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Class Members

Index of 6275 public class members (functions, variables, typedefs, enums) across all documented classes.

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A​

  • a [var] in MNEProjData — Triangle-local dot product r12 .
  • a1 [var] in IirBiquad — Denominator coefficient z^-1 (a0 normalised to 1).
  • a2 [var] in IirBiquad — Denominator coefficient z^-2.
  • AbstractMetric [fn] in AbstractMetric — Constructs a AbstractMetric object.
  • AbstractMetric [fn] in AbstractMetric — Constructs a AbstractMetric object.
  • AbstractTreeItem [fn] in AbstractTreeItem
  • AbstractView [fn] in AbstractView — Constructs a AbstractView which is a child of parent.
  • accuracy [var] in FwdCoil — Accuracy.
  • accurate [var] in ComputeFwdSettings — Use accurate calculations.
  • accurate [var] in InvDipoleFitSettings — Use accurate coil definitions?
  • acq_pars [var] in FiffInfo — Acquisition parameters.
  • acq_stim [var] in FiffInfo — Acquisition stimulus information.
  • AcquiredPoints [fn] in AcquiredPoints
  • acquiredPoints [fn] in PolhemusCoregistration
  • acquisition [fn] in BIDSPath — Acquisition label.
  • act [var] in MNEProjData — Per-triangle boolean flag: 1 if this triangle is active.
  • activate_neighbors [fn] in MNESurface — Recursively mark neighboring triangles as active.
  • activate_projs [fn] in FiffProj — Set all projections to active.
  • active [var] in FiffDigitizerData — Which points are active.
  • active [var] in FiffProj — If fiff projector active.
  • active [var] in MNEMshDisplaySurfaceSet — Boolean array indicating which surfaces are currently active.
  • active [var] in MNEProjItem — Whether this item is currently active.
  • active_file [var] in MNEProjItem — Whether this item was active when loaded from file.
  • activeSurfaceForTarget [slot] in BrainView — Get configured surface type for a target view.
  • activeVertices [var] in InvGammaMapResult
  • activeVertices [var] in InvMxneResult
  • activeVertices [var] in InvTfMxneResult — Indices of active sources.
  • actualValue [var] in MnaVerificationResult — The evaluated expression result.
  • ad_hoc_noise [fn] in InvDipoleFitData — Create an ad-hoc diagonal noise-covariance matrix.
  • add_bem_surface [fn] in MNEMshDisplaySurfaceSet — Read a BEM surface from a FIFF file, optionally validate that it is topologically closed (via solid-angle check), and add it to this set.
  • add_filter_response [fn] in MNERawData — Create a frequency-domain filter response from the current filter definition and sampling frequency, replacing any existing response.
  • add_geometry_info [fn] in MNEBemSurface — Add vertex normals and neighbourhood information.
  • add_geometry_info [fn] in MNEHemisphere — Add vertex normals and neighbourhood information.
  • add_geometry_info [fn] in MNESurfaceOrVolume — Build complete geometry information for a source space: triangle data, vertex normals, neighbor-triangle lists, neighbor-vertex lists, vertex distances, and center of mass.
  • add_geometry_info [fn] in MNESurfaceOrVolume — Convenience overload that adds geometry information with border detection disabled and excess-neighbor checking enabled.
  • add_geometry_info2 [fn] in MNESurfaceOrVolume — Add geometry information with excess-neighbor checking disabled (warns instead of failing when a vertex has too many neighbors).
  • add_inv [fn] in MNECovMatrix — Compute the inverse square-root of eigenvalues (or diagonal elements) for whitening, storing the result in inv_lambda.
  • add_item [fn] in MNEProjOp — Add a projection item that is active by default.
  • add_item_active [fn] in MNEProjOp — Add a projection item with an explicit active/inactive state.
  • add_patch_stats [fn] in MNESourceSpace — Compute patch statistics (areas, normals, deviations).
  • add_replace_surface [fn] in MNEMshDisplaySurfaceSet — Add a new surface to the set, or replace an existing surface with the same ID if replace is true.
  • add_triangle_data [fn] in MNESurfaceOrVolume — Populate the MNETriangle structures for both the full and in-use triangulations by computing edge vectors, normals, and areas.
  • add_uniform_curv [fn] in MNESurfaceOrVolume — Set all vertex curvature values to 1.0 (uniform curvature), if not already present.
  • add_vertex_normals [fn] in MNESurfaceOrVolume — Compute vertex normals by area-weighted accumulation of triangle normals, then normalize to unit length.
  • addAnnotation [fn] in BrainSurface — Add annotation data directly.
  • addAnnotation [fn] in BrainTreeModel
  • addBem [fn] in DipoleFitView — Updates GUI to show selected BEM file.
  • addBemSurface [fn] in BrainTreeModel
  • addBinding [fn] in MnaParamTree
  • addCode [fn] in Report — Add a preformatted code block.
  • addData [slot] in BidsViewModel — Adds data to the item model.
  • addData [fn] in ChannelDataView — Append new samples (real-time streaming use-case).
  • addData [fn] in FrequencySpectrumModel — Adds the frequency estimation.
  • addData [fn] in RtFiffRawView — Add data to the view.
  • addData [fn] in RtFiffRawViewModel — Adds multiple time points (QVector) for a channel set (VectorXd).
  • addData [fn] in RtSensorDataController — Add a sensor measurement vector to the streaming queue.
  • addData [fn] in RtSensorDataWorker — Add a new sensor measurement vector to the streaming queue.
  • addData [fn] in RtSourceDataController — Add a source estimate data vector to the streaming queue.
  • addData [fn] in RtSourceDataWorker — Add a new source estimate data vector to the streaming queue.
  • addData [fn] in SpectrumView — Adds data to the underlying model.
  • addDataToSession [slot] in BidsViewModel — Adds data item pNewItem to session at sessionIndex.
  • addDigitizerData [fn] in BrainTreeModel
  • addDipoles [fn] in BrainTreeModel
  • addEcd [fn] in InvEcdSet — Appends an Electric Current Dipole to the set.
  • addEntry [fn] in FineCalibration — Add an entry.
  • addEvent [fn] in RtFiffRawViewModel — Adds event based on input parameters.
  • addGroupBox [fn] in QuickControlView — Add a new group box to this Widget.
  • addGroupBoxWithTabs [fn] in QuickControlView — Add a new group box with tabs to this Widget.
  • addInverse [fn] in FiffCoordTrans
  • addKeyValue [fn] in Report — Add a key-value section.
  • addLayer [fn] in MultimodalScene — Add or replace a layer.
  • addMeas [fn] in DipoleFitView — Updates GUI to show selected measurement file.
  • addMri [fn] in DipoleFitView — Updates GUI to show selected MRI file.
  • addNetwork [fn] in BrainTreeModel
  • addNode [fn] in MnaGraph
  • addNoise [fn] in DipoleFitView — Updates GUI to show selecte Noise file.
  • addReferenceMarkerRequested [signal] in TimeRulerWidget — Emitted when the user requests a new sample marker from the ruler context menu.
  • addSampleAsEvent [signal] in RtFiffRawView
  • addSelectionBem [fn] in CoregSettingsView — Add a new Bem to the drop down menu.
  • addSensors [fn] in BrainTreeModel
  • addSessionToSubject [slot] in BidsViewModel — Adds session named after sSessionName to subjects names sSubjectName.
  • addSessionToSubject [slot] in BidsViewModel — Adds session named after sSessionName to subject at subjectIndex.
  • addSourceSpace [fn] in BrainTreeModel
  • addSubject [slot] in BidsViewModel — Adds subject with given input name.
  • addSurface [fn] in BrainTreeModel
  • addTable [fn] in Report — Add a table section.
  • addText [fn] in Report — Add a text section.
  • addToData [slot] in BidsViewModel — Adds a sub-item to a data item (ex.
  • addTriangleData [fn] in MNEBemSurface — Definition of the mne_add_triangle_data function in mne_add_geometry_info.c.
  • addVertexNormals [fn] in MNEBemSurface — Definition of the addVertexNormals function in mne_add_geometry_info.c.
  • addWidget [fn] in QuickControlView — Add a new group box to this Widget.
  • addWidgetBottom [fn] in MultiView — Adds a QWidget to the bottom docking area.
  • addWidgets [fn] in QuickControlView — This convenience function adds control widgets to the QuickControlView based on their set objects names.
  • addWidgetTop [fn] in MultiView — Adds a QWidget to the top docking area.
  • adjust_baselines [fn] in MNEMeasData — Adjust baseline offset of the current data set.
  • affect [fn] in MNEProjItem — Test whether this projection item affects any of the listed channels.
  • affect [fn] in MNEProjOp — Count how many active projection vectors affect a given list of channel names.
  • affect_chs [fn] in MNEProjOp — Count how many active projection vectors affect the given channels.
  • align_fiducials [fn] in MNEMshDisplaySurface — Align MEG and MRI coordinate systems using fiducial points and ICP.
  • allowedMeanErrorDistChanged [signal] in HpiSettingsView — Emit this signal whenever the allowed error changed.
  • allowedMovementChanged [signal] in HpiSettingsView — Emit this signal whenever the allowed head movement threshold changed.
  • allowedRotationChanged [signal] in HpiSettingsView — Emit this signal whenever the allowed head rotation threshold changed.
  • allowMaxShield [var] in ProcessingSettings — Allow unprocessed MaxShield data.
  • allPaths [fn] in MnaParamTree
  • alpha [fn] in AbstractTreeItem
  • alt_overlay_type [var] in MNEMshDisplaySurface — Alternative overlay type identifier.
  • alt_overlay_values [var] in MNEMshDisplaySurface — Per-vertex alternative overlay values.
  • amplitudeMax [var] in ButterflyTypeGroup
  • amplitudeMax [var] in ChannelDisplayInfo — Amplitude value (physical units) that maps to full row height.
  • Anatomical [var] in BrainRenderer
  • angleTo [fn] in FiffCoordTrans — Calculate rotation as angle between two rotation matrices.
  • annotationBoundaryMoved [signal] in ChannelDataView — Emitted when the user drags an annotation boundary to a new position.
  • annotationBoundaryMoved [signal] in ChannelRhiView — Emitted when the user finishes dragging an annotation boundary.
  • annotationData [fn] in SurfaceTreeItem
  • annotationsVisible [fn] in ChannelDataView
  • annotationsVisible [fn] in ChannelRhiView
  • annotationsVisibleToggled [signal] in ChannelDataView
  • append [fn] in AcquiredPoints — Append a new point and emit pointsChanged.
  • append [fn] in ConnectivitySettings
  • append [fn] in ConnectivitySettings
  • append [fn] in ConnectivitySettings
  • append [fn] in ConnectivitySettings
  • append [fn] in ConnectivitySettings
  • append [fn] in ConnectivitySettings
  • append [fn] in FastrakParser — Append raw bytes received from the serial port.
  • append [fn] in FiffAnnotations — Appends an annotation.
  • append [fn] in FiffAnnotations — Appends an annotation by fields.
  • append [fn] in MNESourceSpaces — Appends a deep copy of the given source space.
  • append [fn] in Network — Appends a network edge to this network node.
  • append [fn] in Network — Appends a network edge to this network node.
  • append [fn] in Network — Appends a network edge to this network node.
  • append [fn] in Network — Appends a network edge to this network node.
  • append [fn] in NetworkNode — Appends a network edge to this network node.
  • append [fn] in NetworkNode — Appends a network edge to this network node.
  • append [fn] in RtAveraging — Slot to receive incoming data.
  • append [fn] in RtConnectivity — Slot to receive incoming data.
  • append [fn] in RtHpi — Slot to receive incoming data.
  • append [fn] in RtInvOp — Slot to receive incoming noise covariance estimations.
  • append [fn] in RtNoise — Submit incoming data for noise estimation.
  • appendData [fn] in ChannelDataModel — Append new samples to the ring buffer.
  • apply [fn] in ChannelDerivation — Apply derivation rules to a data matrix.
  • apply [fn] in DecodingSsd — Denoise data by low-rank factorisation.
  • apply [fn] in EogRegression — Apply the fitted regression to remove EOG artifacts in-place.
  • apply [fn] in FirFilter — Apply the filter to a single row vector.
  • apply [fn] in MaxwellMovementComp — Apply movement compensation via SSS.
  • apply [fn] in MNECTFCompDataSet — Apply or revert CTF compensation on a single-sample data vector using the current compensation operator.
  • apply [fn] in MNECTFCompDataSet — Overload: apply compensation using the data vector itself as compensation input.
  • apply [fn] in SensorFieldMapper — Apply the precomputed mapping to the current time point.
  • apply [fn] in SourceMorph — Apply the morphing to a source estimate.
  • apply [fn] in SSS — Apply SSS to MEG data — suppress external (environmental) interference.
  • apply [fn] in Xdawn — Project one epoch into xDAWN component space.
  • apply_cov [fn] in MNEProjOp — Apply this projection operator to a covariance matrix from both sides: C' = (I - P) C (I - P)^T (or P C P^T if do_complement is false).
  • apply_inverse_trans [fn] in FiffCoordTrans — Applies the inverse coordinate transform to given coordinates and returns the transformed coordinates.
  • apply_inverse_trans [fn] in FiffCoordTrans — Applies the inverse coordinate transform to a single 3D point in place.
  • apply_left_eyes [fn] in MNEMshDisplaySurfaceSet — Apply the left-eye position and up-vector uniformly to all surfaces regardless of hemisphere.
  • apply_left_right_eyes [fn] in MNEMshDisplaySurfaceSet — Assign hemisphere-appropriate eye positions and up-vectors to each surface (left eye for left hemisphere, right eye for right).
  • apply_trans [fn] in FiffCoordTrans — TODO: dest - The id of the destination coordinate system (FIFFV_COORD_...).
  • apply_trans [fn] in FiffCoordTrans — Applies the coordinate transform to a single 3D point in place.
  • apply_transpose [fn] in MNECTFCompDataSet — Apply or revert CTF compensation across multiple time samples (channels x samples matrix), the transposed equivalent of apply().
  • applyBaselineCorrection [fn] in FiffEvoked — Applies baseline correction to the evoked data.
  • applyBaselineCorrection [fn] in MNEEpochData — Applies baseline (mode=mean) correction to the evoked data.
  • applyBaselineCorrection [fn] in MNEEpochDataList — Applies baseline correction to the evoked data.
  • applyConvFilter [fn] in FilterKernel — Applies the current filter to the input data using convolution in time domain.
  • applyDICS [fn] in InvDICS — Apply DICS beamformer to time-domain data at a single frequency.
