private void ConfigureRealSense(PXCMSession session) { PXCMFaceModule faceModule; PXCMFaceConfiguration faceConfig; // Start the SenseManager and session senseManager = session.CreateSenseManager(); // Enable the color stream senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 640, 480, 30); // Enable the face module senseManager.EnableFace(); faceModule = senseManager.QueryFace(); faceConfig = faceModule.CreateActiveConfiguration(); // Configure for 3D face tracking (if camera cannot support depth it will revert to 2D tracking) faceConfig.SetTrackingMode(PXCMFaceConfiguration.TrackingModeType.FACE_MODE_COLOR_PLUS_DEPTH); // Enable landmarks detection faceConfig.landmarks.isEnabled = true; // Enable pose detection faceConfig.pose.isEnabled = true; // Enable facial recognition recogConfig = faceConfig.QueryRecognition(); recogConfig.Enable(); // Create a recognition database storage PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc recognitionDesc = new PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc(); recognitionDesc.maxUsers = MAX_USERS; recogConfig.CreateStorage(DB_NAME, out recognitionDesc); recogConfig.UseStorage(DB_NAME); isDBLoaded = LoadDB(); recogConfig.SetRegistrationMode(PXCMFaceConfiguration.RecognitionConfiguration.RecognitionRegistrationMode.REGISTRATION_MODE_CONTINUOUS); // Apply changes and initialize faceConfig.ApplyChanges(); senseManager.Init(); faceData = faceModule.CreateOutput(); // Mirror image senseManager.QueryCaptureManager().QueryDevice().SetMirrorMode(PXCMCapture.Device.MirrorMode.MIRROR_MODE_HORIZONTAL); //IVCam Setting senseManager.QueryCaptureManager().QueryDevice().SetIVCAMFilterOption(7); senseManager.QueryCaptureManager().QueryDevice().SetIVCAMAccuracy(PXCMCapture.Device.IVCAMAccuracy.IVCAM_ACCURACY_COARSE); senseManager.QueryCaptureManager().QueryDevice().SetIVCAMLaserPower(16); senseManager.QueryCaptureManager().QueryDevice().SetIVCAMMotionRangeTradeOff(100); // Release resources faceConfig.Dispose(); faceModule.Dispose(); }
private void ConfigureRealSense() { PXCMFaceModule faceModule; PXCMFaceConfiguration faceConfig; // Start the SenseManager and session senseManager = PXCMSenseManager.CreateInstance(); // Enable the color stream senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 640, 480, 30); //senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 550, 550, 30); // Enable the face module senseManager.EnableFace(); //senseManager.EnableHand(); faceModule = senseManager.QueryFace(); faceConfig = faceModule.CreateActiveConfiguration(); // Configure for 3D face tracking (if camera cannot support depth it will revert to 2D tracking) faceConfig.SetTrackingMode(PXCMFaceConfiguration.TrackingModeType.FACE_MODE_COLOR_PLUS_DEPTH); expressionConfiguration = faceConfig.QueryExpressions(); expressionConfiguration.Enable(); expressionConfiguration.EnableAllExpressions(); // Enable facial recognition recognitionConfig = faceConfig.QueryRecognition(); recognitionConfig.Enable(); // Create a recognition database PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc recognitionDesc = new PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc(); recognitionDesc.maxUsers = DatabaseUsers; recognitionConfig.CreateStorage(DatabaseName, out recognitionDesc); recognitionConfig.UseStorage(DatabaseName); LoadDatabaseFromFile(); recognitionConfig.SetRegistrationMode(PXCMFaceConfiguration.RecognitionConfiguration.RecognitionRegistrationMode.REGISTRATION_MODE_CONTINUOUS); // Apply changes and initialize faceConfig.ApplyChanges(); senseManager.Init(); faceData = faceModule.CreateOutput(); // Mirror image senseManager.QueryCaptureManager().QueryDevice().SetMirrorMode(PXCMCapture.Device.MirrorMode.MIRROR_MODE_HORIZONTAL); // Release resources faceConfig.Dispose(); faceModule.Dispose(); }
