/// <summary>
/// Override this method to implement whatever should happen with the samples...
/// IMPORTANT: Avoid heavy processing logic within this method, update a state and use
/// coroutines for more complexe processing tasks to distribute processing time over
/// several frames
/// </summary>
/// <param name="newSample"></param>
/// <param name="timeStamp"></param>
protected override void Process(float[] newSample, double timeStamp)
{
//TODO: Use the timestamp from the sensor, which is in nanoseconds.
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), newSample[0]);
LoggerController.instance.WriteLine(LogName.VariableRrInterval, ExciteOMeterManager.GetTimestampString() + "," + ExciteOMeterManager.ConvertFloatToString(newSample[0]));
}
void TimeBasedCalculation()
{
// New window time is the original window time minus overlapping window. Set elapsed time in proportional position.
elapsedWindowTime = windowTime * overlappingFraction;
// Check that data is available
if (timestamps.Count == 0 && dataBuffer.Count == 0)
{
ExciteOMeterManager.LogInFile("No incoming data " + incomingDataType.ToString() + " was found to calculate feature " + outputDataType.ToString());
return;
}
// Calculate feature
featureValue = CalculateFeature(timestamps.ToArray(), dataBuffer.ToArray());
// Send events and log in file
ExciteOMeterManager.DebugLog("A new feature was calculated in " + outputDataType.ToString() + ": " + timestamps[timestamps.Count - 1] + ", " + featureValue.ToString());
EoM_Events.Send_OnDataReceived(outputDataType, timestamps[timestamps.Count - 1], featureValue);
LoggerController.instance.WriteLine(logIdentifier, timestamps[timestamps.Count - 1] + "," + featureValue.ToString());
// Rearrange overlap in signal
// Overlap should not be greater than 95%, because it would generate very often feature calculations that might affect performance.
int elementsToDelete = (int)(Mathf.Clamp(1.0f - (overlappingFraction), 0f, 0.95f) * dataBuffer.Count);
timestamps.RemoveRange(0, elementsToDelete);
dataBuffer.RemoveRange(0, elementsToDelete);
}
// JUST CALLED BY ExciteOMeterManager WHEN POST-PROCESSING IS FINISHED.
public void FinalStopLogSession()
{
// Logging is finished
currentlyLogging = false;
ExciteOMeterManager.SetCurrentlyRecordingVariable(false);
// Notify everyone before closing logs.
// Specially for feature calculation that matches length of input data before log is closed.
EoM_Events.Send_OnLoggingStateChanged(currentlyLogging);
// STOP LOGGING
SetLoggingState(false);
CloseLogFiles();
// Create JSON
SessionVariablesController.instance.StopCurrentSession();
if (recordingScreenshots)
{
ScreenRecorder.instance.StopScreenRecorder();
}
// Allow custom events from the end user
ExciteOMeterManager.instance.OnStopSessionLog.Invoke();
}
/// <summary>
/// Override this method to implement whatever should happen with the samples...
