private void OnCardiacRhythmSelected(object sender, SelectionChangedEventArgs e)
{
if (!(bool)checkDefaultVitals.IsChecked || App.Patient == null)
{
return;
}
int si = comboCardiacRhythm.SelectedIndex;
Array ev = Enum.GetValues(typeof(Cardiac_Rhythms.Values));
if (si < 0 || si > ev.Length - 1)
{
return;
}
Cardiac_Rhythms.Default_Vitals v = Cardiac_Rhythms.DefaultVitals(
(Cardiac_Rhythms.Values)ev.GetValue(si));
numHR.Value = (int)Utility.Clamp((double)numHR.Value, v.HRMin, v.HRMax);
numRR.Value = (int)Utility.Clamp((double)numRR.Value, v.RRMin, v.RRMax);
numSPO2.Value = (int)Utility.Clamp((double)numSPO2.Value, v.SPO2Min, v.SPO2Max);
numETCO2.Value = (int)Utility.Clamp((double)numETCO2.Value, v.ETCO2Min, v.ETCO2Max);
numNSBP.Value = (int)Utility.Clamp((double)numNSBP.Value, v.SBPMin, v.SBPMax);
numNDBP.Value = (int)Utility.Clamp((double)numNDBP.Value, v.DBPMin, v.DBPMax);
numASBP.Value = (int)Utility.Clamp((double)numASBP.Value, v.SBPMin, v.SBPMax);
numADBP.Value = (int)Utility.Clamp((double)numADBP.Value, v.DBPMin, v.DBPMax);
numPSP.Value = (int)Utility.Clamp((double)numPSP.Value, v.PSPMin, v.PSPMax);
numPDP.Value = (int)Utility.Clamp((double)numPDP.Value, v.PDPMin, v.PDPMax);
}
private void updateCardiacRhythm(object sender, PropertyEnum.PropertyEnumEventArgs e)
{
if (!chkClampVitals.IsChecked ?? false || selStep == null)
{
return;
}
Patient p = ((ItemStep)selStep).Patient;
Cardiac_Rhythms.Default_Vitals v = Cardiac_Rhythms.DefaultVitals(
(Cardiac_Rhythms.Values)Enum.Parse(typeof(Cardiac_Rhythms.Values), e.Value));
p.HR = (int)II.Math.Clamp((double)p.VS_Settings.HR, v.HRMin, v.HRMax);
p.RR = (int)II.Math.Clamp((double)p.VS_Settings.RR, v.RRMin, v.RRMax);
p.SPO2 = (int)II.Math.Clamp((double)p.VS_Settings.SPO2, v.SPO2Min, v.SPO2Max);
p.ETCO2 = (int)II.Math.Clamp((double)p.VS_Settings.ETCO2, v.ETCO2Min, v.ETCO2Max);
p.NSBP = (int)II.Math.Clamp((double)p.VS_Settings.NSBP, v.SBPMin, v.SBPMax);
p.NDBP = (int)II.Math.Clamp((double)p.VS_Settings.NDBP, v.DBPMin, v.DBPMax);
p.ASBP = (int)II.Math.Clamp((double)p.VS_Settings.ASBP, v.SBPMin, v.SBPMax);
p.ADBP = (int)II.Math.Clamp((double)p.VS_Settings.ADBP, v.DBPMin, v.DBPMax);
p.PSP = (int)II.Math.Clamp((double)p.VS_Settings.PSP, v.PSPMin, v.PSPMax);
p.PDP = (int)II.Math.Clamp((double)p.VS_Settings.PDP, v.PDPMin, v.PDPMax);
updatePropertyView();
}
private void InitInterface()
{
// Initiate ICommands for KeyBindings
icLoadFile = new ActionCommand(() => LoadFile());
icSaveFile = new ActionCommand(() => SaveFile());
// Populate UI strings per language selection
wdwPatientEditor.Title = App.Language.Dictionary ["PE:WindowTitle"];
menuFile.Header = App.Language.Dictionary ["PE:MenuFile"];
menuLoad.Header = App.Language.Dictionary ["PE:MenuLoadSimulation"];
menuSave.Header = App.Language.Dictionary ["PE:MenuSaveSimulation"];
menuExit.Header = App.Language.Dictionary ["PE:MenuExitProgram"];
menuSettings.Header = App.Language.Dictionary ["PE:MenuSettings"];
menuSetLanguage.Header = App.Language.Dictionary ["PE:MenuSetLanguage"];
menuHelp.Header = App.Language.Dictionary ["PE:MenuHelp"];
menuAbout.Header = App.Language.Dictionary ["PE:MenuAboutProgram"];
lblGroupDevices.Content = App.Language.Dictionary ["PE:Devices"];
lblDeviceMonitor.Content = App.Language.Dictionary ["PE:CardiacMonitor"];
lblDevice12LeadECG.Content = App.Language.Dictionary ["PE:12LeadECG"];
lblDeviceDefibrillator.Content = App.Language.Dictionary ["PE:Defibrillator"];
lblDeviceIABP.Content = App.Language.Dictionary ["PE:IABP"];