private void InitializeFace() { // 顔検出を有効にする var sts = senceManager.EnableFace(); if (sts < pxcmStatus.PXCM_STATUS_NO_ERROR) { throw new Exception("顔検出の有効化に失敗しました"); } //顔検出器を生成する var faceModule = senceManager.QueryFace(); //顔検出のプロパティを取得 PXCMFaceConfiguration config = faceModule.CreateActiveConfiguration(); config.SetTrackingMode(PXCMFaceConfiguration.TrackingModeType.FACE_MODE_COLOR_PLUS_DEPTH); config.ApplyChanges(); //追加:顔識別のプロパティを取得 PXCMFaceConfiguration.RecognitionConfiguration rcfg = config.QueryRecognition(); //追加:顔識別を有効化 rcfg.Enable(); //追加:顔識別用データベースの用意 PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc desc = new PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc(); desc.maxUsers = 10; rcfg.CreateStorage("MyDB", out desc); rcfg.UseStorage("MyDB"); //追加:顔識別の登録の設定を行う rcfg.SetRegistrationMode(PXCMFaceConfiguration.RecognitionConfiguration.RecognitionRegistrationMode.REGISTRATION_MODE_CONTINUOUS); // パイプラインを初期化する pxcmStatus ret = senceManager.Init(); if (ret < pxcmStatus.PXCM_STATUS_NO_ERROR) { throw new Exception("初期化に失敗しました"); } // デバイス情報の取得 PXCMCapture.Device device = senceManager.QueryCaptureManager().QueryDevice(); if (device == null) { throw new Exception("deviceの生成に失敗しました"); } // ミラー表示にする device.SetMirrorMode(PXCMCapture.Device.MirrorMode.MIRROR_MODE_HORIZONTAL); PXCMCapture.DeviceInfo deviceInfo; device.QueryDeviceInfo(out deviceInfo); if (deviceInfo.model == PXCMCapture.DeviceModel.DEVICE_MODEL_IVCAM) { device.SetDepthConfidenceThreshold(1); device.SetIVCAMFilterOption(6); device.SetIVCAMMotionRangeTradeOff(21); } config.detection.isEnabled = true; config.detection.maxTrackedFaces = DETECTION_MAXFACES; config.QueryRecognition().Enable(); config.ApplyChanges(); faceData = faceModule.CreateOutput(); }
private void ConfigureRealSense() { PXCMFaceModule faceModule; // Start the SenseManager and session senseManager = PXCMSenseManager.CreateInstance(); senseManager.captureManager.SetFileName("recorded_video.wm", true); senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 640, 480, 0); senseManager.Init(); senseManager.captureManager.SetRealtime(false); senseManager.captureManager.SetPause(true); // Enable the color stream //senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 640, 480, 60); //60 0r 0 for fps? // Enable the face module senseManager.EnableFace(); faceModule = senseManager.QueryFace(); faceConfig = faceModule.CreateActiveConfiguration(); faceConfig.detection.isEnabled = true; expressionConfig = faceConfig.QueryExpressions(); expressionConfig.Enable(); expressionConfig.EnableAllExpressions(); faceConfig.EnableAllAlerts(); // Configure for 3D face tracking (if camera cannot support depth it will revert to 2D tracking) faceConfig.SetTrackingMode(PXCMFaceConfiguration.TrackingModeType.FACE_MODE_COLOR_PLUS_DEPTH); // Enable facial recognition recognitionConfig = faceConfig.QueryRecognition(); recognitionConfig.Enable(); // Create a recognition database PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc recognitionDesc = new PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc(); recognitionDesc.maxUsers = DatabaseUsers; recognitionConfig.CreateStorage(DatabaseName, out recognitionDesc); recognitionConfig.UseStorage(DatabaseName); LoadDatabaseFromFile(); recognitionConfig.SetRegistrationMode(PXCMFaceConfiguration.RecognitionConfiguration.RecognitionRegistrationMode.REGISTRATION_MODE_CONTINUOUS); // Apply changes and initialize faceConfig.ApplyChanges(); senseManager.Init(); faceData = faceModule.CreateOutput(); int numFaces = faceData.QueryNumberOfDetectedFaces(); Console.WriteLine("number of detected faces", numFaces); // Mirror image senseManager.QueryCaptureManager().QueryDevice().SetMirrorMode(PXCMCapture.Device.MirrorMode.MIRROR_MODE_HORIZONTAL); // Release resources faceConfig.Dispose(); faceModule.Dispose(); }
