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MNE-CPP
0.1.9
A Framework for Electrophysiology
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| ►NCOMMUNICATIONLIB | |
| CCommand | Command |
| CCommandManager | |
| CCommandParser | |
| CMetaData | |
| CRawCommand | RawCommand |
| CRtClient | Real-time client |
| CRtCmdClient | Real-time command client |
| CRtDataClient | Real-time data client |
| ►NCONNECTIVITYLIB | |
| CAbstractMetric | This class provides basic functionalities for all implemented metrics |
| CCoherence | This class computes the coherence connectivity metric |
| CCoherency | This class computes the coherency connectivity metric |
| CConnectivity | This class is a container for connectivity settings |
| ►CConnectivitySettings | This class is a container for connectivity settings |
| CIntermediateSumData | |
| CIntermediateTrialData | |
| CCorrelation | This class computes the correlation metric |
| CCrossCorrelation | This class computes the cross correlation connectivity metric |
| CDebiasedSquaredWeightedPhaseLagIndex | This class computes the weighted phase lag index connectivity metric |
| CImagCoherence | This class computes the imaginary coherence connectivity metric |
| CNetwork | This class holds information about a network, can compute a distance table and provide network metrics |
| CNetworkEdge | This class holds an object to describe the edge of a network |
| CNetworkNode | This class holds an object to describe the node of a network |
| CPhaseLagIndex | This class computes the phase lag index connectivity metric |
| CPhaseLockingValue | This class computes the phase locking value connectivity metric |
| CUnbiasedSquaredPhaseLagIndex | This class computes the phase lag index connectivity metric |
| CVisualizationInfo | |
| CWeightedPhaseLagIndex | This class computes the phase lag index connectivity metric |
| ►NDISP3DLIB | |
| CAbstract3DTreeItem | Provides the basic tree item |
| CAbstractMeshTreeItem | Provides a generic mesh tree item |
| CAbstractPhongAlphaMaterial | This abstract class is used as a base class for all materials that are using the phong alpha lightining model in their shaders |
| CAbstractTreeItem | Provides the basic tree item |
| CAbstractView | Adapter which provides the abstract class for all adapter views |
| CBemSurfaceTreeItem | BemSurfaceTreeItem provides a generic brain tree item to hold BEM surfaces |
| CBemTreeItem | BemTreeItem provides a tree item to hold BEM models |
| CColorComputationInfo | |
| CCustomFrameGraph | Custom framegaph class |
| CCustomMesh | Custom mesh functionality |
| CData3DTreeDelegate | Provides a delegate to render user specific input methods in the tree model |
| CData3DTreeModel | Data3DTreeModel provides a tree based data model to hold all information about data which was added to the View 3D |
| CDigitizerSetTreeItem | DigitizerSetTreeItem provides a tree item to hold the set of digitizer data |
| CDigitizerTreeItem | DigitizerTreeItem provides a generic tree item to hold and visualize digitizer data |
| CEcdDataTreeItem | Provides a generic brain tree item to hold real time data |
| CECDView | Visualizes ECD data |
| CFsAnnotationTreeItem | Provides a generic brain tree item |
| CFsSurfaceTreeItem | Provides a generic brain tree item |
| CGeometryInfo | This class holds static methods for sensor-to-mesh mapping and surface constrained distance calculation on a mesh |
| CGeometryMultiplier | Instaced based renderer |
| CGeometryMultiplierMaterial | Custom phong alpha material for instanced rendering |
| CGpuInterpolationItem | This item is used for signal interpolation with GPU support |
| CGpuInterpolationMaterial | Compute shader interpolation material |
| CHemisphereTreeItem | Provides a generic brain tree item |
| CInterpolation | This class holds methods for creating distance-based weight matrices and for interpolating signals |
| CMeasurementTreeItem | Provides a generic MeasurementTreeItem |
| CMetaTreeItem | Provides a generic brain tree item |
| CMneDataTreeItem | Provides a generic brain tree item to hold real time data |
| CMriTreeItem | Provides a generic MriTreeItem |
| CNetworkMaterial | NetworkMaterial is provides a Qt3D material with own shader support |