  • applyDICSCsd [fn] in InvDICS — Apply DICS beamformer to CSD matrices to estimate source power per frequency.
  • applyDICSEpochs [fn] in InvDICS — Apply DICS beamformer to each epoch in a list.
  • applyFftFilter [fn] in FilterKernel — Applies the current filter to the input data using multiplication in frequency domain.
  • applyLCMV [fn] in InvLCMV — Apply LCMV beamformer to evoked data to produce source time courses.
  • applyLCMVCov [fn] in InvLCMV — Apply LCMV beamformer to a data covariance to produce a source power map.
  • applyLCMVEpochs [fn] in InvLCMV — Apply LCMV beamformer to a list of epochs.
  • applyLCMVRaw [fn] in InvLCMV — Apply LCMV beamformer to raw data matrix.
  • applyLstmCorrection [fn] in InvCMNE — Apply LSTM-based temporal correction to z-scored rectified dSPM data.
  • applyMousePan [fn] in CameraController — Apply pan from mouse drag delta (planar multi-view pane).
  • applyMouseRotation [fn] in CameraController — Apply rotation from mouse drag delta (single-view or perspective pane).
  • applyOverlayToSurfaces [fn] in SubView — Apply this view's overlayMode to every brain surface whose key matches surfaceType.
  • applySos [fn] in IirFilter — Apply a biquad cascade to one data row (causal, single-pass).
  • applySourceEstimateColors [fn] in BrainSurface — Apply source estimate colors to vertices.
  • applyTemporal [fn] in SSS — Apply temporal SSS (tSSS) — additionally suppress near-field artefacts.
  • applyToSurface [fn] in SourceEstimateOverlay — Apply source estimate colors to a brain surface at a given time index.
  • ApplyToView [fn] in ApplyToView — ApplyToView.
  • applyTransform [fn] in BrainSurface — Apply a transformation to the surface starting from the original data.
  • applyTransform [fn] in DipoleObject
  • applyTransform [fn] in FiffDigPointSet — Apply a transformation matrix on the 3D position of the digitized points.
  • applyUnmixing [fn] in ICA — Project new data through a previously fitted unmixing matrix.
  • applyZeroPhase [fn] in FirFilter — Apply the filter in a zero-phase forward-backward pass to a single row vector.
  • applyZeroPhase [fn] in IirFilter — Apply a biquad cascade with zero-phase (forward + backward pass) to one row.
  • applyZeroPhaseMatrix [fn] in FirFilter — Apply the filter in a zero-phase forward-backward pass to every row of a matrix.
  • applyZeroPhaseMatrix [fn] in IirFilter — Apply zero-phase filtering to every row of a matrix (each row = one channel).
  • area [var] in MNEPatchInfo — Total surface area of the patch (m^2).
  • area [var] in MNETriangle — Triangle area.
  • arrays [fn] in ElectrodeObject
  • ArtifactSettingsView [fn] in ArtifactSettingsView
  • aspect_kind [var] in FiffEvoked — Aspect identifier, either FIFFV_ASPECT_AVERAGE or FIFFV_ASPECT_STD_ERR.
  • aspectKindToString [fn] in FiffEvoked — Provides the python Evoked string formatted aspect_kind, which is stored in kind: "average" <-> FIFFV_ASPECT_AVERAGE, "standard_error" <-> FIFFV_ASPECT_STD_ERR or "unknown".
  • assemble_kernel [fn] in MNEInverseOperator — Assemble the inverse kernel matrix.
  • assign_channels [fn] in MNEProjOp — Assign a channel name list to this projection operator, invalidating any previously compiled projector.
  • assignedOperatorsChanged [fn] in ChannelInfoModel — Updates the fiff info.
  • associatedImagePath [var] in BidsCoordinateSystem — Relative path to associated T1w image (OPTIONAL).
  • at [fn] in ConnectivitySettings
  • at [fn] in ConnectivitySettings
  • at [fn] in MNESourceSpaces — Access the underlying shared_ptr at the given index.
  • at [fn] in MNESourceSpaces — Access the underlying shared_ptr at the given index (const).
  • atlasDirChanged [signal] in FwdSettingsView — Emit this signal whenever the atlas directory is set.
  • attach [fn] in Subject — Attaches an observer to the subject.
  • attach_env [fn] in FiffStream — Attach environment metadata (working directory, command line) to this stream.
  • attributes [var] in MnaNode — Operation parameters.
  • attributes [var] in MnaOpSchema — Expected attributes.
  • autoDetectPortName [fn] in PolhemusConnection — Best-effort auto-detection of an attached Fastrak/FastSCAN.
  • autoSelect [fn] in StsCovEstimators — Auto-select the best covariance estimator via cross-validation.
  • availablePorts [fn] in PolhemusConnection — Enumerate every serial port currently visible to the OS.
  • ave_nn [var] in MNEPatchInfo — Average outward surface normal of the patch.
  • aveFiles [var] in ProcessingSettings — Averaging description file(s).
  • average [fn] in EpochExtractor — Compute the grand average (ERP/ERF) across all non-rejected epochs.
  • average [fn] in MNEEpochDataList — Averages epoch list.
  • averageArtifactReductionChanged [signal] in RtAveraging
  • averageBaselineActiveChanged [signal] in RtAveraging
  • averageBaselineFromChanged [signal] in RtAveraging
  • averageBaselineToChanged [signal] in RtAveraging
  • averageCategories [fn] in MNEEpochDataList — averageCategories
  • averageEpochs [fn] in FiffEpochs — Compute the average (evoked response) across epochs.
  • AverageLayoutView [fn] in AverageLayoutView — Constructs a AverageLayoutView which is a child of parent.
  • averageNumberChanged [signal] in RtAveraging
  • averagePostStimChanged [signal] in RtAveraging
  • averagePreStimChanged [signal] in RtAveraging
  • averageResetRequested [signal] in RtAveraging
  • AverageScene [fn] in AverageScene — Constructs a AverageScene.
  • AverageSceneItem [fn] in AverageSceneItem — Constructs a AverageSceneItem.
  • AverageSelectionView [fn] in AverageSelectionView — Constructs a AverageSelectionView which is a child of parent.
  • averageTriggerChIdxChanged [signal] in RtAveraging
  • AveragingSettingsView [fn] in AveragingSettingsView

B​

  • b [var] in MNEProjData — Triangle-local dot product r13 .
  • B [var] in FitDipUserRec
  • b0 [var] in IirBiquad — Numerator coefficient z^0.
  • b1 [var] in IirBiquad — Numerator coefficient z^-1.
  • B2 [var] in FitDipUserRec
  • b2 [var] in IirBiquad — Numerator coefficient z^-2.
  • backendName [fn] in PolhemusConnection
  • backgroundColor [fn] in ChannelDataView
  • backgroundColor [fn] in ChannelRhiView
  • backgroundColorChanged [signal] in FiffRawViewSettings — Emit this signal whenever the user changed the background color.
  • bad [var] in ChannelDisplayInfo — Whether the channel is currently marked bad.
  • bad [var] in MNEMeasData — Per-channel bad flag array (0 = good, 1 = bad).
  • bad [var] in MNERawData — Boolean array marking bad channels (0 = good, 1 = bad).
  • badChannels [var] in BadChannelsMaxwellResult — Names of detected bad channels.
  • badChannelsHidden [fn] in ChannelDataView
  • badDescription [var] in AnnotateAmplitudeParams — Description string for annotations.
  • badIndices [var] in BadChannelsMaxwellResult — Indices in the MEG channel list.
  • badlist [var] in MNEMeasData — List of bad channel names.
  • badlist [var] in MNERawData — Bad channel names.
  • badname [var] in InvDipoleFitSettings — Bad channel list file.
  • bads [var] in FiffCov — List of bad channels.
  • bads [var] in FiffInfoBase — List of bad channels.
  • bads [var] in MNECovMatrix — Channel names designated bad during computation.
  • bApplyBaseline [var] in EpochExtractorParams — Whether to apply baseline correction.
  • Bar [fn] in Bar — The constructor for Bar.
  • base [var] in FwdCoil — Baseline.
  • base_arr [var] in HPISortStruct
  • baseline [var] in FiffEvoked — Baseline information in seconds form where the seconds are seen relative to the trigger, meaning they can also be negative [from to].
  • baselineChanged [signal] in DipoleFitView — Send new basline values.
  • baselines [var] in MNEMeasDataSet — Per-channel baseline offsets currently applied.
  • basename [fn] in BIDSPath — Constructs the BIDS-compliant filename (without directory).
  • baudRate [var] in PolhemusSerialConfig
  • bBasic [fn] in InvHpiModelParameters
  • bConverged [var] in IcaResult — True if all components converged within maxIter.
  • bDebias [var] in InvTfMxneParams — Whether to debias the final solution.
  • bdipname [var] in InvDipoleFitSettings — Output file in bdip format.
  • bEegOnly [var] in LofBadChannelParams — If true, only check EEG channels.
  • beginFrame [fn] in BrainRenderer — Begin the first render pass of a frame.
  • beginPreservingPass [fn] in BrainRenderer — Begin an additional render pass that preserves previous output.
  • bem_funcs [var] in InvDipoleFitData — These are the BEM forward functions.
  • bem_method [var] in FwdBemModel — Approximation method (FWD_BEM_CONSTANT_COLL or FWD_BEM_LINEAR_COLL).
  • bem_model [var] in InvDipoleFitData — BEM model definition.
  • bemHead [var] in ViewVisibilityProfile
  • bemInnerSkull [var] in ViewVisibilityProfile
  • bemname [var] in ComputeFwdSettings — BEM model file.
  • bemname [var] in InvDipoleFitData — Using a BEM?
  • bemname [var] in InvDipoleFitSettings — Boundary-element model.
  • bemOuterSkull [var] in ViewVisibilityProfile
  • bemShader [var] in SubView
  • bemShaderModeForTarget [slot] in BrainView — Get configured BEM shader mode name for a target view.
  • bemSurfaceData [fn] in BemTreeItem
  • bemTopVertexInMri [slot] in BrainView — Return the highest-Z vertex of the BEM head surface in MRI coords.
  • BemTreeItem [fn] in BemTreeItem
  • best [var] in MNEMorphMap — Index of the closest source surface vertex for each target vertex.
  • bg_color [var] in MNEMshDisplaySurfaceSet — Background color (RGB).
  • BIDSPath [fn] in BIDSPath — Constructs an empty BIDSPath.
  • BIDSPath [fn] in BIDSPath — Constructs a BIDSPath with the most common entities.
  • BIDSPath [fn] in BIDSPath — Copy constructor.
  • BidsRawData [fn] in BidsRawData — Default constructor.
  • BidsRawData [fn] in BidsRawData
  • BidsRawData [fn] in BidsRawData
  • BidsTsv [fn] in BidsTsv
  • bidsVersion [var] in BidsDatasetDescription — BIDS specification version, e.g.
  • BidsView [fn] in BidsView — Constructs the DataManagerView.
  • BidsViewModel [fn] in BidsViewModel — Constructs the Analyze Data Model.
  • binding [var] in MnaOpSchema — Binding type: "internal", "cli", or "script".
  • bindings [fn] in MnaParamTree
  • bIsLargeHeadMovement [var] in HpiFitResult
  • bmax [var] in AverageCategory — Baseline max (s).
  • bmax [var] in CovDefinition — Baseline max (s).
  • bmax [var] in InvDipoleFitSettings — Baseline end time (s).
  • bMegOnly [var] in FilterChpiParams — If true, only filter MEG channels.
  • bMegOnly [var] in LofBadChannelParams — If true, only check MEG channels.
  • bmin [var] in AverageCategory — Baseline min (s).
  • bmin [var] in CovDefinition — Baseline min (s).
  • bmin [var] in InvDipoleFitSettings — Baseline start time (s).
  • bonferroni [fn] in StatsMcCorrection — Bonferroni correction: corrected_p = min(p * n, 1.0).
  • border [var] in MNESurfacePatch — Per-vertex flag: non-zero if the vertex lies on the patch border (size np).
  • borderChanged [signal] in Spline — emit signal consisting of three threshold lines x-axis value if any one of them is changed
  • boundingBox [fn] in BrainSurface — Get bounding box of the surface.
  • boundingBoxMax [fn] in ElectrodeObject
  • boundingBoxMin [fn] in ElectrodeObject
  • boundingRect [fn] in AverageSceneItem — Reimplemented virtual functions.
  • boundingRect [fn] in SelectionSceneItem — Returns the bounding rect of the electrode item.
  • BoundsFn [type] in MultimodalScene — Per-kind callback that returns a layer's AABB in world coordinates.
  • BrainRenderer [fn] in BrainRenderer — Default Constructor.
  • brainShader [var] in SubView
  • BrainSurface [fn] in BrainSurface — Default Constructor.
  • BrainTreeModel [fn] in BrainTreeModel
  • BrainView [fn] in BrainView — Constructor.
  • BrainVisionReader [fn] in BrainVisionReader — Default constructor.
  • bReject [var] in MNEEpochData — Whether this epoch is to be rejected.
  • bRejected [var] in ArtifactRejectionData
  • buf_size [var] in MNERawInfo — Buffer size in samples.
  • bufs [var] in MNERawData — Raw data buffer definitions.
  • build [fn] in MNENamedMatrix — Factory: build a named matrix from its constituent parts.
  • buildAdjacency [fn] in FsLabelUtils — Build adjacency list from surface triangle mesh.
  • buildBipolar [fn] in ChannelDerivation — Build bipolar derivation rules from sequential electrode pairs.
  • buildCommonAverage [fn] in ChannelDerivation — Build common-average reference derivation rules.
  • buildGaborDictionary [fn] in InvTfMxne — Build a Gabor dictionary (tight frame) for time-frequency decomposition.
  • buildLabel [fn] in RayPicker — Build a display label from a PickResult.
  • buildMapping [fn] in SensorFieldMapper — Build the MEG/EEG sensor-to-surface mapping matrices.
  • bUserReject [var] in MNEEpochData — Whether this epoch was manually excluded by the user.
  • bUseWhitened [var] in RegionData — Wheather indeces of whitened gain matrix should be used to calculate centroids.
  • butterflyMode [fn] in ChannelDataView
  • butterflyMode [fn] in ChannelRhiView
  • butterflyToggled [signal] in ChannelDataView
  • ButterflyView [fn] in ButterflyView — The constructor.
  • bValid [var] in XdawnResult — True if fit() produced a usable decomposition.

C​

  • c [var] in MNEProjData — Triangle-local dot product r12 .
  • c_ras [var] in MNEVolGeom — Center of the volume in RAS coordinates (mm).
  • c_ras [var] in MriVolData — Center RAS coordinates (cr, ca, cs).