/// IMPORTANT: Avoid heavy processing logic within this method, update a state and use
/// coroutines for more complexe processing tasks to distribute processing time over
/// several frames
/// </summary>
/// <param name="newSample"></param>
/// <param name="timeStamp"></param>
protected void Process2(int numSamples, int[,] newSamples, double[] timeStamps)
//protected override void Process(int numSamples, int[,] newSamples, double[] timeStamps)
{
ExciteOMeterManager.DebugLog("ECG NumSamples: " + numSamples);
// pull as long samples are available
for (int i = 0; i < numSamples; i++)
{
if (newSamples[0, i] > 1.0e7) // Check values with bad parsing
{
ExciteOMeterManager.DebugLog("Error parsing value: " + BitConverter.ToString(BitConverter.GetBytes(newSamples[0, i])) + ", " + newSamples[0, i].ToString("F2"));
continue;
}
else
{
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), newSamples[0, i]);
LoggerController.instance.WriteLine(LogName.VariableRawECG, newSamples[0, i].ToString("F0") + "," + newSamples[0, i].ToString("F0"));
}
}
// Debug.Log($"Receiving from stream {StreamName}, first sample {newSample[0]}");
//TODO: The event only sends float[], all samples need to be parsed to float
// EoM_Events.Send_OnDataReceived(VariableType, new float[1]{(float) newSample[0]});
//LoggerController.instance.WriteLine(LogName.VariableRawECG, timestamp.ToString("F0") + "," + newSample[0].ToString("F0"));
}
/// <summary>
/// Calculate feature value from a unidimensional sample-based feature
/// </summary>
void SampleBasedCalculation()
{
// Check that data is available
if (timestamps.Count == 0 && dataBuffer.Count == 0)
{
// ExciteOMeterManager.DebugLog("No timestamps or data were found to calculate features");
ExciteOMeterManager.LogInFile("No incoming data " + incomingDataType.ToString() + " was found to calculate feature " + outputDataType.ToString());
return;
}
// Calculate feature
featureValue = CalculateFeature(timestamps.ToArray(), dataBuffer.ToArray());
// Calculate offset of timestamp that corresponds to the calculated feature (# displacements to the left in timestamps)
// Examples: Assume `sampleBuffer=5`
// If `offsetSamplesTimestamp=0`, t for calculated feature is [t-4,t-3,...,t]
// If `offsetSamplesTimestamp=3`, t for calculated feature is [t-1,t,t+1,t+2,t+3]
indexOffsetForTimestamp = sampleBuffer - offsetSamplesTimestamp - 1;
// Send events and log in file
ExciteOMeterManager.DebugLog("A new feature was calculated in " + outputDataType.ToString() + ": " + timestamps[indexOffsetForTimestamp] + ", " + featureValue.ToString());
// Flag to know if it is the first calculation of the feature.
// If so, the new feature has to match all the timestamps existing before the first timestamp of the feature.
if (matchLengthOfInputSignal)
{
if (isFirstCalculatedFeature)
{
isFirstCalculatedFeature = false;
idxStartRepeating = 0; // No previous data in array, repeat from beginning of input timestamps.
}
else
{
// CASE: Match length and buffer already contains data from previous window
// Based on overlap and offset, the position where to start repeating timestamps is the following formula.
idxStartRepeating = overlappingSamples - offsetSamplesTimestamp;
}
// Fill the previous timestamps of the input signal with the same value of this feature.
for (int i = idxStartRepeating; i <= indexOffsetForTimestamp; i++)
{
// Write in files to collect data corresponding to
EoM_Events.Send_OnDataReceived(outputDataType, timestamps[i], featureValue);
LoggerController.instance.WriteLine(logIdentifier, ExciteOMeterManager.ConvertFloatToString(timestamps[i]) + "," + ExciteOMeterManager.ConvertFloatToString(featureValue));
}
}
else
{
Debug.LogWarning("Error calculating feature. Matching sampling error: logIdentifier" + logIdentifier.ToString());
//// CASE: DO NOT MATCH LENGTH OF INPUT SIGNAL, BUT USE TIMESTAMP DIFFERENT THAN LAST SAMPLE
//EoM_Events.Send_OnDataReceived(outputDataType, timestamps[indexOffsetForTimestamp], featureValue);
//LoggerController.instance.WriteLine(logIdentifier, ExciteOMeterManager.ConvertFloatToString(timestamps[indexOffsetForTimestamp]) + "," + ExciteOMeterManager.ConvertFloatToString(featureValue));
}
// Rearrange overlap in signal
elementsToDelete = sampleBuffer - overlappingSamples;
timestamps.RemoveRange(0, elementsToDelete);
dataBuffer.RemoveRange(0, elementsToDelete);
}
/// <summary>
/// Override this method to implement whatever should happen with the samples...
