public void ECG_Atrial(Patient p, Rhythm.Strip s)
{
switch (Value)
{
case Values.Asystole: return;
case Values.Atrial_Fibrillation: return;
case Values.Atrial_Flutter: return;
case Values.AV_Block__1st_Degree: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.AV_Block__Wenckebach: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.AV_Block__Mobitz_II: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.AV_Block__3rd_Degree: s.Underwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Bundle_Branch_Block: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Idioventricular: return;
case Values.Junctional: return;
case Values.Pulseless_Electrical_Activity:
case Values.Sick_Sinus_Syndrome: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Arrhythmia: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Arrest: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Bigeminy: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Trigeminy: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PACs: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PJCs: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PVCs_Multifocal: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PVCs_Unifocal: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Supraventricular_Tachycardia: return;
case Values.Ventricular_Fibrillation_Coarse: return;
case Values.Ventricular_Fibrillation_Fine: return;
case Values.Ventricular_Standstill: s.Overwrite(Rhythm.Waveforms.ECG_Complex__P_Normal(p, s.Lead)); return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulsed: return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulseless: return;
case Values.Ventricular_Tachycardia_Polymorphic: return;
}
}
public static void CalculateOffsets(Strip strip, double width, double height,
ref Point drawOffset, ref PointF drawMultiplier)
{
drawOffset.X = 0;
drawMultiplier.X = (int)width / strip.DisplayLength;
switch (strip.Offset)
{
case Strip.Offsets.Center:
drawOffset.Y = (int)(height / 2f);
drawMultiplier.Y = (-(int)height / 2f) * strip.Amplitude;
break;
case Strip.Offsets.Stretch:
drawOffset.Y = (int)(height * 0.9f);
drawMultiplier.Y = -(int)height * 0.8f * strip.Amplitude;
break;
case Strip.Offsets.Scaled:
drawOffset.Y = (int)(height * 0.9f);
drawMultiplier.Y = -(int)height;
break;
}
}
public void ECG_Ventricular(Patient p, Rhythm.Strip s)
{
// Handle aberrant beats (may be triggered by pacemaker...)
if (p.Cardiac_Rhythm.AberrantBeat)
{
switch (Value)
{
default: return;
case Values.Asystole:
case Values.Atrial_Flutter:
case Values.Atrial_Fibrillation:
case Values.AV_Block__1st_Degree:
case Values.AV_Block__Wenckebach:
case Values.AV_Block__Mobitz_II:
case Values.AV_Block__3rd_Degree:
case Values.Bundle_Branch_Block:
case Values.Idioventricular:
case Values.Junctional:
case Values.Pulseless_Electrical_Activity:
case Values.Sick_Sinus_Syndrome:
case Values.Sinus_Arrhythmia:
case Values.Sinus_Rhythm:
case Values.Sinus_Rhythm_with_Arrest:
case Values.Sinus_Rhythm_with_Bigeminy:
case Values.Sinus_Rhythm_with_Trigeminy:
case Values.Sinus_Rhythm_with_PACs:
case Values.Sinus_Rhythm_with_PJCs:
case Values.Sinus_Rhythm_with_PVCs_Unifocal:
case Values.Supraventricular_Tachycardia:
case Values.Ventricular_Standstill:
case Values.Ventricular_Tachycardia_Monomorphic_Pulsed:
case Values.Ventricular_Tachycardia_Monomorphic_Pulseless:
s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Aberrant_3(p, s.Lead));
return;
case Values.Sinus_Rhythm_with_PVCs_Multifocal:
switch (new Random().Next(0, 3))
{
default:
case 0: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Aberrant_1(p, s.Lead)); break;
case 1: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Aberrant_2(p, s.Lead)); break;
case 2: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Aberrant_3(p, s.Lead)); break;
}
return;
}
}
// Handle non-aberrant beats
switch (Value)
{
default: return;
case Values.Asystole: return;
case Values.Atrial_Flutter: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Atrial_Fibrillation: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.AV_Block__1st_Degree: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.AV_Block__Wenckebach: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.AV_Block__Mobitz_II: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.AV_Block__3rd_Degree: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Aberrant_1(p, s.Lead)); return;
case Values.Bundle_Branch_Block: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_BBB(p, s.Lead)); return;
case Values.Idioventricular: s.Overwrite(Rhythm.Waveforms.ECG_Complex__Idioventricular(p, s.Lead)); return;
case Values.Junctional: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Pulseless_Electrical_Activity: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sick_Sinus_Syndrome: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Arrhythmia: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Arrest: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Bigeminy: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_Trigeminy: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PACs: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PJCs: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PVCs_Multifocal: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Sinus_Rhythm_with_PVCs_Unifocal: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_Normal(p, s.Lead)); return;
case Values.Supraventricular_Tachycardia: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_SVT(p, s.Lead)); return;
case Values.Ventricular_Fibrillation_Coarse: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_VF(p, s.Lead, 0.7f)); return;
case Values.Ventricular_Fibrillation_Fine: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_VF(p, s.Lead, 0.1f)); return;
case Values.Ventricular_Standstill: return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulsed: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_VT(p, s.Lead)); return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulseless: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_VT(p, s.Lead)); return;
case Values.Ventricular_Tachycardia_Polymorphic: s.Overwrite(Rhythm.Waveforms.ECG_Complex__QRST_VF(p, s.Lead, 1f)); return;
}
}
public void ECG_Isoelectric(Patient p, Rhythm.Strip s)
{
switch (Value)
{
case Values.Asystole: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Atrial_Fibrillation: s.Concatenate(Draw.ECG_Isoelectric__Atrial_Fibrillation(p, s.Lead)); return;
case Values.Atrial_Flutter: s.Concatenate(Draw.ECG_Isoelectric__Atrial_Flutter(p, s.Lead)); return;
case Values.AV_Block__1st_Degree: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.AV_Block__3rd_Degree: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.AV_Block__Mobitz_II: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.AV_Block__Wenckebach: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Bundle_Branch_Block: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.CPR_Artifact: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Idioventricular: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Junctional: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Pulseless_Electrical_Activity: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sick_Sinus_Syndrome: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Arrhythmia: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_Arrest: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_Bigeminy: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_Trigeminy: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_PACs: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_PJCs: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_PVCs_Multifocal: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Sinus_Rhythm_with_PVCs_Unifocal: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Supraventricular_Tachycardia: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Fibrillation_Coarse: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Fibrillation_Fine: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Standstill: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulsed: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Tachycardia_Monomorphic_Pulseless: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
case Values.Ventricular_Tachycardia_Polymorphic: s.Concatenate(Draw.Flat_Line(p.GetHR_Seconds, 0f)); return;
}
}
