public static void Send_OnStringReceived(ExciteOMeter.DataType type, float timestamp, string message, MarkerLabel label = MarkerLabel.CUSTOM_MARKER)
{
if (OnStringReceived != null)
{
OnStringReceived(type, timestamp, message, label);
}
}
public static void Send_OnStreamDisconnected(ExciteOMeter.DataType dataType)
{
if (OnStreamDisconnected != null)
{
OnStreamDisconnected(dataType);
}
}
public static void Send_OnDataReceived(ExciteOMeter.DataType dataType, float timestamp, float value)
{
if (OnDataReceived != null)
{
OnDataReceived(dataType, timestamp, value);
}
}
private void AddToBuffer(ExciteOMeter.DataType type, float timestamp, float value)
{
if (type == incomingDataType)
{
timestamps.Add(timestamp);
dataBuffer.Add(value);
// Increase counter of samples
elapsedSamples = dataBuffer.Count;
}
}
private void ExciteOMeterDataReceived(ExciteOMeter.DataType type, float timestamp, float value)
{
// Only process data when a file is configured
if (!isConfigured)
{
return;
}
Values.timeseries[type].timestamp.Add(timestamp);
Values.timeseries[type].value.Add(value);
}
void ProcessStringLog(ExciteOMeter.DataType type, float timestamp, string message, MarkerLabel label)
{
bool written = LoggerController.instance.WriteLine(LogName.EventsAndMarkers,
ExciteOMeterManager.ConvertFloatToString(timestamp) + "," +
type.ToString() + "," +
message + "," +
label.ToString());
if (!written)
{
Debug.LogWarning("The Logger Controller has not been setup to store strings. Please setup a file with LogID EventsAndMarkers.");
}
}
public static void Send_OnDataArrayReceived(ExciteOMeter.DataType dataType, float timestamp, float[] array)
{
if (OnDataArrayReceived != null)
{
OnDataArrayReceived(dataType, timestamp, array);
}
//{
// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// TEMP
// if (dataType == DataType.Headset_array)
// {
// string t = ", |" + array[7].ToString("f0") + ";" + array[8].ToString("f0") + ";" + array[9].ToString("F0");
// Debug.Log("EVENT OnDataArrayReceived: " + t);
// }
// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// TEMP
//}
}
private void ExciteOMeterDataReceived(ExciteOMeter.DataType type, float timestamp, float value)
{
// Only process data when a file is configured
if (!isConfigured)
{
return;
}
try
{
Values.timeseries[type].timestamp.Add(timestamp);
Values.timeseries[type].value.Add(value);
}
catch (Exception)
{
Debug.Log("Omitted data point > Data Type: " + type.ToString() + " - Timestamp: " + timestamp + " - Value: " + value);
}
}
private void AddToBufferArray(ExciteOMeter.DataType type, float timestamp, float[] values)
{
if (type == incomingDataType)
{
timestamps.Add(timestamp);
dataBufferArray.Add((float[])values.Clone()); // If I don't make a copy, it refers to the same position in memory.
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// TEMP
//if (type == DataType.Headset_array)
//{
// string t = "";
// foreach (float[] d in dataBufferArray)
// t += ", |" + d[7].ToString("f0") + ";" + d[8].ToString("f0") + ";" + d[9].ToString("F0");
// Debug.Log("feature logname: " + logIdentifier + "headset_array data: " + t);
//}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// TEMP
// Increase counter of samples
elapsedSamples = dataBufferArray.Count;
}
}
