Loading src/PointCloudManager.cpp +0 −11 Original line number Diff line number Diff line Loading @@ -2,19 +2,8 @@ void PointCloudManager::drawPointCloud() { //ofLog(OF_LOG_NOTICE) << "Drawing cloud point (" << pointCloud.getVertices().size() << ") points)"; ofPushMatrix(); ofNoFill(); pointCloud.draw(); auto vs = pointCloud.getVertices(); if (vs.size() > 0) { auto v = vs[12000]; ofLog(OF_LOG_NOTICE) << "Color at vertex 12000 (of " << vs.size() << "): \n" << "R " << v.r << "\n" << "G " << v.g << "\n" << "B " << v.b; } ofPopMatrix(); } void PointCloudManager::drawRGB(const ofRectangle& viewRect) { Loading src/ofApp.cpp +50 −660 File changed.Preview size limit exceeded, changes collapsed. Show changes src/ofApp.h +25 −112 Original line number Diff line number Diff line Loading @@ -17,7 +17,7 @@ #include <ofMatrix4x4.h> #define N_CAMERAS 6 #define N_CAMERAS 3 #define VIEWGRID_WIDTH 132 #define MENU_WIDTH 1000 Loading Loading @@ -64,7 +64,6 @@ class ofApp : public ofBaseApp{ ofTrueTypeFont monosm; vector<ofPoint> stroke; bool bShowVisuals = false; ////////////////// Loading Loading @@ -97,16 +96,16 @@ class ofApp : public ofBaseApp{ ofTexture render; ///////////// //RealSense// //Nuitrack // ///////////// void initNuitrack(); void reloadTransformMatrix(); TrackerRef tracker; PointCloudManager pointCloudManager; ofMatrix4x4 unprojection; bool dispRaw; bool bPreviewPointCloud; Loading @@ -115,21 +114,8 @@ class ofApp : public ofBaseApp{ CaptureMeshArray capMesh; Frustum realSenseFrustum; /** Changes operation of application @param _index 0=normal, 1= recording to file, 2=playback from file */ void changeOperation(int& _index); void drawPreview(); void drawCapturePointCloud(bool _mask); void createGUIDeviceParams(); void createFrustumCone(); void updateFrustumCone(int& val); ///////////////// //COLOR CONTOUR// Loading @@ -140,98 +126,25 @@ class ofApp : public ofBaseApp{ // used for viewing the point cloud ofEasyCam previewCam; ofShader shader; /////////////// //CALCULATION// /////////////// void updateCalc(); void updateMatrix(); void measurementCycleRaw(); void measurementCycleFine(); void drawCalibrationPoints(); glm::vec3 calcPlanePoint(ofParameter<ofVec2f> & cpoint, int _size, int _step); bool bUpdateCalc = false; bool bUpdateMeasurment = false; bool bUpdateMeasurmentFine = false; bool bUpdateImageMask = false; char bUpdateSetMesurmentPoint = -1; int cycleCounter = 0; ofVec3f planePoint1Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint2Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint3Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint_X; ofVec3f planePoint_Y; ofVec3f planePoint_Z; ofVec3f planeCenterPoint; ofSpherePrimitive sphere_X; ofSpherePrimitive sphere_Y; ofSpherePrimitive sphere_Z; ofSpherePrimitive frustumCenterSphere; ofSpherePrimitive frustumTopSphere; ofVboMesh geometry; ofMatrix4x4 deviceTransform; string calcdata; bool bShowCalcData; bool bShowSkeletonData = true; ////////////// //PROPERTIES// ////////////// void setupCalibGui(); void setupTransformGui(); ofxGui gui; ofxGuiPanel *setupCalib; ofxGuiPanel *device; ofxGuiPanel *post; ofxGuiPanel *guitransform; ofxGuiPanel *operating; //mode panel ofxGuiGroup *operatingToggles; ofParameterGroup operatingModes; ofParameter<bool> mode0Capture; ofParameter<bool> mode1Record; ofParameter<bool> mode2Playback; ofParameter<ofVec2f> calibPoint_X; ofParameter<ofVec2f> calibPoint_Y; ofParameter<ofVec2f> calibPoint_Z; ofParameterGroup transformationGuiGroup; ofParameter<ofMatrix4x4> transformation; ofParameterGroup frustumGuiGroup; ofParameter<int> nearFrustum; ofParameter<int> farFrustum; ofParameterGroup intrinsicGuiGroup; ofParameter<float> depthCorrectionBase; ofParameter<float> depthCorrectionDivisor; ofParameter<float> pixelSizeCorrector; ofParameter<int> blobGrain; ofParameter<bool> captureVideo; ////////// // HELP // ////////// Loading Loading