//lblDeviceVentilator.Content = App.Language.Dictionary["PE:Ventilator"];
//lblDeviceEFM.Content = App.Language.Dictionary["PE:EFM"];
//lblDeviceIVPump.Content = App.Language.Dictionary["PE:IVPump"];
//lblDeviceLabResults.Content = App.Language.Dictionary["PE:LabResults"];
lblGroupMirroring.Content = App.Language.Dictionary ["PE:MirrorPatientData"];
lblMirrorStatus.Content = App.Language.Dictionary ["PE:Status"];
radioInactive.Content = App.Language.Dictionary ["PE:Inactive"];
radioServer.Content = App.Language.Dictionary ["PE:Server"];
radioClient.Content = App.Language.Dictionary ["PE:Client"];
lblAccessionKey.Content = App.Language.Dictionary ["PE:AccessionKey"];
lblAccessPassword.Content = App.Language.Dictionary ["PE:AccessPassword"];
lblAdminPassword.Content = App.Language.Dictionary ["PE:AdminPassword"];
btnApplyMirroring.Content = App.Language.Dictionary ["BUTTON:ApplyChanges"];
lblGroupVitalSigns.Content = App.Language.Dictionary ["PE:VitalSigns"];
lblHR.Content = String.Format("{0}:", App.Language.Dictionary ["PE:HeartRate"]);
lblNIBP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:BloodPressure"]);
lblRR.Content = String.Format("{0}:", App.Language.Dictionary ["PE:RespiratoryRate"]);
lblSPO2.Content = String.Format("{0}:", App.Language.Dictionary ["PE:PulseOximetry"]);
lblT.Content = String.Format("{0}:", App.Language.Dictionary ["PE:Temperature"]);
lblCardiacRhythm.Content = String.Format("{0}:", App.Language.Dictionary ["PE:CardiacRhythm"]);
checkDefaultVitals.Content = App.Language.Dictionary ["PE:UseDefaultVitalSignRanges"];
lblGroupHemodynamics.Content = App.Language.Dictionary ["PE:AdvancedHemodynamics"];
lblETCO2.Content = String.Format("{0}:", App.Language.Dictionary ["PE:EndTidalCO2"]);
lblCVP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:CentralVenousPressure"]);
lblASBP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:ArterialBloodPressure"]);
lblPSP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:PulmonaryArteryPressure"]);
lblICP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:IntracranialPressure"]);
lblIAP.Content = String.Format("{0}:", App.Language.Dictionary ["PE:IntraabdominalPressure"]);
lblGroupRespiratoryProfile.Content = App.Language.Dictionary ["PE:RespiratoryProfile"];
lblRespiratoryRhythm.Content = String.Format("{0}:", App.Language.Dictionary ["PE:RespiratoryRhythm"]);
lblMechanicallyVentilated.Content = String.Format("{0}:", App.Language.Dictionary ["PE:MechanicallyVentilated"]);
lblInspiratoryRatio.Content = String.Format("{0}:", App.Language.Dictionary ["PE:InspiratoryExpiratoryRatio"]);
lblGroupCardiacProfile.Content = App.Language.Dictionary ["PE:CardiacProfile"];
lblPacemakerCaptureThreshold.Content = String.Format("{0}:", App.Language.Dictionary ["PE:PacemakerCaptureThreshold"]);
lblPulsusParadoxus.Content = String.Format("{0}:", App.Language.Dictionary ["PE:PulsusParadoxus"]);
lblPulsusAlternans.Content = String.Format("{0}:", App.Language.Dictionary ["PE:PulsusAlternans"]);
lblCardiacAxis.Content = String.Format("{0}:", App.Language.Dictionary ["PE:CardiacAxis"]);
grpSTSegmentElevation.Header = App.Language.Dictionary ["PE:STSegmentElevation"];
grpTWaveElevation.Header = App.Language.Dictionary ["PE:TWaveElevation"];
lblGroupObstetricProfile.Content = App.Language.Dictionary ["PE:ObstetricProfile"];
lblFHR.Content = String.Format("{0}:", App.Language.Dictionary ["PE:FetalHeartRate"]);
lblFHRRhythms.Content = String.Format("{0}:", App.Language.Dictionary ["PE:FetalHeartRhythms"]);