/// IMPORTANT: Avoid heavy processing logic within this method, update a state and use
/// coroutines for more complexe processing tasks to distribute processing time over
/// several frames
/// </summary>
/// <param name="newSample"></param>
/// <param name="timeStamp"></param>
protected override void Process(short[] newSample, double timeStamp)
{
//TODO: The event only sends float[], all samples need to be parsed to float
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), (float)newSample[0]);
LoggerController.instance.WriteLine(LogName.VariableHeartRate, ExciteOMeterManager.GetTimestampString() + "," + ExciteOMeterManager.ConvertFloatToString(newSample[0], 0));
}
void PostProcessing()
{
if (isSampleBasedFeature && matchLengthOfInputSignal)
{
// CASE: Match length of input signal, recording has finished but input signal is larger than features.
// This saves in the log the number of lines remaining to match the length of the input.
idxStartRepeating = isFirstCalculatedFeature? 0 : (overlappingSamples - offsetSamplesTimestamp);
for (int i = idxStartRepeating; i < timestamps.Count; i++)
{
// Write in files to collect data corresponding to
EoM_Events.Send_OnDataReceived(outputDataType, timestamps[i], featureValue);
LoggerController.instance.WriteLine(logIdentifier, timestamps[i] + "," + featureValue.ToString());
}
}
////////////// POSTPROCESSING
// Postprocessing control
instancesFinishedPostprocessing++;
if (instancesFinishedPostprocessing == numInstances)
{
// All feature extraction have finished postprocessing
ExciteOMeterManager.instance.PostProcessingExciteOMeterLevel();
// Reset
instancesFinishedPostprocessing = 0;
}
}
protected virtual void OnStreamAvailable()
{
EoM_Events.Send_OnStreamConnected(VariableType);
// decide what happens when the stream gets available
pullSamplesContinuously = true;
}
/// <summary>
/// Override this method to implement whatever should happen with the samples...
/// IMPORTANT: Avoid heavy processing logic within this method, update a state and use
/// coroutines for more complexe processing tasks to distribute processing time over
/// several frames
/// </summary>
/// <param name="newSample"></param>
/// <param name="timeStamp"></param>
protected override void Process(short[] newSample, double timeStamp)
{
//TODO: The event only sends float[], all samples need to be parsed to float
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), (float)newSample[0]);
Debug.Log("hello from the OG Script");
LoggerController.instance.WriteLine(LogName.VariableHeartRate, ExciteOMeterManager.GetTimestamp().ToString("F6") + "," + newSample[0].ToString("F0"));
Debug.Log(newSample);
}
// Update is called once per frame
void Update()
{
if (!active)
{
return;
}
// Timer control
elapsedTime += Time.deltaTime;
// Emulate connection disconnection HR
if (sendHR && !previousSendHR)
{
EoM_Events.Send_OnStreamConnected(DataType.HeartRate);
}
else if (!sendHR && previousSendHR)
{
EoM_Events.Send_OnStreamDisconnected(DataType.HeartRate);
}
// Emulate connection disconnection RRi
if (sendRrI && !previousSendRRi)
{
EoM_Events.Send_OnStreamConnected(DataType.RRInterval);
}
else if (!sendRrI && previousSendRRi)
{
EoM_Events.Send_OnStreamDisconnected(DataType.RRInterval);
}
// Send data each "sendingPeriod"
if (elapsedTime >= sendingPeriod)
{
// Reset timer for next event
elapsedTime = 0.0f;
// Calculate new random values
randomVariation = Random.Range(-variance, variance);
// Setup new random values. If HR increases, RRi should decrease.
HR += HR * randomVariation;
RRi -= RRi * randomVariation * Random.Range(1.0f, 3.0f);
// Send events
float HRf = (float)Mathf.RoundToInt(HR);
EoM_Events.Send_OnDataReceived(DataType.HeartRate, ExciteOMeterManager.GetTimestamp(), HRf);
LoggerController.instance.WriteLine(LogName.VariableHeartRate, ExciteOMeterManager.GetTimestamp().ToString("F6") + "," + HR.ToString("F0"));
EoM_Events.Send_OnDataReceived(DataType.RRInterval, ExciteOMeterManager.GetTimestamp(), RRi);
LoggerController.instance.WriteLine(LogName.VariableRrInterval, ExciteOMeterManager.GetTimestamp().ToString("F6") + "," + RRi.ToString("F3"));
}
// To detect changes in runtime
previousSendHR = sendHR;
previousSendRRi = sendRrI;
}
public void StopLogSession()
{
if (currentlyLogging)
{
// NOTE: The final stop is given in `FinalStopLogSession`
// by ExciteOMeterManager when EoM level is calculated
// This is executed between the stop session and allowing control from the user.
