private static void engine_ExpressivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
EmoExpressiv.isBlink = emoState.ExpressivIsBlink();
EmoExpressiv.isLeftWink = emoState.ExpressivIsLeftWink();
EmoExpressiv.isRightWink = emoState.ExpressivIsRightWink();
EmoExpressiv.isEyesOpen = emoState.ExpressivIsEyesOpen();
EmoExpressiv.isLookingUp = emoState.ExpressivIsLookingUp();
EmoExpressiv.isLookingDown = emoState.ExpressivIsLookingDown();
EmoExpressiv.isLookingLeft = emoState.ExpressivIsLookingLeft();
EmoExpressiv.isLookingRight = emoState.ExpressivIsLookingRight();
emoState.ExpressivGetEyelidState(out EmoExpressiv.eyelidStateLeft, out EmoExpressiv.eyelidStateRight);
emoState.ExpressivGetEyeLocation(out EmoExpressiv.eyeLocationX, out EmoExpressiv.eyeLocationY);
EmoExpressiv.eyebrowExtent = emoState.ExpressivGetEyebrowExtent();
EmoExpressiv.smileExtent = emoState.ExpressivGetSmileExtent();
EmoExpressiv.clenchExtent = emoState.ExpressivGetClenchExtent();
EmoExpressiv.upperFaceAction = emoState.ExpressivGetUpperFaceAction();
EmoExpressiv.upperFacePower = emoState.ExpressivGetUpperFaceActionPower();
EmoExpressiv.lowerFaceAction = emoState.ExpressivGetLowerFaceAction();
EmoExpressiv.lowerFacePower = emoState.ExpressivGetLowerFaceActionPower();
for (int i = 0; i < EmoExpressiv.expAlgoList.Length; i++)
{
EmoExpressiv.isExpActiveList[i] = emoState.ExpressivIsActive(EmoExpressiv.expAlgoList[i]);
}
}
private void onEmoStateUpdated(object sender, EmoStateUpdatedEventArgs args)
{
DetectHeadset(args.userId);
EdkDll.IEE_EEG_ContactQuality_t[] cq = getContactQuality(args.emoState);
setColor(cq);
}
static void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
isBlink = es.FacialExpressionIsBlink();
isLeftWink = es.FacialExpressionIsLeftWink();
isRightWink = es.FacialExpressionIsRightWink();
isEyesOpen = es.FacialExpressionIsEyesOpen();
isLookingUp = es.FacialExpressionIsLookingUp();
isLookingDown = es.FacialExpressionIsLookingDown();
isLookingLeft = es.FacialExpressionIsLookingLeft();
isLookingRight = es.FacialExpressionIsLookingRight();
es.FacialExpressionGetEyelidState(out eyelidStateLeft, out eyelidStateRight);
es.FacialExpressionGetEyeLocation(out eyeLocationX, out eyeLocationY);
eyebrowExtent = es.FacialExpressionGetEyebrowExtent();
smileExtent = es.FacialExpressionGetSmileExtent();
clenchExtent = es.FacialExpressionGetClenchExtent();
upperFaceAction = es.FacialExpressionGetUpperFaceAction();
upperFacePower = es.FacialExpressionGetUpperFaceActionPower();
lowerFaceAction = es.FacialExpressionGetLowerFaceAction();
lowerFacePower = es.FacialExpressionGetLowerFaceActionPower();
for (int i = 0; i < expAlgoList.Length; ++i)
{
isExpActiveList[i] = es.FacialExpressionIsActive(expAlgoList[i]);
}
}
static void engine_FacialExpressionEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
EdkDll.IEE_FacialExpressionAlgo_t[] expAlgoList =
{
EdkDll.IEE_FacialExpressionAlgo_t.FE_WINK_LEFT,
EdkDll.IEE_FacialExpressionAlgo_t.FE_WINK_RIGHT
};
Boolean[] isExpActiveList = new Boolean[expAlgoList.Length];
Boolean isLeftWink = es.FacialExpressionIsLeftWink();
Boolean isRightWink = es.FacialExpressionIsRightWink();
for (int i = 0; i < expAlgoList.Length; ++i)
{
isExpActiveList[i] = es.FacialExpressionIsActive(expAlgoList[i]);
}
if (isLeftWink)
{
Mouse.LeftClick();
//MessageBox.Show("Left Clicked!");
}
if (isRightWink)
{
Mouse.RightClick();
//MessageBox.Show("Right Clicked!");
}
}
protected virtual void OnEmoEngineEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.EmoEngineEmoStateUpdated != null)
{
this.EmoEngineEmoStateUpdated(this, e);
}
}
static void engine_ExpressivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
isBlink = es.ExpressivIsBlink();
isLeftWink = es.ExpressivIsLeftWink();
isRightWink = es.ExpressivIsRightWink();
isEyesOpen = es.ExpressivIsEyesOpen();
isLookingUp = es.ExpressivIsLookingUp();
isLookingDown = es.ExpressivIsLookingDown();
isLookingLeft = es.ExpressivIsLookingLeft();
isLookingRight = es.ExpressivIsLookingRight();
es.ExpressivGetEyelidState(out eyelidStateLeft, out eyelidStateRight);
es.ExpressivGetEyeLocation(out eyeLocationX, out eyeLocationY);
eyebrowExtent = es.ExpressivGetEyebrowExtent();
smileExtent = es.ExpressivGetSmileExtent();
clenchExtent = es.ExpressivGetClenchExtent();
upperFaceAction = es.ExpressivGetUpperFaceAction();
upperFacePower = es.ExpressivGetUpperFaceActionPower();
lowerFaceAction = es.ExpressivGetLowerFaceAction();
lowerFacePower = es.ExpressivGetLowerFaceActionPower();
for (int i = 0; i < expAlgoList.Length; ++i)
{
isExpActiveList[i] = es.ExpressivIsActive(expAlgoList[i]);
}
}
void affectiveStateUpdate(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
// float lastUpdate = time;
//float esTimeStamp = es.GetTimeFromStart();
//string systemTimeStamp = DateTime.Now.ToString("hh.mm.ss.ffffff");
// "Timestamp,EmoState_Timestamp,BoredomScore,ExcitementShortScore,FrustrationScore," +
// " MediationScore,ValenceScore,ExcitementLongShort,"
if (e.userId == userID)
{
AffectiveOSC.AffectiveState affectiveState = new AffectiveOSC.AffectiveState();
affectiveState.emotivTimeStamp = es.GetTimeFromStart();
affectiveState.boredom = es.AffectivGetEngagementBoredomScore();
affectiveState.excitement = es.AffectivGetExcitementShortTermScore();
affectiveState.frustration = es.AffectivGetFrustrationScore();
