public void Add_Beat__Cardiac_Ventricular_Mechanical(Patient p)
{
switch (Lead.Value)
{
default: return;
case Lead.Values.SPO2:
Overwrite(Draw.SPO2_Rhythm(p, 1f));
break;
case Lead.Values.ABP:
if (p.IABP_Active)
{
Overwrite(Scale(p, Draw.IABP_ABP_Rhythm(p, 1f)));
}
else if (p.Cardiac_Rhythm.HasPulse_Ventricular)
{
Overwrite(Scale(p, Draw.ABP_Rhythm(p, 1f)));
}
break;
case Lead.Values.CVP:
Overwrite(Draw.CVP_Rhythm(p, 1f));
break;
case Lead.Values.PA: // Vary PA waveforms based on PA catheter placement
if (p.PulmonaryArtery_Placement.Value == PulmonaryArtery_Rhythms.Values.Right_Atrium)
{
Overwrite(Scale(p, Draw.CVP_Rhythm(p, 1f)));
}
else if (p.PulmonaryArtery_Placement.Value == PulmonaryArtery_Rhythms.Values.Right_Ventricle)
{
Overwrite(Scale(p, Draw.RV_Rhythm(p, 1f)));
}
else if (p.PulmonaryArtery_Placement.Value == PulmonaryArtery_Rhythms.Values.Pulmonary_Artery)
{
Overwrite(Scale(p, Draw.PA_Rhythm(p, 1f)));
}
else if (p.PulmonaryArtery_Placement.Value == PulmonaryArtery_Rhythms.Values.Pulmonary_Capillary_Wedge)
{
Overwrite(Scale(p, Draw.PCW_Rhythm(p, 1f)));
}
break;
case Lead.Values.ICP:
Overwrite(Draw.ICP_Rhythm(p, 1f));
break;
case Lead.Values.IAP:
Overwrite(Draw.IAP_Rhythm(p, 1f));
break;
}
SortPoints();
}