SYMBOL INDEX (723 symbols across 160 files) FILE: apps/colorpick/colorpick.cpp function filter (line 25) | void filter() function onMouse (line 71) | static void onMouse(int event, int x, int y, int f, void *) function main (line 171) | int main(int argc, char **argv) FILE: apps/helloworld/main.cpp function main (line 2) | int main(int /*argc*/, char ** /*argv*/) FILE: apps/helloworld_atb/main.cpp class OpenGLFormat (line 18) | class OpenGLFormat : public QGLFormat{ method OpenGLFormat (line 20) | OpenGLFormat(){ class GLWidget (line 28) | class GLWidget : public QGLWidget{ method GLWidget (line 31) | GLWidget():QGLWidget(OpenGLFormat()){ method initializeGL (line 38) | void initializeGL(){ method paintGL (line 48) | void paintGL() { function main (line 57) | int main(int argc, char* argv[]){ FILE: apps/helloworld_atb/main_new.cpp class GLWidget (line 16) | class GLWidget : public QOpenGLWidget{ method GLWidget (line 19) | GLWidget():QOpenGLWidget(){ method initializeGL (line 26) | void initializeGL(){ method paintGL (line 39) | void paintGL() { function main (line 47) | int main(int argc, char* argv[]){ FILE: apps/helloworld_cublas/gnuplot_i.h function class (line 60) | class GnuplotException : public std::runtime_error function class (line 68) | class Gnuplot function set_GNUPlotPath (line 943) | bool Gnuplot::set_GNUPlotPath(const std::string &path) function set_terminal_std (line 971) | void Gnuplot::set_terminal_std(const std::string &type) function file_available (line 1946) | bool Gnuplot::file_available(const std::string &filename) function remove_tmpfiles (line 2040) | void Gnuplot::remove_tmpfiles() FILE: apps/helloworld_cublas/main_performance.cpp function wait_for_key (line 36) | void wait_for_key (){ function main (line 44) | int main(int argc, char *argv[]){ FILE: apps/helloworld_cublas/main_simple.cpp function main (line 22) | int main(int argc, char *argv[]){ FILE: apps/helloworld_cudagl/main.cpp class GLWidget (line 29) | class GLWidget : public QGLWidget{ class OpenGLFormat (line 31) | class OpenGLFormat : public QGLFormat{ method OpenGLFormat (line 33) | OpenGLFormat(){ method GLWidget (line 41) | GLWidget():QGLWidget(OpenGLFormat()){ method init (line 44) | void init(){ function main (line 51) | int main(int argc, char* argv[]){ FILE: apps/helloworld_librealsense/main.cpp function on_mouse_button (line 17) | static void on_mouse_button(GLFWwindow * win, int button, int action, in... function clamp (line 21) | static double clamp(double val, double lo, double hi) { return val < lo ... function on_cursor_pos (line 22) | static void on_cursor_pos(GLFWwindow * win, double x, double y) function main (line 33) | int main() try FILE: apps/helloworld_opencv/main.cpp function main (line 9) | int main(int, char **) { FILE: apps/helloworld_openmp/main.cpp function main (line 6) | int main (int argc, char *argv[]) FILE: apps/helloworld_openni/main.cpp function main (line 7) | int main(int /*argc*/, char ** /*argv*/){ FILE: apps/helloworld_qglviewer/main.cpp class Viewer (line 4) | class Viewer : public QGLViewer { method draw (line 5) | void draw() { method init (line 27) | void init() { function main (line 32) | int main(int argc, char* argv[]){ FILE: apps/helloworld_qtopengl/main.cpp class OpenGLFormat (line 7) | class OpenGLFormat : public QGLFormat{ method OpenGLFormat (line 9) | OpenGLFormat(){ class GLWidget (line 17) | class GLWidget : public QGLWidget{ method GLWidget (line 20) | GLWidget():QGLWidget(OpenGLFormat()){ method initializeGL (line 23) | void initializeGL(){ method paintGL (line 29) | void paintGL() { function main (line 36) | int main(int argc, char* argv[]){ FILE: apps/helloworld_realsense/main.cpp function main (line 11) | int main(int /*argc*/, char ** /*argv*/){ class MyHandler (line 43) | class MyHandler : public PXCSenseManager::Handler { method pxcStatus (line 45) | virtual pxcStatus PXCAPI OnNewSample(pxcUID, PXCCapture::Sample *sampl... function main (line 66) | int main(int /*argc*/, char ** /*argv*/){ function main (line 103) | int main(int /*argc*/, char ** /*argv*/){ function main (line 147) | int main(int /*argc*/, char ** /*argv*/){ FILE: apps/htrack_atb/AntTweakBarEventFilter.h function class (line 9) | class AntTweakBarEventFilter : public QObject{ FILE: apps/htrack_atb/main.cpp class GLWidget (line 20) | class GLWidget : public QGLWidget{ method GLWidget (line 31) | GLWidget(Worker* worker, DataStream * datastream, SolutionStream * sol... method initializeGL (line 48) | void initializeGL(){ method paintGL (line 67) | void paintGL() { method reload_model (line 92) | void reload_model(){ method keyPressEvent (line 104) | void keyPressEvent(QKeyEvent *event){ function main (line 150) | int main(int argc, char* argv[]){ FILE: apps/htrack_qt/Main_window.cpp function connect (line 61) | connect(slider, SIGNAL(sliderMoved(int)), this, SLOT(display_frame(int))); FILE: apps/htrack_qt/Main_window.h function class (line 15) | class Main_window : public QMainWindow{ FILE: apps/htrack_qt/OpenGL_viewer.h type QGLViewer (line 10) | typedef QGLViewer OpenGL_viewer_Superclass; type QGLWidget (line 13) | typedef QGLWidget OpenGL_viewer_Superclass; function class (line 16) | class OpenGL_viewer : public OpenGL_viewer_Superclass { FILE: apps/htrack_qt/main.cpp function main (line 23) | int main(int argc, char* argv[]) { FILE: apps/synthgen/synthgen.cpp function record_sequence (line 34) | int record_sequence(int argc, char* argv[]){ function main (line 101) | int main(int argc, char* argv[]){ FILE: cudax/CublasHelper.h function namespace (line 13) | namespace cudax { FILE: cudax/CudaHelper.h function namespace (line 10) | namespace cudax { FILE: cudax/CudaTimer.h function namespace (line 7) | namespace cudax { FILE: cudax/KinectCamera.h function namespace (line 7) | namespace cudax { FILE: cudax/Kinematic.h function namespace (line 6) | namespace cudax { FILE: cudax/MeshGrid.h function namespace (line 6) | namespace cudax { type GetPixelIndex (line 53) | struct GetPixelIndex FILE: cudax/OpenCVOutputBuffer.h function namespace (line 5) | namespace cudax { FILE: cudax/PixelIndexer.h function namespace (line 10) | namespace cudax { FILE: cudax/Timer.h function namespace (line 12) | namespace cudax { FILE: cudax/externs.h function namespace (line 8) | namespace energy{namespace fitting{struct Settings;}} type CustomJointInfo (line 9) | struct CustomJointInfo type ChainElement (line 10) | struct ChainElement type uchar (line 11) | typedef unsigned char uchar; function namespace (line 14) | namespace cudax { FILE: cudax/functors/ClosestPoint.h function namespace (line 5) | namespace cudax { FILE: cudax/functors/ComputeJacobianRow.h function namespace (line 6) | namespace cudax { function __device__ (line 29) | inline __device__ int constraint_index(const MeshGrid::Elem& off){ retur... function __device__ (line 31) | __device__ FILE: cudax/functors/ComputeJacobianRowDepth.