| CNetworkTreeItem | Provides a generic brain tree item to hold real time data |
| CNetworkView | Visualizes ECD data |
| COrbitalCameraController | This class allows controlling the scene camera along an orbital path |
| CPerVertexPhongAlphaMaterial | PerVertexPhongAlphaMaterial is provides a Qt3D material with own shader support |
| CPerVertexTessPhongAlphaMaterial | PerVertexTessPhongAlphaMaterial is provides a Qt3D material with own shader support |
| CRenderable3DEntity | Base class for renederable 3D QEntities |
| CRtSensorDataController | This controller organizes data streaming and interpolation matrix calculations. It only uses Queued signals in order to be thread safe with the underlying workers |
| ►CRtSensorDataWorker | This worker streams either interpolated or raw data |
| CVisualizationInfo | |
| ►CRtSensorInterpolationMatWorker | This worker calculates the interpolation matrix |
| CInterpolationData | |
| CRtSourceDataController | This controller organizes data streaming and interpolation matrix calculations. It only uses Queued signals in order to be thread safe with the underlying workers |
| CRtSourceDataWorker | This worker streams either interpolated or raw data |
| ►CRtSourceInterpolationMatWorker | This worker calculates the interpolation matrix |
| CInterpolationData | |
| CSensorDataTreeItem | This item integrates GeometryInfo and Interpolation into Disp3D structure |
| CSensorPositionTreeItem | SensorPositionTreeItem provides a tree item to visualize sensor position data |
| CSensorSetTreeItem | Provides a generic SensorSetTreeItem |
| CSensorSurfaceTreeItem | SensorSurfaceTreeItem provides a generic brain tree item to hold sensor surfaces |
| CShowNormalsMaterial | ShowNormalsMaterial is provides a Qt3D material with own shader support |
| CSourceEstimateView | Visualizes ECD data |
| CSourceSpaceTreeItem | Provides a generic brain tree item |
| CSubjectTreeItem | Provides a generic SubjectTreeItem |
| CView3D | Visualizes 3D data |
| CVisualizationInfo | |
| ►NDISPLIB | |
| CAbstractView | Base calss for all Disp viewers |
| CApplyToView | |
| CArtifactSettingsView | Artifact rejection settings view |
| CAverageLayoutView | Widget for a 2D average layout |
| CAverageScene | Reimplemented QGraphicsScene for 2D layout plotting |
| CAverageSceneItem | New data structure for visualizing averages in a 2D layout |
| CAverageSelectionView | View to activate and choose colors for different averages |
| CAveragingSettingsView | Averaging settings view |
| CBar | Bar class for histogram display using QtCharts |
| CBidsView | The DataManagerView class provides the plugin control |
| CBidsViewModel | Base data container |
| CButterflyView | Butterfly view |
| CChannelInfoModel | |
| CChannelSelectionView | Channel selection window |
| CColorMap | Color map RGB transformations |
| CCompensatorView | View to select the compensators |
| CConnectivitySettingsView | View to control settings for estiamting functional connectivity |
| CControl3DView | User GUI control for the View3D |
| CCoregSettingsView | |
| CCovarianceSettingsView | User GUI control for Covariance estimation |
| CDipoleFitView | |
| CDraggableFramelessWidget | Draggable and frameless QWidget |
| CEvokedSetModel | Implements the data access model for evoked set data |
| CFiffRawViewSettings | View to select different channel data view dependent settings |
| CFilterDesignView | A manager for temporal filtering |
| CFilterPlotScene | Scene where a filter response can be plotted |
| CFilterSettingsView | View to select between different modalities |
| CFrequencySpectrumDelegate | Frequency delegate which creates the plot paths |
| CFrequencySpectrumModel | Implements the data access model for a real-time multi sample array data stream |
| CFwdSettingsView | QWidget for the real-time Forward Solution controls |
| CGraph | Base class for graphs |
| CHpiSettingsView | QWidget for the HPI controls |
| CImageSc | Eigen matrix visualization |
| CLayoutScene | Reimplemented QGraphicsScene for 2D layout plotting. This class handles all the user interaction features (subclass in order to use) |
| CLinePlot | Line Plot |
| CMinimumNormSettingsView | View to control settings for estiamting functional connectivity |