  • cachedResultHash [var] in MnaPort — SHA-256 for invalidation.
  • cachedResultPath [var] in MnaPort — Relative path to cached result.
  • cal [var] in FiffChInfo — Calibration from volts to units used.
  • calc_beta [fn] in FwdBemModel — Compute the beta angle used in the linear collocation integration.
  • calc_f [fn] in FwdBemModel — Compute the f0, fx, fy integration helper values from corner coordinates.
  • calc_gamma [fn] in FwdBemModel — Compute the gamma angle for the linear field integration (Ferguson).
  • calc_magic [fn] in FwdBemModel — Compute the "magic" beta and D factors for the Urankar field integration.
  • calc_pot_components [fn] in FwdEegSphereModel — Calculate the radial and tangential potential components for a dipole in a layered sphere model using a Legendre polynomial series expansion.
  • CalcCoefficients [fn] in ParksMcClellan — This was added by IowaHills and is called from CalcParkCoeff2().
  • CalcParkCoeff2 [fn] in ParksMcClellan
  • calculate [fn] in Coherence — Calculates the coherence between the rows of the data matrix.
  • calculate [fn] in Coherence — Calculates the coherence between the rows of the data matrix.
  • calculate [fn] in Connectivity — Computes the network based on the current settings.
  • calculate [fn] in Connectivity — Computes the network based on the current settings.
  • calculate [fn] in Correlation — Calculates the correlation coefficient between the rows of the data matrix.
  • calculate [fn] in Correlation — Calculates the correlation coefficient between the rows of the data matrix.
  • calculate [fn] in CrossCorrelation — Calculates the cross correlation between the rows of the data matrix.
  • calculate [fn] in CrossCorrelation — Calculates the cross correlation between the rows of the data matrix.
  • calculate [fn] in DebiasedSquaredWeightedPhaseLagIndex — Calculates the debiased squared weighted phase lag index between the rows of the data matrix.
  • calculate [fn] in DebiasedSquaredWeightedPhaseLagIndex — Calculates the debiased squared weighted phase lag index between the rows of the data matrix.
  • calculate [fn] in DirectedTransferFunction — Calculates the Directed Transfer Function between all channel pairs.
  • calculate [fn] in DirectedTransferFunction — Calculates the Directed Transfer Function between all channel pairs.
  • calculate [fn] in FilterOverlapAdd — Creates a user designed filter kernel and filters the raw input data.
  • calculate [fn] in FilterOverlapAdd — Calculates the filtered version of the raw input data based on a given list filters.
  • calculate [fn] in GrangerCausality — Calculates spectral Granger causality between all channel pairs.
  • calculate [fn] in GrangerCausality — Calculates spectral Granger causality between all channel pairs.
  • calculate [fn] in ImagCoherence — Calculates the imaginary coherence between the rows of the data matrix.
  • calculate [fn] in ImagCoherence — Calculates the imaginary coherence between the rows of the data matrix.
  • calculate [fn] in KMeans — Clusters input data X.
  • calculate [fn] in PartialDirectedCoherence — Calculates Partial Directed Coherence between all channel pairs.
  • calculate [fn] in PartialDirectedCoherence — Calculates Partial Directed Coherence between all channel pairs.
  • calculate [fn] in PhaseLagIndex — Calculates the PLI between the rows of the data matrix.
  • calculate [fn] in PhaseLagIndex — Calculates the PLI between the rows of the data matrix.
  • calculate [fn] in PhaseLockingValue — Calculates the phase locking value between the rows of the data matrix.
  • calculate [fn] in PhaseLockingValue — Calculates the phase locking value between the rows of the data matrix.
  • calculate [fn] in UnbiasedSquaredPhaseLagIndex — Calculates the USPLI between the rows of the data matrix.
  • calculate [fn] in UnbiasedSquaredPhaseLagIndex — Calculates the USPLI between the rows of the data matrix.
  • calculate [fn] in Warp — Calculates the TPS Warp of given setup.
  • calculate [fn] in Warp — Calculates the TPS Warp of a given setup for a List of vertices.
  • calculate [fn] in WeightedPhaseLagIndex — Calculates the WPLI between the rows of the data matrix.
  • calculate [fn] in WeightedPhaseLagIndex — Calculates the WPLI between the rows of the data matrix.
  • calculate_area [fn] in MNEPatchInfo — Calculates the total surface area of this patch.
  • calculate_digitizer_distances [fn] in MNEMshDisplaySurface — Compute the distance from each active digitizer point to the head surface.
  • calculate_normal_stats [fn] in MNEPatchInfo — Calculates the average surface normal and its deviation for this patch.
  • calculate_vertex_distances [fn] in MNESurfaceOrVolume — Compute the Euclidean distances from each vertex to its topological neighbors and store them in the vert_dist array.
  • calculateAbs [fn] in Coherency — Calculates the absolute value of coherency of the rows of the data matrix.
  • calculateAbs [fn] in Coherency — Calculates the absolute value of coherency of the rows of the data matrix.
  • calculateAverage [signal] in AveragingSettingsView
  • calculateAveragedWeight [fn] in NetworkEdge — Calculates the edge weight based on the currently set min/max frequency bins.
  • calculateAveragedWeight [fn] in NetworkEdge — Calculates the edge weight based on the currently set min/max frequency bins.
  • calculateFFTFreqs [fn] in Spectral — Calculates the FFT frequencies.
  • calculateFit [fn] in InvDipoleFit — Execute the dipole fit using the stored settings.
  • calculateFwd [fn] in ComputeFwd — Perform the forward calculation.
  • calculateImag [fn] in Coherency — Calculates the imaginary part of coherency of the rows of the data matrix.
  • calculateImag [fn] in Coherency — Calculates the imaginary part of coherency of the rows of the data matrix.
  • calculateInverse [fn] in InvMinimumNorm — Computes a L2-norm inverse solution Actual code using these principles might be different because the inverse operator is often reused across data sets.
  • calculateInverse [fn] in InvMinimumNorm
  • calculateInverse [fn] in InvPwlRapMusic — Note: Since they are virtual they have to be implemented to be called.
  • calculateInverse [fn] in InvPwlRapMusic — Note: Since they are virtual they have to be implemented to be called.
  • calculateInverse [fn] in InvPwlRapMusic
  • calculateInverse [fn] in InvRapMusic
  • calculateInverse [fn] in InvRapMusic
  • calculateInverse [fn] in InvRapMusic
  • calibrate [fn] in MNECTFCompData — Apply or remove channel calibration to/from the compensation matrix by scaling each element by (row_cal / col_cal) or its inverse.
  • calibrated [var] in MNECTFCompData — Whether the coefficients are already calibrated.
  • cals [var] in FiffRawData — Calibration values.
  • CameraController [fn] in CameraController — Constructor.
  • cameraPos [var] in CameraResult
  • cameraPos [var] in SceneData
  • cancelLoading [fn] in SourceEstimateManager — Cancel any in-progress STC loading / interpolation and wait for the thread to finish.
  • cancelPivotCalibration [fn] in PolhemusCoregistration
  • captureCurrentPenPositionAsFiducial [fn] in PolhemusCoregistration
  • captureCurrentPenPositionAsHeadShape [fn] in PolhemusCoregistration
  • captureCurrentPenPositionAsVertex [fn] in PolhemusCoregistration
  • captureOpticalCalibSample [fn] in PolhemusCoregistration — Record one calibration sample (current tracker pose + current pen position).
  • cardinalFiducialsInMri [slot] in BrainView — Return cardinal fiducials (NAS/LPA/RPA) transformed to MRI coordinates.
  • castRay [slot] in BrainView — Cast rays from screen position to find intersected objects.
  • categories [var] in AverageDescription — The categories.
  • category [var] in MnaOpSchema — Category: "io", "preprocessing", "source_estimation", etc.
  • categoryItem [fn] in DigitizerSetTreeItem — Returns the child DigitizerTreeItem for a given category, or nullptr.
  • cent [var] in MNETriangle — Centroid position.
  • center [fn] in Sphere — The center of the sphere.
  • centreOfMass [fn] in InvVolumeSourceEstimate — Compute the centre of mass of the activity at a given time point.
  • centroidSource_rr [var] in MNEClusterInfo — Centroid location.
  • centroidVertno [var] in MNEClusterInfo — Id (FsLabel/ROI id) of the centroid.
  • ch_class [var] in MNECovMatrix — Per-channel type classification for regularization (MEG grad, MEG mag, EEG).
  • ch_filtered [var] in MNERawBufDef — Per-channel flag: has this channel been filtered already (filtered buffers only).
  • ch_kind [var] in MNEChSelection — Kinds of the channels corresponding to picks.
  • ch_major [var] in MNEMeasData — If true, data rows are channels (not times).
  • ch_name [var] in FiffChInfo — Descriptive name for the channel.
  • ch_names [fn] in FiffEvoked — Returns list of channel names stored in fiff info -> this is to stay consistent with python.
  • ch_names [var] in FiffInfoBase — List of all channel names.
  • ch_names [var] in InvDipoleFitData — List of all channel names.
  • ch_names [var] in MNERawData — Channel names as a flat list.
  • changeArtifactThreshold [signal] in ArtifactSettingsView
  • changeAverageMode [signal] in AveragingSettingsView
  • changeBaselineActive [signal] in AveragingSettingsView
  • changeBaselineFrom [signal] in AveragingSettingsView
  • changeBaselineTo [signal] in AveragingSettingsView
  • changeDropActive [signal] in AveragingSettingsView
  • changeNumAverages [signal] in AveragingSettingsView
  • changePostStim [signal] in AveragingSettingsView
  • changePreStim [signal] in AveragingSettingsView
  • changeSelectedBem [signal] in CoregSettingsView — Emit this signal whenever the selected Bem changed.
  • changeStimChannel [signal] in AveragingSettingsView
  • channel [var] in BrainVisionMarker — Channel number (0 = all channels).
  • channel_type [fn] in FiffInfoBase — Get channel type.
  • channelBadToggled [signal] in ChannelLabelPanel
  • channelCount [fn] in ChannelDataModel
  • ChannelDataModel [fn] in ChannelDataModel
  • ChannelDataView [fn] in ChannelDataView — Constructs a ChannelDataView.
  • channelIndices [var] in ButterflyTypeGroup
  • channelInfo [fn] in ChannelDataModel — Display metadata for the given channel.
  • ChannelInfoModel [fn] in ChannelInfoModel
  • ChannelInfoModel [fn] in ChannelInfoModel
  • ChannelLabelPanel [fn] in ChannelLabelPanel
  • channelMarkingChanged [signal] in RtFiffRawView — Emmited when marking of bad channels is changed.
  • channelNames [var] in FiffAnnotation — Empty = global annotation.
  • channelNumber [var] in BrainVisionChannelInfo
  • channelNumber [var] in EDFChannelInfo
  • channelOffsetChanged [signal] in ChannelRhiView — Emitted whenever the first visible channel index changes.
  • ChannelRhiView [fn] in ChannelRhiView
  • channelRms [fn] in ChannelDataModel — Compute the RMS amplitude of a channel over a sample window.
  • channelScrollRequested [signal] in ChannelLabelPanel — Emitted while the user drags vertically on the panel.
  • channelSelectionChanged [fn] in AverageLayoutView — Sets the currently viewable channels using the corrent name and location parameters.
  • channelSelectionManagerChanged [fn] in AverageLayoutView — call this whenever the external channel selection manager changes
  • ChannelSelectionView [fn] in ChannelSelectionView — Constructs a ChannelSelectionView which is a child of parent.
  • channelsMappedToLayout [signal] in ChannelInfoModel — Emit this signal whenever channels where mapped to a layout.
  • channelsTsvPath [fn] in BIDSPath — Returns the path for the channels.tsv sidecar.
  • chClass [var] in FiffCov — Channel classification vector.
  • chdef [var] in MNEChSelection — Channel definitions (may contain regular expressions).
  • check_ch_names [fn] in MNEInverseOperator — Verify that inverse-operator channels are present in the measurement info.
  • checkArtifacts [fn] in FiffEvokedSet — Check whether an epoch passes artifact rejection criteria.
  • checkChThreshold [fn] in MNEEpochDataList
  • checkEegLocations [fn] in FiffChInfo — Check that all EEG channels in the list have reasonable (non-origin) locations.
  • checkForArtifact [fn] in MNEEpochDataList — Checks the givven matrix for artifacts beyond a threshold value.
  • checkForUpdate [fn] in InvHpiDataUpdater — Check if information in FiffInfo changed and update if necessary.
  • checkForUpdate [fn] in InvHpiFit — Checks if InvSensorSet has changed and updates member InvSensorSet.
  • checkId [var] in MnaVerificationResult — References MnaVerificationCheck::id.
  • checkIntegrity [fn] in ComputeFwdSettings — Check whether Compute Forward Settings are correctly set.
  • checkIntegrity [fn] in InvDipoleFitSettings — Check whether Dipole Fit Settings are correctly set.
  • checkPrerequisites [fn] in MLTrainer — Check that the required Python packages are importable.
  • checks [var] in MnaVerification — Declarative checks (authored by user, evaluated by executor).
  • children [var] in FiffDirNode — Child nodes.
  • chInfo [var] in MNERawInfo — Channel info data .
  • chname [var] in FwdCoil — Name of this channel.
  • chNames [var] in InvBeamformer — Channel names used for filter computation.
  • chNumber [var] in FineCalEntry — MEG channel number (e.g., 0113 for MEG0113).
  • chpos [var] in FiffChInfo — Channel location.
  • chs [var] in FiffInfoBase — List of all channel info descriptors.
  • chs [var] in InvDipoleFitData — Channels.
  • chs [var] in MNECTFCompDataSet — Channel information associated with compensation.
  • chs [var] in MNEDeriv — First matching channel info for each derivation.
  • chs [var] in MNEMeasData — Channel information list.
  • chsel [var] in MNEMeasData — Channel selection for raw-data access.
  • chspick [var] in MNEChSelection — Translated into channel names using the present data.
  • chspick_nospace [var] in MNEChSelection — The same without spaces.
  • CircularBuffer [fn] in CircularBuffer — Constructs a CircularBuffer.
  • classify [fn] in MlIcaLabel — Classify each ICA component using reference signals and spectral heuristics.
  • classify_channels [fn] in MNECovMatrix — Assign channel-type classifications (MEG mag, MEG grad, EEG) to channels in this covariance matrix, based on channel information.
  • clean [fn] in InvDipole — clean
  • clear [fn] in AcquiredPoints — Drop every captured point.
  • clear [fn] in BidsRawData — Clears all data members and resets to invalid state.
