|
| class | MNEInverseOperator |
| | MNE inverse operator combining noise covariance, forward solution, and source covariance for source estimation. More...
|
| struct | ringBufBuf_9 |
| | Single ring buffer entry holding a float array and a pointer to its matrix view. More...
|
| struct | ringBuf_9 |
| | Circular buffer managing a fixed-size pool of ringBufBuf_9 entries for streaming data reuse. More...
|
| class | MNEMeasData |
| | Measurement data container holding multiple data sets for MNE inverse computations. More...
|
| class | MNEMeasDataSet |
| | Single measurement epoch or average within MNEMeasData, including data matrix and projectors. More...
|
| struct | mshScales |
| | Display scale settings for MEG/EEG amplitude, time range, and baseline parameters. More...
|
| struct | fieldMappingPref |
| | Preferences for MEG/EEG field mapping including interpolation grades, smoothing, and sphere model origins. More...
|
| struct | mnePref |
| | MNE computation preferences including regularization, estimate type, color scales, and display options. More...
|
| struct | mshLabel |
| | Cortical label storing vertex indices, hemisphere assignment, and display color. More...
|
| struct | mshLabelSet |
| | Collection of cortical labels for region-of-interest analysis. More...
|
| struct | mneOverlay |
| | Overlay data for cortical or scalp surface display, including color scale, contour, and opacity settings. More...
|
| struct | overlayPref |
| | Overlay display preferences storing color scale definitions, smoothing, opacity, and contour settings per overlay type. More...
|
| struct | fieldMappingData |
| | Sphere-model field mapping data holding coils, dot products, and the interpolation matrix for MEG or EEG. More...
|
| struct | contourMap |
| | Contour map values computed on a surface for MEG or EEG field visualization. More...
|
| struct | hpiResultData |
| | HPI measurement result storing coil positions, goodness-of-fit values, and head-to-device transformation. More...
|
| struct | timecourseData |
| | Single saved timecourse extracted from source data or overlay, with label, vertex selection, and waveform. More...
|
| struct | timecourseDataSet |
| | Collection of saved timecourses for batch display and analysis. More...
|
| struct | dataSetData |
| | Persistent state across data set changes, holding sample index, picked time, scale settings, and MNE preferences. More...
|
| struct | mshMegEegData |
| | Combined MEG/EEG measurement data with inverse operator, field mapping, dipole fitting, and display state. More...
|
| struct | contHpiData |
| | Single continuous HPI data point with quaternion orientation, translation, and goodness-of-fit. More...
|
| struct | contHpiDataSet |
| | Time series of continuous HPI measurements with coil movement and angular velocity tracking. More...
|
| class | DipoleFit |
| | Dipole Fit implementation. More...
|
| struct | dipoleFitFuncs |
| | Forward field computation function pointers and client data for MEG and EEG dipole fitting. More...
|
| struct | FitDipUserRec |
| | Workspace for the dipole fitting objective function, holding forward model, measured field, and fit limits. More...
|
| class | DipoleFitData |
| | Dipole Fit Data implementation. More...
|
| class | DipoleFitSettings |
| | Dipole Fit setting implementation. More...
|
| class | DipoleForward |
| | Stores forward field matrices and source space data for magnetic dipole fitting. More...
|
| class | ECD |
| | Single equivalent current dipole with position, orientation, amplitude, and goodness-of-fit. More...
|
| struct | bdipEcd |
| | Binary-format dipole record for file I/O, storing fitted dipole parameters and error estimates. More...
|
| class | ECDSet |
| | Holds a set of Electric Current Dipoles. More...
|
| class | GuessData |
| | Precomputed guess point grid with forward fields for initial dipole position candidates. More...
|
| class | HpiDataUpdater |
| | Preprocesses raw HPI coil data (SSP projection, compensation, sinusoidal model fitting) before dipole localization. More...
|
| struct | CoilParam |
| | Estimated dipole parameters (position, moment, goodness-of-fit) for a single HPI coil. More...
|
| struct | HpiFitResult |
| | Complete HPI fit output: per-coil dipole parameters, head-to-device transform, fit error, and head movement distance. More...
|
| class | HPIFit |
| | HPI Fit algorithms. More...
|
| struct | DipFitError |
| | Residual error and moment vector from a single magnetic dipole fit iteration. More...
|
| struct | HPISortStruct |
| | Helper for sorting HPI coil dipole fits by matching each fit to the nearest expected coil position. More...
|
| class | HPIFitData |
| | HPI Fit algorithm data structure. More...
|
| class | HpiModelParameters |
| | Configuration parameters for the HPI signal model (line frequency, coil frequencies, sample rate, buffer size). More...
|
| class | SensorSet |
| | Stores MEG sensor geometry (positions, orientations, weights, coil count) for a single sensor type. More...
|
| class | SensorSetCreator |
| | Builds SensorSet objects from FiffInfo channel definitions, applying SSP projections and compensation. More...
|
| class | SignalModel |
| | Generates the forward sinusoidal model matrix for HPI coil signals at known drive frequencies. More...
|
| class | IInverseAlgorithm |
| | Inverse algorithm interface. More...
|
| class | MinimumNorm |
| | Minimum norm estimation. More...
|
| class | Dipole |
| | Stores position, orientation, and correlation of a single current dipole estimated by RAP MUSIC. More...
|
| struct | DipolePair |
| | Pair of correlated dipole indices and orientations found by the RAP MUSIC scanning step. More...
|
| class | PwlRapMusic |
| | Powell-accelerated RAP MUSIC variant using gradient-free optimization for refined dipole fitting. More...
|
| struct | Pair |
| | Index pair representing two grid points evaluated together in the RAP MUSIC subspace scan. More...
|
| class | RapMusic |
| | RAP MUSIC (Recursively Applied and Projected Multiple Signal Classification) source localization algorithm. More...
|
Inverse source estimation (MNE, dSPM, sLORETA, dipole fitting).