getFixType();
const int fixTypeIndex = d->comboFixType->findData(QVariant(fixType));
if (fixTypeIndex<0)
{
d->cbFixType->setChecked(false);
}
else
{
d->comboFixType->setCurrentIndex(fixTypeIndex);
}
}
const bool haveDop = gpsData->hasDop();
d->cbDop->setChecked(haveDop);
if (haveDop)
{
d->leDop->setText(QString::fromLatin1("%1").arg(gpsData->getDop(), 0, 'f', 2));
}
}
updateUIState();
}