  • clear [fn] in CircularBuffer — Clears the buffer.
  • clear [fn] in CommandManager — Clears the command manager.
  • clear [fn] in FiffAnnotations — Removes all annotations.
  • clear [fn] in FiffCoordTrans — Initializes the coordinate transformation descriptor.
  • clear [fn] in FiffCov — Initializes the covariance data matrix.
  • clear [fn] in FiffCtfComp — Initializes the CTF software compensation data.
  • clear [fn] in FiffDigPointSet — Initializes FiffDigPointSet.
  • clear [fn] in FiffEvoked — Initializes fiff evoked data.
  • clear [fn] in FiffEvokedSet — Initializes fiff evoked data set.
  • clear [fn] in FiffId — Resets the File identifier.
  • clear [fn] in FiffInfo — Initializes FIFF measurement information.
  • clear [fn] in FiffInfoBase — Initializes light FIFF measurement information.
  • clear [fn] in FiffNamedMatrix — Initializes the named matrix.
  • clear [fn] in FiffRawData — Initializes the fiff raw measurement data.
  • clear [fn] in FsAnnotation — Initializes the FsAnnotation.
  • clear [fn] in FsAnnotationSet — Initializes the FsAnnotationSet.
  • clear [fn] in FsColortable — Initializes colortable.
  • clear [fn] in FsLabel — Initializes the FsLabel.
  • clear [fn] in FsSurface — Initializes the FsSurface.
  • clear [fn] in FsSurfaceSet — Initializes the FsAnnotationSet.
  • clear [fn] in InvSourceEstimate — Initializes source estimate.
  • clear [fn] in MNEBem — Initializes MNE Bem.
  • clear [fn] in MNEBemSurface — Initializes the BEM surface.
  • clear [fn] in MNEClusterInfo — Initializes the cluster information.
  • clear [fn] in MNEForwardSolution — Initializes the MNE forward solution.
  • clear [fn] in MNEHemisphere — Initializes the hemisphere source space.
  • clear [fn] in MNESourceSpaces — Initializes MNE source space.
  • clear [fn] in MultimodalScene — Remove every layer.
  • clear [fn] in QuickControlView — Clear this widget by removing all of its child widgets.
  • clear [fn] in RtSensorDataWorker — Clear all queued data and reset averaging state.
  • clear [fn] in RtSourceDataWorker — Clear all queued data.
  • clearAllData [fn] in ConnectivitySettings
  • clearAllData [fn] in ConnectivitySettings
  • clearBem [slot] in BrainView — Remove all BEM surfaces from the scene.
  • clearCameraFocusOverride [slot] in BrainView — Remove the camera focus override; revert to auto-computed bounds.
  • clearData [fn] in ChannelDataModel — Override the per-channel-type amplitude scale.
  • clearData [fn] in RtSensorDataController — Clear all queued data and reset the worker state.
  • clearData [fn] in RtSourceDataController — Clear all queued data and reset the worker state.
  • clearDipoles [slot] in BrainView — Remove dipole objects from the scene.
  • clearEvoked [slot] in BrainView — Remove evoked / sensor field mapping data.
  • clearIntermediateData [fn] in ConnectivitySettings
  • clearIntermediateData [fn] in ConnectivitySettings
  • clearLiveMarkers [slot] in BrainView — Remove all live overlay markers.
  • clearLiveRay [slot] in BrainView — Remove the live ray from the scene.
  • clearModel [fn] in ChannelInfoModel — clearModel clears all model's members
  • clearNetwork [slot] in BrainView — Remove the connectivity network from the scene.
  • clearOpticalCalibSamples [fn] in PolhemusCoregistration — Discard all calibration samples and reset the optical calibration.
  • clearReferenceMarkersRequested [signal] in TimeRulerWidget — Emitted when the user requests that all sample markers be cleared.
  • clearSelection [fn] in ElectrodeObject — Clear all contact selections.
  • clearSelectionBem [fn] in CoregSettingsView — Clear/Emüpty the selection menu for bem models.
  • clearSelectionGroup [fn] in AveragingSettingsView
  • clearSensors [slot] in BrainView — Remove sensor geometry, digitizer points, and the MEG helmet surface.
  • clearSourceEstimate [slot] in BrainView — Remove source estimate data and restore surface colours.
  • clearSourceEstimateColors [fn] in BrainSurface — Clear source estimate overlay colors and restore curvature-based coloring.
  • clearSourceSpace [slot] in BrainView — Remove source space points from the scene.
  • clearStaticMarkers [slot] in BrainView — Remove all static overlay markers.
  • clearSurfaces [slot] in BrainView — Remove all brain surfaces (pial, white, inflated) and their annotations.
  • clearTransformation [slot] in BrainView — Remove the head-to-MRI coordinate transformation.
  • clearTwinFiducial [fn] in AcquiredPoints
  • clearView [fn] in AbstractView — Clears the view.
  • clearView [fn] in ApplyToView — Clears the view.
  • clearView [fn] in ArtifactSettingsView — Clears the view.
  • clearView [fn] in AverageLayoutView — Clears the view.
  • clearView [fn] in AverageSelectionView — Clears the view.
  • clearView [fn] in AveragingSettingsView — Clears the view.
  • clearView [fn] in BidsView — Clears the view.
  • clearView [fn] in ButterflyView — Clears the view.
  • clearView [fn] in ChannelDataView — Clears the view.
  • clearView [fn] in ChannelSelectionView — Clears the view.
  • clearView [fn] in CompensatorView — Clears the view.
  • clearView [fn] in ConnectivitySettingsView — Clears the view.
  • clearView [fn] in CoregSettingsView — Clears the view.
  • clearView [fn] in CovarianceSettingsView — Clears the view.
  • clearView [fn] in DipoleFitView — Clears the view.
  • clearView [fn] in FiffRawViewSettings — Clears the view.
  • clearView [fn] in FilterDesignView — Clears the view.
  • clearView [fn] in FilterSettingsView — Clears the view.
  • clearView [fn] in FwdSettingsView — Clears the view.
  • clearView [fn] in HpiSettingsView — Clears the view.
  • clearView [fn] in MinimumNormSettingsView — Clears the view.
  • clearView [fn] in ModalitySelectionView — Clears the view.
  • clearView [fn] in ProgressView — Clears the view.
  • clearView [fn] in ProjectorsView — Clears the view.
  • clearView [fn] in ProjectSettingsView — Clears the view.
  • clearView [fn] in RtFiffRawView — Clears the view.
  • clearView [fn] in ScalingView — Clears the view.
  • clearView [fn] in SpectrumSettingsView — Clears the view.
  • clearView [fn] in SpectrumView — Clears the view.
  • clearView [fn] in SpharaSettingsView — Clears the view.
  • clearView [fn] in TfSettingsView — Clears the view.
  • clearView [fn] in TriggerDetectionView — Clears the view.
  • client [var] in FwdCompData — Client data to pass to the above functions.
  • client [var] in FwdThreadArg — Client data for the field computation function.
  • client_free [var] in FwdThreadArg — Releases owned client sub-objects.
  • clippingToggled [signal] in ChannelDataView
  • clippingVisible [fn] in ChannelDataView
  • clippingVisible [fn] in ChannelRhiView
  • cliTemplate [var] in MnaOpSchema — For CLI ops: command template with {{placeholder}} tokens.
  • clockTimeFormat [fn] in ChannelDataView
  • clockTimeFormat [fn] in ChannelRhiView
  • clockTimeFormat [fn] in TimeRulerWidget
  • clone [fn] in MNEHemisphere — Creates a deep copy of this hemisphere, preserving the MNEHemisphere type.
  • clone [fn] in MNESourceSpace — Creates a deep copy of this source space, preserving the actual derived type.
  • close [fn] in FiffStream — Close stream.
  • close [fn] in PolhemusConnection — Close the active connection.
  • close_stream [fn] in stream_inlet — Close the TCP connection to the outlet.
  • closest [var] in FiffDigitizerData — Closest vertex number on the head surface.
  • closest_point [var] in FiffDigitizerData — Closest vertex locations on the head surface (npoint x 3).
  • closestIndex [fn] in SourceEstimateManager
  • closestSensorFieldIndex [slot] in BrainView — Find the closest sensor field time index for a given time in seconds.
  • closestStcIndex [slot] in BrainView — Find the closest STC time index for a given time in seconds.
  • cluster [fn] in RegionData
  • cluster [fn] in RegionMT — Run KMeans clustering on this region.
  • cluster_forward_solution [fn] in MNEForwardSolution — Cluster the forward solution and stores the result to p_fwdOut.
  • cluster_info [var] in MNEHemisphere — Holds the cluster information.
  • cluster_kernel [fn] in MNEInverseOperator — Cluster the inverse kernel by cortical parcellation.
  • clusterDistances [var] in MNEClusterInfo — Distances to clusters centroid.
  • clusteringStatusChanged [signal] in FwdSettingsView — Emit this signal whenever clustering checkbox changed.
  • clusterLabelIds [var] in MNEClusterInfo — Id (FsLabel/ROI id) of the cluster.
  • clusterLabelNames [var] in MNEClusterInfo — FsLabel name of the cluster.
  • clusterNumberChanged [signal] in FwdSettingsView — Emit this signal whenever a forward computation is supposed to be triggered.
  • clusterSource_rr [var] in MNEClusterInfo — Cluster source locations.
  • clusterThreshold [var] in StatsClusterResult — t-threshold used for clustering.
  • clusterVertnos [var] in MNEClusterInfo — Vertnos which belong to corresponding cluster.
  • cm [var] in MNESurfaceOrVolume — Center of mass of the vertex cloud.
  • code [var] in MnaScript — The inline source code (resolved at save-time if sourceUri is set).
  • codeSha256 [var] in MnaScript — SHA-256 of code for integrity verification.
  • coding [var] in FiffSparseMatrix — FIFF coding type (FIFFTS_MC_RCS or FIFFTS_MC_CCS).
  • coefficients [fn] in EogRegression — Returns the fitted regression coefficients.
  • coefficients [fn] in MvarModel — Returns the fitted coefficient matrices A_1 .
  • coefficients [fn] in MvarModel — Returns the fitted coefficient matrices A_1 .
  • Coherence [fn] in Coherence — Constructs a Coherence object.
  • Coherence [fn] in Coherence — Constructs a Coherence object.
  • Coherency [fn] in Coherency — Constructs a Coherency object.
  • Coherency [fn] in Coherency — Constructs a Coherency object.
  • coil_class [var] in FwdCoil — Coil class.
  • coil_trans [var] in FiffChInfo — Coil coordinate system transformation.
  • coil_type [var] in FiffChPos — What kind of coil.
  • coilFrequenciesChanged [signal] in HpiSettingsView — Emit this signal whenever the coil frequencies changed.
  • CoilParam [fn] in CoilParam
  • coils [var] in FwdCoilSet — The coil or electrode positions.
  • coils_els [var] in FwdThreadArg — The coil definitions.
  • col_names [var] in FiffNamedMatrix — Column names.
  • colcals [var] in FiffCtfComp — Column calibrations.
  • colEdges [var] in VisualizationInfo — The edge color.
  • colEdges [var] in VisualizationInfo — The edge color.
  • collist [var] in MNENamedMatrix — Name list for the columns (may be empty if unnamed).
  • collist [var] in MNESparseNamedMatrix — Name list for the columns.
  • colNodes [var] in VisualizationInfo — The node color.
  • colNodes [var] in VisualizationInfo — The node color.
  • color [fn] in AbstractTreeItem
  • color [var] in AnnotationSpan — Fill / border colour for the highlighted span.
  • color [var] in AverageCategory — Display color (unused in batch).
  • color [var] in ButterflyTypeGroup
  • color [var] in ChannelDisplayInfo — Line colour to use in the GPU renderer.
  • color [var] in ElectrodeContact — Display color.
  • color [var] in EventMarker — Display colour of the line and label chip.
  • color [var] in InstanceData
  • color [var] in InstanceData
  • color [var] in LiveMarker
  • color [var] in TimeRulerEventMark — Display colour.
  • color [var] in TimeRulerReferenceMark — Display colour.
  • color [var] in VertexData
  • color_scale [var] in MNEMshDisplaySurface — Color scale used to compute vertex colors.
  • colorAnnotation [var] in VertexData
  • ColorMap [fn] in ColorMap — Default constructor.
  • colormap [fn] in SensorFieldMapper
  • colormap [fn] in SourceEstimateOverlay — Get the current colormap name.
  • colorsAvailable [signal] in RtSensorStreamManager — Emitted when the streaming pipeline produces a new set of per-vertex colours for a sensor surface.
  • cols [fn] in FiffSparseMatrix — Number of columns.
  • cols [fn] in MlTensor — 2-D convenience — equivalent to shape(1).
  • column_norm [var] in InvDipoleFitData — What kind of column normalization to apply to the forward solution.
  • columnCount [fn] in ChannelInfoModel
  • columnCount [fn] in EvokedSetModel — Returns the number of columns for the children of the given parent.
  • columnCount [fn] in FrequencySpectrumModel — Returns the number of columns for the children of the given parent.
  • columnCount [fn] in RtFiffRawViewModel — Returns the number of columns for the children of the given parent.
  • combine [fn] in FiffCoordTrans — Combines two coordinate transformations to yield a transform from from to to.
  • combine [fn] in MNEProjOp — Append all projection items from another operator.
  • combine_xyz [fn] in Linalg — Compute the three Cartesian components of a vector together.
  • combine_xyz [fn] in MNE — mne_combine_xyz
  • Command [fn] in Command — Constructs a Command.
  • Command [fn] in Command — Constructor which parses a command stored in a json object.
  • Command [fn] in Command — Constructs a command without parameters.
  • Command [fn] in Command — Constructor which assembles a command from single parts.
  • Command [fn] in Command — Constructor which assembles a command from single parts.
  • Command [fn] in Command — Copy constructor.
  • command [fn] in Command — Short command for this request.
  • command [var] in ComputeFwdSettings — Saves the recognized command line for future use.
  • command [fn] in RawCommand — Command name.
  • CommandManager [fn] in CommandManager
  • CommandManager [fn] in CommandManager
  • CommandManager [fn] in CommandManager
  • commandMap [fn] in CommandManager — Returns the lookup table of all available commands.
  • commandMapChanged [signal] in CommandManager
  • CommandParser [fn] in CommandParser — Default constructor.
  • comment [var] in AverageCategory — Description.
  • comment [var] in AverageDescription — Description.
  • comment [var] in FiffAnnotation — Optional free-form comment.
  • comment [var] in FiffEvoked — Comment on dataset.
  • comment [var] in FsLabel — Comment from the first line of the label file.