affectiveState.mediation = es.AffectivGetMeditationScore();
affectiveState.valence = es.AffectivGetValenceScore();
affectiveState.excitementLongTerm = es.AffectivGetExcitementLongTermScore();
affectiveOSC.sendAffectiveStateData(affectiveState, false);
Console.WriteLine("Received Affective State Update");
}
}
void OnEmoStateUpdatedVORTICES(object sender, EmoStateUpdatedEventArgs e)
{
EEGManager.Instance.MentalCommandCurrentAction = e.emoState.MentalCommandGetCurrentAction();
ActionManager.Instance.EmoStateUpdate();
EEGManager.Instance.MentalCommandCurrentActionPower = e.emoState.MentalCommandGetCurrentActionPower();
EEGManager.Instance.FacialExpressionIsRightEyeWinking = e.emoState.FacialExpressionIsRightWink();
EEGManager.Instance.FacialExpressionIsLeftEyeWinking = e.emoState.FacialExpressionIsLeftWink();
EEGManager.Instance.FacialExpressionIsUserBlinking = e.emoState.FacialExpressionIsBlink();
EEGManager.Instance.FacialExpressionUpperFaceActionPower = e.emoState.FacialExpressionGetUpperFaceActionPower();
EEGManager.Instance.FacialExpressionSmileExtent = e.emoState.FacialExpressionGetSmileExtent();
EEGManager.Instance.FacialExpressionLowerFaceActionPower = e.emoState.FacialExpressionGetLowerFaceActionPower();
EEGManager.Instance.FacialExpressionLowerFaceAction = e.emoState.FacialExpressionGetLowerFaceAction();
EEGManager.Instance.FacialExpressionUpperFaceAction = e.emoState.FacialExpressionGetUpperFaceAction();
//All actions below are for the Log
MOTIONSManager.Instance.AddLines(inputName, "Clench Extent: " + e.emoState.FacialExpressionGetClenchExtent().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Eyebrow Extent: " + e.emoState.FacialExpressionGetEyebrowExtent().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Lower Face Action: " + e.emoState.FacialExpressionGetLowerFaceAction().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Lower Face Action Power: " + e.emoState.FacialExpressionGetLowerFaceActionPower().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Upper Face Action: " + e.emoState.FacialExpressionGetUpperFaceAction().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Upper Face Action Power: " + e.emoState.FacialExpressionGetUpperFaceActionPower().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Smile Extent: " + e.emoState.FacialExpressionGetSmileExtent().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Time since start: " + e.emoState.GetTimeFromStart().ToString(), "Time");
MOTIONSManager.Instance.AddLines(inputName, " Current Action: " + e.emoState.MentalCommandGetCurrentAction().ToString(), "Mental Command");
MOTIONSManager.Instance.AddLines(inputName, " Current Action Power: " + e.emoState.MentalCommandGetCurrentActionPower().ToString(), "Mental Command");
MOTIONSManager.Instance.AddLines(inputName, " Is blinking? " + e.emoState.FacialExpressionIsBlink().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Are eyes open? " + e.emoState.FacialExpressionIsEyesOpen().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is left winking? " + e.emoState.FacialExpressionIsLeftWink().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is right winking? " + e.emoState.FacialExpressionIsRightWink().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is looking down? " + e.emoState.FacialExpressionIsLookingDown().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is looking left? " + e.emoState.FacialExpressionIsLookingLeft().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is looking right? " + e.emoState.FacialExpressionIsLookingRight().ToString(), "Facial Expression");
MOTIONSManager.Instance.AddLines(inputName, " Is looking up? " + e.emoState.FacialExpressionIsLookingUp().ToString(), "Facial Expression");
}
static void engine_CognitivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
//Debug.LogError("CognitivEmoStateUpdated");
isNotResponding = false;
EmoState es = e.emoState;
EdkDll.EE_CognitivAction_t cogAction = es.CognitivGetCurrentAction();
//Debug.LogError(cogAction);
float power = (float)es.CognitivGetCurrentActionPower();
//Debug.LogError(power + ":" +(uint)cogAction);
//CognitivActionPower[(uint)cogAction] = power;
for (int i = 1; i < cognitivActionList.Length; i++)
{
if (cogAction == cognitivActionList[i])
{
CognitivActionPower[i] = power;
//Debug.LogError(CognitivActionPower[i] + "----------------------");
}
else
{
CognitivActionPower[i] = 0;
}
}
}
protected virtual void OnCognitivEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.CognitivEmoStateUpdated != null)
{
this.CognitivEmoStateUpdated(this, e);
}
}
protected virtual void OnExpressivEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.ExpressivEmoStateUpdated != null)
{
this.ExpressivEmoStateUpdated(this, e);
}
}
private void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
Int32 headsetOn = es.GetHeadsetOn();
EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
textBox2.Text = chargeLevel.ToString() + '/' + maxChargeLevel.ToString();
// HT_Signalstrt.Text = signalStrength.ToString();
engineLog.Write(
"{0},{1},{2},{3},{4},",
timeFromStart,
headsetOn, signalStrength, chargeLevel, maxChargeLevel);
engineLog.WriteLine("");
engineLog.Flush();
}
static void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
//Console.WriteLine("new emostate {0}", timeFromStart);
}