lblFHRVariability.Content = String.Format("{0}:", App.Language.Dictionary ["PE:FetalHeartVariability"]);
lblUCFrequency.Content = String.Format("{0}:", App.Language.Dictionary ["PE:UterineContractionFrequency"]);
lblUCDuration.Content = String.Format("{0}:", App.Language.Dictionary ["PE:UterineContractionDuration"]);
lblUCIntensity.Content = String.Format("{0}:", App.Language.Dictionary ["PE:UterineContractionIntensity"]);
lblParametersApply.Content = App.Language.Dictionary ["BUTTON:ApplyChanges"];
lblParametersReset.Content = App.Language.Dictionary ["BUTTON:ResetParameters"];
List <string> cardiacRhythms = new List <string> (),
cardiacAxes = new List <string> (),
respiratoryRhythms = new List <string> (),
intensityScale = new List <string> (),
fetalHeartRhythms = new List <string> ();
foreach (Cardiac_Rhythms.Values v in Enum.GetValues(typeof(Cardiac_Rhythms.Values)))
{
cardiacRhythms.Add(App.Language.Dictionary [Cardiac_Rhythms.LookupString(v)]);
}
comboCardiacRhythm.ItemsSource = cardiacRhythms;
foreach (CardiacAxes.Values v in Enum.GetValues(typeof(CardiacAxes.Values)))
{
cardiacAxes.Add(App.Language.Dictionary [CardiacAxes.LookupString(v)]);
}
comboCardiacAxis.ItemsSource = cardiacAxes;
foreach (Respiratory_Rhythms.Values v in Enum.GetValues(typeof(Respiratory_Rhythms.Values)))
{
respiratoryRhythms.Add(App.Language.Dictionary [Respiratory_Rhythms.LookupString(v)]);
}
comboRespiratoryRhythm.ItemsSource = respiratoryRhythms;
foreach (Patient.Intensity.Values v in Enum.GetValues(typeof(Patient.Intensity.Values)))
{
intensityScale.Add(App.Language.Dictionary [Patient.Intensity.LookupString(v)]);
}
comboFHRVariability.ItemsSource = intensityScale;
comboUCIntensity.ItemsSource = intensityScale;
foreach (FetalHeartDecelerations.Values v in Enum.GetValues(typeof(FetalHeartDecelerations.Values)))
{
fetalHeartRhythms.Add(App.Language.Dictionary [FetalHeartDecelerations.LookupString(v)]);
}
listFHRRhythms.ItemsSource = fetalHeartRhythms;
// Populate status bar with updated version information and make visible
BackgroundWorker bgw = new BackgroundWorker();
string latestVersion = "";
bgw.DoWork += delegate { latestVersion = App.Server.Get_LatestVersion(); };
bgw.RunWorkerCompleted += delegate {
if (Utility.IsNewerVersion(Utility.Version, latestVersion))
{
txtUpdateAvailable.Text = String.Format(App.Language.Dictionary ["STATUS:UpdateAvailable"], latestVersion).Trim();
}
else
{
statusUpdateAvailable.Visibility = Visibility.Collapsed;
}
};
bgw.RunWorkerAsync();
}
private void initPropertyView()
{
// Populate enum string lists for readable display
List <string> cardiacRhythms = new List <string> (),
respiratoryRhythms = new List <string> (),
pulmonaryRhythms = new List <string> (),
cardiacAxes = new List <string> (),
intensityScale = new List <string> (),
fetalHeartRhythms = new List <string> ();
foreach (Cardiac_Rhythms.Values v in Enum.GetValues(typeof(Cardiac_Rhythms.Values)))
{
cardiacRhythms.Add(App.Language.Dictionary [Cardiac_Rhythms.LookupString(v)]);
}
foreach (Respiratory_Rhythms.Values v in Enum.GetValues(typeof(Respiratory_Rhythms.Values)))
{
respiratoryRhythms.Add(App.Language.Dictionary [Respiratory_Rhythms.LookupString(v)]);
}
foreach (PulmonaryArtery_Rhythms.Values v in Enum.GetValues(typeof(PulmonaryArtery_Rhythms.Values)))
{
pulmonaryRhythms.Add(App.Language.Dictionary [PulmonaryArtery_Rhythms.LookupString(v)]);
}
foreach (Cardiac_Axes.Values v in Enum.GetValues(typeof(Cardiac_Axes.Values)))
{
cardiacAxes.Add(App.Language.Dictionary [Cardiac_Axes.LookupString(v)]);
}
