public void OnPatientEvent(object sender, Patient.PatientEventArgs e)
{
switch (e.EventType)
{
default: break;
case Patient.PatientEventTypes.Vitals_Change:
listTracings.ForEach(c => {
c.wfStrip.ClearFuture(App.Patient);
c.wfStrip.Add_Beat__Cardiac_Baseline(App.Patient);
});
break;
case Patient.PatientEventTypes.Cardiac_Defibrillation:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Defibrillation(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_PacerSpike:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Pacemaker(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Baseline:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Baseline(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Atrial(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Ventricular(App.Patient));
break;
}
}
public void OnPatientEvent(object sender, Patient.PatientEventArgs e)
{
switch (e.EventType)
{
default: break;
case Patient.PatientEventTypes.Vitals_Change:
listTracings.ForEach(c => {
c.wfStrip.ClearFuture(App.Patient);
c.wfStrip.Add_Beat__Cardiac_Baseline(App.Patient);
});
break;
case Patient.PatientEventTypes.Cardiac_Defibrillation:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Defibrillation(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_PacerSpike:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Pacemaker(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Baseline:
App.Patient.IABP_Active = Running && (Frequency_Iter % Frequency == 0) &&
((Trigger.Value == Triggering.Values.ECG && App.Patient.Cardiac_Rhythm.HasWaveform_Ventricular) ||
(Trigger.Value == Triggering.Values.Pressure && App.Patient.Cardiac_Rhythm.HasPulse_Ventricular));
App.Patient.IABP_Trigger = Trigger.Value.ToString();
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Baseline(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial:
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Atrial(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular:
if (Running)
{
Frequency_Iter++;
}
listTracings.ForEach(c => c.wfStrip.Add_Beat__Cardiac_Ventricular(App.Patient));
break;
}
}
private void FormUpdateFields(object sender, Patient.PatientEventArgs e)
{
if (e.EventType == Patient.PatientEventTypes.Vitals_Change)
{
numHR.Value = e.Patient.HR;
numSPO2.Value = e.Patient.SPO2;
numRR.Value = e.Patient.RR;
numETCO2.Value = e.Patient.ETCO2;
numT.Value = (decimal)e.Patient.T;
numCVP.Value = e.Patient.CVP;
numNSBP.Value = e.Patient.NSBP;
numNDBP.Value = e.Patient.NDBP;
numASBP.Value = e.Patient.ASBP;
numADBP.Value = e.Patient.ADBP;
numPSP.Value = e.Patient.PSP;
numPDP.Value = e.Patient.PDP;
numICP.Value = e.Patient.ICP;
numIAP.Value = e.Patient.IAP;
comboCardiacRhythm.SelectedIndex = (int)e.Patient.Cardiac_Rhythm.Value;
comboCardiacAxis.SelectedIndex = (int)e.Patient.Cardiac_Axis.Value;
comboRespiratoryRhythm.SelectedIndex = (int)e.Patient.Respiratory_Rhythm.Value;
numInspiratoryRatio.Value = (decimal)e.Patient.Respiratory_IERatio_I;
numExpiratoryRatio.Value = (decimal)e.Patient.Respiratory_IERatio_E;
numPacemakerCaptureThreshold.Value = e.Patient.Pacemaker_Threshold;
numSTE_I.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_I];
numSTE_II.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_II];
numSTE_III.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_III];
numSTE_aVR.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_AVR];
numSTE_aVL.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_AVL];
numSTE_aVF.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_AVF];
numSTE_V1.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V1];
numSTE_V2.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V2];
numSTE_V3.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V3];
numSTE_V4.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V4];
numSTE_V5.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V5];
numSTE_V6.Value = (decimal)e.Patient.ST_Elevation [(int)Leads.Values.ECG_V6];
numTWE_I.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_I];
numTWE_II.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_II];
numTWE_III.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_III];
numTWE_aVR.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_AVR];
numTWE_aVL.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_AVL];
numTWE_aVF.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_AVF];
numTWE_V1.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V1];
numTWE_V2.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V2];
numTWE_V3.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V3];
numTWE_V4.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V4];
numTWE_V5.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V5];