/// <summary>
/// Event function called when EmoEngine detects new mental command
/// Updates current action for UI and Training Cube
/// </summary>
void OnMentalCommandEmoStateUpdated(object sender, EmoStateUpdatedEventArgs args)
{
if (training)
{
cube.SetAciton(cube.ACTION_RESET);
return;
}
//do not update during training
EdkDll.IEE_MentalCommandAction_t action = args.emoState.MentalCommandGetCurrentAction();
//Move Block and Update UI text
switch (action)
{
case EdkDll.IEE_MentalCommandAction_t.MC_NEUTRAL:
cube.SetAciton(cube.ACTION_NEUTRAL);
UI.UpdateCurrentActionText("Current Action: Neutral");
break;
case EdkDll.IEE_MentalCommandAction_t.MC_RIGHT:
cube.SetAciton(cube.ACTION_RIGHT);
UI.UpdateCurrentActionText("Current Action: Right");
break;
case EdkDll.IEE_MentalCommandAction_t.MC_LEFT:
cube.SetAciton(cube.ACTION_LEFT);
UI.UpdateCurrentActionText("Current Action: Left");
break;
}
}
private static void engine_ExpressivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
EmoExpressiv.isBlink = emoState.ExpressivIsBlink();
EmoExpressiv.isLeftWink = emoState.ExpressivIsLeftWink();
EmoExpressiv.isRightWink = emoState.ExpressivIsRightWink();
EmoExpressiv.isEyesOpen = emoState.ExpressivIsEyesOpen();
EmoExpressiv.isLookingUp = emoState.ExpressivIsLookingUp();
EmoExpressiv.isLookingDown = emoState.ExpressivIsLookingDown();
EmoExpressiv.isLookingLeft = emoState.ExpressivIsLookingLeft();
EmoExpressiv.isLookingRight = emoState.ExpressivIsLookingRight();
emoState.ExpressivGetEyelidState(out EmoExpressiv.eyelidStateLeft, out EmoExpressiv.eyelidStateRight);
emoState.ExpressivGetEyeLocation(out EmoExpressiv.eyeLocationX, out EmoExpressiv.eyeLocationY);
EmoExpressiv.eyebrowExtent = emoState.ExpressivGetEyebrowExtent();
EmoExpressiv.smileExtent = emoState.ExpressivGetSmileExtent();
EmoExpressiv.clenchExtent = emoState.ExpressivGetClenchExtent();
EmoExpressiv.upperFaceAction = emoState.ExpressivGetUpperFaceAction();
EmoExpressiv.upperFacePower = emoState.ExpressivGetUpperFaceActionPower();
EmoExpressiv.lowerFaceAction = emoState.ExpressivGetLowerFaceAction();
EmoExpressiv.lowerFacePower = emoState.ExpressivGetLowerFaceActionPower();
for (int i = 0; i < EmoExpressiv.expAlgoList.Length; i++)
{
EmoExpressiv.isExpActiveList[i] = emoState.ExpressivIsActive(EmoExpressiv.expAlgoList[i]);
}
}
static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
Int32 headsetOn = es.GetHeadsetOn();
Int32 numCqChan = es.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] cq = es.GetContactQualityFromAllChannels();
for (Int32 i = 0; i < numCqChan; ++i)
{
if (cq[i] != es.GetContactQuality(i))
{
throw new Exception();
}
}
EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
engineLog.Write(
"{0},{1},{2},{3},{4},",
timeFromStart,
headsetOn, signalStrength, chargeLevel, maxChargeLevel);
for (int i = 0; i < cq.Length; ++i)
{
engineLog.Write("{0},", cq[i]);
}
engineLog.WriteLine("");
engineLog.Flush();
}
static void affectiveStateUpdate(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
float lastUpdate = time;
float esTimeStamp = es.GetTimeFromStart();
string systemTimeStamp = DateTime.Now.ToString("hh.mm.ss.ffffff");
// Write the data to a file
TextWriter file = new StreamWriter(filename, true);
// "Timestamp,EmoState_Timestamp,BoredomScore,ExcitementShortScore,FrustrationScore," +
// " MediationScore,ValenceScore,ExcitementLongShort,"
if (e.userId == userID)
{
file.Write(systemTimeStamp + ";");
file.Write(Convert.ToString(esTimeStamp) + ";");
file.Write(es.AffectivGetEngagementBoredomScore() + ";");
file.Write(es.AffectivGetExcitementShortTermScore() + ";");
file.Write(es.AffectivGetFrustrationScore() + ";");
file.Write(es.AffectivGetMeditationScore() + ";");
file.Write(es.AffectivGetValenceScore() + ";");
file.Write(es.AffectivGetExcitementLongTermScore() + ";");
file.WriteLine("");
Console.WriteLine("Receiveing affective update .....");
}
file.Close();
}
static void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
float timeFromStart = es.GetTimeFromStart();
file.Write(timeFromStart + ",");
Console.WriteLine("Time: " + timeFromStart);
EdkDll.IEE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
file.Write(signalStrength + ",");
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
file.Write(chargeLevel + ",");
file.Write((int)es.GetContactQuality((int)EdkDll.IEE_InputChannels_t.IEE_CHAN_AF3) + ",");
file.Write((int)es.GetContactQuality((int)EdkDll.IEE_InputChannels_t.IEE_CHAN_T7) + ",");
file.Write((int)es.GetContactQuality((int)EdkDll.IEE_InputChannels_t.IEE_CHAN_O1) + ","); // Pz
file.Write((int)es.GetContactQuality((int)EdkDll.IEE_InputChannels_t.IEE_CHAN_T8) + ",");
file.Write((int)es.GetContactQuality((int)EdkDll.IEE_InputChannels_t.IEE_CHAN_AF4) + ",");
file.WriteLine("");
}
static void emoEngine_MentalCommandEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
var mentalCommand = e.emoState.MentalCommandGetCurrentAction();
float power = e.emoState.MentalCommandGetCurrentActionPower();
Console.WriteLine("Mental command detected: {0} ({1})", mentalCommand, power);
mainForm.FireMentalCommand(mentalCommand, power);
}
///////////////////////////////////////////////////////////////////////
#region EmoEngine event handlers
private void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
// ctor clones the EmoState object.
