public void NextStep(int optProg = -1)
{
StepChangeRequest?.Invoke(this, new EventArgs());
int pFrom = CurrentIndex;
if (optProg < 0 || optProg >= Current.Progressions.Count) // Default Progression
{
CurrentIndex = Current.ProgressTo >= 0
? Current.ProgressTo
: System.Math.Min(CurrentIndex + 1, Steps.Count - 1);
}
else // Optional Progression
{
CurrentIndex = Current.Progressions [optProg].DestinationIndex;
}
if (pFrom != CurrentIndex) // If the actual step Index changed
{
Current.ProgressFrom = pFrom;
CopyDeviceStatus(Steps [pFrom].Patient, Current.Patient);
Steps [pFrom].Patient.Deactivate(); // Additional unlinking of events and timers!
}
// Init step regardless of whether step Index changed; step may have been deactivated by StepChangeRequest()
SetTimer();
Current.Patient.Activate();
// Trigger events for loading current Patient, and trigger propagation to devices
StepChanged?.Invoke(this, new EventArgs());
Current.Patient.OnPatientEvent(Patient.PatientEventTypes.Vitals_Change);
}
public void SetStep(int incIndex)
{
StepChangeRequest?.Invoke(this, new EventArgs());
int pFrom = CurrentIndex;
CurrentIndex = II.Math.Clamp(incIndex, 0, Steps.Count - 1);
if (pFrom != CurrentIndex) // If the actual step Index changed
{
CopyDeviceStatus(Steps [pFrom].Patient, Current.Patient);
Steps [pFrom].Patient.Deactivate(); // Additional unlinking of events and timers!
}
// Init step regardless of whether step Index changed; step may have been deactivated by StepChangeRequest()
SetTimer();
Current.Patient.Activate();
// Trigger events for loading current Patient, and trigger propagation to devices
StepChanged?.Invoke(this, new EventArgs());
Current.Patient.OnPatientEvent(Patient.PatientEventTypes.Vitals_Change);
}