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/ComputeJacobianRowExtraClosedForm.h function namespace (line 7) | namespace cudax { FILE: cudax/functors/ComputeJacobianRowPush.h function namespace (line 5) | namespace cudax { FILE: cudax/functors/ComputeJacobianRowSilho.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/CopyOver.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/ImageGradient.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/ImageGradientDepth.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/ImageHighlighter.h function namespace (line 8) | namespace cudax { FILE: cudax/functors/IsMatchingDepth.h function namespace (line 6) | namespace cudax { FILE: cudax/functors/IsSilhouette.h function namespace (line 5) | namespace cudax { type IsSensorSilhouette (line 19) | struct IsSensorSilhouette{ FILE: cudax/functors/IsSilhouetteBoundary.h function namespace (line 5) | namespace cudax { FILE: cudax/functors/IsTopLeft3x3Block.h function namespace (line 5) | namespace cudax { FILE: cudax/functors/SkeletonJacobian.h function namespace (line 8) | namespace cudax { FILE: cudax/helper_cuda.h function __getLastCudaError (line 763) | inline void __getLastCudaError(const char *errorMessage, const char *fil... function _ConvertSMVer2Cores (line 782) | inline int _ConvertSMVer2Cores(int major, int minor) function gpuDeviceInit (line 826) | inline int gpuDeviceInit(int devID) function gpuGetMaxGflopsDeviceId (line 873) | inline int gpuGetMaxGflopsDeviceId() function findCudaDevice (line 957) | inline int findCudaDevice(int argc, const char **argv) function checkCudaCapabilities (line 997) | inline bool checkCudaCapabilities(int major_version, int minor_version) FILE: cudax/kernel.h function namespace (line 17) | namespace cudax { FILE: cudax/kernel_debug.h type ConstraintTypeFunctor (line 10) | struct ConstraintTypeFunctor{ function type (line 21) | int type(const MeshGrid::Elem& off){ return cnstr_indexes[off.z].x; } function __device__ (line 22) | __device__ int constraint_index(const MeshGrid::Elem& off){ return cnstr... function __device__ (line 24) | __device__ function kernel_constraint_type_image (line 51) | void kernel_constraint_type_image(uchar *opencv_image, int w, int h){ type SetZeroFunctor (line 61) | struct SetZeroFunctor{ function kernel_simplify_jacobian (line 74) | void kernel_simplify_jacobian(int n_total){ function kernel_store_closedform_corresp (line 81) | void kernel_store_closedform_corresp(int num) function kernel_copy_closedform_corresp (line 98) | void kernel_copy_closedform_corresp(thrust::host_vector &H_closed... FILE: cudax/kernel_init.h function kernel_init (line 10) | void kernel_init(energy::fitting::Settings* _settings, int H_width, int ... function kernel_cleanup (line 62) | void kernel_cleanup(){ function kernel_memory_tests (line 80) | void kernel_memory_tests(){ FILE: cudax/kernel_upload.h function kernel_upload_dtform_idxs (line 7) | void kernel_upload_dtform_idxs(int* H_dtform_idxs){ function kernel_upload_sensor_data (line 11) | void kernel_upload_sensor_data(uchar* H_silhouette_sensor) function kernel_upload_kinematic (line 16) | void kernel_upload_kinematic(const JointTransformations& H_jointinfos, c... function kernel_upload_cylinders (line 31) | void kernel_upload_cylinders(const float* H_cylinders) FILE: openni/include/Driver/OniDriverAPI.h function namespace (line 30) | namespace oni { namespace driver { function ONI_C_API_EXPORT (line 185) | ONI_C_API_EXPORT void oniDriverCreate(OniDriverServices* driverServices)... function ONI_C_API_EXPORT (line 188) | ONI_C_API_EXPORT void oniDriverDestroy() \ function ONI_C_API_EXPORT (line 193) | ONI_C_API_EXPORT OniStatus oniDriverInitialize(oni::driver::DeviceConnec... function ONI_C_API_EXPORT (line 201) | ONI_C_API_EXPORT OniStatus oniDriverTryDevice(const char* uri) ... function ONI_C_API_EXPORT (line 207) | ONI_C_API_EXPORT oni::driver::DeviceBase* oniDriverDeviceOpen(const char... function ONI_C_API_EXPORT (line 211) | ONI_C_API_EXPORT void oniDriverDeviceClose(oni::driver::DeviceBase* pDev... function ONI_C_API_EXPORT (line 216) | ONI_C_API_EXPORT OniStatus oniDriverDeviceGetSensorInfoList(oni::driver:... function ONI_C_API_EXPORT (line 222) | ONI_C_API_EXPORT oni::driver::StreamBase* oniDriverDeviceCreateStream(on... function ONI_C_API_EXPORT (line 228) | ONI_C_API_EXPORT void oniDriverDeviceDestroyStream(oni::driver::DeviceBa... function ONI_C_API_EXPORT (line 233) | ONI_C_API_EXPORT OniStatus oniDriverDeviceSetProperty(oni::driver::Devic... function ONI_C_API_EXPORT (line 238) | ONI_C_API_EXPORT OniStatus oniDriverDeviceGetProperty(oni::driver::Devic... function ONI_C_API_EXPORT (line 243) | ONI_C_API_EXPORT OniBool oniDriverDeviceIsPropertySupported(oni::driver:... function ONI_C_API_EXPORT (line 247) | ONI_C_API_EXPORT void oniDriverDeviceSetPropertyChangedCallback(oni::dri... function ONI_C_API_EXPORT (line 252) | ONI_C_API_EXPORT void oniDriverDeviceNotifyAllProperties(oni::driver::De... function ONI_C_API_EXPORT (line 256) | ONI_C_API_EXPORT OniStatus oniDriverDeviceInvoke(oni::driver::DeviceBase... function ONI_C_API_EXPORT (line 261) | ONI_C_API_EXPORT OniBool oniDriverDeviceIsCommandSupported(oni::driver::... function ONI_C_API_EXPORT (line 265) | ONI_C_API_EXPORT OniStatus oniDriverDeviceTryManualTrigger(oni::driver::... function ONI_C_API_EXPORT (line 269) | ONI_C_API_EXPORT OniBool oniDriverDeviceIsImageRegistrationModeSupported... function ONI_C_API_EXPORT (line 276) | ONI_C_API_EXPORT OniStatus oniDriverStreamSetProperty(oni::driver::Strea... function ONI_C_API_EXPORT (line 281) | ONI_C_API_EXPORT OniStatus oniDriverStreamGetProperty(oni::driver::Strea... function ONI_C_API_EXPORT (line 286) | ONI_C_API_EXPORT OniBool oniDriverStreamIsPropertySupported(oni::driver:... function ONI_C_API_EXPORT (line 290) | ONI_C_API_EXPORT void oniDriverStreamSetPropertyChangedCallback(oni::dri... function ONI_C_API_EXPORT (line 295) | ONI_C_API_EXPORT void oniDriverStreamNotifyAllProperties(oni::driver::St... function ONI_C_API_EXPORT (line 299) | ONI_C_API_EXPORT OniStatus oniDriverStreamInvoke(oni::driver::StreamBase... function