EmoState emoState = new EmoState(e.emoState);
// Notifies the client thread that the EmotivState changed.
this._processEventsWorker.ReportProgress(0, emoState);
}
static void emoEngine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
if (e.userId != 0)
{
return;
}
float timeFromStart = es.GetTimeFromStart();
Console.Write(timeFromStart + ",");
EdkDll.IEE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Console.Write(signalStrength + ",");
MainForm.headsetStatus.SetSignalStrength(signalStrength);
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
Console.Write(chargeLevel + "," + maxChargeLevel + ",");
if (signalStrength == EdkDll.IEE_SignalStrength_t.NO_SIG)
{
chargeLevel = 0;
}
MainForm.headsetStatus.SetBatteryLevel(chargeLevel);
foreach (var item in new[] {
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_CMS, chStr = "CMS" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_DRL, chStr = "DRL" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_FP1, chStr = "FP1" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_FP2, chStr = "FP2" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_F7, chStr = "F7" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_F3, chStr = "F3" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_F4, chStr = "F4" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_F8, chStr = "F8" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_FC5, chStr = "FC5" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_FC6, chStr = "FC6" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_T7, chStr = "T7" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_T8, chStr = "T8" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_P7, chStr = "P7" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_P8, chStr = "P8" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_O1, chStr = "O1" },
new { ch = EdkDll.IEE_InputChannels_t.IEE_CHAN_O2, chStr = "O2" }
})
{
int val = (int)es.GetContactQuality((int)item.ch);
Console.Write(val + ",");
if (signalStrength == EdkDll.IEE_SignalStrength_t.NO_SIG)
{
val = 0;
}
MainForm.headsetStatus.SetSensor(item.chStr, val);
}
Console.WriteLine();
}
static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Int32 numCqChan = es.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] cq = es.GetContactQualityFromAllChannels();
nChan = numCqChan;
int temp = 0;
for (Int32 i = 0; i < numCqChan; ++i)
{
if (cq[i] != es.GetContactQuality(i))
{
throw new Exception();
}
switch (cq[i])
{
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_NO_SIGNAL:
Cq[i] = 0;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_VERY_BAD:
Cq[i] = 1;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_POOR:
Cq[i] = 2;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_FAIR:
Cq[i] = 3;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_GOOD:
temp++;
Cq[i] = 4;
break;
}
//---------------------
}
numOfGoodContacts = temp;
//EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
if (signalStrength == EdkDll.EE_SignalStrength_t.NO_SIGNAL)
{
for (Int32 i = 0; i < numCqChan; ++i)
{
Cq[i] = 0;
}
}
}
private void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
lock (emoEngine)
{
EmoState emoState = new EmoState(e.emoState);
_processEventsWorker.ReportProgress(0, emoState);
}
}
private static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
int numContactQualityChannels = emoState.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] contactQualityFromAllChannels = emoState.GetContactQualityFromAllChannels();
EmoEngineInst.nChan = numContactQualityChannels;
EdkDll.EE_SignalStrength_t wirelessSignalStatus = emoState.GetWirelessSignalStatus();
int num = 0;
if (wirelessSignalStatus != EdkDll.EE_SignalStrength_t.NO_SIGNAL)
{
for (int i = 0; i < numContactQualityChannels; i++)
{
if (contactQualityFromAllChannels[i] != emoState.GetContactQuality(i))
{
throw new Exception();
}
switch (contactQualityFromAllChannels[i])
{
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_NO_SIGNAL:
EmoEngineInst.Cq[i] = 0;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_VERY_BAD:
EmoEngineInst.Cq[i] = 1;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_POOR:
EmoEngineInst.Cq[i] = 2;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_FAIR:
EmoEngineInst.Cq[i] = 3;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_GOOD:
num++;
EmoEngineInst.Cq[i] = 4;
break;
}
}
}
else
{
for (int j = 0; j < numContactQualityChannels; j++)
{
EmoEngineInst.Cq[j] = 0;
}
}
EmoEngineInst.numOfGoodContacts = num;
int num2 = 0;
int num3 = 0;
EmoEngineInst.signalStrength = emoState.GetWirelessSignalStatus();
emoState.GetBatteryChargeLevel(out num2, out num3);
}
private void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
int x = 1;
int y = 1;
engine.HeadsetGetGyroDelta(e.userId, out x, out y);
Console.WriteLine($"X: {x}, Y: {y}");
Console.WriteLine("User " + e.userId + " Time : " + es.GetTimeFromStart());
}
private void Engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
foreach (var item in e.emoState.GetContactQualityFromAllChannels())
{
if (item == EdkDll.IEE_EEG_ContactQuality_t.IEEG_CQ_POOR)
{
var a = "";
}
}
}
/// <summary>
/// Function called by the EmoEngine if the state of the BCI changes.