EoM_Events.Send_OnPostProcessingStarted();
}
}
public void StopLogSession()
{
if (currentlyLogging)
{
// NOTE: The final stop is given in `FinalStopLogSession`
// by ExciteOMeterManager when EoM level is calculated
// This is a type of pre-stop session
EoM_Events.Send_OnPostProcessingStarted();
}
}
////// MARKERS UI
public void CreateManualMarker(string defaultText, MarkerLabel markerLabel = MarkerLabel.CUSTOM_MARKER)
{
EoM_Events.Send_OnStringReceived(DataType.ManualMarkers, ExciteOMeterManager.GetTimestamp(), defaultText);
LogMessageUI.instance.WriteConsoleText("New custom marker at " + ExciteOMeterManager.GetTimestampString(2) + " with message " + defaultText);
GameObject go = Instantiate(instanceMarkerPrefab, markersParent);
CustomMarkerScriptUI script = go.GetComponent <CustomMarkerScriptUI>();
script.Setup(ExciteOMeterManager.GetTimestamp(), defaultText, markerLabel);
// sessionMarkers.Add(script); // Used to keep record of existing session markers
LoggerController.instance.SaveScreenshot();
}
IEnumerator SendDataEventsMovement(float timestamp)
{
if (transformArray.Length != typesTransformArray.Length)
{
Debug.LogError("The movement arrays are not the same length");
}
for (int i = 0; i < transformArray.Length; i++)
{
EoM_Events.Send_OnDataReceived(typesTransformArray[i], timestamp, transformArray[i]);
yield return(null);
}
}
// In case it is inheriting from InletIntSample instead of InletIntChunk
// protected void Process2(int[] newSample, double timestamp)
protected override void Process(int[] newSample, double timestamp)
{
// Debug.Log($"Receiving from stream {StreamName}, first sample {newSample[0]}");
//TODO: The event only sends float[], all samples need to be parsed to float
if (newSample[0] > 1.0e7) // Check values with bad parsing
{
Debug.Log("Error parsing value ECG: " + BitConverter.ToString(BitConverter.GetBytes(newSample[0])) + ", " + newSample[0].ToString("F2"));
}
else
{
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), newSample[0]);
LoggerController.instance.WriteLine(LogName.VariableRawECG, timestamp.ToString("F0") + "," + newSample[0].ToString("F0"));
}
}
public bool SaveScreenshot()
{
if (!recordingScreenshots)
{
return(false);
}
string screenshot_filepath = ScreenRecorder.instance.CaptureScreenshot();
if (screenshot_filepath == null)
{
return(false);
}
// Screenshot was successful
EoM_Events.Send_OnStringReceived(DataType.Screenshots, ExciteOMeterManager.GetTimestamp(), screenshot_filepath, MarkerLabel.NONE);
return(true);
}
/// <summary>
/// Override this method to implement whatever should happen with the samples...
/// IMPORTANT: Avoid heavy processing logic within this method, update a state and use
/// coroutines for more complexe processing tasks to distribute processing time over
/// several frames
/// </summary>
/// <param name="newSample"></param>
/// <param name="timeStamp"></param>
protected override void Process(int[] newSample, double timestamp)
{
//Assuming that a sample contains at least 3 values for x,y,z
// Debug.Log($"Receiving from stream {StreamName}, first sample {newSample[0]}");
if (newSample[0] > 1.0e7) // Check values with bad parsing
{
ExciteOMeterManager.DebugLog("Error parsing value ACC: " + BitConverter.ToString(BitConverter.GetBytes(newSample[0])) + ", " + newSample[0].ToString("F2"));
}
else
{
//EoM_Events.Send_OnDataReceived(VariableType, new float[3]{(float) newSample[0], (float) newSample[1], (float) newSample[2]});
// TODO: The event for ACC should be a different delegate receiving float[] instead of single float.
