/// <summary>
/// Process new packets that are related with BioFeedback Variables
/// </summary>
/// <param name="packet"></param>
public void ProcessBioFeedbackPacket(PhysioPacket packet)
{
bool existingVariable = false;
// Check whether the variable was already configured
for (int i = 0; i < bfVariables.Count; i++)
{
// If the variable name already exists...
if (bfVariables[i].name.CompareTo(packet.variableName) == 0)
{
existingVariable = true;
bfVariables[i].values.Add(packet.value);
break;
}
}
// New variable to save
if (!existingVariable)
{
BiofeedbackVariable newBfVariable = new BiofeedbackVariable();
newBfVariable.name = packet.variableName;
newBfVariable.values = new List <float>()
{
packet.value
};
bfVariables.Add(newBfVariable);
}
}
private void AdaptationNotified(PhysioPacket packet)
{
currentValueText.text = packet.value.ToString("F2");
Debug.Log("Adaptation notified: " + packet.variableName + "=" + packet.value);
CalculateDayLightAdaptation(packet.value, packet.baseline, packet.target);
}
private void CalculationFinished(CalculationJob.ProcessingPacket packet)
{
Debug.Log("Calculation Finished: " + packet.processedVariable + "," + packet.result.ToString("F2"));
switch (packet.typeOfProcessing)
{
case CalculationJob.TypeOfProcessing.BaselineCalculation:
calculatedBaseline = packet.result;
// Baseline depending on type of adaptation
if (adaptationGoal == AdaptationGoalOptions.DecreaseHR && packet.mathOperation == CalculationJob.MathOperation.Mean)
{
calculatedTarget = (1.0f - thresholdDecreaseHR) * calculatedBaseline;
}
else if (adaptationGoal == AdaptationGoalOptions.MaximizeHRV && packet.mathOperation == CalculationJob.MathOperation.MaxMinDifference)
{
calculatedTarget = (1.0f + thresholdMaximizeHRV) * calculatedBaseline;
}
OnPhysioBaselineSet(calculatedBaseline, calculatedTarget);
OnCurrentTaskChanged("Baseline finished... Variable: " + packet.processedVariable +
" New baseline= " + calculatedBaseline.ToString("F1") + "]\n" +
" New target= " + calculatedTarget.ToString("F1"));
break;
case CalculationJob.TypeOfProcessing.AdaptationCalculation:
adaptationPacket = new PhysioPacket();
adaptationPacket.variableName = packet.processedVariable;
adaptationPacket.value = packet.result;
adaptationPacket.baseline = calculatedBaseline;
adaptationPacket.target = calculatedTarget;
// Send adaptation values to be processed by receiver
OnPhysioAdaptationNotified(adaptationPacket);
OnCurrentTaskChanged("Calculation finished... New adaptation: [" + adaptationPacket.variableName + "=" + adaptationPacket.value + "]");
break;
}
StartCoroutine(LockCurrentTaskMessage(1.5f, UnlockCurrentTaskMessage));
}
