public void Add_Beat__Cardiac_Baseline(Patient patient)
{
SetForwardBuffer(patient);
if (IsECG)
{
patient.Cardiac_Rhythm.ECG_Isoelectric(patient, this);
}
else if (Lead.Value != Leads.Values.RR && Lead.Value != Leads.Values.ETCO2)
{
// Fill waveform through to future buffer with flatline
double fill = (lengthSeconds * forwardBuffer) - Last(Points).X;
Concatenate(Waveforms.Waveform_Flatline(fill > patient.HR_Seconds ? fill : patient.HR_Seconds, 0f));
}
if (Lead.Value == Leads.Values.CVP)
{
if (patient.Cardiac_Rhythm.HasPulse_Atrial && !patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.CVP_Rhythm(patient, 0.25f));
}
else if (!patient.Cardiac_Rhythm.HasPulse_Atrial && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.CVP_Rhythm(patient, 0.5f));
}
else if (patient.Cardiac_Rhythm.HasPulse_Atrial && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.CVP_Rhythm(patient, 1f));
}
}
}
public void Add_Beat__Cardiac_Pacemaker(Patient patient)
{
if (IsECG)
{
Overwrite(Waveforms.ECG_Pacemaker(patient, Lead));
}
}
public void Add_Beat__Cardiac_Defibrillation(Patient patient)
{
if (IsECG)
{
Overwrite(Waveforms.ECG_Defibrillation(patient, Lead));
}
}
public void Add_Beat__Respiratory_Expiration(Patient patient)
{
switch (Lead.Value)
{
default: break;
case Leads.Values.RR: Overwrite(Waveforms.RR_Rhythm(patient, false)); break;
case Leads.Values.ETCO2: Overwrite(Waveforms.ETCO2_Rhythm(patient)); break;
}
}
public void Add_Beat__Respiratory_Inspiration(Patient patient)
{
switch (Lead.Value)
{
default: break;
case Leads.Values.RR: Overwrite(Waveforms.RR_Rhythm(patient, true)); break;
case Leads.Values.ETCO2: break; // End-tidal waveform is only present on expiration!! Is flatline on inspiration.
}
}
public void Add_Beat__Respiratory_Baseline(Patient patient)
{
SetForwardBuffer(patient);
if (Lead.Value == Leads.Values.RR || Lead.Value == Leads.Values.ETCO2)
{
// Fill waveform through to future buffer with flatline
double fill = (lengthSeconds * forwardBuffer) - Last(Points).X;
Concatenate(Waveforms.Waveform_Flatline(fill > patient.RR_Seconds ? fill : patient.RR_Seconds, 0f));
}
}
public void Add_Beat__Cardiac_Ventricular(Patient patient)
{
if (IsECG)
{
patient.Cardiac_Rhythm.ECG_Ventricular(patient, this);
}
else if (Lead.Value == Leads.Values.SPO2 && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.SPO2_Rhythm(patient, 1f));
}
else if (Lead.Value == Leads.Values.ABP)
{
if (patient.IABP_Active)
{
Overwrite(Waveforms.IABP_ABP_Rhythm(patient, 1f));
}
else if (patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.ABP_Rhythm(patient, 1f));
}
}
else if (Lead.Value == Leads.Values.PA && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.PA_Rhythm(patient, 1f));
}
else if (Lead.Value == Leads.Values.ICP && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.ICP_Rhythm(patient, 1f));
}
else if (Lead.Value == Leads.Values.IAP && patient.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Waveforms.IAP_Rhythm(patient, 1f));
}
if (Lead.Value == Leads.Values.IABP && patient.IABP_Active)
{
if (patient.Cardiac_Rhythm.HasWaveform_Ventricular && patient.IABP_Trigger == "ECG")
{
// ECG Trigger works only if ventricular ECG waveform
Overwrite(Waveforms.IABP_Balloon_Rhythm(patient, 1f));
}
else if (patient.Cardiac_Rhythm.HasPulse_Ventricular && patient.IABP_Trigger == "Pressure")
{
// Pressure Trigger works only if ventricular pressure impulse
Overwrite(Waveforms.IABP_Balloon_Rhythm(patient, 1f));
}
}
}