| CMNEOperator | MNEOperator class represents the base class of an arbitrary MNEOperator, e.g. FILTER,PCA,AVERAGE. All specific Operators must be derived from MNEOperator, see the FilterOperator class |
| CModalitySelectionView | View to select between different modalities |
| CMultiView | Inherits from QMainWindow and provides a view which supports dock widgets |
| CMultiViewWindow | Sub windows as QDockWidgets |
| CPlot | Vector plot |
| CProgressView | |
| CProjectorsView | View to select projectors |
| CProjectSettingsView | Viewer to setup and manage the file name before the acquisition starts |
| CQuickControlView | Quick control view for scaling, filtering, projector and other control options |
| CRtFiffRawView | Real-time channel view display |
| CRtFiffRawViewDelegate | RTMSA delegate which creates the plot paths |
| CRtFiffRawViewModel | Implements the data access model for a real-time multi sample array data stream |
| CScaleControl | Packs together a QLabel, a DoubleSpinbox and a Slider with the necessary facilities for the interaction between them |
| CScalingView | View to select the scaling for different channels modalities |
| CSelectionItem | The SelectionSceneItem class provides a new data structure for visualizing channels in a 2D layout |
| CSelectionScene | Reimplemented QGraphicsScene for 2D layout plotting |
| CSelectionSceneItem | |
| CSpectrumSettingsView | Settings for the spectrum estimation |
| CSpectrumView | Spectrum view |
| CSpharaSettingsView | View to select the SPHARA settings |
| CSpline | Spline class for histogram display using Qtcharts/QSpline |
| CTFplot | Vector plot |
| CTfSettingsView | View to control settings for time frequency analysis |
| CTriggerDetectionView | View to control the trigger detection |
| ►NEVENTSLIB | |
| ►NEVENTSINTERNAL | |
| CEventGroupINT | Class stores the concept of an event group internally in the Event library |
| CEventINT | |
| CEventSharedMemManager | |
| CEventUpdate | |
| CEvent | |
| CEventGroup | EventGroup class is designed as a data holder for a group. It is designed towards ease of use for a client of the Events library. It's counterpart EventGroupINT is intended to be used internally by the Event library classes |
| CEventManager | |
| CRgbColor | |
| ►NFIFFLIB | |
| C_fiff_data_ref | |
| C_fiff_event_bits | |
| C_fiff_hpi_coil | |
| C_fiff_hpi_subsys | |
| C_fiff_sparse_matrix | |
| C_fiffChPosRec | |
| C_fiffCoordTransRec | |
| C_fiffDigPointRec | ToDo Old implementation |
| C_fiffDigStringRec | |
| C_fiffDirEntryRec | ToDo Old implementation use new fiff_dir_entry.h instead |
| C_fiffExp | |
| C_fiffIdRec | ToDo Old implementation use new fiff_id.h instead |
| C_fiffTagRec | Outdated STUFF!!!!!!!!!!!!!!!!!!!!! ToDo Remove |
| C_fiffTimeRec | |
| CFiff | Static wrapper functions to stay consistent with mne matlab toolbox Note: avoid using the wrappers, prefer the wrapped methods! |
| CFiffChInfo | Channel info descriptor |
| CFiffChPos | Measurement channel position and coil type |
| CFiffCoordTrans | Coordinate transformation description |
| CFiffCoordTransOld | Coordinate transformation descriptor |
| CFiffCoordTransSet | Coordinate transformation descriptor |
| CFiffCov | Covariance data |
| CFiffCtfComp | CTF software compensation data |
| CFiffDigitizerData | Digitization points container and description |
| CFiffDigPoint | Digitization point description |
| CFiffDigPointSet | Holds a set of digitizer points |
| CFiffDirEntry | Directory entry description |
| CFiffDirNode | Directory Node structure |
| CFiffEvoked | Evoked data |
| CFiffEvokedSet | Evoked data set |
| CFiffFileSharer | |
| CFiffId | Universially unique identifier |
| CFiffInfo | FIFF measurement file information |
| CFiffInfoBase | Light measurement info |
| CFiffIO | |
| CFiffNamedMatrix | A named matrix |
| CFiffProj | SSP projector data |
| CFiffRawData | FIFF raw measurement data |
| CFiffRawDir | Raw Directory entry |
| CFiffSparseMatrix | Data associated with MNE computations for each mneMeasDataSet |
| CFiffStream | FIFF File I/O routines |
| CFiffTag | FIFF data tag |
| CframeNameRec | |
| ►NFSLIB | |
| CAnnotation | Free surfer annotation |
| CAnnotationSet | Annotation set |
| CColortable | Vertices label based lookup table |