ONI_C_API_EXPORT (line 304) | ONI_C_API_EXPORT OniBool oniDriverStreamIsCommandSupported(oni::driver::... function ONI_C_API_EXPORT (line 309) | ONI_C_API_EXPORT OniStatus oniDriverStreamStart(oni::driver::StreamBase*... function ONI_C_API_EXPORT (line 313) | ONI_C_API_EXPORT void oniDriverStreamStop(oni::driver::StreamBase* pStre... function ONI_C_API_EXPORT (line 318) | ONI_C_API_EXPORT void oniDriverStreamSetNewFrameCallback(oni::driver::St... function ONI_C_API_EXPORT (line 324) | ONI_C_API_EXPORT void oniDriverStreamAddRefToFrame(oni::driver::StreamBa... function ONI_C_API_EXPORT (line 329) | ONI_C_API_EXPORT void oniDriverStreamReleaseFrame(oni::driver::StreamBas... function ONI_C_API_EXPORT (line 334) | ONI_C_API_EXPORT OniStatus oniDriverStreamConvertDepthToColorCoordinates... function ONI_C_API_EXPORT (line 340) | ONI_C_API_EXPORT void* oniDriverEnableFrameSync(oni::driver::StreamBase*... function ONI_C_API_EXPORT (line 345) | ONI_C_API_EXPORT void oniDriverDisableFrameSync(void* frameSyncGroup) ... FILE: openni/include/Driver/OniDriverTypes.h type OniGeneralBuffer (line 29) | typedef struct type OniDriverFrame (line 35) | typedef struct type OniDriverServices (line 43) | struct OniDriverServices FILE: openni/include/NiTE.h function namespace (line 16) | namespace nite { function set (line 38) | void set(float x, float y, float z) function operator (line 51) | bool operator==(const Point3f& other) const function operator (line 55) | bool operator!=(const Point3f& other) const function class (line 61) | class Plane : public NitePlane function class (line 75) | class Quaternion : public NiteQuaternion function class (line 91) | class BoundingBox : public NiteBoundingBox function setData (line 122) | void setData(int size, T* data) {m_data = data; m_size = size;} function T (line 126) | const T& operator[](int index) const {return m_data[index];} type UserId (line 150) | typedef short int UserId; function class (line 155) | class PoseData : protected NitePoseData function class (line 182) | class UserMap : private NiteUserMap function class (line 208) | class SkeletonJoint : private NiteSkeletonJoint function class (line 235) | class Skeleton : private NiteSkeleton function class (line 250) | class UserData : private NiteUserData function PoseData (line 287) | const PoseData& getPose(PoseType type) const {return (const PoseData&)po... function class (line 291) | class UserTrackerFrameRef function setReference (line 375) | void setReference(NiteUserTrackerHandle userTrackerHandle, NiteUserTrack... function class (line 394) | class UserTracker function destroy (line 452) | void destroy() function Status (line 462) | Status readFrame(UserTrackerFrameRef* pFrame) function Status (line 477) | Status setSkeletonSmoothingFactor(float factor) function getSkeletonSmoothingFactor (line 481) | float getSkeletonSmoothingFactor() const function Status (line 493) | Status startSkeletonTracking(UserId id) function stopSkeletonTracking (line 498) | void stopSkeletonTracking(UserId id) function Status (line 504) | Status startPoseDetection(UserId user, PoseType type) function stopPoseDetection (line 510) | void stopPoseDetection(UserId user, PoseType type) function addNewFrameListener (line 515) | void addNewFrameListener(NewFrameListener* pListener) function removeNewFrameListener (line 520) | void removeNewFrameListener(NewFrameListener* pListener) function Status (line 531) | Status convertJointCoordinatesToDepth(float x, float y, float z, float* ... function Status (line 540) | Status convertDepthCoordinatesToJoint(int x, int y, int z, float* pOutX,... type HandId (line 551) | typedef short int HandId; function class (line 553) | class GestureData : protected NiteGestureData function class (line 563) | class HandData : protected NiteHandData function class (line 576) | class HandTrackerFrameRef function class (line 649) | class HandTracker function destroy (line 703) | void destroy() function Status (line 713) | Status readFrame(HandTrackerFrameRef* pFrame) function Status (line 728) | Status setSmoothingFactor(float factor) function getSmoothingFactor (line 732) | float getSmoothingFactor() const function Status (line 747) | Status startHandTracking(const Point3f& position, HandId* pNewHandId) function stopHandTracking (line 752) | void stopHandTracking(HandId id) function addNewFrameListener (line 757) | void addNewFrameListener(NewFrameListener* pListener) function removeNewFrameListener (line 762) | void removeNewFrameListener(NewFrameListener* pListener) function Status (line 769) | Status startGestureDetection(GestureType type) function stopGestureDetection (line 774) | void stopGestureDetection(GestureType type) function Status (line 784) | Status convertHandCoordinatesToDepth(float x, float y, float z, float* p... function Status (line 793) | Status convertDepthCoordinatesToHand(int x, int y, int z, float* pOutX, ... function class (line 806) | class NiTE FILE: openni/include/NiteCEnums.h type NiteJointType (line 12) | typedef enum type NiteSkeletonState (line 35) | typedef enum type NiteUserState (line 54) | typedef enum type NiteStatus (line 65) | typedef enum type NitePoseType (line 73) | typedef enum type NitePoseState (line 79) | typedef enum type NiteGestureType (line 89) | typedef enum type NiteGestureState (line 97) | typedef enum type NiteHandState (line 105) | typedef enum FILE: openni/include/NiteCTypes.h type NiteUserId (line 14) | typedef short int NiteUserId; type NiteUserTracker (line 16) | struct NiteUserTracker type NitePoint3f (line 22) | typedef struct type NiteQuaternion (line 28) | typedef struct type NiteSkeletonJoint (line 34) | typedef struct type NiteBoundingBox (line 49) | typedef struct type NitePoseData (line 55) | typedef struct type NiteSkeleton (line 62) | typedef struct type NiteUserData (line 69) | typedef struct type NiteUserMap (line 83) | typedef struct type NitePlane (line 94) | typedef struct type NiteUserTrackerFrame (line 101) | typedef struct type NiteUserTrackerCallbacks (line 122) | typedef struct type NiteHandId (line 128) | typedef short int NiteHandId; type NiteHandData (line 131) | typedef struct type NiteGestureData (line 139) | typedef struct type NiteHandTrackerFrame (line 147) | typedef struct type NiteHandTrackerCallbacks (line 167) | typedef struct type NiteHandTracker (line 192) | struct NiteHandTracker FILE: openni/include/NiteEnums.h type JointType (line 12) | typedef enum type SkeletonState (line 35) | typedef enum type Status (line 54) | typedef enum type PoseType (line 62) | typedef enum type GestureType (line 69) | typedef enum FILE: openni/include/OniCEnums.h type OniStatus (line 25) | typedef enum type OniSensorType (line 38) | typedef enum type OniPixelFormat (line 47) | typedef enum type OniDeviceState (line 63) | typedef enum type OniImageRegistrationMode (line 71) | typedef enum FILE: openni/include/OniCTypes.h type OniBool (line 28) | typedef int OniBool; type OniCallbackHandleImpl (line 40) | struct OniCallbackHandleImpl type OniCallbackHandleImpl (line 41) | struct OniCallbackHandleImpl type OniHardwareVersion (line 59) | typedef int OniHardwareVersion; type OniVideoMode (line 62) | typedef struct type OniSensorInfo (line 71) | typedef struct type OniDeviceInfo (line 79) | typedef struct type _OniDevice (line 88) | struct _OniDevice type _OniDevice (line 89) | typedef _OniDevice* OniDeviceHandle; type _OniStream (line 91) | struct _OniStream type _OniStream (line 92) | typedef _OniStream* OniStreamHandle; type _OniRecorder (line 94) | struct _OniRecorder type _OniRecorder (line 95) | typedef _OniRecorder* OniRecorderHandle; type OniFrame (line 98) | typedef struct type OniDeviceCallbacks (line 123) | typedef struct type OniCropping (line 130) | typedef struct type OniDepthPixel (line 143) | typedef uint16_t OniDepthPixel; type OniGrayscale16Pixel (line 148) | typedef uint16_t OniGrayscale16Pixel; function _ONI_DECLARE_YUV422_PIXEL (line 164) | _ONI_DECLARE_RGB888_PIXEL(OniRGB888Pixel) function pack (line 184) | _ONI_DECLARE_YUV422_PIXEL(OniYUV422DoublePixel) FILE: openni/include/OniEnums.h function namespace (line 24) | namespace kinect FILE: openni/include/OniProperties.h function namespace (line 24) | namespace kinect FILE: openni/include/OpenNI.h function namespace (line 34) | namespace kinect function clear (line 128) | void clear() function class (line 156) | class VideoMode : private OniVideoMode function setPixelFormat (line 222) | void setPixelFormat(PixelFormat format) { this->pixelFormat = (OniPixelF... function setResolution (line 231) | void setResolution(int resolutionX, int resolutionY) function setFps (line 243) | void setFps(int fps) { this->fps = fps; } function class (line 267) | class SensorInfo function class (line 325) | class DeviceInfo : private OniDeviceInfo function class (line 359) | class VideoFrameRef function class (line 603) | class VideoStream function getMinPixelValue (line 886) | int getMinPixelValue() const function getCropping (line 914) | bool getCropping(int* pOriginX, int* pOriginY, int* pWidth, int* pHeight... function Status (line 942) | Status setCropping(int originX, int originY, int width, int height) function Status (line 957) | Status resetCropping() function getMirroringEnabled (line 968) | bool getMirroringEnabled() const function Status (line 984) | Status setMirroringEnabled(bool isEnabled) function getHorizontalFieldOfView (line 993) | float getHorizontalFieldOfView() const function isPropertySupported (line 1047) | bool isPropertySupported(int propertyId) const function Status (line 1066) | Status invoke(int commandId, void* data, int dataSize) function isCommandSupported (line 1096) | bool isCommandSupported(int commandId) const function _setHandle (line 1109) | void _setHandle(OniStreamHandle stream) function class (line 1147) | class Device function Status (line 1382) | Status setImageRegistrationMode(ImageRegistrationMode mode) function Status (line 1415) | Status setDepthColorSyncEnabled(bool isEnabled) function isPropertySupported (line 1468) | bool isPropertySupported(int propertyId) const function Status (line 1482) | Status invoke(int commandId, const void* data, int dataSize) function isCommandSupported (line 1507) | bool isCommandSupported(int commandId) const function clearSensors (line 1516) | void clearSensors() function Status (line 1524) | Status _setHandle(OniDeviceHandle deviceHandle) function class (line 1561) | class PlaybackControl function class (line 1740) | class CameraSettings function class (line 1807) | class OpenNI function class (line 2165) | class CoordinateConverter function class (line 2264) | class Recorder function Status (line 2342) | Status start() function stop (line 2354) | void stop() function destroy (line 2365) | void destroy() function Status (line 2390) | Status VideoStream::create(const Device& device, SensorType sensorType) function destroy (line 2409) | void VideoStream::destroy() function Status (line 2429) | Status Device::open(const char* uri) function close (line 2448) | void Device::close() FILE: openni/include/PS1080.h type XnFWVer (line 128) | typedef enum type XnSensorVer (line 147) | typedef enum { type XnHWVer (line 155) | typedef enum { type XnChipVer (line 166) | typedef enum { type XnCMOSType (line 173) | typedef enum type XnIOImageFormats (line 181) | typedef enum type XnIODepthFormats (line 193) | typedef enum type XnParamResetType (line 202) | typedef enum type XnSensorUsbInterface (line 209) | typedef enum XnSensorUsbInterface type XnProcessingType (line 216) | typedef enum XnProcessingType type XnCroppingMode (line 223) | typedef enum XnCroppingMode type XnSDKVersion (line 239) | typedef struct XnSDKVersion type XnVersions (line 247) | typedef struct { type XnInnerParamData (line 263) | typedef struct type XnDepthAGCBin (line 269) | typedef struct XnDepthAGCBin type XnControlProcessingData (line 276) | typedef struct XnControlProcessingData type XnAHBData (line 282) | typedef struct XnAHBData type XnPixelRegistration (line 289) | typedef struct XnPixelRegistration type XnLedState (line 300) | typedef struct XnLedState FILE: tracker/Calibration/Calibration.cpp function file_exists (line 10) | inline bool file_exists(const std::string& name){ FILE: tracker/Calibration/Calibration.h function class (line 8) | class Calibration{ FILE: tracker/Calibration/Skeleton_IO.h function class (line 5) | class Skeleton_IO{ FILE: tracker/Data/Camera.cpp function Vector3 (line 82) | Vector3 Camera::depth_to_world(Real i, Real j, Real depth){ function Vector3 (line 91) | Vector3 Camera::unproject(int i, int j, Scalar depth){ function Vector3 (line 95) | Vector3 Camera::pixel_to_image_plane(int i, int j){ function Vector2 (line 101) | Vector2 Camera::world_to_image(const Vector3& wrld){ function Matrix_2x3 (line 131) | Matrix_2x3 Camera::projection_jacobian(const Vector3 &p){ FILE: tracker/Data/Camera.h type CAMERAMODE (line 6) | enum CAMERAMODE{ INVALID=-1, QVGA, VGA, Tompson, Chen, Tang, Intel} function class (line 8) | class