private void updatePACatheterRhythm(object sender, PropertyEnum.PropertyEnumEventArgs e)
{
if (selStep == null)
{
return;
}
Patient p = ((ItemStep)selStep).Patient;
PulmonaryArtery_Rhythms.Default_Vitals v = PulmonaryArtery_Rhythms.DefaultVitals(
(PulmonaryArtery_Rhythms.Values)Enum.Parse(typeof(PulmonaryArtery_Rhythms.Values), e.Value));
p.PSP = (int)II.Math.Clamp((double)p.PSP, v.PSPMin, v.PSPMax);
p.PDP = (int)II.Math.Clamp((double)p.PDP, v.PDPMin, v.PDPMax);
updatePropertyView();
}
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;
}