/// </summary>
/// <param name="sender">Sender of the event.</param>
/// <param name="e">Arguments generated by the event.</param>
void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
// Get the current state from the device
EmoState es = e.emoState;
// Read the concentration level as short term excitement
ConcentrationLevel = es.AffectivGetExcitementShortTermScore();
// Check whether the user is actually concentrated enough
Concentrated = ConcentrationLevel <= CONCENTRATION_TRESHOLD;
}
public void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Console.WriteLine("Emostate updated: {0}", e.emoState);
es.GetBatteryChargeLevel(out _batterChargeLevel, out _maxBatterChargeLevel);
_eventModel.BatteryStatus = _batterChargeLevel;
_eventModel.WifiStatus = es.GetWirelessSignalStatus();
_eventModel.SessionStatus = es.GetTimeFromStart();
_eventModel.ContactQuality = es.GetContactQualityFromAllChannels();
}
private void onEmoStateUpdated(object sender, EmoStateUpdatedEventArgs args)
{
if (allowCheckHeadset)
{
allowCheckHeadset = false;
DetectHeadset(args.userId);
ShowHeadset();
}
EdkDll.IEE_EEG_ContactQuality_t[] cq = getContactQuality(args.emoState);
setColor(cq);
}
/*
* This method handle the EmoEngine update event,
* if the EmoState has the PUSH action,
* a force is applied to the ball in the direction of the camara
*/
void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
if (e.userId != 0)
return;
Debug.Log ("Corrent action: " + es.MentalCommandGetCurrentAction().ToString());
if (es.MentalCommandGetCurrentAction () == EdkDll.IEE_MentalCommandAction_t.MC_PUSH) {
Vector3 movement = new Vector3(cam.transform.forward.x, cam.transform.forward.y, cam.transform.forward.z);
rb.AddForce(movement * speed);
Debug.Log ("Push");
}
}
private void Engine_FacialExpressionEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
if (es.FacialExpressionIsBlink())
{
var a = "";
}
var facialExpressionGetUpperFaceActionPower = es.FacialExpressionGetUpperFaceActionPower();
Console.WriteLine("User " + e.userId + " Time : " + es.GetTimeFromStart());
}
static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Int32 numCqChan = es.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] cq = es.GetContactQualityFromAllChannels();
nChan = numCqChan;
int temp = 0;
for (Int32 i = 0; i < numCqChan; ++i)
{
if (cq[i] != es.GetContactQuality(i))
{
throw new Exception();
}
switch (cq[i])
{
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_NO_SIGNAL:
Cq[i] = 0;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_VERY_BAD:
Cq[i] = 1;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_POOR:
Cq[i] = 2;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_FAIR:
Cq[i] = 3;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_GOOD:
temp++;
Cq[i] = 4;
break;
}
//---------------------
}
numOfGoodContacts = temp;
//EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
if (signalStrength == EdkDll.EE_SignalStrength_t.NO_SIGNAL)
{
for (Int32 i = 0; i < numCqChan; ++i)
{
Cq[i] = 0;
}
}
}
static void engine_AffectivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
longTermExcitementScore =(float) es.AffectivGetExcitementLongTermScore();
shortTermExcitementScore = (float)es.AffectivGetExcitementShortTermScore();
for (int i = 0; i < affAlgoList.Length; ++i)
{
isAffActiveList[i] = es.AffectivIsActive(affAlgoList[i]);
}
meditationScore = (float)es.AffectivGetMeditationScore();
frustrationScore = (float)es.AffectivGetFrustrationScore();
boredomScore = (float)es.AffectivGetEngagementBoredomScore();
}
private static void engine_AffectivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
EmoAffectiv.longTermExcitementScore = emoState.AffectivGetExcitementLongTermScore();
EmoAffectiv.shortTermExcitementScore = emoState.AffectivGetExcitementShortTermScore();
for (int i = 0; i < EmoAffectiv.affAlgoList.Length; i++)
{
EmoAffectiv.isAffActiveList[i] = emoState.AffectivIsActive(EmoAffectiv.affAlgoList[i]);
}
EmoAffectiv.meditationScore = emoState.AffectivGetMeditationScore();
EmoAffectiv.frustrationScore = emoState.AffectivGetFrustrationScore();
EmoAffectiv.boredomScore = emoState.AffectivGetEngagementBoredomScore();
}
public void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
scoreMedidation = es.AffectivGetMeditationScore();
//Console.WriteLine(scoreMedidation);
scoreExcitement = es.AffectivGetExcitementShortTermScore();
//Console.WriteLine(scoreExcitement);
scoreEngage = es.AffectivGetEngagementBoredomScore();
//Console.WriteLine("meditation: " + es.AffectivGetMeditationScore());
//Console.WriteLine("Excitement: " + es.AffectivGetExcitementShortTermScore());
//Console.WriteLine("Frustration: " + es.AffectivGetFrustrationScore());
}
static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
Int32 headsetOn = es.GetHeadsetOn();
EdkDll.IEE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
}
private static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
int numContactQualityChannels = emoState.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] contactQualityFromAllChannels = emoState.GetContactQualityFromAllChannels();
EmoEngineInst.nChan = numContactQualityChannels;
EdkDll.EE_SignalStrength_t wirelessSignalStatus = emoState.GetWirelessSignalStatus();
int num = 0;
if (wirelessSignalStatus != EdkDll.EE_SignalStrength_t.NO_SIGNAL)
{
for (int i = 0; i < numContactQualityChannels; i++)
{
if (contactQualityFromAllChannels[i] != emoState.GetContactQuality(i))
{
throw new Exception();
}
switch (contactQualityFromAllChannels[i])