//---------------------------------------------------ConfigureRealSense----------------------------------------------------------------------------------------------------- public static void ConfigureRealSense() //Configura o pipeline para processamento { /* Start the SenseManager and session * Cria a instancia de PXCMSenseManager em senseManager para * interface com algoritmos pré-definidos ex: Reconhecimento facial */ senseManager = PXCMSenseManager.CreateInstance(); //private PXCMSenseManager senseManager; /* Enable the color stream * Habilita a transmissão de cor */ ///////senseManager.EnableStream(PXCMCapture.StreamType.STREAM_TYPE_COLOR, 640, 480, 30); /* Enable the face module * Ativa o Rastreamento de face no pipeline */ senseManager.EnableFace(); PXCMFaceModule faceModule = senseManager.QueryFace(); //Retorna a instância do módulo da face (FaceModule) /* O CreateActiveConfiguration função retorna uma nova instância do FaceConfiguration exemplo, * que o aplicativo usa para configurar o módulo de rastreamento de face. * O pedido deve liberar a instância após o uso. */ PXCMFaceConfiguration faceConfig = faceModule.CreateActiveConfiguration(); // Configure for 3D face tracking (if camera cannot support depth it will revert to 2D tracking) faceConfig.SetTrackingMode(PXCMFaceConfiguration.TrackingModeType.FACE_MODE_COLOR_PLUS_DEPTH); /* Enable facial recognition * Cria uma interface de configuração do algoritmo de reconhecimento facial * Neste algoritmo já tem as opções de CRUD, só é preciso configura-las */ recognitionConfig = faceConfig.QueryRecognition(); //private PXCMFaceConfiguration.RecognitionConfiguration recognitionConfig; recognitionConfig.Enable(); //faceModule.CreateActiveConfiguration().QueryRecognition().Enable(); /* Create a recognition database * A estrutura 'RecognitionStorageDesc' descreve os parâmetros de configuração de banco de dados de reconhecimento. */ PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc storageDesc = new PXCMFaceConfiguration.RecognitionConfiguration.RecognitionStorageDesc(); storageDesc.maxUsers = DatabaseUsers; //Numero máximo de usuários suportado pelo banco de dados recognitionConfig.CreateStorage(DatabaseName, out storageDesc); //Cria o banco de dados passando a descrição configurada em 'storageDesc' recognitionConfig.UseStorage(DatabaseName); //Coloca o banco de dados em uso /* Verifica se o arquivo existe e se existir, executa 'SetDatabaseBuffer' * para substitui o banco de dados de reconhecimento */ LoadDatabaseFromFile(); /* REGISTRATION_MODE_CONTINUOUS registrar os usuários automaticamente. * REGISTRATION_MODE_ON_DEMAND registar os usuários mediante solicitação. */ recognitionConfig.SetRegistrationMode(PXCMFaceConfiguration.RecognitionConfiguration.RecognitionRegistrationMode.REGISTRATION_MODE_CONTINUOUS); faceConfig.ApplyChanges(); // Aplica as configurações feitas no Modulo de Reconhecimento facial /* A função 'Init' inicializa o pipeline * (Isso configura o pipeline de processamento que recebe e processa os dados do hardware) */ senseManager.Init(); /* A função 'CreateOutput' retorna uma nova instância do 'FaceData' exemplo, que o aplicativo usa para armazenar e recuperar * os dados de saída do módulo de rastreamento de face. * O pedido deve liberar a instância após o uso. */ faceData = faceModule.CreateOutput(); /* A função 'SetMirrorMode' define a orientação das imagens da câmera. */ senseManager.QueryCaptureManager().QueryDevice().SetMirrorMode(PXCMCapture.Device.MirrorMode.MIRROR_MODE_HORIZONTAL); // Libera os recursos faceConfig.Dispose(); faceModule.Dispose(); }