src/PointCloudManager.cpp +0 −11 Original line number Diff line number Diff line Loading @@ -2,19 +2,8 @@ void PointCloudManager::drawPointCloud() { //ofLog(OF_LOG_NOTICE) << "Drawing cloud point (" << pointCloud.getVertices().size() << ") points)"; ofPushMatrix(); ofNoFill(); pointCloud.draw(); auto vs = pointCloud.getVertices(); if (vs.size() > 0) { auto v = vs[12000]; ofLog(OF_LOG_NOTICE) << "Color at vertex 12000 (of " << vs.size() << "): \n" << "R " << v.r << "\n" << "G " << v.g << "\n" << "B " << v.b; } ofPopMatrix(); } void PointCloudManager::drawRGB(const ofRectangle& viewRect) { Loading
src/ofApp.h +25 −112 Original line number Diff line number Diff line Loading @@ -17,7 +17,7 @@ #include <ofMatrix4x4.h> #define N_CAMERAS 6 #define N_CAMERAS 3 #define VIEWGRID_WIDTH 132 #define MENU_WIDTH 1000 Loading Loading @@ -64,7 +64,6 @@ class ofApp : public ofBaseApp{ ofTrueTypeFont monosm; vector<ofPoint> stroke; bool bShowVisuals = false; ////////////////// Loading Loading @@ -97,16 +96,16 @@ class ofApp : public ofBaseApp{ ofTexture render; ///////////// //RealSense// //Nuitrack // ///////////// void initNuitrack(); void reloadTransformMatrix(); TrackerRef tracker; PointCloudManager pointCloudManager; ofMatrix4x4 unprojection; bool dispRaw; bool bPreviewPointCloud; Loading @@ -115,21 +114,8 @@ class ofApp : public ofBaseApp{ CaptureMeshArray capMesh; Frustum realSenseFrustum; /** Changes operation of application @param _index 0=normal, 1= recording to file, 2=playback from file */ void changeOperation(int& _index); void drawPreview(); void drawCapturePointCloud(bool _mask); void createGUIDeviceParams(); void createFrustumCone(); void updateFrustumCone(int& val); ///////////////// //COLOR CONTOUR// Loading @@ -140,98 +126,25 @@ class ofApp : public ofBaseApp{ // used for viewing the point cloud ofEasyCam previewCam; ofShader shader; /////////////// //CALCULATION// /////////////// void updateCalc(); void updateMatrix(); void measurementCycleRaw(); void measurementCycleFine(); void drawCalibrationPoints(); glm::vec3 calcPlanePoint(ofParameter<ofVec2f> & cpoint, int _size, int _step); bool bUpdateCalc = false; bool bUpdateMeasurment = false; bool bUpdateMeasurmentFine = false; bool bUpdateImageMask = false; char bUpdateSetMesurmentPoint = -1; int cycleCounter = 0; ofVec3f planePoint1Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint2Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint3Meas[N_MEASURMENT_CYCLES]; ofVec3f planePoint_X; ofVec3f planePoint_Y; ofVec3f planePoint_Z; ofVec3f planeCenterPoint; ofSpherePrimitive sphere_X; ofSpherePrimitive sphere_Y; ofSpherePrimitive sphere_Z; ofSpherePrimitive frustumCenterSphere; ofSpherePrimitive frustumTopSphere; ofVboMesh geometry; ofMatrix4x4 deviceTransform; string calcdata; bool bShowCalcData; bool bShowSkeletonData = true; ////////////// //PROPERTIES// ////////////// void setupCalibGui(); void setupTransformGui(); ofxGui gui; ofxGuiPanel *setupCalib; ofxGuiPanel *device; ofxGuiPanel *post; ofxGuiPanel *guitransform; ofxGuiPanel *operating; //mode panel ofxGuiGroup *operatingToggles; ofParameterGroup operatingModes; ofParameter<bool> mode0Capture; ofParameter<bool> mode1Record; ofParameter<bool> mode2Playback; ofParameter<ofVec2f> calibPoint_X; ofParameter<ofVec2f> calibPoint_Y; ofParameter<ofVec2f> calibPoint_Z; ofParameterGroup transformationGuiGroup; ofParameter<ofMatrix4x4> transformation; ofParameterGroup frustumGuiGroup; ofParameter<int> nearFrustum; ofParameter<int> farFrustum; ofParameterGroup intrinsicGuiGroup; ofParameter<float> depthCorrectionBase; ofParameter<float> depthCorrectionDivisor; ofParameter<float> pixelSizeCorrector; ofParameter<int> blobGrain; ofParameter<bool> captureVideo; ////////// // HELP // ////////// Loading