Camera{ FILE: tracker/Data/DataFrame.h type DepthPixel (line 6) | typedef unsigned short DepthPixel; type cv (line 7) | typedef cv::Vec3b ColorPixel; function point_at_pixel (line 9) | struct DataFrame{ function Real (line 24) | Real depth_at_pixel(const Vector2i& pixel /*row,col*/){ function Real (line 28) | Real depth_at_pixel(int x, int y){ FILE: tracker/Data/DataStream.cpp function DataFrame (line 42) | DataFrame&DataStream::get_frame(int id){ function QString (line 71) | QString DataStream::get_prefix() function QString (line 76) | QString DataStream::get_basename() function foreach (line 100) | foreach(const DataFrame* frame, frames){ FILE: tracker/Data/DataStream.h function class (line 10) | class DataStream{ function is_synthetic (line 39) | bool is_synthetic(){ return get_prefix().startsWith("synth", Qt::CaseIns... function is_tompson (line 40) | bool is_tompson(){ return get_prefix().startsWith("tompson", Qt::CaseIns... function is_tang (line 41) | bool is_tang(){ return get_prefix().startsWith("tang", Qt::CaseInsensiti... function is_chen (line 42) | bool is_chen(){ return get_prefix().startsWith("chen", Qt::CaseInsensiti... function is_colorglove (line 43) | bool is_colorglove(){ return get_prefix().startsWith("colorglove", Qt::C... function is_legacy_maschroe (line 44) | bool is_legacy_maschroe(){ return get_basename().startsWith("maschroe_se... function is_melax (line 45) | bool is_melax(){ return _filename.endsWith(".bin"); } function is_sridhar (line 46) | bool is_sridhar(){ return get_prefix().startsWith("sridhar", Qt::CaseIns... FILE: tracker/Data/SolutionStream.h function class (line 10) | class SolutionStream{ function setValid (line 18) | void setValid(){ function invalidate (line 21) | void invalidate(int fid){ function reserve (line 25) | void reserve(int size){ function resize (line 29) | void resize(int num_frames){ function set (line 35) | void set(int frame_id, const std::vector& theta ){ function save (line 49) | void save(QString filename){ function load (line 75) | void load(QString filename){ FILE: tracker/Data/TextureColor8UC3.h function class (line 5) | class ColorTexture8UC3{ FILE: tracker/Data/TextureDepth16UC1.h function class (line 6) | class DepthTexture16UC1 { function load (line 34) | void load(GLvoid* pixels, int fid){ function check_loaded (line 43) | bool check_loaded(int fid){ return this->fid == fid; } FILE: tracker/DataStructure/CustomJointInfo.h type CustomJointInfo (line 12) | struct CustomJointInfo{ type std (line 24) | typedef std::vector JointTransformations; type ChainElement (line 53) | struct ChainElement{ int data[CHAIN_MAX_LENGTH]; } type std (line 54) | typedef std::vector KinematicChain; function clear_kinematic (line 56) | inline void clear_kinematic(KinematicChain& chain){ FILE: tracker/DataStructure/SkeletonSerializer.cpp function Matrix_3xN (line 70) | Matrix_3xN SkeletonSerializer::jacobian(int joint_id_, const Vector3 &po... function Vector3 (line 153) | inline Vector3 toVec3(float a[3]){ return Vector3(a[0], a[1], a[2]); } FILE: tracker/DataStructure/SkeletonSerializer.h function class (line 10) | class SkeletonSerializer : public Skeleton{ FILE: tracker/Detection/DetectionStream.h function size_t_comparator (line 16) | inline bool size_t_comparator(std::pair a, std::pair & point_targets... function set_line_targets_indices (line 364) | void set_line_targets_indices(const std::vector & line_targets_i... function set_direction_targets_indices (line 368) | void set_direction_targets_indices(const std::vector & direction... function set_num_targets (line 372) | void set_num_targets(size_t num_targets){ function set_num_directions (line 376) | void set_num_directions(size_t num_directions){ function set_radial_order (line 380) | void set_radial_order(const std::vector & radial_order) { function set_linear_order (line 384) | void set_linear_order(const std::vector & linear_order) { function set_thumb_index (line 388) | void set_thumb_index(int thumb_index){ function get_thumb_index (line 391) | int get_thumb_index(){ function set_hand_side (line 394) | void set_hand_side(int hand_side){ function update_permutations_vector (line 398) | void update_permutations_vector() { function display_current_constraints (line 452) | void display_current_constraints(){ FILE: tracker/Detection/FindFingers.cpp function float_comparator (line 28) | inline bool float_comparator(std::pair a, std::pair Vector2s; type Eigen (line 10) | typedef Eigen::Matrix VectorNs; type Eigen (line 11) | typedef Eigen::Matrix Matrix_MxN_b; function class (line 14) | class FindFingers { FILE: tracker/Detection/QianDetection.cpp function Scalar (line 301) | Scalar QianDetection::compute_detection_energy(size_t permutation, size_... FILE: tracker/Detection/QianDetection.h function class (line 5) | class QianDetection { FILE: tracker/Detection/TrivialDetector.h function class (line 6) | class TrivialDetector{ FILE: tracker/Detection/matlab_helpers.h function namespace (line 4) | namespace matlab{ FILE: tracker/Energy/Collision.cpp type geometry (line 14) | namespace geometry{ function segment_to_segment_distance (line 23) | std::pair segment_to_segment_distance( std::pair get_axis_endpoints(Segment segment){ function debug_display_phalange (line 207) | void debug_display_phalange(std::vector segments) { function debug_display_constraints (line 253) | void debug_display_constraints(std::pair shortest_path... function Matrix_MxN (line 270) | Matrix_MxN create_adjacency_matrix(Skeleton* skeleton, std::vector>> create_distance_ma... type energy (line 327) | namespace energy{ function Matrix_3xN (line 329) | Matrix_3xN jacobian_block(Collision::Point point, SkeletonSerializer* ... function Scalar (line 389) | Scalar Collision::create_collision_constraints(){ FILE: tracker/Energy/Collision.h function namespace (line 7) | namespace energy{ FILE: tracker/Energy/Damping.cpp type energy (line 5) | namespace energy{ FILE: tracker/Energy/Damping.h function namespace (line 7) | namespace energy{ FILE: tracker/Energy/Energy.cpp type energy (line 3) | namespace energy{ function VectorN (line 52) | VectorN Energy::solve(LinearSystem &system){ FILE: tracker/Energy/Energy.h type TrackingError (line 4) | struct TrackingError{ function namespace (line 10) | namespace energy{ FILE: tracker/Energy/Fitting.cpp type MappedResource (line 21) | struct MappedResource { type cudaGraphicsResource (line 22) | struct cudaGraphicsResource method init (line 26) | void init(GLuint texid){ method cleanup (line 30) | void