  • comment [var] in MNEEvent — Free-text event comment.
  • comment [var] in MNEMeasDataSet — Comment / description associated with this data set.
  • comp [var] in FiffRawData — Compensator.
  • comp [var] in FwdThreadArg — Which component to compute for free orientations.
  • comp [var] in MNEMeasData — Software gradient compensation data.
  • comp [var] in MNERawData — CTF compensation data.
  • comp_coils [var] in FwdCompData — The compensation coil definitions.
  • comp_data [var] in MNECTFCompData — Intermediate buffer for compensation results.
  • comp_file [var] in MNERawData — Compensation grade stored in the file.
  • comp_info [var] in MNESssData — Which components are included.
  • comp_layers [fn] in FwdEegSphereLayer — Compare two sphere layers by radius for sorting.
  • comp_now [var] in MNERawData — Current compensation grade applied to data.
  • comp_status [var] in MNERawBufDef — Compensation status for raw buffers.
  • compareIdxValuePairBiggerThan [fn] in Linalg — Compares two index-value-pairs (greater-than).
  • compareIdxValuePairSmallerThan [fn] in Linalg — Compares two index-value-pairs (less-than).
  • compareTransformation [fn] in InvHpiFit — Compares two 4x4 transformation matrices by evaluating their rotation and translation differences against given thresholds.
  • compareTripletFirstEntry [fn] in Linalg — Compares triplet first entry (row).
  • compareTripletSecondEntry [fn] in Linalg — Compares triplet second entry (column).
  • compClicked [signal] in CompensatorView — Signal mapper signal for compensator changes.
  • compensate_buffer [fn] in MNERawData — Apply CTF compensation to a loaded raw data buffer if its compensation status differs from the desired one.
  • compensate_to [fn] in FiffEvokedSet — mne_compensate_to
  • compensateTo [var] in ProcessingSettings — Desired software gradient compensation (-1 = from file).
  • CompensatorView [fn] in CompensatorView — Constructs a CompensatorView which is a child of parent.
  • compilerInfo [var] in MnaProvenance — e.g. "AppleClang 16.0.0"
  • complete_source_space_info [fn] in MNEHemisphere — Complete triangulation information (triangle centers, normals, areas) for both the main and use triangulations.
  • componentIndex [var] in IcaLabelResult — 0-based component index.
  • compose_linear_fitting_data [fn] in FwdEegSphereModel — Build the data matrix and target vector for the linear part of the Berg-Scherg parameter fit.
  • comps [var] in FiffInfo — List of available CTF software compensators.
  • comps [var] in MNECTFCompDataSet — All available compensation data sets.
  • compSelectionChanged [signal] in CompensatorView — Emit this signal whenever the user changes the compensator.
  • compStatusChanged [signal] in HpiSettingsView — Emit this signal whenever compensator checkbox changed.
  • compute [fn] in ConnectivityAec — Compute AEC between all pairs of signals.
  • compute [fn] in Dpss — Compute DPSS tapers for a given window length and half-bandwidth.
  • compute [fn] in ExtendedInfomax — Compute ICA decomposition using the extended infomax algorithm.
  • compute [fn] in InvCMNE — Compute CMNE inverse solution.
  • compute [fn] in InvGammaMap — Compute the Gamma-MAP inverse solution.
  • compute [fn] in InvMxne — Compute the MxNE inverse solution.
  • compute [fn] in InvResolutionMatrix — Compute the resolution matrix R = inverseKernel × leadField.
  • compute [fn] in InvTfMxne — Compute the TF-MxNE inverse solution.
  • compute [fn] in InvTrapMusic — Compute TRAP-MUSIC source localization.
  • compute [fn] in MorletTfr — Compute Morlet TFR for a single channel time series.
  • compute [fn] in MultitaperPsd — Compute multitaper PSD for every channel of a data matrix.
  • compute [fn] in MultitaperTfr — Compute sliding-window multitaper TFR for every channel of a data matrix.
  • compute [fn] in SourceMorph — Compute the morphing transformation.
  • compute [fn] in Spectral — Computes the tapered spectra for a row vector.
  • compute [fn] in SurfaceLaplacian — Compute the surface Laplacian (CSD) transformation.
  • compute [fn] in WelchPsd — Compute Welch PSD for every (selected) channel of a data matrix.
  • compute_cm [fn] in MNESurfaceOrVolume — Compute the center of mass (mean position) of a set of points.
  • compute_data [fn] in MNETriangle — Compute derived geometry (edge vectors, normal, area, centroid, auxiliary unit vectors) from the current vertex positions.
  • compute_depth_prior [fn] in MNEForwardSolution — Compute weighting for depth prior.
  • compute_dipole_field [fn] in InvDipoleFitData — Compute the forward field for a dipole at the given location.
  • compute_epoch_covariance [fn] in MNE — compute_epoch_covariance
  • compute_forward_eeg [fn] in FwdBemModel — Compute the EEG forward solution for one or more source spaces.
  • compute_forward_meg [fn] in FwdBemModel — Compute the MEG forward solution for one or more source spaces.
  • compute_from_epochs [fn] in FiffCov — Compute a noise covariance matrix from raw data based on event-locked epochs.
  • compute_from_raw [fn] in FiffProj — compute_from_raw
  • compute_grad [var] in ComputeFwdSettings
  • compute_guess_fields [fn] in InvGuessData — Once the guess locations have been set up we can compute the fields Refactored: compute_guess_fields (dipole_fit_setup.c).
  • compute_linear_parameters [fn] in FwdEegSphereModel — Solve for the optimal lambda (dipole magnitude) parameters given fixed mu values using SVD.
  • compute_normals [fn] in FsSurface — Efficiently compute vertex normals for triangulated surface.
  • compute_orient_prior [fn] in MNEForwardSolution — Compute orientation prior.
  • compute_patch_info [fn] in MNEHemisphere — Compute patch statistics from the nearest-vertex data.
  • compute_proj [fn] in MNE — compute_proj
  • compute_surface_cm [fn] in MNESurfaceOrVolume — Compute and store the center of mass of a surface's vertices.
  • computeAverage [fn] in MNEEpochDataList — Convenience function: reads epochs, optionally applies baseline correction and artifact rejection, then returns the averaged evoked response.
  • computeAverages [fn] in FiffEvokedSet — Compute epoch-based averages from raw data according to an averaging description.
  • computeBasis [fn] in SSS — Build the SSS spherical-harmonic basis from MEG sensor geometry.
  • computeBeamformer [fn] in InvBeamformerCompute — Compute beamformer spatial filter weights from a leadfield and data covariance (or CSD).
  • computeEegMapping [fn] in FwdFieldMap — Compute EEG electrode-to-surface mapping matrix.
  • computeEegMapping [fn] in FwdFieldMap — Compute EEG electrode-to-surface mapping matrix with SSP projection and average reference.
  • computeFourier [fn] in Csd — Compute CSD using Welch-style Fourier segmented estimation.
  • ComputeFwd [fn] in ComputeFwd — Constructs a ComputeFwd and initialises all data structures needed for the forward computation according to pSettings.
  • ComputeFwdSettings [fn] in ComputeFwdSettings — Default Constructor.
  • computeGrandAverage [fn] in FiffCov — Compute a weighted grand-average covariance from multiple covariance matrices, weighting each by its degrees of freedom (nfree).
  • computeGrandAverage [fn] in FiffEvokedSet — Compute a grand average across multiple evoked data sets.
  • computeInterpolationMatrix [slot] in RtSourceInterpolationMatWorker — Compute the interpolation matrices for both hemispheres.
  • computeInterpolationMatrix [fn] in SourceEstimateOverlay — Compute interpolation matrix for a surface.
  • computeMapping [slot] in RtSensorInterpolationMatWorker — Compute the sensor-to-surface mapping matrices.
  • computeMegMapping [fn] in FwdFieldMap — Compute MEG sensor-to-surface mapping matrix.
  • computeMegMapping [fn] in FwdFieldMap — Compute MEG sensor-to-surface mapping matrix with SSP projection.
  • computeMorlet [fn] in Csd — Compute CSD using Morlet wavelet convolution.
  • computeMultiChannel [fn] in MorletTfr — Compute Morlet TFR for every (selected) channel of a data matrix.
  • computeMultitaper [fn] in Csd — Compute CSD using multitaper (DPSS) spectral estimation.
  • computeMultiView [fn] in CameraController — Compute camera matrices for a multi-view pane.
  • computeNeighbors [fn] in BrainSurface — Compute neighbor vertices from triangle connectivity.
  • computeNormRange [fn] in SensorFieldMapper — Compute the normalization range anchored at the peak-GFP time.
  • computeOrthogonalized [fn] in ConnectivityAec — Compute orthogonalized AEC (corrected for volume conduction / source leakage).
  • computePower [fn] in InvBeamformerCompute — Compute source power from spatial filter weights and a data covariance / CSD matrix.
  • computeRegistration [fn] in PolhemusCoregistration — Compute the head→device rigid transform from the three captured fiducials (NAS, LPA, RPA).
  • computeSignFlip [fn] in InvLabelTimeCourse — Compute sign-flip vector for a label based on vertex normals.
  • computeSingleView [fn] in CameraController — Compute camera matrices for a single-view viewport.
  • computeTaperedSpectraMatrix [fn] in Spectral — Calculates the full tapered spectra of a given input matrix data.
  • computeTaperedSpectraRow [fn] in Spectral — Calculates the full tapered spectra of a given input row data.
  • computeTransform [fn] in SurfaceLaplacian — Compute only the CSD transformation matrix (without applying to data).
  • computeVector [fn] in WelchPsd — Compute Welch PSD for a single channel row vector.
  • computeVox2Ras [fn] in MriVolData — Builds the voxel-to-surface-RAS (MRI) 4×4 transform matrix.
  • concatenateEpochs [fn] in FiffEpochs — Concatenate multiple epoch sets into a single list.
  • condition [fn] in MNECovMatrix — Condition the covariance matrix by eigendecomposition with per-channel-type scaling, zeroing sub-threshold eigenvalues, and reconstructing.
  • confidence [var] in IcaLabelResult — Confidence score in [0, 1].
  • config [fn] in PythonRunner — Get the current configuration.
  • connect [fn] in MnaGraph — Connect output port of srcNode to input port of dstNode.
  • connectedChanged [signal] in PolhemusConnection — Emitted whenever isConnected changes.
  • connection [fn] in PolhemusCoregistration
  • connectionChanged [signal] in RtClient — Emitted when connection status changed.
  • Connectivity [fn] in Connectivity — Constructs a Connectivity object.
  • Connectivity [fn] in Connectivity — Constructs a Connectivity object.
  • connectivity [var] in InvSourceEstimate — Pairwise connectivity matrices between sources (one per metric / freq band).
  • connectivityMetricChanged [signal] in ConnectivitySettingsView — Emit signal whenever the connectivity metric changed.
  • ConnectivitySettings [fn] in ConnectivitySettings — Constructs a ConnectivitySettings object.
  • ConnectivitySettings [fn] in ConnectivitySettings — Constructs a ConnectivitySettings object.
  • ConnectivitySettingsView [fn] in ConnectivitySettingsView — Constructs a ConnectivitySettingsView which is a child of parent.
  • ConstRowMajorMatrixMap [type] in MlTensor
  • ConstSPtr [type] in AbstractMetric — Const shared pointer type for AbstractMetric.
  • ConstSPtr [type] in AbstractMetric — Const shared pointer type for AbstractMetric.
  • ConstSPtr [type] in AbstractView — Const shared pointer type for AbstractView.
  • ConstSPtr [type] in ArtifactSettingsView — Const shared pointer type for AveragingAdjustmentWidget.
  • ConstSPtr [type] in AverageLayoutView — Const shared pointer type for AverageLayoutView.
  • ConstSPtr [type] in AverageScene — Const shared pointer type for AverageScene.
  • ConstSPtr [type] in AverageSelectionView — Const shared pointer type for AverageSelectionView.
  • ConstSPtr [type] in AveragingSettingsView — Const shared pointer type for AveragingAdjustmentWidget.
  • ConstSPtr [type] in Bar — Const shared pointer type for Bar class.
  • ConstSPtr [type] in BIDSPath — Const shared pointer type for BIDSPath.
  • ConstSPtr [type] in BidsRawData
  • ConstSPtr [type] in BidsViewModel — Const shared pointer type for BidsViewModel.
  • ConstSPtr [type] in ButterflyView — Const shared pointer type for ButterflyView.
  • ConstSPtr [type] in ChannelDataModel
  • ConstSPtr [type] in ChannelDataView
  • ConstSPtr [type] in ChannelInfoModel — Const shared pointer type for ChannelInfoModel.
  • ConstSPtr [type] in ChannelSelectionView — Const shared pointer type for ChannelSelectionView.
  • ConstSPtr [type] in CircularBuffer — Const shared pointer type for CircularBuffer.
  • ConstSPtr [type] in Coherence — Const shared pointer type for Coherence.
  • ConstSPtr [type] in Coherence — Const shared pointer type for Coherence.
  • ConstSPtr [type] in Coherency — Const shared pointer type for Coherency.
  • ConstSPtr [type] in Coherency — Const shared pointer type for Coherency.
  • ConstSPtr [type] in ColorMap — Const shared pointer type for ColorMap class.
  • ConstSPtr [type] in Command
  • ConstSPtr [type] in CompensatorView — Const shared pointer type for CompensatorView.
  • ConstSPtr [type] in Connectivity — Const shared pointer type for Connectivity.
  • ConstSPtr [type] in Connectivity — Const shared pointer type for Connectivity.
  • ConstSPtr [type] in ConnectivitySettings — Const shared pointer type for ConnectivitySettings.
  • ConstSPtr [type] in ConnectivitySettings — Const shared pointer type for ConnectivitySettings.
  • ConstSPtr [type] in ConnectivitySettingsView — Const shared pointer type for ConnectivitySettingsView.
  • ConstSPtr [type] in Control3DView — Const shared pointer type for Control3DView.
  • ConstSPtr [type] in CoregSettingsView — Const shared pointer type for DISPLIB.
  • ConstSPtr [type] in Correlation — Const shared pointer type for Correlation.
  • ConstSPtr [type] in Correlation — Const shared pointer type for Correlation.
  • ConstSPtr [type] in CovarianceSettingsView — Const shared pointer type for CovarianceAdjustmentWidget.
  • ConstSPtr [type] in CrossCorrelation — Const shared pointer type for CrossCorrelation.
  • ConstSPtr [type] in CrossCorrelation — Const shared pointer type for CrossCorrelation.