// Initiate controls for editing Patient values
pstrStepName.Init(PropertyString.Keys.StepName);
pstrStepName.PropertyChanged += updateProperty;
pstrStepDescription.Init(PropertyString.Keys.StepDescription);
pstrStepDescription.PropertyChanged += updateProperty;
pintHR.Init(PropertyInt.Keys.HR, 5, 0, 500);
pintHR.PropertyChanged += updateProperty;
pbpNBP.Init(PropertyBP.Keys.NSBP,
5, 0, 300,
5, 0, 200);
pbpNBP.PropertyChanged += updateProperty;
pintRR.Init(PropertyInt.Keys.RR, 2, 0, 100);
pintRR.PropertyChanged += updateProperty;
pintSPO2.Init(PropertyInt.Keys.SPO2, 2, 0, 100);
pintSPO2.PropertyChanged += updateProperty;
pdblT.Init(PropertyDouble.Keys.T, 0.2, 0, 100);
pdblT.PropertyChanged += updateProperty;
penmCardiacRhythms.Init(PropertyEnum.Keys.Cardiac_Rhythms,
Enum.GetNames(typeof(Cardiac_Rhythms.Values)), cardiacRhythms);
penmCardiacRhythms.PropertyChanged += updateProperty;
penmCardiacRhythms.PropertyChanged += updateCardiacRhythm;
penmRespiratoryRhythms.Init(PropertyEnum.Keys.Respiratory_Rhythms,
Enum.GetNames(typeof(Respiratory_Rhythms.Values)), respiratoryRhythms);
penmRespiratoryRhythms.PropertyChanged += updateProperty;
penmRespiratoryRhythms.PropertyChanged += updateRespiratoryRhythm;
pintETCO2.Init(PropertyInt.Keys.ETCO2, 2, 0, 100);
pintETCO2.PropertyChanged += updateProperty;
pintCVP.Init(PropertyInt.Keys.CVP, 1, -100, 100);
pintCVP.PropertyChanged += updateProperty;
pbpABP.Init(PropertyBP.Keys.ASBP,
5, 0, 300,
5, 0, 200);
pbpABP.PropertyChanged += updateProperty;
penmPACatheterRhythm.Init(PropertyEnum.Keys.PACatheter_Rhythms,
Enum.GetNames(typeof(PulmonaryArtery_Rhythms.Values)), pulmonaryRhythms);
penmPACatheterRhythm.PropertyChanged += updateProperty;
penmPACatheterRhythm.PropertyChanged += updatePACatheterRhythm;
pbpPBP.Init(PropertyBP.Keys.PSP,
5, 0, 200,
5, 0, 200);
pbpPBP.PropertyChanged += updateProperty;
pintICP.Init(PropertyInt.Keys.ICP, 1, -100, 100);
pintICP.PropertyChanged += updateProperty;
pintIAP.Init(PropertyInt.Keys.IAP, 1, -100, 100);
pintIAP.PropertyChanged += updateProperty;
pchkMechanicallyVentilated.Init(PropertyCheck.Keys.MechanicallyVentilated);
pchkMechanicallyVentilated.PropertyChanged += updateProperty;
pdblInspiratoryRatio.Init(PropertyFloat.Keys.RRInspiratoryRatio, 0.1, 0.1, 10);
pdblInspiratoryRatio.PropertyChanged += updateProperty;
pdblExpiratoryRatio.Init(PropertyFloat.Keys.RRExpiratoryRatio, 0.1, 0.1, 10);
pdblExpiratoryRatio.PropertyChanged += updateProperty;
pintPacemakerThreshold.Init(PropertyInt.Keys.PacemakerThreshold, 5, 0, 200);
pintPacemakerThreshold.PropertyChanged += updateProperty;
pchkPulsusParadoxus.Init(PropertyCheck.Keys.PulsusParadoxus);
pchkPulsusParadoxus.PropertyChanged += updateProperty;
pchkPulsusAlternans.Init(PropertyCheck.Keys.PulsusAlternans);
pchkPulsusAlternans.PropertyChanged += updateProperty;
penmCardiacAxis.Init(PropertyEnum.Keys.Cardiac_Axis,
Enum.GetNames(typeof(Cardiac_Axes.Values)), cardiacAxes);
penmCardiacAxis.PropertyChanged += updateProperty;
pecgSTSegment.Init(PropertyECGSegment.Keys.STElevation);
pecgSTSegment.PropertyChanged += updateProperty;
pecgTWave.Init(PropertyECGSegment.Keys.TWave);
pecgTWave.PropertyChanged += updateProperty;
pintProgressFrom.Init(PropertyInt.Keys.ProgressFrom, 1, -1, 1000);
pintProgressFrom.PropertyChanged += updateProperty;
pintProgressTo.Init(PropertyInt.Keys.ProgressTo, 1, -1, 1000);
pintProgressTo.PropertyChanged += updateProperty;
pintProgressTimer.Init(PropertyInt.Keys.ProgressTimer, 1, -1, 1000);
pintProgressTimer.PropertyChanged += updateProperty;
}