cleanup(){ method cudaArray (line 34) | cudaArray* bind() { method unbind (line 39) | void unbind() { FILE: tracker/Energy/Fitting.h type MappedResource (line 5) | struct MappedResource function namespace (line 7) | namespace energy{ FILE: tracker/Energy/Fitting/Settings.h function namespace (line 6) | namespace energy{ FILE: tracker/Energy/Fitting/TrackingMonitor.h function class (line 6) | class TrackingMonitor{ FILE: tracker/Energy/JointLimits.h function namespace (line 7) | namespace energy{ FILE: tracker/Energy/PoseSpace.cpp type Eigen (line 14) | namespace Eigen{ function write_binary (line 16) | void write_binary(std::string filename, const Matrix& matrix){ function read_binary (line 25) | void read_binary(std::string filename, Matrix& matrix){ function read_binary_vector (line 36) | void read_binary_vector(std::string filename, Vector& vector){ type energy (line 46) | namespace energy{ FILE: tracker/Energy/PoseSpace.h function namespace (line 7) | namespace energy{ FILE: tracker/Energy/Temporal.cpp class SolutionQueue (line 7) | class SolutionQueue{ method valid (line 13) | bool valid(int id){ method set (line 18) | void set(int id, const Solution &s){ method update (line 21) | void update(int id, const Solution &s){ type energy (line 34) | namespace energy{ function extract_positions (line 61) | void extract_positions( FILE: tracker/Energy/Temporal.h function namespace (line 8) | namespace energy{ FILE: tracker/Energy/Wristband.cpp function draw_dot (line 11) | void draw_dot( cv::Mat& bw, const Vector2& c, Derived color ){ cv::circl... function draw_circle (line 12) | void draw_circle( cv::Mat& bw, const Vector2& c, Derived color ){ cv::ci... function draw_line (line 13) | inline void draw_line( cv::Mat& bw, const Vector2& p1, const Vector2& p2... FILE: tracker/Energy/Wristband.h function namespace (line 7) | namespace energy{ FILE: tracker/ForwardDeclarations.h type DataFrame (line 7) | struct DataFrame function namespace (line 46) | namespace cv{ class Mat; } function namespace (line 47) | namespace cudax{class CudaHelper;} FILE: tracker/HandFinder/HandFinder.h function class (line 7) | class HandFinder{ FILE: tracker/HandFinder/connectedComponents.cpp type cv (line 47) | namespace cv{ type connectedcomponents (line 48) | namespace connectedcomponents{ type NoOp (line 50) | struct NoOp{ method NoOp (line 51) | NoOp(){ method init (line 53) | void init(int /*labels*/){ method finish (line 61) | void finish(){} type Point2ui64 (line 63) | struct Point2ui64{ method Point2ui64 (line 65) | Point2ui64(uint64 _x, uint64 _y):x(_x), y(_y){} type CCStatsOp (line 68) | struct CCStatsOp{ method CCStatsOp (line 75) | CCStatsOp(OutputArray _statsv, OutputArray _centroidsv): _mstatsv(... method init (line 77) | inline method finish (line 105) | void finish(){ function LabelT (line 122) | inline static function setRoot (line 133) | inline static function LabelT (line 145) | inline static function LabelT (line 154) | inline static function LabelT (line 170) | inline static type LabelingImpl (line 192) | struct LabelingImpl{ method LabelT (line 193) | LabelT operator()(const cv::Mat &I, cv::Mat &L, int connectivity, ... function connectedComponents_sub1 (line 340) | static FILE: tracker/HandFinder/connectedComponents.h function namespace (line 10) | namespace cv{ FILE: tracker/Legacy/LegacyTracker.h function class (line 13) | class LegacyTracker{ FILE: tracker/Legacy/algorithm/Detector.h function class (line 9) | class Detector FILE: tracker/Legacy/algorithm/ICP.cpp function Mat4f (line 181) | Mat4f ICP::registration( function icp_invalid (line 437) | bool icp_invalid(const Vec3f &s, const Vec3f &t, const Vec3f &n, const V... FILE: tracker/Legacy/algorithm/ICP.h function class (line 7) | class ICP FILE: tracker/Legacy/geometry/Cylinders.cpp function dist_point_linesegment (line 8) | float dist_point_linesegment(const Vec3f& _p, type JointDistance (line 143) | struct JointDistance method JointDistance (line 150) | JointDistance() method JointDistance (line 155) | JointDistance(float distance, const Vec3f &point, const Vec3f &normal,... function compareSuffix (line 193) | bool compareSuffix(const std::string &fullString, const std::string &end... FILE: tracker/Legacy/geometry/Cylinders.h type Segment (line 10) | struct Segment function class (line 24) | class Cylinders FILE: tracker/Legacy/geometry/Effector.cpp function Joint (line 34) | Joint *Effector::getJoint() function Vec3f (line 39) | Vec3f Effector::getPosition() function Vec3f (line 44) | Vec3f Effector::getTarget() function Vec3f (line 49) | Vec3f Effector::getOffset() function Vec3f (line 54) | Vec3f Effector::getPositionNormal() function Vec3f (line 59) | Vec3f Effector::getTargetNormal() FILE: tracker/Legacy/geometry/Effector.h function class (line 4) | class Effector FILE: tracker/Legacy/geometry/Joint.cpp function Vec3f (line 133) | Vec3f Joint::getTranslation() function Vec3f (line 138) | Vec3f Joint::getGlobalTranslation() function Mat3f (line 143) | Mat3f Joint::getRotation() function Mat3f (line 148) | Mat3f Joint::getGlobalRotation() function Mat4f (line 153) | Mat4f &Joint::getLocalTransformation() function Mat4f (line 158) | Mat4f &Joint::getGlobalTransformation() function Joint (line 163) | Joint *Joint::getParent() function Vec3f (line 173) | Vec3f Joint::getEndPosition(bool force_y) FILE: tracker/Legacy/geometry/Joint.h function class (line 7) | class Joint FILE: tracker/Legacy/geometry/Mapping.cpp function Vec3f (line 256) | Vec3f Mapping::getRotationAxis(int i) function Vector3i (line 270) | Vector3i Mapping::getRotationAxes() function Vec3f (line 277) | Vec3f Mapping::toEulerAngles(const Mat3f &m) function Vec3f (line 284) | Vec3f Mapping::toEulerAngles(const Mat4f &m) function Mat3f (line 291) | Mat3f Mapping::fromEulerAngles(const Vec3f &v) function Mat3f (line 298) | Mat3f Mapping::fromEulerAngles(float a, float b, float c) function resetMap (line 417) | void resetMap(map &m, size_t f, size_t n, float val) function MatXf (line 531) | MatXf Mapping::getPCs(size_t dof) function PCA (line 550) | PCA &Mapping::getPCA() { return *pca; } function JointInfo (line 564) | JointInfo Mapping::getJointInfo(int index) FILE: tracker/Legacy/geometry/Mapping.h type AxisType (line 16) | enum AxisType type AxisInfo (line 24) | struct AxisInfo function hasLimits (line 121) | bool hasLimits(int index) function hasLimitsPC (line 134) | bool hasLimitsPC(int index) function setMin (line 141) | void setMin(int index, float val) { mins[index] = val; } function