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), (float)newSample[0]);
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), (float)newSample[1]);
EoM_Events.Send_OnDataReceived(VariableType, ExciteOMeterManager.GetTimestamp(), (float)newSample[2]);
LoggerController.instance.WriteLine(LogName.VariableRawACC, timestamp.ToString("F2") + "," + newSample[0].ToString("F0") + "," + newSample[1].ToString("F0") + "," + newSample[2].ToString("F0"));
}
}
public void StartLogSession()
{
if (!currentlyLogging)
{
// Allow custom events from the end user
ExciteOMeterManager.instance.OnStartSessionLog.Invoke();
currentlyLogging = true;
ExciteOMeterManager.SetCurrentlyRecordingVariable(true);
// START LOGGING
SetLoggingState(true);
// Creates directory and files for CSV logging
SetupNewLog();
// Setups a JSON file to be saved in the same directory
SessionVariablesController.instance.SetupNewSession(thisLogPath);
// SEND EoM Event
EoM_Events.Send_OnLoggingStateChanged(currentlyLogging);
}
}
////////////// MULTIDIMENSIONAL FEATURES
/// <summary>
/// Calculate features from a MULTIDIMENSIONAL sample-based feature
/// </summary>
void SampleBasedCalculationArray()
{
// Check that data is available
if (timestamps.Count == 0 && dataBufferArray.Count == 0)
{
// ExciteOMeterManager.DebugLog("No timestamps or data were found to calculate features");
ExciteOMeterManager.LogInFile("No incoming data " + incomingDataType.ToString() + " was found to calculate feature " + outputDataType.ToString());
return;
}
// Calculate feature
featureArray = CalculateFeatureArray(timestamps.ToArray(), dataBufferArray.ToArray());
// Calculate offset of timestamp that corresponds to the calculated feature (# displacements to the left in timestamps)
// Examples: Assume `sampleBuffer=5`
// If `offsetSamplesTimestamp=0`, t for calculated feature is [t-4,t-3,...,t]
// If `offsetSamplesTimestamp=3`, t for calculated feature is [t-1,t,t+1,t+2,t+3]
indexOffsetForTimestamp = sampleBuffer - offsetSamplesTimestamp - 1;
// Send events and log in file
ExciteOMeterManager.DebugLog("A new feature was calculated in " + outputDataType.ToString() + ": " + timestamps[indexOffsetForTimestamp] + ", Length: " + featureArray.Length.ToString());
// Flag to know if it is the first calculation of the feature.
// If so, the new feature has to match all the timestamps existing before the first timestamp of the feature.
if (matchLengthOfInputSignal)
{
if (isFirstCalculatedFeature)
{
isFirstCalculatedFeature = false;
idxStartRepeating = 0; // No previous data in array, repeat from beginning of input timestamps.
}
else
{
// CASE: Match length and buffer already contains data from previous window
// Based on overlap and offset, the position where to start repeating timestamps is the following formula.
idxStartRepeating = overlappingSamples - offsetSamplesTimestamp;
}
// Get the DataType for each of the features that are calculated
DataType[] featureDataTypes = Constants.SubsetOfFeaturesTransformDataTypes(logIdentifier);
// Fill the previous timestamps of the input signal with the same value of this feature.