| CLabel | Freesurfer/MNE label |
| CSurface | FreeSurfer surface mesh |
| CSurfaceSet | A hemisphere set of surfaces |
| ►NFWDLIB | |
| CbergSchergPar | |
| CComputeFwd | Compute Forward implementation |
| CComputeFwdSettings | Compute Forward setting implementation |
| CfitUser | |
| CframeNameRec_40 | |
| CFwdBemModel | Holds the BEM model definition |
| CFwdBemSolution | Mapping from infinite medium potentials to a particular set of coils or electrodes |
| CFwdCoil | FwdCoil description |
| CFwdCoilSet | FwdCoilSet description |
| CFwdCompData | This structure is used in the compensated field calculations |
| CFwdEegSphereLayer | FwdEegSphereLayer description |
| CFwdEegSphereModel | Electric Current Dipole description |
| CFwdEegSphereModelSet | Holds a set of Electric Current Dipoles |
| CFwdThreadArg | Filter Thread Argument Description |
| ►NINVERSELIB | |
| CbdipEcd | |
| CCoilParam | |
| CcontHpiData | |
| CcontHpiDataSet | |
| CcontourMap | |
| CdataSetData | |
| CDipFitError | |
| CDipole | ToDo |
| CDipoleFit | Dipole Fit implementation |
| CDipoleFitData | Dipole Fit Data implementation |
| CdipoleFitFuncs | |
| CDipoleFitSettings | Dipole Fit setting implementation |
| CDipoleForward | DipoleForward description |
| CDipolePair | |
| CECD | Electric Current Dipole description |
| CECDSet | Holds a set of Electric Current Dipoles |
| CfieldMappingData | |
| CfieldMappingPref | |
| CGuessData | GuessData description |
| CHpiDataUpdater | Brief description of this class |
| CHPIFit | HPI Fit algorithms |
| CHPIFitData | HPI Fit algorithm data structure |
| CHpiFitResult | |
| CHpiModelParameters | Brief description of this class |
| ChpiResultData | |
| CHPISortStruct | |
| CIInverseAlgorithm | Inverse algorithm interface |
| CMinimumNorm | Minimum norm estimation |
| CMneInverseOperator | An inverse operator |
| CMneMeasData | Easurement data representation in MNE calculations |
| CMneMeasDataSet | One data set, used in mneMeasData |
| CmneOverlay | |
| CmnePref | |
| CmshLabel | |
| CmshLabelSet | |
| CmshMegEegData | |
| CmshScales | |
| CoverlayPref | |
| CPair | |
| CPwlRapMusic | POWELL RAP MUSIC Algorithm CPU implementation. ToDo: Paper references |
| CRapMusic | RAP MUSIC Algorithm CPU implementation. ToDo: Paper references |
| CringBuf_9 | |
| CringBufBuf_9 | |
| CSensorSet | |
| CSensorSetCreator | Brief description of this class |
| CSignalModel | Brief description of this class |
| CtimecourseData | |
| CtimecourseDataSet | |
| ►NMNELIB | |
| CArtifactRejectionData | |
| CfilterData | |
| CFilterThreadArg | Filter Thread Argument Description |
| CfitDipUser | |
| CfitSphereUser | |
| CframeNameRec_1 | |
| CframeNameRec_3 | |
| CMNE | Wrapper functions to stay consistent with mne matlab toolbox |
| CMNEBem | BEM descritpion |
| CMNEBemSurface | BEM surface provides geometry information |
| CmneChSelection | |
| CMNEClusterInfo | Cluster information |
| CMNECorSourceEstimate | Correlated source estimation |
| CMneCovMatrix | Covariance matrix storage |
| CMneCTFCompData | One MNE CTF compensation description |
| CMneCTFCompDataSet | One MNE CTF Compensation Data Set description |
| CMneDeriv | One item in a derivation data set |
| CMneDerivSet | One item in a derivation data set |
| CMNEEpochData | Epoch data |
| CMNEEpochDataList | Epoch data list |
| CmneEvent | |
| CmneEventList | |
| CmneFilterDef | |
| CMNEForwardSolution | Forward operator |
| CMNEHemisphere | Hemisphere provides geometry information |
| CMNEInverseOperator | Inverse operator |
| CmneLayoutPortRec | |
| CmneLayoutRec | |
| CMneMghTag | The MneMghTag class |
| CMneMghTagGroup | The MneMghTagGroup class |
| CMneMneData | Data associated with MNE computations for each mneMeasDataSet |
| CMneMorphMap | The MneMorphMap class |
| CMneMshColorScaleDef | The MneMshColorScaleDef class |
| CMneMshDisplaySurface | The MNE Msh Display Surface class holds information about a surface to be rendered |
| CMneMshDisplaySurfaceSet | The MNE Msh Display Surface Set class holds information about a set of surfaces to be rendered |
| CMneMshEyes | The MneMshEyes class |
| CMneMshLight | The MneMshLight class |
| CMneMshLightSet | The MneMshLightSet class |
| CMneMshPicked | The MneMshPicked class |