setMax (line 142) | void setMax(int index, float val) { maxs[index] = val; } function setMinPC (line 144) | void setMinPC(int index, float val) { minsPC[index] = val; } function setMaxPC (line 145) | void setMaxPC(int index, float val) { maxsPC[index] = val; } function getDimension (line 184) | int getDimension() function Mapping (line 201) | static Mapping leftArm() function Mapping (line 208) | static Mapping leftArm2() function Mapping (line 215) | static Mapping rightHand() function Mapping (line 222) | static Mapping rightArm() function Mapping (line 229) | static Mapping rightArm2() FILE: tracker/Legacy/geometry/Skeleton.cpp function Mat4f (line 491) | Mat4f Skeleton::getInitialTransformation(const string &jointName) function Joint (line 648) | Joint *Skeleton::getRoot() function Joint (line 653) | Joint *Skeleton::getPoseJoint() function Joint (line 678) | Joint *Skeleton::getScaleJoint() function Vec3f (line 698) | Vec3f Skeleton::getEulerAngles() function VectorN (line 724) | VectorN Skeleton::get() { function Mapping (line 791) | Mapping &Skeleton::getMapping() function Joint (line 847) | Joint *Skeleton::getJoint(const std::string &joint) FILE: tracker/Legacy/geometry/Skeleton.h function class (line 12) | class Skeleton{ FILE: tracker/Legacy/math/Inverse_kinematics.cpp function MatXf (line 252) | MatXf Inverse_kinematics::dampingMatrix(Skeleton &skeleton) function MatXf (line 465) | MatXf Inverse_kinematics::constructJacobian( FILE: tracker/Legacy/math/Inverse_kinematics.h function class (line 6) | class Inverse_kinematics FILE: tracker/Legacy/math/MathUtils.cpp function Vec3f (line 10) | Vec3f toEuler(const Mat3f &m, int e1, int e2, int e3) function Vec3f (line 17) | Vec3f toEuler(const Mat4f &m, int e1, int e2, int e3) function Mat3f (line 25) | Mat3f fromEuler(const Vec3f &v, int e1, int e2, int e3) function Mat3f (line 35) | Mat3f fromEuler(float a, float b, float c, int e1, int e2, int e3) function MatXf (line 42) | MatXf pinv(const MatXf &sym) function MatXf (line 49) | MatXf transp(const MatXf &m) function MatXf (line 67) | MatXf addpar(const MatXf &a, const MatXf &b) function MatXf (line 87) | MatXf maxvol(const MatXf &A) function MatXf (line 95) | MatXf maxvol(const MatXf &A, std::vector &indices) FILE: tracker/Legacy/math/MathUtils.h type Eigen (line 9) | typedef Eigen::Vector3f Vec3f; type Eigen (line 10) | typedef Eigen::Vector3d Vec3d; type Eigen (line 13) | typedef Eigen::Vector4f Vec4f; type Eigen (line 14) | typedef Eigen::Vector4d Vec4d; type Eigen (line 17) | typedef Eigen::VectorXf VecXf; type Eigen (line 18) | typedef Eigen::VectorXd VecXd; type Eigen (line 21) | typedef Eigen::Matrix Mat3f; type Eigen (line 22) | typedef Eigen::Matrix Mat3d; type Eigen (line 25) | typedef Eigen::Matrix Mat4f; type Eigen (line 26) | typedef Eigen::Matrix Mat4d; type Eigen (line 29) | typedef Eigen::Matrix Trans... type Eigen (line 34) | typedef Eigen::Transform Tran... type std (line 39) | typedef std::vector > type; type std (line 45) | typedef std::map, FILE: tracker/Legacy/math/PCA.cpp function MatXf (line 155) | MatXf PCA::getPCs(size_t dof) function VecXf (line 168) | VecXf PCA::adapt( FILE: tracker/Legacy/math/PCA.h function class (line 15) | class PCA FILE: tracker/Legacy/util/PostureFile.h function class (line 9) | class PostureFile FILE: tracker/Legacy/util/Util.cpp function cat (line 15) | std::string cat(const std::vector &v) function contains_string (line 24) | bool contains_string(const std::string &a, const std::string &b) function ColorHSV (line 32) | ColorHSV rgb2hsv(const ColorRGB &in) function ColorRGB (line 83) | ColorRGB hsv2rgb(const ColorHSV &in) function cvc (line 157) | cv::Scalar cvc(const ColorRGB &c, bool bgr) function cvc (line 167) | cv::Scalar cvc(const ColorHSV &c) function ColorRGB (line 174) | ColorRGB cvc(const cv::Scalar &c, bool bgr) function ColorHSV (line 184) | ColorHSV cvc(const cv::Scalar &c) FILE: tracker/Legacy/util/openmp_helpers.h function namespace (line 6) | namespace openmp{ FILE: tracker/OffscreenRender/CustomFrameBuffer.h function class (line 14) | class CustomFrameBuffer { function GLuint (line 35) | GLuint extra_tex_id() { return extra_tex; } function GLuint (line 36) | GLuint norms_tex_id() { return norms_tex; } function bind (line 43) | void bind() { function unbind (line 48) | void unbind() { function init (line 52) | void init(int image_width, int image_height) { function cleanup (line 64) | void cleanup() { function fetch_color_attachment (line 109) | void fetch_color_attachment(cv::Mat& image){ function display_color_attachment (line 116) | void display_color_attachment() { function GLuint (line 125) | GLuint create_depth_attachment(int image_width, int image_height) { function GLuint (line 135) | GLuint create_extra_attachment(int image_width, int image_height) { function GLuint (line 148) | GLuint create_normals_attachment(int image_width, int image_height) { function fetch_extra_attachment (line 169) | void fetch_extra_attachment(cv::Mat& image){ function display_extra_attachment (line 178) | void display_extra_attachment() { FILE: tracker/OffscreenRender/OffscreenRenderer.h function class (line 5) | class OffscreenRenderer{ FILE: tracker/OpenGL/CylindersRenderer/Cylinders_renderer.cpp class Cylindroid (line 10) | class Cylindroid{ method Cylindroid (line 16) | Cylindroid(QGLShaderProgram& program, method render (line 95) | void render(QGLShaderProgram& program, const Matrix4 &m, size_t id, Ve... function Vector3 (line 188) | Vector3 rgb_color_for(std::string& name) FILE: tracker/OpenGL/CylindersRenderer/Cylinders_renderer.h function class (line 8) | class Cylinders_renderer : public ObjectRenderer{ FILE: tracker/OpenGL/CylindersRenderer/icopill.h function namespace (line 2) | namespace icopill{ FILE: tracker/OpenGL/KinectDataRenderer/KinectDataRenderer.cpp type Grid (line 5) | struct Grid{ method Grid (line 9) | Grid(int grid_width, int grid_height){ FILE: tracker/OpenGL/KinectDataRenderer/KinectDataRenderer.h function class (line 6) | class KinectDataRenderer : public ObjectRenderer{ FILE: tracker/OpenGL/ObjectRenderer.h function class (line 10) | class ObjectRenderer{ FILE: tracker/OpenGL/QuadRenderer/QuadRenderer.cpp type quad (line 7) | namespace quad{ FILE: tracker/OpenGL/QuadRenderer/QuadRenderer.h function class (line 4) | class QuadRenderer : public ObjectRenderer{ FILE: tracker/Sensor/Sensor.h type DataFrame (line 4) | struct DataFrame function class (line 7) | class Sensor{ function class (line 23) | class SensorOpenNI : public Sensor{ function class (line 35) | class SensorSoftKin : public Sensor{ function class (line 47) | class SensorDepthSenseGrabber : public Sensor{ function class (line 59) | class SensorRealSense : public Sensor { function class (line 71) | class SensorLibRealSense : public Sensor { FILE: tracker/Sensor/Sensor_depthsensegrabber.cpp function initFilterWeights (line 100) | void initFilterWeights(float* A, float* d1, float* d2, int n, int s, int... function filterNew (line 112) | uint16_t filterNew(uint16_t sample, float* w0, float* w1, float* w2, int... function configureDepthNode (line 166) | void configureDepthNode() { function configureColorNode (line 202) | void configureColorNode() { function configureNode (line 243) | void configureNode(Node node) { function onNodeConnected (line 258) | void onNodeConnected(Device device, Device::NodeAddedData data) { function onNodeDisconnected (line 263) | void onNodeDisconnected(Device device, Device::NodeRemovedData data) { function onDeviceConnected (line 272) | void onDeviceConnected(Context context, Context::DeviceAddedData data) { function onDeviceDisconnected (line 281) | void onDeviceDisconnected(Context context, Context::DeviceRemovedData da... function getFirstAvailableNode (line 287) | static void getFirstAvailableNode (Context context) { function run (line 320) | void run(){ function onNewColorSample (line 324) | void onNewColorSample(ColorNode, ColorNode::NewSampleReceivedData data) { function onNewDepthSample (line 342) | void onNewDepthSample(DepthNode node, DepthNode::NewSampleReceivedData d... FILE: tracker/Sensor/Sensor_openni.cpp function openni_hard_quit (line 10) | void openni_hard_quit(){ std::cout << "!!!ERROR: Cannot use SensorOpenNI... function force_reinit (line 296) | void force_reinit(){ function auto_exposure (line 312) | void auto_exposure(bool flag){ FILE: tracker/Sensor/Sensor_softkin.cpp function configureDepthNode (line 86) | void configureDepthNode() { function configureColorNode (line 119) | void configureColorNode() { function configureNode (line 160) | void configureNode(Node node) { function onNodeConnected (line 175) | void onNodeConnected(Device device, Device::NodeAddedData data) { function onNodeDisconnected (line 180) | void onNodeDisconnected(Device device, Device::NodeRemovedData data) { function onDeviceConnected (line 189) | void onDeviceConnected(Context context, Context::DeviceAddedData data) { function onDeviceDisconnected (line 198) | void onDeviceDisconnected(Context context, Context::DeviceRemovedData da... function getFirstAvailableNode (line 204) | static void getFirstAvailableNode (Context context) { function run (line 237) | void run(){ function onNewColorSample (line 241) | void onNewColorSample(ColorNode, ColorNode::NewSampleReceivedData data) { function onNewDepthSample (line 259) | void onNewDepthSample(DepthNode node, DepthNode::NewSampleReceivedData d... FILE: tracker/Tracker.h function class (line 17) | class Tracker : public QTimer{ FILE: tracker/TwSettings.h type TwBar (line 2) | typedef struct CTwBar TwBar; function class (line 4) | class TwSettings{ FILE: tracker/Types.h type Scalar (line 9) | typedef float Scalar; type Scalar (line 10) | typedef Scalar Real; type std (line 11) | typedef std::string String; type uint (line 12) | typedef unsigned int uint; type Integer (line 13) | typedef int Integer; type Eigen (line 14) | typedef Eigen::Matrix4f Matrix4; type Eigen (line 15) | typedef Eigen::Matrix3f Matrix3; type Eigen (line 16) | typedef Eigen::Vector2f Vector2; type Eigen (line 17) | typedef Eigen::Vector3f Vector3; type Eigen (line 18) | typedef Eigen::Vector4f Vector4; type Eigen (line 19) | typedef Eigen::VectorXf VectorN; type Eigen (line 33) | typedef Eigen::Matrix Thetas; type Eigen (line 36) | typedef Eigen::Matrix Matrix_2x3; type Eigen (line 37) | typedef Eigen::Matrix Matrix_1xN; type Eigen (line 38) | typedef Eigen::Matrix Matrix_2xN; type Eigen (line 39) | typedef Eigen::Matrix Matrix_3xN; type Eigen (line 40) | typedef Eigen::Matrix Matrix_Nx2; type Eigen (line 41) | typedef Eigen::Matrix Matrix_MxN; type Eigen (line 43) | typedef Eigen::Hyperplane Plane3; type Eigen (line 44) | typedef Eigen::ParametrizedLine Ray3; type Eigen (line 45) | typedef Eigen::AlignedBox3f BBox3; type Eigen (line 46) | typedef Eigen::Vector2i Vector2i; type Eigen (line 47) | typedef Eigen::AlignedBox2i BBox2i; type Eigen (line 48) | typedef Eigen::Quaternion Quaternion; function Real (line 51) | inline Real nan(){ return std::numeric_limits::quiet_NaN(); } function Real (line 52) | inline Real inf(){ return std::numeric_limits::max(); } function LinearSystem (line 55) | struct LinearSystem { FILE: tracker/Worker.cpp function TrackingError (line 86) | TrackingError Worker::track(DataFrame& frame, bool rigid_only, bool eval... FILE: tracker/Worker.h function class (line 17) | class Worker{ FILE: util/MLogger.h function class (line 6) | class MLogger{ function MLogger (line 44) | inline MLogger& operator()(){ function MLogger (line 49) | inline MLogger& operator()(const char* fmt, ...){ function MLogger (line 64) | static MLogger make_mLogger(){ MLogger out(std::cout); return out; } function MLogger (line 65) | static MLogger make_mDebug(){ MLogger out(std::cout); return out; } function MLogger (line 66) | static MLogger make_mFatal(){ MLogger out(std::cout); out._with_fatal=tr... function MLogger (line 67) | static MLogger make_mWarning(){ MLogger out(std::cout); out<<"!!!WARNING... FILE: util/MLogger_Eigen.h function namespace (line 5) | namespace Eigen{ FILE: util/OpenGL32Format.h function class (line 3) | class OpenGL32Format : public QGLFormat { FILE: util/Sleeper.h function class (line 3) | class Sleeper : public QThread{ function msleep (line 6) | static void msleep(unsigned long msecs){QThread::msleep(msecs);} function sleep (line 7) | static void sleep(unsigned long secs){QThread::sleep(secs);} FILE: util/check_error_gl.h function sdkCheckErrorGL (line 17) | inline bool FILE: util/eigen_opengl_helpers.h function namespace (line 3) | namespace Eigen{ FILE: util/gl_wrapper.h function initialize_glew (line 14) | inline void initialize_glew(){ FILE: util/opencv_wrapper.h function namespace (line 14) | namespace cv{ FILE: util/opengl_helper.h function namespace (line 2) | namespace opengl{ FILE: util/qt2eigen.h function namespace (line 2) | namespace Convert{ FILE: util/rand.h function namespace (line 5) | namespace my { FILE: util/tictoc.h function class (line 10) | class TicTocTimerObject{