for (int i = idxStartRepeating; i <= indexOffsetForTimestamp; i++)
{
// Write in files to collect data corresponding to
// Create string to save in CSV
string featureArrayText = "";
foreach (float v in featureArray)
{
featureArrayText += "," + ExciteOMeterManager.ConvertFloatToString(v, 4);
}
bool logIsWriting = LoggerController.instance.WriteLine(logIdentifier, ExciteOMeterManager.ConvertFloatToString(timestamps[i]) + featureArrayText);
if (!logIsWriting)
{
Debug.LogWarning("Error writing movement data. Please setup LoggerController with a file with LogID is" + logIdentifier.ToString());
}
//// --------- TODO
//// Send an event with the multidimensional data for the receivers taht can handle multidimensionality
//EoM_Events.Send_OnDataArrayReceived(outputDataType, timestamps[i], featureArray);
//// Visualizer is designed to analyze unidimensional data, therefore multidimensional needs to be sent one by one to the system
//StartCoroutine(SendDataEventsMovement(ExciteOMeterManager.GetTimestamp()));
// BUG: Sending events from the coroutine does not seem to be received...
// ---------
// If the above works, delete the remaining code!! ----------------------
if (featureDataTypes.Length != featureArray.Length)
{
Debug.LogError("Mismatch between the calculated array of features and the expected, in feature with logIdentifier" + logIdentifier);
return;
}
for (int j = 0; j < featureArray.Length; j++)
{
EoM_Events.Send_OnDataReceived(featureDataTypes[j], timestamps[i], featureArray[j]);
}
/// --------------------------------------------------------
}
}
else
{
// CASE: DO NOT MATCH LENGTH OF INPUT SIGNAL, BUT USE TIMESTAMP DIFFERENT THAN LAST SAMPLE
EoM_Events.Send_OnDataReceived(outputDataType, timestamps[indexOffsetForTimestamp], featureValue);
LoggerController.instance.WriteLine(logIdentifier, ExciteOMeterManager.ConvertFloatToString(timestamps[indexOffsetForTimestamp]) + "," + ExciteOMeterManager.ConvertFloatToString(featureValue));
}
// Rearrange overlap in signal
elementsToDelete = sampleBuffer - overlappingSamples;
timestamps.RemoveRange(0, elementsToDelete);
dataBufferArray.RemoveRange(0, elementsToDelete);
}
public void FixedUpdate()
{
if (isConfigured && ExciteOMeterManager.currentlyRecordingSession)
{
// Timer control
elapsedTime += Time.fixedDeltaTime;
// Send data each "sendingPeriod"
if (elapsedTime >= sendingPeriod)
{
// Reset timer for next event
elapsedTime = 0.0f;
// Define array
transformArray[0] = objectToTrack.position.x;
transformArray[1] = objectToTrack.position.y;
transformArray[2] = objectToTrack.position.z;
transformArray[3] = objectToTrack.localRotation.w; // Quaternion without axis.
transformArray[4] = objectToTrack.localRotation.x; // Q in the axis i
transformArray[5] = objectToTrack.localRotation.y; // Q in the axis j
transformArray[6] = objectToTrack.localRotation.z; // Q in the axis k
transformArray[7] = objectToTrack.localEulerAngles.x; // Pitch (up-down)
transformArray[8] = objectToTrack.localEulerAngles.y; // Yaw (left-right)
transformArray[9] = objectToTrack.localEulerAngles.z; // Roll (towards shoulders)
// Create string to save in CSV
transformArrayText = "";
foreach (float v in transformArray)
{
transformArrayText += "," + ExciteOMeterManager.ConvertFloatToString(v, 4);
}
logIsWriting = LoggerController.instance.WriteLine(logToWrite, ExciteOMeterManager.GetTimestampString() + transformArrayText);
if (!logIsWriting)
{
Debug.LogWarning("Error writing movement data. Please setup LoggerController with a file with LogID is" + logToWrite.ToString());
}
//Debug.Log("Sending Movement from " + gameObject.name + " > " + transformArrayText);
// Send an event with the multidimensional data for the receivers taht can handle multidimensionality
EoM_Events.Send_OnDataArrayReceived(DataType.Headset_array, ExciteOMeterManager.GetTimestamp(), transformArray);
// Send values individually, because they need to be stored in the .json file as unidimensional data, so that they can be visualized
// --------- TODO
//// Visualizer is designed to analyze unidimensional data, therefore multidimensional needs to be sent one by one to the system
//StartCoroutine(SendDataEventsMovement(ExciteOMeterManager.GetTimestamp()));
// BUG: Sending events from the coroutine does not seem to be received...