  • ConstSPtr [type] in DebiasedSquaredWeightedPhaseLagIndex — Const shared pointer type for DebiasedSquaredWeightedPhaseLagIndex.
  • ConstSPtr [type] in DebiasedSquaredWeightedPhaseLagIndex — Const shared pointer type for DebiasedSquaredWeightedPhaseLagIndex.
  • ConstSPtr [type] in DirectedTransferFunction — Const shared pointer type for DirectedTransferFunction.
  • ConstSPtr [type] in DirectedTransferFunction — Const shared pointer type for DirectedTransferFunction.
  • ConstSPtr [type] in DraggableFramelessWidget — Const shared pointer type for DraggableFramelessWidget.
  • ConstSPtr [type] in EvokedSetModel — Const shared pointer type for EvokedSetModel.
  • ConstSPtr [type] in FiffAnnotations — Const shared pointer type.
  • ConstSPtr [type] in FiffChInfo — Const shared pointer type for FiffChInfo.
  • ConstSPtr [type] in FiffChPos — Const shared pointer type for FiffChPos.
  • ConstSPtr [type] in FiffCoordTrans — Const shared pointer type for FiffCoordTrans.
  • ConstSPtr [type] in FiffCoordTransSet — Const shared pointer type for FiffCoordTransSet.
  • ConstSPtr [type] in FiffCov — Const shared pointer type for FiffCov.
  • ConstSPtr [type] in FiffCtfComp — Const shared pointer type for FiffCtfComp.
  • ConstSPtr [type] in FiffDigitizerData — Const shared pointer type for FiffDigitizerData.
  • ConstSPtr [type] in FiffDigPoint — Const shared pointer type for FiffDigPoint.
  • ConstSPtr [type] in FiffDigPointSet — Const shared pointer type for FiffDigPointSet.
  • ConstSPtr [type] in FiffDirEntry — Const shared pointer type for FiffDirEntry.
  • ConstSPtr [type] in FiffDirNode — Const shared pointer type for FiffDirNode.
  • ConstSPtr [type] in FiffEvoked — Const shared pointer type for FiffEvoked.
  • ConstSPtr [type] in FiffEvokedSet — Const shared pointer type for FiffEvokedSet.
  • ConstSPtr [type] in FiffId — Const shared pointer type for FiffId.
  • ConstSPtr [type] in FiffInfo — Const shared pointer type for FiffInfo.
  • ConstSPtr [type] in FiffInfoBase — Const shared pointer type for FiffInfoBase.
  • ConstSPtr [type] in FiffNamedMatrix — Const shared pointer type for FiffNamedMatrix.
  • ConstSPtr [type] in FiffProj — Const shared pointer type for FiffProj.
  • ConstSPtr [type] in FiffRawData — Const shared pointer type for FiffRawData.
  • ConstSPtr [type] in FiffRawDir — Const shared pointer type for FiffRawDir.
  • ConstSPtr [type] in FiffRawViewSettings — Const shared pointer type for FiffRawViewSettings.
  • ConstSPtr [type] in FiffSparseMatrix — Const shared pointer type for FiffSparseMatrix.
  • ConstSPtr [type] in FiffStream — Const shared pointer type for FiffStream.
  • ConstSPtr [type] in FiffTag — Const shared pointer type for FiffTag.
  • ConstSPtr [type] in FilterDesignView — Const shared pointer type for FilterDesignView.
  • ConstSPtr [type] in FilterIO — Const shared pointer type for FilterIO.
  • ConstSPtr [type] in FilterOverlapAdd — Const shared pointer type for FilterOverlapAdd.
  • ConstSPtr [type] in FilterPlotScene — Const shared pointer type for FilterPlotScene class.
  • ConstSPtr [type] in FilterSettingsView — Const shared pointer type for FilterSettingsView.
  • ConstSPtr [type] in FilterThreadArg — Const shared pointer type for FilterThreadArg.
  • ConstSPtr [type] in FrequencySpectrumModel — Const shared pointer type for FrequencySpectrumModel.
  • ConstSPtr [type] in FsAnnotation — Const shared pointer type for FsAnnotation.
  • ConstSPtr [type] in FsAnnotationSet — Const shared pointer type for FsAnnotationSet.
  • ConstSPtr [type] in FsColortable — Const shared pointer type for FsColortable.
  • ConstSPtr [type] in FsLabel — Const shared pointer type for FsLabel class.
  • ConstSPtr [type] in FsSurface — Const shared pointer type for FsSurface class.
  • ConstSPtr [type] in FsSurfaceSet — Const shared pointer type for FsSurfaceSet class.
  • ConstSPtr [type] in FwdCoilSet — Const shared pointer type for FwdCoilSet.
  • ConstSPtr [type] in GeometryInfo
  • ConstSPtr [type] in GrangerCausality — Const shared pointer type for GrangerCausality.
  • ConstSPtr [type] in GrangerCausality — Const shared pointer type for GrangerCausality.
  • ConstSPtr [type] in Graph — Const shared pointer type for Graph class.
  • ConstSPtr [type] in ICommand — Const shared pointer type for ICommand.
  • ConstSPtr [type] in ImagCoherence — Const shared pointer type for ImagCoherence.
  • ConstSPtr [type] in ImagCoherence — Const shared pointer type for ImagCoherence.
  • ConstSPtr [type] in ImageSc — Const shared pointer type for ImageSc class.
  • ConstSPtr [type] in Interpolation
  • ConstSPtr [type] in InvBeamformer
  • ConstSPtr [type] in InvDipoleFit — Const shared pointer type for InvDipoleFit.
  • ConstSPtr [type] in InvDipoleFitData — Const shared pointer type for InvDipoleFitData.
  • ConstSPtr [type] in InvDipoleFitSettings — Const shared pointer type for InvDipoleFitSettings.
  • ConstSPtr [type] in InvDipoleForward — Const shared pointer type for InvDipoleForward.
  • ConstSPtr [type] in InvEcd — Const shared pointer type for InvEcd.
  • ConstSPtr [type] in InvEcdSet — Const shared pointer type for InvEcdSet.
  • ConstSPtr [type] in InvGuessData — Const shared pointer type for InvGuessData.
  • ConstSPtr [type] in InvHpiDataUpdater — Const shared pointer type for InvHpiDataUpdater.
  • ConstSPtr [type] in InvHpiFit — Const shared pointer type for InvHpiFit.
  • ConstSPtr [type] in InvHpiFitData — Const shared pointer type for InvHpiFitData.
  • ConstSPtr [type] in InvHpiModelParameters — Const shared pointer type for InvHpiModelParameters.
  • ConstSPtr [type] in InvMinimumNorm — Const shared pointer type for InvMinimumNorm.
  • ConstSPtr [type] in InvRapMusic — Const shared pointer type for InvRapMusic.
  • ConstSPtr [type] in InvSensorSet — Const shared pointer type for InvSensorSet.
  • ConstSPtr [type] in InvSensorSetCreator — Const shared pointer type for InvSensorSet.
  • ConstSPtr [type] in InvSignalModel — Const shared pointer type for InvSignalModel.
  • ConstSPtr [type] in InvSourceEstimate — Const shared pointer type for InvSourceEstimate.
  • ConstSPtr [type] in InvVectorSourceEstimate
  • ConstSPtr [type] in InvVolumeSourceEstimate
  • ConstSPtr [type] in IObserver — Const shared pointer type for IObserver.
  • ConstSPtr [type] in IOUtils — Const shared pointer type for IOUtils class.
  • ConstSPtr [type] in KMeans — Const shared pointer type for KMeans.
  • ConstSPtr [type] in LayoutLoader — Const shared pointer type for LayoutLoader.
  • ConstSPtr [type] in LinePlot — Const shared pointer type for LinePlot.
  • ConstSPtr [type] in MinimumNormSettingsView — Const shared pointer type for MinimumNormSettingsView.
  • ConstSPtr [type] in MnaProject — Const shared pointer type.
  • ConstSPtr [type] in MNEBem — Const shared pointer type for MNEBem.
  • ConstSPtr [type] in MNEBemSurface — Const shared pointer type for MNEBemSurface.
  • ConstSPtr [type] in MNEClusterInfo — Const shared pointer type for MNEClusterInfo.
  • ConstSPtr [type] in MNECovMatrix — Const shared pointer type for MNECovMatrix.
  • ConstSPtr [type] in MNECTFCompData — Const shared pointer type for MNECTFCompData.
  • ConstSPtr [type] in MNECTFCompDataSet — Const shared pointer type for MNECTFCompDataSet.
  • ConstSPtr [type] in MNEDeriv — Const shared pointer type for MNEDeriv.
  • ConstSPtr [type] in MNEDerivSet — Const shared pointer type for MNEDerivSet.
  • ConstSPtr [type] in MNEEpochData — Const shared pointer type for MNEEpochData.
  • ConstSPtr [type] in MNEEpochDataList — Const shared pointer type for MNEEpochDataList.
  • ConstSPtr [type] in MNEForwardSolution — Const shared pointer type for MNEForwardSolution.
  • ConstSPtr [type] in MNEHemisphere — Const shared pointer type for MNEHemisphere.
  • ConstSPtr [type] in MNEInverseOperator — Const shared pointer type for MNEInverseOperator.
  • ConstSPtr [type] in MNEMeasData — Const shared pointer type for MNEMeasData.
  • ConstSPtr [type] in MNEMeasDataSet — Const shared pointer type for MNEMeasDataSet.
  • ConstSPtr [type] in MNEMghTag — Const shared pointer type for MNEMghTag.
  • ConstSPtr [type] in MNEMghTagGroup — Const shared pointer type for MNEMghTagGroup.
  • ConstSPtr [type] in MNEMneData — Const shared pointer type for MNEMneData.
  • ConstSPtr [type] in MNEMorphMap — Const shared pointer type for MNEMorphMap.
  • ConstSPtr [type] in MNEMshColorScaleDef — Const shared pointer type for MNEMshColorScaleDef.
  • ConstSPtr [type] in MNEMshDisplaySurface — Const shared pointer type for MNEMshDisplaySurface.
  • ConstSPtr [type] in MNEMshDisplaySurfaceSet — Const shared pointer type for MNEMshDisplaySurfaceSet.
  • ConstSPtr [type] in MNEMshEyes — Const shared pointer type for MNEMshEyes.
  • ConstSPtr [type] in MNEMshLight — Const shared pointer type for MNEMshLight.
  • ConstSPtr [type] in MNEMshLightSet — Const shared pointer type for MNEMshLightSet.
  • ConstSPtr [type] in MNEMshPicked — Const shared pointer type for MNEMshPicked.
  • ConstSPtr [type] in MNENamedMatrix — Const shared pointer type for MNENamedMatrix.
  • ConstSPtr [type] in MNENearest — Const shared pointer type for MNENearest.
  • ConstSPtr [type] in MNEOperator — Const shared pointer type for MNEOperator.
  • ConstSPtr [type] in MNEPatchInfo — Const shared pointer type for MNEPatchInfo.
  • ConstSPtr [type] in MNEProjData — Const shared pointer type for MNEProjData.
  • ConstSPtr [type] in MNEProjectToSurface — Const shared pointer type for MNEProjectToSurface.
  • ConstSPtr [type] in MNEProjItem — Const shared pointer type for MNEProjItem.
  • ConstSPtr [type] in MNEProjOp — Const shared pointer type for MNEProjOp.
  • ConstSPtr [type] in MNERawBufDef — Const shared pointer type for MNERawBufDef.
  • ConstSPtr [type] in MNERawData — Const shared pointer type for MNERawData.
  • ConstSPtr [type] in MNERawInfo — Const shared pointer type for MNERawInfo.
  • ConstSPtr [type] in MNESourceSpace — Const shared pointer type for MNESourceSpace.
  • ConstSPtr [type] in MNESourceSpaces — Const shared pointer type for MNESourceSpaces.
  • ConstSPtr [type] in MNESssData — Const shared pointer type for MNESssData.
  • ConstSPtr [type] in MNESurface — Const shared pointer type for MNESurface.
  • ConstSPtr [type] in MNESurfaceOrVolume — Const shared pointer type for MNESurfaceOrVolume.
  • ConstSPtr [type] in MNESurfacePatch — Const shared pointer type for MNESurfacePatch.
  • ConstSPtr [type] in MNETriangle — Const shared pointer type for MNETriangle.
  • ConstSPtr [type] in MNEVolGeom — Const shared pointer type for MNEVolGeom.
  • ConstSPtr [type] in ModalitySelectionView — Const shared pointer type for ModalitySelectionView.
  • ConstSPtr [type] in MultiView — Const shared pointer type for MultiView.
  • ConstSPtr [type] in MultiViewWindow — Const shared pointer type for MultiViewWindow.
  • ConstSPtr [type] in Network — Const shared pointer type for Network.
  • ConstSPtr [type] in Network — Const shared pointer type for Network.
  • ConstSPtr [type] in NetworkEdge — Const shared pointer type for NetworkEdge.
  • ConstSPtr [type] in NetworkEdge — Const shared pointer type for NetworkEdge.
  • ConstSPtr [type] in NetworkNode — Const shared pointer type for NetworkNode.
  • ConstSPtr [type] in NetworkNode — Const shared pointer type for NetworkNode.
  • ConstSPtr [type] in PartialDirectedCoherence — Const shared pointer type for PartialDirectedCoherence.
  • ConstSPtr [type] in PartialDirectedCoherence — Const shared pointer type for PartialDirectedCoherence.
  • ConstSPtr [type] in PhaseLagIndex — Const shared pointer type for PhaseLagIndex.
  • ConstSPtr [type] in PhaseLagIndex — Const shared pointer type for PhaseLagIndex.
  • ConstSPtr [type] in PhaseLockingValue — Const shared pointer type for PhaseLockingValue.
  • ConstSPtr [type] in PhaseLockingValue — Const shared pointer type for PhaseLockingValue.
  • ConstSPtr [type] in Plot — Const shared pointer type for Plot class.
  • ConstSPtr [type] in ProjectorsView — Const shared pointer type for ProjectorsView.
  • ConstSPtr [type] in QuickControlView — Const shared pointer type for QuickControlView.
  • ConstSPtr [type] in RtAveraging — Const shared pointer type for RtAveraging.
  • ConstSPtr [type] in RtClient — Const shared pointer type for MNERtClient.
  • ConstSPtr [type] in RtCmdClient — Const shared pointer type for RtCmdClient.
  • ConstSPtr [type] in RtConnectivity — Const shared pointer type for RtConnectivity.
  • ConstSPtr [type] in RtDataClient — Const shared pointer type for RtDataClient.
  • ConstSPtr [type] in RtFiffRawView — Const shared pointer type for RtFiffRawView.