{
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_NO_SIGNAL:
EmoEngineInst.Cq[i] = 0;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_VERY_BAD:
EmoEngineInst.Cq[i] = 1;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_POOR:
EmoEngineInst.Cq[i] = 2;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_FAIR:
EmoEngineInst.Cq[i] = 3;
break;
case EdkDll.EE_EEG_ContactQuality_t.EEG_CQ_GOOD:
num++;
EmoEngineInst.Cq[i] = 4;
break;
}
}
}
else
{
for (int j = 0; j < numContactQualityChannels; j++)
{
EmoEngineInst.Cq[j] = 0;
}
}
EmoEngineInst.numOfGoodContacts = num;
int num2 = 0;
int num3 = 0;
EmoEngineInst.signalStrength = emoState.GetWirelessSignalStatus();
emoState.GetBatteryChargeLevel(out num2, out num3);
}
/// <summary>
/// Processes EmoEngine events until there is no more events or maximum processing time has elapsed
/// </summary>
/// <param name="maxTimeMilliseconds">maximum processing time in milliseconds</param>
public void ProcessEvents(Int32 maxTimeMilliseconds)
{
Stopwatch st = new Stopwatch();
st.Start();
while (EdkDll.EE_EngineGetNextEvent(hEvent) == EdkDll.EDK_OK)
{
if (maxTimeMilliseconds != 0)
{
if (st.ElapsedMilliseconds >= maxTimeMilliseconds)
break;
}
UInt32 userId = 0;
EdkDll.EE_EmoEngineEventGetUserId(hEvent, out userId);
EmoEngineEventArgs args = new EmoEngineEventArgs(userId);
EdkDll.EE_Event_t eventType = EdkDll.EE_EmoEngineEventGetType(hEvent);
switch (eventType)
{
case EdkDll.EE_Event_t.EE_UserAdded:
OnUserAdded(args);
break;
case EdkDll.EE_Event_t.EE_UserRemoved:
OnUserRemoved(args);
break;
case EdkDll.EE_Event_t.EE_EmoStateUpdated:
EmoState curEmoState = new EmoState();
errorHandler(EdkDll.EE_EmoEngineEventGetEmoState(hEvent, curEmoState.GetHandle()));
EmoStateUpdatedEventArgs emoStateUpdatedEventArgs = new EmoStateUpdatedEventArgs(userId, curEmoState);
OnEmoStateUpdated(emoStateUpdatedEventArgs);
if (!curEmoState.EmoEngineEqual(lastEmoState[userId]))
{
emoStateUpdatedEventArgs = new EmoStateUpdatedEventArgs(userId, new EmoState(curEmoState));
OnEmoEngineEmoStateUpdated(emoStateUpdatedEventArgs);
}
if (!curEmoState.AffectivEqual(lastEmoState[userId]))
{
emoStateUpdatedEventArgs = new EmoStateUpdatedEventArgs(userId, new EmoState(curEmoState));
OnAffectivEmoStateUpdated(emoStateUpdatedEventArgs);
}
if (!curEmoState.CognitivEqual(lastEmoState[userId]))
{
emoStateUpdatedEventArgs = new EmoStateUpdatedEventArgs(userId, new EmoState(curEmoState));
OnCognitivEmoStateUpdated(emoStateUpdatedEventArgs);
}
if (!curEmoState.ExpressivEqual(lastEmoState[userId]))
{
emoStateUpdatedEventArgs = new EmoStateUpdatedEventArgs(userId, new EmoState(curEmoState));
OnExpressivEmoStateUpdated(emoStateUpdatedEventArgs);
}
lastEmoState[userId] = (EmoState)curEmoState.Clone();
break;
case EdkDll.EE_Event_t.EE_CognitivEvent:
EdkDll.EE_CognitivEvent_t cogType = EdkDll.EE_CognitivEventGetType(hEvent);
switch(cogType){
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingStarted:
OnCognitivTrainingStarted(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingSucceeded:
OnCognitivTrainingSucceeded(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingFailed:
OnCognitivTrainingFailed(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingCompleted:
OnCognitivTrainingCompleted(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingDataErased:
OnCognitivTrainingDataErased(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingRejected:
OnCognitivTrainingRejected(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingReset:
OnCognitivTrainingReset(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivAutoSamplingNeutralCompleted:
OnCognitivAutoSamplingNeutralCompleted(args);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivSignatureUpdated:
OnCognitivSignatureUpdated(args);
break;
default:
break;
}
break;
case EdkDll.EE_Event_t.EE_ExpressivEvent:
EdkDll.EE_ExpressivEvent_t expEvent = EdkDll.EE_ExpressivEventGetType(hEvent);
switch (expEvent)
{
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingStarted:
OnExpressivTrainingStarted(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingSucceeded:
OnExpressivTrainingSucceeded(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingFailed:
OnExpressivTrainingFailed(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingCompleted:
OnExpressivTrainingCompleted(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingDataErased:
OnExpressivTrainingDataErased(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingRejected:
OnExpressivTrainingRejected(args);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingReset:
OnExpressivTrainingReset(args);
break;
default:
break;
}
break;
case EdkDll.EE_Event_t.EE_InternalStateChanged:
OnInternalStateChanged(args);
break;
default:
break;
}
}
}
/// <summary>
/// Handler for AffectivEmoStateUpated event
/// </summary>
/// <param name="e">Contains metadata of the event, like userID</param>
protected virtual void OnAffectivEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (AffectivEmoStateUpdated != null)
AffectivEmoStateUpdated(this, e);
}
/// <summary>
/// Handler for EmoStateUpdated event
/// </summary>
/// <param name="e">Contains metadata of the event, like userID</param>
protected virtual void OnEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (EmoStateUpdated != null)
EmoStateUpdated(this, e);
}
void engine_CognitiveEmoStateUpdated(object sender, EmoStateUpdatedEventArgs args)
{
cogState = args.emoState;
EmoState emoState = args.emoState;
