public void Reset()
{
IterationCount = 0;
State = GestureState.None;
Timestamp = 0;
StartPosition = RPosition.None;
CurrentPosition = RPosition.None;
}
public void StopRecording()
{
EIT?.CompleteAdding();
ECG?.CompleteAdding();
SystemEvents?.StopRecording();
RPosition?.StopRecording();
Tags?.StopRecording();
RecordingInProgress = false;
}
public Task StartLogging(AcquisitionProtocolParameters acquisitionProtocol)
{
EIT = new EIT(RecordNumber++, EITDefaultChunkSize, acquisitionProtocol.AsJson(), fileId, groupEIT, Logger);
//var acquisitionInformation = new AcquisitionInformation(acquisitionProtocol, fileId, groupEIT, Logger);
//acquisitionInformation.FlushDataAndCloseObject();
ECG = new ECG(fileId, groupRoot, ECGDefaultChunkSize, (int)acquisitionProtocol.ScanDescription.EcgParams.SampleRate, Logger);
SystemEvents.StartLogging();
RPosition.StartLogging();
Tags.StartLogging();
return(Task.CompletedTask);
}
private async Task CloseHandles()
{
ProcedureInformation.FlushDataAndCloseObject();
SystemInformation.FlushDataAndCloseObject();
CalibrationGroup.FlushDataAndCloseObject();
//wait for writing all data before resetting
if (EIT != null)
{
await EIT.WaitForDataWritten();
EIT.Dispose();
}
if (ECG != null)
{
await ECG.WaitForDataWritten();
ECG.Dispose();
}
if (SystemEvents != null)
{
await SystemEvents.WaitForDataWritten();
SystemEvents.Dispose();
}
if (RPosition != null)
{
await RPosition.WaitForDataWritten();
RPosition.Dispose();
}
if (Tags != null)
{
await Tags.WaitForDataWritten();
Tags.Dispose();
}
if (UserEventsGroup != null)
{
await UserEventsGroup.WaitForDataWritten();
UserEventsGroup.Dispose();
}
await Task.CompletedTask;
}
public void UpdatePosition(RPosition position, long timestamp)
{
if (CurrentPosition != position)
{
if (position == RPosition.Start)
{
if (State != GestureState.InProgress)
{
State = GestureState.InProgress;
IterationCount = 0;
StartPosition = position;
}
}
IterationCount++;
CurrentPosition = position;
Timestamp = timestamp;
}
}
public void AppendRPosition(RPositionsMessagePack rPositions) => RPosition.Enqueue(rPositions);