  • ConstSPtr [type] in RtFiffRawViewDelegate — Const shared pointer type for RtFiffRawViewDelegate.
  • ConstSPtr [type] in RtFiffRawViewModel — Const shared pointer type for RtFiffRawViewModel.
  • ConstSPtr [type] in RtHpi — Const shared pointer type for RtHpi.
  • ConstSPtr [type] in RtInvOp — Const shared pointer type for RtInvOp.
  • ConstSPtr [type] in RtNoise — Const shared pointer type for RtNoise.
  • ConstSPtr [type] in ScalingView — Const shared pointer type for ScalingView.
  • ConstSPtr [type] in SelectionScene — Const shared pointer type for SelectionScene.
  • ConstSPtr [type] in SelectionSceneItem — Const shared pointer type for SelectionSceneItem.
  • ConstSPtr [type] in SpectrumSettingsView — Const shared pointer type for SpectrumSettingsView.
  • ConstSPtr [type] in SpectrumView — Const shared pointer type for SpectrumView.
  • ConstSPtr [type] in SpharaSettingsView — Const shared pointer type for SpharaSettingsView.
  • ConstSPtr [type] in Spline — Const shared pointer type for Spline class.
  • ConstSPtr [type] in Subject — Const shared pointer type for Subject.
  • ConstSPtr [type] in TFplot — Const shared pointer type for TFplot class.
  • ConstSPtr [type] in TfSettingsView — Const shared pointer type for TfSettingsView.
  • ConstSPtr [type] in TriggerDetectionView — Const shared pointer type for TriggerDetectionView.
  • ConstSPtr [type] in UnbiasedSquaredPhaseLagIndex — Const shared pointer type for UnbiasedSquaredPhaseLagIndex.
  • ConstSPtr [type] in UnbiasedSquaredPhaseLagIndex — Const shared pointer type for UnbiasedSquaredPhaseLagIndex.
  • ConstSPtr [type] in Warp — Const shared pointer type for Warp.
  • ConstSPtr [type] in WeightedPhaseLagIndex — Const shared pointer type for WeightedPhaseLagIndex.
  • ConstSPtr [type] in WeightedPhaseLagIndex — Const shared pointer type for WeightedPhaseLagIndex.
  • ConstUPtr [type] in FiffChInfo — Const unique pointer type for FiffChInfo.
  • ConstUPtr [type] in FiffChPos — Const unique pointer type for FiffChPos.
  • ConstUPtr [type] in FiffCoordTrans — Const unique pointer type for FiffCoordTrans.
  • ConstUPtr [type] in FiffCoordTransSet — Const unique pointer type for FiffCoordTransSet.
  • ConstUPtr [type] in FiffCov — Const unique pointer type for FiffCov.
  • ConstUPtr [type] in FiffCtfComp — Const unique pointer type for FiffCtfComp.
  • ConstUPtr [type] in FiffDigitizerData — Const unique pointer type for FiffDigitizerData.
  • ConstUPtr [type] in FiffDigPoint — Const unique pointer type for FiffDigPoint.
  • ConstUPtr [type] in FiffDigPointSet — Const unique pointer type for FiffDigPointSet.
  • ConstUPtr [type] in FiffDirEntry — Const unique pointer type for FiffDirEntry.
  • ConstUPtr [type] in FiffDirNode — Const unique pointer type for FiffDirNode.
  • ConstUPtr [type] in FiffEvoked — Const unique pointer type for FiffEvoked.
  • ConstUPtr [type] in FiffEvokedSet — Const unique pointer type for FiffEvokedSet.
  • ConstUPtr [type] in FiffId — Const unique pointer type for FiffId.
  • ConstUPtr [type] in FiffInfo — Const unique pointer type for FiffInfo.
  • ConstUPtr [type] in FiffInfoBase — Const unique pointer type for FiffInfoBase.
  • ConstUPtr [type] in FiffNamedMatrix — Const unique pointer type for FiffNamedMatrix.
  • ConstUPtr [type] in FiffProj — Const unique pointer type for FiffProj.
  • ConstUPtr [type] in FiffRawData — Const unique pointer type for FiffRawData.
  • ConstUPtr [type] in FiffRawDir — Const unique pointer type for FiffRawDir.
  • ConstUPtr [type] in FiffSparseMatrix — Const unique pointer type for FiffSparseMatrix.
  • ConstUPtr [type] in FiffStream — Const unique pointer type for FiffStream.
  • ConstUPtr [type] in FiffTag — Const unique pointer type for FiffTag.
  • contactInstanceCount [fn] in ElectrodeObject
  • contacts [var] in ElectrodeArray — Contacts in array-local order.
  • contHpiStatusChanged [signal] in HpiSettingsView — Emit this signal whenever continous HPI checkbox changed.
  • continuousHPIChecked [fn] in HpiSettingsView — Returns whether continuous fitting is checked.
  • contourStep [fn] in SensorFieldMapper — Compute a "nice" iso-contour step given a value range and target number of ticks.
  • Control3DView [fn] in Control3DView — Default constructor.
  • converged [var] in InfomaxResult — Whether the algorithm converged.
  • convert_ch_pos [fn] in FiffTag — Convert coil position descriptor.
  • convert_matrix_from_file_data [fn] in FiffTag — Machine dependent data type conversions (tag info only).
  • convert_matrix_to_file_data [fn] in FiffTag — Convert matrix data before writing to a file inside a fiff tag.
  • convert_tag_data [fn] in FiffTag — Machine dependent data type conversions (tag info only).
  • coord_frame [var] in ComputeFwdSettings — Can be changed with the mricoord option.
  • coord_frame [var] in FiffChInfo — Coordinate Frame.
  • coord_frame [var] in FiffDigitizerData — The coordinate frame of the above points.
  • coord_frame [var] in FiffDigPoint — Newly added to stay consistent with fiff MATLAB implementation.
  • coord_frame [var] in FwdCoil — Which coordinate frame are we in?
  • coord_frame [var] in FwdCoilSet — Common coordinate frame.
  • coord_frame [var] in InvDipoleFitData — Common coordinate frame.
  • coord_frame [var] in MNEForwardSolution — Coil coordinate system definition.
  • coord_frame [var] in MNEInverseOperator — Coordinate frame of the inverse (MRI or head).
  • coord_frame [var] in MNERawInfo — Which coordinate frame are the positions defined in?
  • coord_frame [var] in MNESssData — Coordinate frame.
  • coord_frame [var] in MNESurfaceOrVolume — Which coordinate system the data are in now.
  • coordinateSystem [var] in BidsRawData — Coordinate system from *_coordsystem.json.
  • coordsystemJsonPath [fn] in BIDSPath — Returns the path for the coordsystem.json sidecar.
  • copy_tree [fn] in Fiff — fiff_copy_tree
  • copy_tree [fn] in FiffDirNode — Copies directory subtrees from fidin to fidout.
  • copyData [var] in WriteOptions — Copy the raw data file into the BIDS directory.
  • copyProcessingHistory [fn] in FiffStream — Copy the FIFF processing history block from one file to another.
  • copyRealtimeFile [fn] in FiffFileSharer — Copies unfinished fiff file to set directory and appends relevant end tags to copy.
  • CoregSettingsView [fn] in CoregSettingsView — Constructs a CoregSettingsView object.
  • correct_auto_elements [fn] in FwdBemModel — Correct the auto (self-coupling) elements of the linear collocation matrix.
  • correctionDisplayTrueValue [fn] in Spline — correctionDisplayTrueValue creates necessary adjustment of exponential multiplication with base 10
  • Correlation [fn] in Correlation — Constructs a Correlation object.
  • Correlation [fn] in Correlation — Constructs a Correlation object.
  • correlation [var] in TrapMusicDipole — Subspace correlation value (0..1).
  • correlations [var] in InvSourceCoupling — N x N correlation matrix between the coupled sources.
  • CosineFilter [fn] in CosineFilter — Constructs a CosineFilter object.
  • CosineFilter [fn] in CosineFilter — Constructs a CosineFilter object.
  • cosmag [var] in FwdCoil — The corresponding direction cosines (np x 3).
  • cosmag [fn] in InvSensorSet
  • cosmag [fn] in InvSensorSet
  • count [fn] in Command — Returns the number of parameters.
  • count [fn] in RawCommand — Returns the number of parameters.
  • countOf [fn] in AcquiredPoints
  • couplings [var] in InvSourceEstimate — Correlated source groups overlaid on the grid.
  • cov [var] in MNECovMatrix — Packed lower-triangle covariance data (ncov*(ncov+1)/2 elements).
  • cov_diag [var] in MNECovMatrix — Diagonal covariance data (ncov elements).
  • cov_sparse [var] in MNECovMatrix — Sparse covariance matrix (note: data are floats).
  • CovarianceSettingsView [fn] in CovarianceSettingsView
  • covFiles [var] in ProcessingSettings — Covariance description file(s).
  • create [fn] in MNECovMatrix — Create a covariance matrix from either dense or diagonal data.
  • create_average_eeg_ref [fn] in MNEProjOp — Create an average EEG reference projector.
  • create_dense [fn] in MNECovMatrix — Create a dense (full lower-triangle packed) covariance matrix.
  • create_diag [fn] in MNECovMatrix — Create a diagonal covariance matrix.
  • create_eeg_el [fn] in FwdCoil — Create an electrode definition.
  • create_eeg_els [fn] in FwdCoilSet — Create a EEG coil set definition using a channel information Change the coordinate frame if so desired.
  • create_eeg_multi_thread_duplicate [fn] in FwdThreadArg — Create a thread-safe duplicate for EEG parallel forward computation.
  • create_meg_coil [fn] in FwdCoilSet — Create a MEG coil definition using a database of templates Change the coordinate frame if so desired.
  • create_meg_coils [fn] in FwdCoilSet — Create a MEG coil set definition using a database of templates Change the coordinate frame if so desired.
  • create_meg_multi_thread_duplicate [fn] in FwdThreadArg — Create a thread-safe duplicate for MEG parallel forward computation.
  • create_source_space [fn] in MNESourceSpace — Create a new source space with np vertices and all associated data initialized to defaults.
  • create_sparse [fn] in MNECovMatrix — Create a sparse covariance matrix.
  • create_sparse_rcs [fn] in FiffSparseMatrix — Create a sparse RCS matrix from row-based data.
  • createBarbell [fn] in MeshFactory — Create a barbell shape (two spheres connected by a thin rod), used for MEG gradiometers.
  • createBatchedSpheres [fn] in MeshFactory — Create a batched mesh of identical spheres at multiple positions (used for source space points, digitizer points, etc.).
  • createCylinder [fn] in MeshFactory — Create a cylinder between two world-space endpoints.
  • created [var] in MnaProject — Creation timestamp.
  • created_here [var] in MNEEvent — Non-zero if this event was created in the program.
  • createFilterChannelList [fn] in RtFiffRawViewModel — Create list of channels which are to be filtered based on channel names.
  • createFromData [fn] in BrainSurface — Create surface from raw vertex and triangle data.
  • createFromData [fn] in BrainSurface — Create surface from raw vertex, normal and triangle data.
  • createInterpolationMat [fn] in Interpolation — createInterpolationMat Calculates the weight matrix for interpolation.
  • createPlate [fn] in MeshFactory — Create a thin oriented rectangular plate (used for MEG magnetometers).
  • createReader [fn] in BidsRawData — Create the appropriate format reader for a given file extension.
  • createSphere [fn] in MeshFactory — Create a subdivided icosahedron sphere.
  • crop [fn] in FiffAnnotations — Returns annotations overlapping [tmin, tmax], clipping partially overlapping ones.
  • CrossCorrelation [fn] in CrossCorrelation — Constructs a CrossCorrelation object.
  • CrossCorrelation [fn] in CrossCorrelation — Constructs a CrossCorrelation object.
  • crosshairEnabled [fn] in ChannelDataView
  • crosshairEnabled [fn] in ChannelRhiView
  • crosshairToggled [signal] in ChannelDataView
  • csdByFreq [var] in CsdResult — One n_ch × n_ch CSD matrix per selected frequency bin.
  • csdFromTaperedSpectra [fn] in Spectral — Calculates the cross-spectral density of the tapered spectra of seed and target.
  • ctf_head_t [var] in FiffInfoBase — CTF to head coordinate transformation.
  • ctfkind [var] in FiffCtfComp — CTF kind.
  • ctrs [var] in RegionDataOut — Cluster centers.
  • ctrs [var] in RegionMTOut — Cluster centroids (nClusters x features).
  • cubic [fn] in Interpolation — cubic Cubic hyperbola interpolation function.
  • current [var] in MNECTFCompDataSet — Compiled compensation operator for the current target grade.
  • current [var] in MNEMeasData — Pointer to the currently active data set.
  • CURRENT_SCHEMA_VERSION [var] in MnaProject — Current MNA schema version.
  • currentTimePoint [fn] in SourceEstimateManager
  • currentTimePoint [var] in SubView
  • currentTimeSample [fn] in MultimodalScene
  • cursorDataChanged [signal] in ChannelDataView — Forwarded from the underlying ChannelRhiView when the crosshair is active.
  • cursorDataChanged [signal] in ChannelRhiView — Emitted continuously when the crosshair is active and the mouse moves.
  • cursorForHit [fn] in MultiViewLayout — Return the Qt::CursorShape appropriate for a splitter hit.
  • curv [fn] in FsSurface — FreeSurfer curvature.
  • curv [var] in MNESurfaceOrVolume — The FreeSurfer curvature values (np elements).
  • curvature_color_mode [var] in MNEMshDisplaySurface — How curvature is visualized.
  • customLogWriter [fn] in MNELogger — Customized logWriter to colorize type of the message in the terminal.
  • cxmax [var] in MNELayout — Confined VDC right limit.
  • cxmin [var] in MNELayout — Confined VDC left limit.
  • cymax [var] in MNELayout — Confined VDC top limit.
  • cymin [var] in MNELayout — Confined VDC bottom limit.

D​

  • D [var] in RegionDataOut — Distances to the centroid.
  • D [var] in RegionMTOut — Distance matrix (nSources x nClusters).
  • dAlphaSpace [var] in InvTfMxneParams — Spatial regularization (L21 penalty on source groups).
  • dAlphaTime [var] in InvTfMxneParams — Temporal regularization (L1 penalty on TF coefficients).
  • data [var] in ArtifactRejectionData
  • data [fn] in ChannelInfoModel
  • data [fn] in EvokedSetModel — Data for the row and column and given display role.
  • data [fn] in EvokedSetModel — Returns the data stored under the given role for the item referred to by the index.
  • data [var] in FiffCov — Covariance data.
