void FaceTrackingRenderer::DrawGraphics(PXCFaceData* faceOutput)
{
assert(faceOutput != NULL);
if (!m_bitmap) return;
const int numFaces = faceOutput->QueryNumberOfDetectedFaces();
for (int i = 0; i < numFaces; ++i)
{
PXCFaceData::Face* trackedFace = faceOutput->QueryFaceByIndex(i);
assert(trackedFace != NULL);
if (FaceTrackingUtilities::IsModuleSelected(m_window, IDC_LOCATION) && trackedFace->QueryDetection() != NULL)
DrawLocation(trackedFace);
if (FaceTrackingUtilities::IsModuleSelected(m_window, IDC_LANDMARK) && trackedFace->QueryLandmarks() != NULL)
DrawLandmark(trackedFace);
if (FaceTrackingUtilities::IsModuleSelected(m_window, IDC_POSE) && trackedFace->QueryPose() != NULL)
DrawPose(trackedFace, i);
if (FaceTrackingUtilities::IsModuleSelected(m_window, IDC_EXPRESSIONS) && trackedFace->QueryExpressions() != NULL)
DrawExpressions(trackedFace, i);
if (FaceTrackingUtilities::IsModuleSelected(m_window, IDC_RECOGNITION) && trackedFace->QueryRecognition() != NULL)
DrawRecognition(trackedFace, i);
}
}
void Emotions::update()
{
int numFaces = 0;
if (mSenseMgr->AcquireFrame(true) >= PXC_STATUS_NO_ERROR)
{
// Emotion Data
PXCEmotion *emotionDet = mSenseMgr->QueryEmotion();
PXCEmotion::EmotionData arrData[10];
fdata->Update();
int numFaces = fdata->QueryNumberOfDetectedFaces();
for (int i = 0; i < numFaces; ++i)
{
// FaceData
PXCFaceData::Face *face = fdata->QueryFaceByIndex(i);
PXCFaceData::ExpressionsData *edata = face->QueryExpressions();
emotionDet->QueryAllEmotionData(i, &arrData[0]);
//Face Detection and Location
if (arrData->rectangle.x > -1 && arrData->rectangle.y > -1)
{
//cout << arrData->rectangle.x << ", " << arrData->rectangle.y << endl;
iSeeYou = true;
}
else
iSeeYou = false;
# pragma region Expression Logic
if (iSeeYou)
{
PXCFaceData::ExpressionsData::FaceExpressionResult smileScore;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_SMILE, &smileScore);
PXCFaceData::ExpressionsData::FaceExpressionResult raiseLeftBrow;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_BROW_RAISER_LEFT, &raiseLeftBrow);
PXCFaceData::ExpressionsData::FaceExpressionResult raiseRightBrow;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_BROW_RAISER_RIGHT, &raiseRightBrow);
PXCFaceData::ExpressionsData::FaceExpressionResult eyeClosedLeft;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_EYES_CLOSED_LEFT, &eyeClosedLeft);
PXCFaceData::ExpressionsData::FaceExpressionResult eyeClosedRight;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_EYES_CLOSED_RIGHT, &eyeClosedRight);
PXCFaceData::ExpressionsData::FaceExpressionResult kiss;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_KISS, &kiss);
PXCFaceData::ExpressionsData::FaceExpressionResult openMouth;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_MOUTH_OPEN, &openMouth);
PXCFaceData::ExpressionsData::FaceExpressionResult tongueOut;
edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_TONGUE_OUT, &tongueOut);
if (smileScore.intensity > 80)
cout << "smile back!" << endl;
if (raiseLeftBrow.intensity > 80 && raiseRightBrow.intensity > 80)
cout << "eyebrows up" << endl;
if (raiseLeftBrow.intensity > 80 && raiseRightBrow.intensity < 80)
cout << "eyebrow raised" << endl;
if (raiseLeftBrow.intensity < 80 && raiseRightBrow.intensity > 80)
cout << "eyebrow raised" << endl;
if (eyeClosedLeft.intensity > 80 && eyeClosedRight.intensity > 80)
cout << "eyes Closed" << endl;
//else
// eyes open
if (kiss.intensity > 80)
cout << "kissy face!" << endl;
if (openMouth.intensity > 80)
cout << "say Ahhhhh" << endl;
if (tongueOut.intensity > 80)
cout << "Stick Tongue Out" << endl;
}
//PXCFaceData::ExpressionsData::FaceExpressionResult score;
//edata->QueryExpression(PXCFaceData::ExpressionsData::EXPRESSION_KISS, &score);
//cout << score.intensity << endl;
# pragma endregion //Expression Logic
#pragma region Emotion Logic
/*bool emotionPresent = false;
int epidx = -1; pxcI32 maxScoreE = -3; pxcF32 maxscoreI = 0;
for (int i = 0; i < 7; i++)
{
if (arrData[i].evidence < maxScoreE) continue;
if (arrData[i].intensity < maxscoreI) continue;
maxScoreE = arrData[i].evidence;
maxscoreI = arrData[i].intensity;
epidx = i;
std::this_thread::sleep_for(std::chrono::milliseconds(50));
}
if (maxScoreE > -1)
{
std::string foundEmo = "";
switch (arrData[epidx].eid)
{
case PXCEmotion::EMOTION_PRIMARY_ANGER:
foundEmo = "Anger";
break;
case PXCEmotion::EMOTION_PRIMARY_CONTEMPT:
foundEmo = "Contempt";
break;
case PXCEmotion::EMOTION_PRIMARY_DISGUST:
foundEmo = "Disgust";
break;
case PXCEmotion::EMOTION_PRIMARY_FEAR:
foundEmo = "Fear";
break;
case PXCEmotion::EMOTION_PRIMARY_JOY:
foundEmo = "Joy";
break;
case PXCEmotion::EMOTION_PRIMARY_SADNESS:
foundEmo = "Sadness";
break;
case PXCEmotion::EMOTION_PRIMARY_SURPRISE:
foundEmo = "Surprise";
break;
case PXCEmotion::EMOTION_SENTIMENT_POSITIVE:
foundEmo = "Positive";
break;
case PXCEmotion::EMOTION_SENTIMENT_NEGATIVE:
foundEmo = "Negative";
break;
case PXCEmotion::EMOTION_SENTIMENT_NEUTRAL:
foundEmo = "Neutral";
break;
}
cout << "outstanding emotion = " << foundEmo << endl;
}
if (maxscoreI > 0.4)
emotionPresent = true;
if (emotionPresent)
{
//int spidx = -1;
maxScoreE = -3; maxscoreI = 0;
for (int i = 0; i < 7; i++)
{
if (arrData[i].evidence < maxScoreE) continue;
if (arrData[i].intensity < maxscoreI) continue;
maxScoreE = arrData[i].evidence;
maxscoreI = arrData[i].intensity;
//spidx = i;
}
}*/
#pragma endregion //Emotion Logic
}
numFaces = emotionDet->QueryNumFaces();
const PXCCapture::Sample *sample = mSenseMgr->QueryEmotionSample();
mSenseMgr->ReleaseFrame();
}
}