// ---------
// If the above works, delete the remaining code!! ----------------------
if (transformArray.Length != typesTransformArray.Length)
{
Debug.LogError("The movement arrays are not the same length");
}
for (int i = 0; i < transformArray.Length; i++)
{
EoM_Events.Send_OnDataReceived(typesTransformArray[i], ExciteOMeterManager.GetTimestamp(), transformArray[i]);
}
/// --------------------------------------------------------
}
}
}
public void SendAutomaticMarker2()
{
EoM_Events.Send_OnStringReceived(DataType.AutomaticMarkers, ExciteOMeterManager.GetTimestamp(), "RMSSD > 3*SD", MarkerLabel.ABNORMAL_RMSSD);
LoggerController.instance.SaveScreenshot();
}
public void SetCustomRange()
{
Debug.Log("Custom range");
EoM_Events.Send_SetTimelineRange(UnityEngine.Random.Range(0, 30), UnityEngine.Random.Range(60, 180));
}
IEnumerator StartDelayed()
{
yield return(new WaitForEndOfFrame());
EoM_Events.Send_TimelineRedraw();
}
// Update is called once per frame
void Update()
{
//// OLD INPUT SYSTEM
if (kb[Key.U].wasPressedThisFrame)
{
// Update values and whole timeline
Debug.Log("Updating Timeline");
EoM_Events.Send_TimelineRedraw();
}
if (kb[Key.C].wasPressedThisFrame)
{
// Update values and whole timeline
Debug.Log("Custom range");
EoM_Events.Send_SetTimelineRange(10, 90);
}
if (kb[Key.J].wasPressedThisFrame)
{
// Update values and whole timeline
float value = 3f;
Debug.Log("Value:" + value);
int intvalue = Convert.ToInt32(value);
Debug.Log("Int Value:" + intvalue);
MarkerLabel mlabel = (MarkerLabel)intvalue;
Debug.Log("label:" + mlabel);
Color labelC = ExciteOMeter.Vizualisation.VisualStyle.InstantMarkersColorTable[mlabel];
Debug.Log("Color: " + labelC);
}
if (kb[Key.S].wasPressedThisFrame)
{
// Update values and whole timeline
Debug.Log("Set range");
EoM_Events.Send_SetTimelineRange(0, 300);
}
if (kb[Key.T].wasPressedThisFrame)
{
// Update values and whole timeline
// float newTimestamp = UnityEngine.Random.Range(0f,200f);
float newTimestamp = 60f;
Debug.Log("newTimestamp:" + newTimestamp + " = " + TimeLineHelpers.GetTimeFormat(newTimestamp, true));
EoM_Events.Send_SetTimeMarker(newTimestamp);
}
if (kb[Key.D].wasPressedThisFrame)
{
OfflineAnalysisManager.instance.GenerateDataTypeListMenu();
}
if (kb[Key.G].wasPressedThisFrame)
{
int findindex = ExciteOMeter.Vizualisation.OfflineAnalysisManager.instance.sessions.FindLastIndex(x => x.isLoaded == true);
ExciteOMeter.Vizualisation.Timeline.instance.AddLineGraph(ExciteOMeter.Vizualisation.OfflineAnalysisManager.instance.sessions[findindex], DataType.HeartRate);
}
if (kb[Key.A].wasPressedThisFrame)
{
int findindex = ExciteOMeter.Vizualisation.OfflineAnalysisManager.instance.sessions.FindLastIndex(x => x.isLoaded == true);
ExciteOMeter.Vizualisation.Timeline.instance.AddMarkerGraph(ExciteOMeter.Vizualisation.OfflineAnalysisManager.instance.sessions[findindex], DataType.AutomaticMarkers);
}
}
protected virtual void OnStreamLost()
{
// decide what happens when the stream gets lost
pullSamplesContinuously = false;
EoM_Events.Send_OnStreamDisconnected(VariableType);
}
