public TimeStampedFloatList RetrieveNewSCLValues()
{
TimeStampedFloatList values = NewSCLValues;
NewSCLValues = null;
return(values);
}
void DebugLogValues(string prefix, TimeStampedFloatList values)
{
foreach (TimeStampedValue<float> val in values) {
Debug.Log(prefix + " " +
HiResTiming.getDateTimeForTimestamp(val.TimeStamp).ToString("o")
+ " " + val.Value);
}
}
void DebugLogValues(string prefix, TimeStampedFloatList values)
{
foreach (TimeStampedValue <float> val in values)
{
Debug.Log(prefix + " " +
HiResTiming.getDateTimeForTimestamp(val.TimeStamp).ToString("o")
+ " " + val.Value);
}
}
public void EMGUpdated(TimeStampedFloatList values)
{
foreach (TimeStampedValue <float> val in values)
{
if (emgGraph != null)
{
emgGraph.AddPoint(val.TimeStamp, val.Value);
}
}
}
public void SCLUpdated(TimeStampedFloatList values)
{
foreach (TimeStampedValue <float> val in values)
{
eSCLvalueData = val.Value;
if (sclGraph != null)
{
sclGraph.AddPoint(val.TimeStamp, eSCLvalueData);
}
//WriteEHealthArduinoDataFile("GSR", eSCLvalueData, val.TimeStamp);
}
}
public void ECGUpdated(TimeStampedFloatList values)
{
foreach (TimeStampedValue <float> val in values)
{
rawECGData = val.Value;
if (ecgGraph != null)
{
ecgGraph.AddPoint(val.TimeStamp, rawECGData);
}
timeAtDataPoint = Time.realtimeSinceStartup;
//WriteEHealthArduinoDataFile("rawECG", rawECGData, val.TimeStamp);
WriteEHealthArduinoDataFile2("rawECG", rawECGData, timeAtDataPoint); //Write to data file in format: Time(sec), ECGdata
}
}
private void InitLists()
{
if (NewECGValues == null)
{
NewECGValues = new TimeStampedFloatList();
}
if (NewEMGValues == null)
{
NewEMGValues = new TimeStampedFloatList();
}
if (NewSCLValues == null)
{
NewSCLValues = new TimeStampedFloatList();
}
}
void Update()
{
TimeStampedValue <string>[] values = ehReader.RetrieveData();
if (values.Length > 0)
{
ehParser.ParseValues(values);
// now retrieve the newest timestampedvalues for EMG, SCL, ECG and trigger events
TimeStampedFloatList emgValues = ehParser.RetrieveNewEMGValues();
TimeStampedFloatList ecgValues = ehParser.RetrieveNewECGValues();
TimeStampedFloatList sclValues = ehParser.RetrieveNewSCLValues();
//DebugLogValues("EMG", emgValues);
//DebugLogValues("ECG", ecgValues);
//DebugLogValues("SCL", sclValues);
EMGUpdated.Invoke(emgValues);
ECGUpdated.Invoke(ecgValues);
SCLUpdated.Invoke(sclValues);
}
}
void GenerateFloatEvent(TimeStampedFloatDataEvent dataEvent, TimeStampedFloatList values)
{
if (values != null & values.Count > 0) {
dataEvent.Invoke(values);
}
}
public void SCLUpdated(TimeStampedFloatList values)
{
foreach (TimeStampedValue<float> v in values) {
GSR = v.Value;
if (GSR > GSRMax) {
GSRMax = GSR;
} else if (GSR < GSRMin) {
GSRMin = GSR;
}
if (saveData) {
System.IO.File.AppendAllText (EDAPath, PhySigTK.HiResTiming.getDateTimeForTimestamp (v.TimeStamp) + " " + v.Value + " " + sceneManager.scene.ToString () + " " + sceneManager.currentSegment + Environment.NewLine);
}
if (currentSegment != null && currentSegment.isRecording) {
currentSegment.AddRecording (frequency, EMG);
}
if (gatheringBaseline) {
GSRs.Add (GSR);
}
}
}
public void EMGSmileUpdated(TimeStampedFloatList values)
{
foreach (TimeStampedValue<float> v in values) {
EMGSmile = v.Value;
if (EMGSmile > EMGSmileMax) {
EMGSmileMax = EMGSmile;
} else if (EMGSmile < EMGSmileMin) {
EMGSmileMin = EMGSmile;
}
EMGUpdated (MapToOne (EMGBrow, EMGBrowMin, EMGBrowMax), MapToOne (EMGSmile, EMGSmileMin, EMGSmileMax), v.TimeStamp);
}
}
public TimeStampedFloatList RetrieveNewSCLValues()
{
TimeStampedFloatList values = NewSCLValues;
NewSCLValues = null;
return values;
}
private void InitLists()
{
if (NewEMGValues == null) {
NewEMGValues = new TimeStampedFloatList();
}
if (NewECGValues == null) {
NewECGValues = new TimeStampedFloatList();
}
if (NewSCLValues == null) {
NewSCLValues = new TimeStampedFloatList();
}
if (NewSCRValues == null) {
NewSCRValues = new TimeStampedBoolList();
}
}