if (emoState.CognitivGetCurrentAction() == EdkDll.EE_CognitivAction_t.COG_DISAPPEAR)
{
CognitvEventManager.TriggerCognitivDisappear(sender, emoState.CognitivGetCurrentActionPower() * 10);
}
else if (emoState.CognitivGetCurrentAction() == EdkDll.EE_CognitivAction_t.COG_LIFT)
{
Debug.Log("EmoHandler sent Lift of " + emoState.CognitivGetCurrentActionPower() * 10);
CognitvEventManager.TriggerCognitivLift(sender, emoState.CognitivGetCurrentActionPower() * 10);
}
else if (emoState.CognitivGetCurrentAction() == EdkDll.EE_CognitivAction_t.COG_LEFT)
{
CognitvEventManager.TriggerCognitivLeft(sender, emoState.CognitivGetCurrentActionPower() * 10);
}
else if (emoState.CognitivGetCurrentAction() == EdkDll.EE_CognitivAction_t.COG_PUSH)
{
Debug.Log("EmoHandler sent Push of " + emoState.CognitivGetCurrentActionPower() * 10);
CognitvEventManager.TriggerCognitivPush(sender, emoState.CognitivGetCurrentActionPower() * 10);
}
}
static void engine_CognitivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
//Debug.LogError("CognitivEmoStateUpdated");
isNotResponding = false;
EmoState es = e.emoState;
cogAction = es.CognitivGetCurrentAction();
//Debug.LogError(cogAction);
power = (float)es.CognitivGetCurrentActionPower();
//Debug.LogError(power + ":" +(uint)cogAction);
//CognitivActionPower[(uint)cogAction] = power;
for (int i = 1; i < cognitivActionList.Length; i++)
{
if (cogAction == cognitivActionList[i])
{
CognitivActionPower[i] = power;
//Debug.LogError(CognitivActionPower[i] + "----------------------");
}
else CognitivActionPower[i] = 0;
}
}
static void engine_EmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
// Console.WriteLine("new emostate {0}", timeFromStart);
}
void engine_AffectivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs args)
{
EmoState emoState = args.emoState;
CognitvEventManager.TriggerCognitivEmotion(sender, emoState.AffectivGetMeditationScore());
}
private static void engine_CognitivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState emoState = e.emoState;
EdkDll.EE_CognitivAction_t eE_CognitivAction_t = emoState.CognitivGetCurrentAction();
float num = emoState.CognitivGetCurrentActionPower();
for (int i = 1; i < EmoCognitiv.cognitivActionList.Length; i++)
{
if (eE_CognitivAction_t == EmoCognitiv.cognitivActionList[i])
{
EmoCognitiv.CognitivActionPower[i] = num;
}
}
}
protected virtual void OnCognitivEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.CognitivEmoStateUpdated != null)
{
this.CognitivEmoStateUpdated(this, e);
}
}
protected virtual void OnEmoEngineEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.EmoEngineEmoStateUpdated != null)
{
this.EmoEngineEmoStateUpdated(this, e);
}
}
protected virtual void OnExpressivEmoStateUpdated(EmoStateUpdatedEventArgs e)
{
if (this.ExpressivEmoStateUpdated != null)
{
this.ExpressivEmoStateUpdated(this, e);
}
}
public void ProcessEvents(int maxTimeMilliseconds)
{
Stopwatch stopwatch = new Stopwatch();
stopwatch.Start();
while (EdkDll.EE_EngineGetNextEvent(this.hEvent) == 0)
{
if (maxTimeMilliseconds != 0 && stopwatch.ElapsedMilliseconds >= (long)maxTimeMilliseconds)
{
break;
}
uint num = 0u;
EdkDll.EE_EmoEngineEventGetUserId(this.hEvent, out num);
EmoEngineEventArgs e = new EmoEngineEventArgs(num);
EdkDll.EE_Event_t eE_Event_t = EdkDll.EE_EmoEngineEventGetType(this.hEvent);
EdkDll.EE_Event_t eE_Event_t2 = eE_Event_t;
if (eE_Event_t2 != EdkDll.EE_Event_t.EE_UserAdded)
{
if (eE_Event_t2 != EdkDll.EE_Event_t.EE_UserRemoved)
{
if (eE_Event_t2 != EdkDll.EE_Event_t.EE_EmoStateUpdated)
{
if (eE_Event_t2 != EdkDll.EE_Event_t.EE_CognitivEvent)
{
if (eE_Event_t2 != EdkDll.EE_Event_t.EE_ExpressivEvent)
{
if (eE_Event_t2 == EdkDll.EE_Event_t.EE_InternalStateChanged)
{
this.OnInternalStateChanged(e);
}
}
else
{
switch (EdkDll.EE_ExpressivEventGetType(this.hEvent))
{
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingStarted:
this.OnExpressivTrainingStarted(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingSucceeded:
this.OnExpressivTrainingSucceeded(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingFailed:
this.OnExpressivTrainingFailed(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingCompleted:
this.OnExpressivTrainingCompleted(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingDataErased:
this.OnExpressivTrainingDataErased(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingRejected:
this.OnExpressivTrainingRejected(e);
break;
case EdkDll.EE_ExpressivEvent_t.EE_ExpressivTrainingReset:
this.OnExpressivTrainingReset(e);
break;
}
}
}
else
{
switch (EdkDll.EE_CognitivEventGetType(this.hEvent))
{
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingStarted:
this.OnCognitivTrainingStarted(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingSucceeded:
this.OnCognitivTrainingSucceeded(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingFailed:
this.OnCognitivTrainingFailed(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingCompleted:
this.OnCognitivTrainingCompleted(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingDataErased:
this.OnCognitivTrainingDataErased(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingRejected:
this.OnCognitivTrainingRejected(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivTrainingReset:
this.OnCognitivTrainingReset(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivAutoSamplingNeutralCompleted:
this.OnCognitivAutoSamplingNeutralCompleted(e);
break;
case EdkDll.EE_CognitivEvent_t.EE_CognitivSignatureUpdated:
this.OnCognitivSignatureUpdated(e);
break;
}
}
}
else
{