| CMneNamedMatrix | Matrix specification with a channel list |
| CmneNamedVector | |
| CMneNearest | This is used in the patch definitions |
| CMnePatchInfo | One item in a derivation data set |
| CMneProjData | The MneProjData class |
| CMNEProjectToSurface | Brief description of this class |
| CMneProjItem | One linear projection item |
| CMneProjOp | One linear projection item |
| CMneRawBufDef | Information about raw data in fiff file |
| CMneRawData | A comprehensive raw data structure |
| CMneRawInfo | Information about raw data in fiff file |
| CMNESourceEstimate | Source estimation |
| CMNESourceSpace | Source Space descritpion |
| CMneSourceSpaceOld | This defines a source space |
| CmneSparseNamedMatrix | |
| CMneSssData | MNE SSS Data description |
| CMNESurface | BEM Surface |
| CMneSurfaceOld | This defines a surface |
| CMneSurfaceOrVolume | This defines a source space or a surface |
| CMneSurfacePatch | The MneSurfacePatch class |
| CMneTriangle | Triangle data |
| CMneVolGeom | MRI data volume geometry information like FreeSurfer keeps it |
| CRegionData | |
| CRegionDataOut | |
| CRegionMT | |
| CRegionMTOut | |
| CringBuf | |
| CringBuf_36 | |
| CringBufBuf | |
| CringBufBuf_36 | |
| ►NRTPROCESSINGLIB | |
| CCosineFilter | Creates a cosine filter response in the frequency domain |
| CFilterIO | Processes txt files which hold filter coefficients |
| CFilterKernel | Methods to create/design a FIR filter kernel |
| CFilterObject | |
| CFilterOverlapAdd | Filtering with FFT convolution and the overlap add method for continous data streams |
| CFilterParameter | The FilterParameter class |
| CParksMcClellan | ParksMcClellan filter desing algorithm |
| CRtAveraging | Real-time averaging |
| CRtAveragingWorker | Real-time averaging worker |
| CRtConnectivity | Real-time connectivity estimation |
| CRtConnectivityWorker | Real-time connectivity worker |
| CRtCov | Real-time covariance worker |
| CRtCovComputeResult | |
| CRtHpi | Real-time Head Coil Positions estimation |
| CRtHpiWorker | Real-time HPI worker |
| CRtInvOp | Real-time inverse operator estimation |
| CRtInvOpInput | |
| CRtInvOpWorker | Real-time inverse operator worker |
| CRtNoise | Real-time Noise estimation |
| ►Nstd | |
| Chash< EVENTSLIB::EVENTSINTERNAL::EventINT > | |
| ►NUTILSLIB | |
| Caaaa | |
| CApplicationLogger | ApplicationLogger |
| Cb | |
| CCircularBuffer | The TEMPLATE CIRCULAR BUFFER provides a template for thread safe circular buffers |
| CFile | |
| CfitUser | |
| CfitUserNew | |
| CICommand | The ICommand interface provides the base class of every command of the command design pattern |
| CIObserver | The IObserver interface provides the base class of every observer of the observer design pattern |
| CIOUtils | IO utilitie routines |
| CKMeans | K-Means Clustering |
| CLayoutLoader | Processes AsA .elc files which contain the electrode positions of a EEG hat |
| CLayoutMaker | Make layout files from given 3D points |
| CMNEMath | Math methods |
| CMNETracer | |
| CSelectionIO | Processes selection files (mne .sel) files which contain the chanels for each selection group |
| CSimplexAlgorithm | Simplex algorithm |
| CSpectogramInputData | |
| CSpectral | Computes spectral measures of input data |
| CSpectrogram | |
| CSphere | Describes a 3D sphere object |
| CSubject | Base class of every subject of the observer design pattern |
| CTaperedSpectraInputData | |
| CWarp | Thin Plate Spline Warp |
| CmneChSelection | |
| CmneChSelectionSet | |
| CmneComplex | |
| CmneCTFcompData | |
| CmneCTFcompDataSet | |
| CmneDeriv | |
| CmneDerivSet | |
| CmneDoubleComplex | |
| CmneEvent | |
| CmneEventList | |
| CmneFilterDef | |
| CmneLayoutPortRec | |
| CmneLayoutRec | |
| CmneMapRec | |
| CmneMeasData | |
| CmneMeasDataSet | |
| CmneMneData | |
| CmneMRIdata | |
| CmneMRIvolume | |
| CmneMRIvoxels | |
| CmneMRIvoxelVal | |
| CmneNamedMatrix | |
| CmneNamedVector | |
| CmneNearest | |
| CmneParc | |
| CmneParcData | |
| CmneParcSet | |
| CmnePatchInfo | |
| CmneProjItem | |
| CmneProjOp | |
| CmneRawData | |
| CmneSparseNamedMatrix | |
| CmneSssData | |
| CmneStcData | |
| CmneSurfaceOrVolume | |
| CmneTriangle | |
| CmneVolGeom | |
| CmneWaveletSet | |
| CmneWaveletTransform | |
| CmneWdata |
1.8.17