public static List<PointF> ABP_Rhythm (Patient _P, float _Amplitude) {
VaryAmplitude_Random (0.1f, ref _Amplitude);
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.ABP_Default, _P.GetPulsatility_Seconds),
_Amplitude);
}
public static List<PointF> PCW_Rhythm (Patient _P, float _Amplitude) {
DampenAmplitude_IntrathoracicPressure (_P, ref _Amplitude);
DampenAmplitude_EctopicBeat (_P, ref _Amplitude);
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.PCW_Default, _P.GetHR_Seconds),
_Amplitude);
}
public static List<PointF> SPO2_Rhythm (Patient _P, float _Amplitude) {
VaryAmplitude_Random (0.1f, ref _Amplitude);
DampenAmplitude_EctopicBeat (_P, ref _Amplitude);
DampenAmplitude_PulsusAlternans (_P, ref _Amplitude);
DampenAmplitude_PulsusParadoxus (_P, ref _Amplitude);
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.SPO2_Rhythm, _P.GetHR_Seconds),
_Amplitude);
}
public static List<PointF> ICP_Rhythm (Patient _P, float _Amplitude) {
DampenAmplitude_EctopicBeat (_P, ref _Amplitude);
VaryAmplitude_Random (0.1f, ref _Amplitude);
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch ( // Lerp to change waveform based on intracranial compliance due to ICP
Dictionary.Lerp (Dictionary.ICP_HighCompliance, Dictionary.ICP_LowCompliance,
Math.Clamp (Math.InverseLerp (15, 25, _P.ICP), 0, 1)), // ICP compliance coefficient
_P.GetHR_Seconds),
_Amplitude);
}
public static List<PointF> IABP_ABP_Rhythm (Patient _P, float _Amplitude) {
if (!_P.Cardiac_Rhythm.HasPulse_Ventricular)
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.IABP_ABP_Nonpulsatile, _P.GetHR_Seconds),
_Amplitude);
else if (_P.Cardiac_Rhythm.AberrantBeat)
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.IABP_ABP_Ectopic, _P.GetHR_Seconds),
_Amplitude);
else
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.IABP_ABP_Default, _P.GetHR_Seconds),
_Amplitude);
}
public static List<PointF> CVP_Rhythm (Patient _P, float _Amplitude) {
VaryAmplitude_Random (0.1f, ref _Amplitude);
DampenAmplitude_IntrathoracicPressure (_P, ref _Amplitude);
DampenAmplitude_EctopicBeat (_P, ref _Amplitude);
if (_P.Cardiac_Rhythm.HasPulse_Atrial && !_P.Cardiac_Rhythm.AberrantBeat)
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.CVP_Atrioventricular, _P.GetHR_Seconds),
_Amplitude);
else
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.CVP_Ventricular, _P.GetHR_Seconds),
_Amplitude);
}
public static List<PointF> ETCO2_Rhythm (Patient _P) {
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.ETCO2_Default, _P.GetRR_Seconds_E));
}
public static List<PointF> ECG_CPR_Artifact (Patient _P, Lead _L) {
return Plotting.Concatenate (new List<PointF> (),
Plotting.Multiply (
Plotting.Stretch (Dictionary.ECG_CPR_Artifact, _P.GetHR_Seconds),
baseLeadCoeff [(int)_L.Value, (int)WavePart.QRST]));
}
public static List<PointF> IABP_Balloon_Rhythm (Patient _P, float _Amplitude) {
return Plotting.Concatenate (new List<PointF> (),
Plotting.Stretch (Dictionary.IABP_Balloon_Default, _P.GetHR_Seconds * 0.6f),
_Amplitude);
}