EmoState emoState = new EmoState();
EmoEngine.errorHandler(EdkDll.EE_EmoEngineEventGetEmoState(this.hEvent, emoState.GetHandle()));
EmoStateUpdatedEventArgs e2 = new EmoStateUpdatedEventArgs(num, emoState);
this.OnEmoStateUpdated(e2);
if (!emoState.EmoEngineEqual(this.lastEmoState[num]))
{
e2 = new EmoStateUpdatedEventArgs(num, new EmoState(emoState));
this.OnEmoEngineEmoStateUpdated(e2);
}
if (!emoState.AffectivEqual(this.lastEmoState[num]))
{
e2 = new EmoStateUpdatedEventArgs(num, new EmoState(emoState));
this.OnAffectivEmoStateUpdated(e2);
}
if (!emoState.CognitivEqual(this.lastEmoState[num]))
{
e2 = new EmoStateUpdatedEventArgs(num, new EmoState(emoState));
this.OnCognitivEmoStateUpdated(e2);
}
if (!emoState.ExpressivEqual(this.lastEmoState[num]))
{
e2 = new EmoStateUpdatedEventArgs(num, new EmoState(emoState));
this.OnExpressivEmoStateUpdated(e2);
}
this.lastEmoState[num] = (EmoState)emoState.Clone();
}
}
else
{
this.OnUserRemoved(e);
}
}
else
{
this.OnUserAdded(e);
}
}
}
static void engine_EmoEngineEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
Int32 headsetOn = es.GetHeadsetOn();
Int32 numCqChan = es.GetNumContactQualityChannels();
EdkDll.EE_EEG_ContactQuality_t[] cq = es.GetContactQualityFromAllChannels();
for (Int32 i = 0; i < numCqChan; ++i)
{
if (cq[i] != es.GetContactQuality(i))
{
throw new Exception();
}
}
EdkDll.EE_SignalStrength_t signalStrength = es.GetWirelessSignalStatus();
Int32 chargeLevel = 0;
Int32 maxChargeLevel = 0;
es.GetBatteryChargeLevel(out chargeLevel, out maxChargeLevel);
/*
engineLog.Write(
"{0},{1},{2},{3},{4},",
timeFromStart,
headsetOn, signalStrength, chargeLevel, maxChargeLevel);
for (int i = 0; i < cq.Length; ++i)
{
engineLog.Write("{0},", cq[i]);
}
engineLog.WriteLine("");
engineLog.Flush();
*/
}
static void engine_AffectivEmoStateUpdated(object sender, EmoStateUpdatedEventArgs e)
{
EmoState es = e.emoState;
Single timeFromStart = es.GetTimeFromStart();
EdkDll.EE_AffectivAlgo_t[] affAlgoList = {
EdkDll.EE_AffectivAlgo_t.AFF_ENGAGEMENT_BOREDOM,
EdkDll.EE_AffectivAlgo_t.AFF_EXCITEMENT,
EdkDll.EE_AffectivAlgo_t.AFF_FRUSTRATION,
EdkDll.EE_AffectivAlgo_t.AFF_MEDITATION,
};
Boolean[] isAffActiveList = new Boolean[affAlgoList.Length];
Single longTermExcitementScore = es.AffectivGetExcitementLongTermScore();
Single shortTermExcitementScore = es.AffectivGetExcitementShortTermScore();
for (int i = 0; i < affAlgoList.Length; ++i)
{
isAffActiveList[i] = es.AffectivIsActive(affAlgoList[i]);
}
Single meditationScore = es.AffectivGetMeditationScore();
Single frustrationScore = es.AffectivGetFrustrationScore();
Single boredomScore = es.AffectivGetEngagementBoredomScore();
double rawScoreEc = 0, rawScoreMd = 0, rawScoreFt = 0, rawScoreEg = 0;
double minScaleEc = 0, minScaleMd = 0, minScaleFt = 0, minScaleEg = 0;
double maxScaleEc = 0, maxScaleMd = 0, maxScaleFt = 0, maxScaleEg = 0;
double scaledScoreEc = 0, scaledScoreMd = 0, scaledScoreFt = 0, scaledScoreEg = 0;
es.AffectivGetExcitementShortTermModelParams(out rawScoreEc, out minScaleEc, out maxScaleEc);
if (minScaleEc != maxScaleEc)
{
if (rawScoreEc < minScaleEc)
{
scaledScoreEc = 0;
}
else if (rawScoreEc > maxScaleEc)
{
scaledScoreEc = 1;
}
else
{
scaledScoreEc = (rawScoreEc - minScaleEc) / (maxScaleEc - minScaleEc);
}
Console.WriteLine("Affectiv Short Excitement: Raw Score {0:f5} Min Scale {1:f5} max Scale {2:f5} Scaled Score {3:f5}\n", rawScoreEc, minScaleEc, maxScaleEc, scaledScoreEc);
}
es.AffectivGetEngagementBoredomModelParams(out rawScoreEg, out minScaleEg, out maxScaleEg);
if (minScaleEg != maxScaleEg)
{
if (rawScoreEg < minScaleEg)
{
scaledScoreEg = 0;
}
else if (rawScoreEg > maxScaleEg)
{
scaledScoreEg = 1;
}
else
{
scaledScoreEg = (rawScoreEg - minScaleEg) / (maxScaleEg - minScaleEg);
}
Console.WriteLine("Affectiv Engagement : Raw Score {0:f5} Min Scale {1:f5} max Scale {2:f5} Scaled Score {3:f5}\n", rawScoreEg, minScaleEg, maxScaleEg, scaledScoreEg);
}
es.AffectivGetMeditationModelParams(out rawScoreMd, out minScaleMd, out maxScaleMd);
if (minScaleMd != maxScaleMd)
{
if (rawScoreMd < minScaleMd)
{
scaledScoreMd = 0;
}
else if (rawScoreMd > maxScaleMd)
{
scaledScoreMd = 1;
}
else
{
scaledScoreMd = (rawScoreMd - minScaleMd) / (maxScaleMd - minScaleMd);
}
Console.WriteLine("Affectiv Meditation : Raw Score {0:f5} Min Scale {1:f5} max Scale {2:f5} Scaled Score {3:f5}\n", rawScoreMd, minScaleMd, maxScaleMd, scaledScoreMd);
}
es.AffectivGetFrustrationModelParams(out rawScoreFt, out minScaleFt, out maxScaleFt);
if (maxScaleFt != minScaleFt)
{
if (rawScoreFt < minScaleFt)
{
scaledScoreFt = 0;
}
else if (rawScoreFt > maxScaleFt)
{
scaledScoreFt = 1;
}
else
{
scaledScoreFt = (rawScoreFt - minScaleFt) / (maxScaleFt - minScaleFt);
}
Console.WriteLine("Affectiv Frustation : Raw Score {0:f5} Min Scale {1:f5} max Scale {2:f5} Scaled Score {3:f5}\n", rawScoreFt, minScaleFt, maxScaleFt, scaledScoreFt);
}
shortTerm = (double) shortTermExcitementScore;
longTerm = (double) longTermExcitementScore;
meditation = (double) meditationScore;
frustration = (double) frustrationScore;
boredom = (double) boredomScore;
//Debug.Log ("Long term excitation: "+longTermExcitementScore.ToString());
//Debug.Log ("Frustration score: "+frustrationScore.ToString());
/*
affLog.Write(
"{0},{1},{2},{3},{4},{5},",
timeFromStart,
longTermExcitementScore, shortTermExcitementScore, meditationScore, frustrationScore, boredomScore);
for (int i = 0; i < affAlgoList.Length; ++i)
{
affLog.Write("{0},", isAffActiveList[i]);
}
affLog.WriteLine("");
affLog.Flush();
*/
}
