BetProcedureFrame::BetProcedureFrame(wxWindow* parent, const Patient& patient) :
BaseProcedureFrame(parent), currents_graphic_(
wxBitmap(wxT("graphic_small"), wxBITMAP_TYPE_PNG_RESOURCE).ConvertToImage(), 20, 15, 680, 120,
DURATION_LIMIT + 30 * 60, //30min. for closing procedure
80,
{ wxColor(13, 193, 184), wxColor(0, 0, 255), wxColor(125, 0, 255), wxColor(255, 0, 0), wxColor(255, 125,
0), wxColor(80, 170, 80) }), voltage_graphic_(
wxBitmap(wxT("graphic_big"), wxBITMAP_TYPE_PNG_RESOURCE).ConvertToImage(), 26, 15, 674, 240,
DURATION_LIMIT + 30 * 60, 120, { wxColor(0, 0, 225),
wxColor(125, 0, 0),
wxColor(0, 125, 0), wxColor(125, 0, 125) }), lightR_(wxT("lightr"), wxBITMAP_TYPE_PNG_RESOURCE), lightG_(
wxT("lightg"), wxBITMAP_TYPE_PNG_RESOURCE), lightS_(wxT("lights"), wxBITMAP_TYPE_PNG_RESOURCE), switch1_(
SW_OFF), switch2_(SW_OFF), switch3_(SW_OFF), switch4_(SW_OFF), switch5_(SW_OFF), switch6_(
SW_OFF), cable_(CABLE_OUT), key_(KEY_ON), polarity_(false), voltage_(0), decrease_speed_(0.1), time_to_end_(60), q_(
0), duration_(0), state_(
STATE_INITIAL), conf_channel_alarm_wait_(10){
for (int i = 0; i < 7; i++) {
voltages_[i] = 0;
currents_[i] = 0;
}
patient_id_ = patient.getPatientNumber();
m_txtPatientName->SetLabel(patient.getFullName());
m_txtTreatmentNumber->SetLabel(wxString::Format("%i", patient.getTreatmentCount() + 1));
m_bmpElectrodes->SetBitmap(currents_graphic_.getImage());
m_bmpVoltage->SetBitmap(voltage_graphic_.getImage());
my_timer_.SetOwner(this);
m_bmpInd1->SetBitmap(lightS_);
m_bmpInd2->SetBitmap(lightS_);
m_bmpInd3->SetBitmap(lightS_);
m_bmpInd4->SetBitmap(lightS_);
m_bmpInd5->SetBitmap(lightS_);
m_bmpInd6->SetBitmap(lightS_);
updateFloatValue(voltage_, m_txtVoltage);
updateIntegerValue(0, m_txtCurrent);
updateDurationValue(time_to_end_, m_txtDuration);
parseOptions();
Bind(wxEVT_TIMER, &BetProcedureFrame::OnTimer, this);
if (options_.find(std::string("port")) == options_.end() )
throw std::runtime_error("port not specified in configuration file");
protocol_.start(options_[std::string("port")].as<std::string>());
decrease_speed_ = options_[std::string("decrease_speed")].as<float>();
regulator_speed_ = options_[std::string("regulator_speed")].as<float>();
conf_channel_alarm_wait_ = options_[std::string("channel_alarm_wait")].as<unsigned int>();
Bind(wxEVT_KEY_DOWN, &BetProcedureFrame::OnKeyEvent, this, wxID_ANY);
DoGoInInitialState();
my_timer_.Start(1000);
wxGetApp().setProcedureFrame(this);
}
void QInputOutputDicomdirWidget::view()
{
QList<QPair<DicomMask, DICOMSource> > selectedDICOMITems = m_studyTreeWidget->getDicomMaskOfSelectedItems();
DicomMask patientToProcessMask;
Patient *patient;
QList<Patient*> selectedPatientsList;
if (selectedDICOMITems.isEmpty())
{
QMessageBox::warning(this, ApplicationNameString, tr("Select at least one study to view."));
return;
}
QApplication::setOverrideCursor(Qt::WaitCursor);
for (int index = 0; index < selectedDICOMITems.count(); index++)
{
patientToProcessMask.setStudyInstanceUID(selectedDICOMITems.at(index).first.getStudyInstanceUID());
patient = m_readDicomdir.retrieve(patientToProcessMask);
if (patient)
{
patient->setSelectedSeries(selectedDICOMITems.at(index).first.getSeriesInstanceUID());
selectedPatientsList << patient;
}
else
{
DEBUG_LOG("No s'ha pogut obtenir l'estudi amb UID " + selectedDICOMITems.at(index).first.getStudyInstanceUID());
}
}
QApplication::restoreOverrideCursor();
if (!selectedPatientsList.isEmpty())
{
DEBUG_LOG("Llançat signal per visualitzar estudi del pacient " + patient->getFullName());
emit viewPatients(selectedPatientsList);
}
else
{
QMessageBox::warning(this, ApplicationNameString, tr("No valid data found. Maybe some files are missing or corrupted."));
}
}