numTWE_V6.Value = (decimal)e.Patient.T_Elevation [(int)Leads.Values.ECG_V6];
numFHR.Value = e.Patient.FHR;
numUCFrequency.Value = e.Patient.UC_Frequency;
numUCDuration.Value = e.Patient.UC_Duration;
comboFHRVariability.SelectedIndex = (int)e.Patient.FHR_Variability.Value;
comboUCIntensity.SelectedIndex = (int)e.Patient.UC_Intensity.Value;
listFHRRhythms.SelectedItems.Clear();
foreach (FetalHeartDecelerations.Values fhr_rhythm in e.Patient.FHR_Decelerations.ValueList)
{
listFHRRhythms.SelectedItems.Add(listFHRRhythms.Items.GetItemAt((int)fhr_rhythm));
}
}
}
public void OnPatientEvent(object sender, Patient.PatientEventArgs e)
{
switch (e.EventType)
{
default: break;
case Patient.PatientEventTypes.Vitals_Change:
listTracings.ForEach(c => {
c.Strip.ClearFuture(App.Patient);
c.Strip.Add_Beat__Cardiac_Baseline(App.Patient);
});
listNumerics.ForEach(n => n.UpdateVitals());
break;
case Patient.PatientEventTypes.Defibrillation:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Defibrillation(App.Patient));
break;
case Patient.PatientEventTypes.Pacermaker_Spike:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Pacemaker(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Baseline:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Baseline(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial_Electric:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Atrial_Electrical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular_Electric:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Ventricular_Electrical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial_Mechanical:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Atrial_Mechanical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular_Mechanical:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Ventricular_Mechanical(App.Patient));
/* Iterations and trigger for auto-scaling pressure waveform strips */
autoScale_iter -= 1;
if (autoScale_iter <= 0)
{
for (int i = 0; i < listTracings.Count; i++)
{
listTracings [i].Strip.SetAutoScale(App.Patient);
listTracings [i].UpdateScale();
}
autoScale_iter = Strip.DefaultAutoScale_Iterations;
}
break;
case Patient.PatientEventTypes.Respiratory_Baseline:
listTracings.ForEach(c => c.Strip.Add_Breath__Respiratory_Baseline(App.Patient));
break;
case Patient.PatientEventTypes.Respiratory_Inspiration:
listTracings.ForEach(c => c.Strip.Add_Breath__Respiratory_Inspiration(App.Patient));
break;
case Patient.PatientEventTypes.Respiratory_Expiration:
listTracings.ForEach(c => c.Strip.Add_Breath__Respiratory_Expiration(App.Patient));
break;
}
}
public void OnPatientEvent(object sender, Patient.PatientEventArgs e)
{
switch (e.EventType)
{
default: break;
case Patient.PatientEventTypes.Vitals_Change:
listTracings.ForEach(c => {
c.Strip.ClearFuture(App.Patient);
c.Strip.Add_Beat__Cardiac_Baseline(App.Patient);
});
break;
case Patient.PatientEventTypes.Defibrillation:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Defibrillation(App.Patient));
break;
case Patient.PatientEventTypes.Pacermaker_Spike:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Pacemaker(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Baseline:
App.Patient.IABP_Active = Running && (Frequency_Iter % Frequency == 0) &&
((Trigger.Value == Triggering.Values.ECG && App.Patient.Cardiac_Rhythm.HasWaveform_Ventricular) ||
(Trigger.Value == Triggering.Values.Pressure && App.Patient.Cardiac_Rhythm.HasPulse_Ventricular));
App.Patient.IABP_Trigger = Trigger.Value.ToString();
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Baseline(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial_Electric:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Atrial_Electrical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular_Electric:
if (Running)
{
Frequency_Iter++;
}
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Ventricular_Electrical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Atrial_Mechanical:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Atrial_Mechanical(App.Patient));
break;
case Patient.PatientEventTypes.Cardiac_Ventricular_Mechanical:
listTracings.ForEach(c => c.Strip.Add_Beat__Cardiac_Ventricular_Mechanical(App.Patient));
/* Iterations and trigger for auto-scaling pressure waveform strips */
autoScale_iter -= 1;
if (autoScale_iter <= 0)
{
for (int i = 0; i < listTracings.Count; i++)
{
listTracings [i].Strip.SetAutoScale(App.Patient);
listTracings [i].UpdateScale();
}
autoScale_iter = Strip.DefaultAutoScale_Iterations;
}
break;
case Patient.PatientEventTypes.IABP_Balloon_Inflation:
listTracings.ForEach(c => c.Strip.Add_Beat__IABP_Balloon(App.Patient));
break;
}
}