  • data [var] in FiffCtfComp — Compensation data.
  • data [var] in FiffEpochData — Epoch data (n_channels × n_times_per_epoch).
  • data [var] in FiffEvoked — 2D array of shape [n_channels x n_times]; Evoked response.
  • data [var] in FiffNamedMatrix — Matrix data.
  • data [var] in FiffProj — Projector data, rows are equal to the length of channels.
  • data [fn] in FrequencySpectrumModel — Returns the data stored under the given role for the item referred to by the index.
  • data [fn] in FsAnnotationSet — Returns The FsAnnotation set map.
  • data [fn] in FsSurfaceSet — Returns The surface set map.
  • data [var] in InvSourceEstimate — Matrix of shape [n_dipoles x n_times] which contains the data in source space.
  • data [fn] in MlTensor
  • data [fn] in MlTensor
  • data [var] in MnaFileRef — Embedded file data (only when embedded == true).
  • data [var] in MNECTFCompData — The compensation matrix.
  • data [var] in MNEMeasDataSet — Measured data matrix [np x nchan] (time-major layout).
  • data [var] in MNEMghTag — Raw tag data payload.
  • data [var] in MNENamedMatrix — Dense data matrix of dimension nrow x ncol.
  • data [var] in MNENamedVector — The data itself.
  • data [var] in MNESparseNamedMatrix — The data itself (sparse).
  • data [fn] in RtFiffRawViewModel — Returns the data stored under the given role for the item referred to by the index.
  • data_filt [var] in MNEMeasDataSet — Optionally filtered copy of the data.
  • data_proj [var] in MNEMeasDataSet — Data after SSP projection (kept separately for some programs).
  • data_white [var] in MNEMeasDataSet — Whitened data (noise-normalised).
  • dataChanged [signal] in ChannelDataModel — Emitted whenever stored data changes (new data appended or replaced).
  • dataKind [var] in MnaOpSchemaPort — Expected data kind.
  • dataKind [var] in MnaPort — Data kind flowing through this port.
  • DataLoader [fn] in DataLoader
  • dataname [var] in InvEcdSet — The associated data file.
  • datap [var] in MNEMneData — Projection of the whitened data onto the field eigenvectors.
  • datasetName [var] in WriteOptions — Name for dataset_description.json (defaults to "[Unspecified]").
  • datasetType [var] in BidsDatasetDescription — "raw" or "derivative" (RECOMMENDED).
  • datatype [fn] in BIDSPath — BIDS datatype string.
  • dataUpdate [fn] in ButterflyView — Perform a data update.
  • date [var] in BrainVisionMarker — Optional date/time (for New Segment markers).
  • dBaseMax [var] in EpochExtractorParams — Baseline end in seconds (relative to event).
  • dBaseMin [var] in EpochExtractorParams — Baseline start in seconds (relative to event).
  • dCorrThresh [var] in BadChannelDetectParams — Mean absolute neighbour correlation below this -> isolated.
  • DebiasedSquaredWeightedPhaseLagIndex [fn] in DebiasedSquaredWeightedPhaseLagIndex — Constructs a DebiasedSquaredWeightedPhaseLagIndex object.
  • DebiasedSquaredWeightedPhaseLagIndex [fn] in DebiasedSquaredWeightedPhaseLagIndex — Constructs a DebiasedSquaredWeightedPhaseLagIndex object.
  • debugFirstDipolePosition [fn] in DipoleObject
  • decide_curv_display [fn] in MNEMshDisplaySurface — Set the curvature display mode based on a surface type name.
  • decide_search_restriction [fn] in MNESurface — Set up the triangle activation mask for a restricted surface search.
  • decide_surface_extent [fn] in MNEMshDisplaySurface — Compute and store the axis-aligned bounding box and field-of-view radius by iterating all vertex positions.
  • decimatedVertices [fn] in ChannelDataModel — Return a flat float array ready for VBO upload.
  • decimation [var] in ProcessingSettings — Decimation factor.
  • DecodingCsp [fn] in DecodingCsp — Constructs a CSP decoder.
  • DecodingSpoc [fn] in DecodingSpoc — Constructs a SPoC decoder.
  • DecodingSsd [fn] in DecodingSsd — Constructs an SSD decoder.
  • decompose_eigen [fn] in MNECovMatrix — Convenience wrapper for decompose_eigen_small() with default threshold and no rank override.
  • decompose_eigen_small [fn] in MNECovMatrix — Perform eigenvalue decomposition of the covariance matrix, zero sub-threshold eigenvalues, classify eigenvectors by channel type, and compute inverse square-roots for whitening.
  • decompress [fn] in MriNiftiIO — Decompresses a ``.nii.gz file into rawData.
  • defaultForIndex [fn] in SubView — Return default SubView configuration for viewport index.
  • defaultValue [var] in MnaOpSchemaAttr — Default when not set.
  • defs [var] in CovDescription — Definition sections.
  • degreesOfFreedom [var] in StatsTtestResult — Degrees of freedom.
  • delay [var] in AverageCategory — Stimulus delay (s).
  • delay [var] in CovDefinition — Apply this delay to the stimulus time point.
  • dElectricalDistanceThreshold [var] in BridgedElectrodeParams — Max electrical distance to flag as bridged.
  • denoise [fn] in Xdawn — Reconstruct one epoch from the first nComponents xDAWN components.
  • denoiseEpochs [fn] in Xdawn — Apply denoise() to all epochs in the vector, preserving metadata.
  • dependencies [var] in MnaParamBinding — Paths this binding reads from.
  • depth [var] in MNEVolGeom — Dimensions of the volume stack (in voxels).
  • depth [var] in MriVolData — Third dimension (slowest).
  • depth_prior [var] in MNEInverseOperator — Depth prior (depth-weighting coefficients).
  • deriv [var] in MNERawData — Derivation data definitions.
  • deriv_data [var] in MNEDeriv — The derivation data itself (sparse named matrix).
  • deriv_matched [var] in MNERawData — Derivation data matched to this raw data.
  • derivs [var] in MNEDerivSet — List of derivation items.
  • desc [var] in FiffProj — Projector description.
  • desc [var] in FwdCoil — Description for this type of a coil.
  • desc [var] in MNEProjItem — Human-readable description (e.g.
  • description [var] in BidsChannel — Free-text description (OPTIONAL).
  • description [var] in BidsCoordinateSystem — Description of the coordinate system (RECOMMENDED).
  • description [fn] in BIDSPath — Description label.
  • description [var] in BrainVisionMarker — Description (e.g., "S253", "R255").
  • description [fn] in Command — Gets the help text or description of this command.
  • description [var] in FiffAnnotation — Label: "BAD", "BAD_ACQ_SKIP", etc.
  • description [var] in FiffInfo — (Textual) Description of an object.
  • description [var] in MnaOpSchema — What the operation does.
  • description [var] in MnaOpSchemaAttr — Human-readable description.
  • description [var] in MnaOpSchemaPort — Human-readable description.
  • description [var] in MnaProject — Project description.
  • description [var] in MnaVerificationCheck — Human-readable: "Covariance matrix must be positive-definite".
  • design [fn] in FirFilter — Design a linear-phase FIR filter using FilterKernel as the backend.
  • designButterworth [fn] in IirFilter — Design a Butterworth filter as a cascade of second-order sections.
  • DesignMethod [enum] in FirFilter — FIR design method — wraps FilterKernel's iDesignMethod integer codes.
  • detach [fn] in Subject — Detaches an observer of the subject.
  • detect [fn] in BadChannelDetect — Run all three detectors and return the union of bad channel row indices.
  • detect_from_raw [fn] in FiffEvents — Detect trigger events from raw data using a stimulus channel.
  • detectEcg [fn] in ArtifactDetect — Detect ECG R-peak events.
  • detectEog [fn] in ArtifactDetect — Detect EOG blink/saccade events.
  • detectFlat [fn] in BadChannelDetect — Detect flat (dead) channels.
  • detectHighVariance [fn] in BadChannelDetect — Detect high-variance (noisy) channels.
  • detectLowCorrelation [fn] in BadChannelDetect — Detect low-correlation (isolated) channels.
  • detectTriggers [signal] in TriggerDetectionView — Emit this signal when user clicks detect trigger button.
  • detrendMode [fn] in ChannelDataModel
  • detrendMode [fn] in ChannelDataView
  • dev_ctf_t [var] in FiffInfo — Device to CTF coordinate transformation.
  • dev_head_t [var] in FiffInfoBase — Device to head coordinate transformation.
  • dev_nn [var] in MNEPatchInfo — Average angular deviation of member normals from ave_nn (radians).
  • devHeadTrans [var] in HpiFitResult
  • devHeadTrans [var] in SensorLoadResult — Device→Head transform (identity if absent).
  • devicePoseChanged [signal] in PolhemusCoregistration
  • deviceToWorld [fn] in PolhemusCoregistration
  • dfBetween [var] in StatsFtestResult — Between-groups degrees of freedom.
  • dFilterHigh [var] in AnnotateMusclParams — Low-pass cutoff for muscle band (Hz).
  • dFilterHigh [var] in ArtifactDetectEcgParams — Bandpass upper cutoff (Hz).
  • dFilterHigh [var] in ArtifactDetectEogParams — Low-pass cutoff (Hz).
  • dFilterLow [var] in AnnotateMusclParams — High-pass cutoff for muscle band (Hz).
  • dFilterLow [var] in ArtifactDetectEcgParams — Bandpass lower cutoff (Hz).
  • dFlatMin [var] in AnnotateAmplitudeParams — Flatness threshold — annotate if peak-to-peak in a window < this.
  • dFlatThreshold [var] in BadChannelDetectParams — Peak-to-peak below this -> flat (SI units; ~0.1 fT for MEG).
  • dFMax [var] in InvTfMxneParams — Maximum frequency (Hz) for Gabor atoms.
  • dFMin [var] in InvTfMxneParams — Minimum frequency (Hz) for Gabor atoms.
  • dfWithin [var] in StatsFtestResult — Within-groups degrees of freedom.
  • dGain [var] in FineCalEntry — Gain correction factor (nominal = 1.0).
  • dGof [var] in HeadPosEntry — Goodness of fit for this head position.
  • diag [var] in FiffCov — If the covariance is stored in a diagonal order.
  • diagnoise [var] in InvDipoleFitSettings — Use only the diagonals of the noise-covariance matrix.
  • diagonalFixed [fn] in StsCovEstimators — Fixed diagonal regularisation.
  • diff [var] in MNEMshLight
  • dig [var] in FiffInfo — List of all digitization point descriptors.
  • dig [var] in ViewVisibilityProfile
  • dig_trans [var] in FiffInfo — Digitizer coordinate transformation.
  • dig_trigger [var] in MNERawData — Name of the digital trigger channel.
  • dig_trigger_mask [var] in MNERawData — Bit mask applied to digital trigger channel.
  • digCardinal [var] in ViewVisibilityProfile
  • digEeg [var] in ViewVisibilityProfile
  • digExtra [var] in ViewVisibilityProfile
  • digFileChanged [signal] in CoregSettingsView — Emit this signal whenever new digitizers were loaded.
  • digHpi [var] in ViewVisibilityProfile
  • digitalMax [var] in EDFChannelInfo
  • digitalMin [var] in EDFChannelInfo
  • digitizerPoints [var] in SensorLoadResult
  • digitizersChanged [signal] in HpiSettingsView — Emit this signal whenever new digitzers were loaded.
  • DigitizerSetTreeItem [fn] in DigitizerSetTreeItem — Constructs a DigitizerSetTreeItem from a list of FIFF digitizer points.
  • DigitizerTreeItem [fn] in DigitizerTreeItem — Constructs a DigitizerTreeItem for a single category of digitizer points.
  • digTrigger [var] in ProcessingSettings — Digital trigger channel name.
  • digTriggerMask [var] in ProcessingSettings — Mask for digital trigger channel.
  • dim [var] in FiffCov — Dimension of the covariance (dim x dim).
  • dims [fn] in MriVolData
  • dimX [fn] in MriVolData
  • dimx [var] in MriSlice — Pixel size in x direction (meters).
  • dimY [fn] in MriVolData
  • dimy [var] in MriSlice — Pixel size in y direction (meters).
  • dimZ [fn] in MriVolData
  • dipname [var] in InvDipoleFitSettings — Output file in dip format.
  • Dipole [var] in BrainRenderer
  • dipole_forward_one [fn] in InvDipoleFitData — Compute the forward solution for a single dipole position.
  • DipoleFitView [fn] in DipoleFitView
  • dipoleIndex [var] in PickResult — Index within the dipole set.
  • DipoleObject [fn] in DipoleObject
  • dipoles [var] in ViewVisibilityProfile
  • DipoleTreeItem [fn] in DipoleTreeItem
  • dir [var] in FiffDirNode — Directory of tags in this node.
  • dir [fn] in FiffStream — Returns the directory compiled into a tree dir is set when open() was called.
  • dir [fn] in FiffStream — Returns the directory compiled into a tree dir is set when open() was called.
  • dir [fn] in FwdCoil — Return a read-only map to the j-th integration point direction cosine.
  • dir_tree [var] in FiffDirNode — Directory of tags within this node subtrees as well as FIFF_BLOCK_START and FIFF_BLOCK_END.
  • dir_tree_find [fn] in Fiff — fiff_dir_tree_find
  • dir_tree_find [fn] in FiffDirNode — Find nodes of the given kind from a directory tree structure.
  • directed [var] in InvConnectivity — True for directed measures (Granger, PDC, DTF); false for undirected (COH, PLV, PLI).
  • DirectedTransferFunction [fn] in DirectedTransferFunction — Constructs a DirectedTransferFunction object.
  • DirectedTransferFunction [fn] in DirectedTransferFunction — Constructs a DirectedTransferFunction object.
  • direction [var] in MnaPort — Input or Output.
  • directory [fn] in BIDSPath — Constructs the directory path for this entity combination.
  • dirtree [fn] in FiffStream — Returns the directory compiled into a tree tree is set when open() was called.
  • dirty [var] in MnaNode — Whether node needs re-execution.
  • dirtyNodes [fn] in MnaGraph
  • discard [var] in FiffDigitizerData — Which points should be discarded.
  • discard_outlier_digitizer_points [fn] in MNEMshDisplaySurface — Mark digitizer points whose distance to the head surface exceeds maxdist.
  • disconnectFromHost [fn] in RtDataClient — Attempts to close the socket.
  • displayLabel [fn] in PickResult — Build a human-readable display label for the hit object.
  • displayName [var] in SceneLayer — Human-readable label for the scene tree dock.
  • dist [var] in FiffDigitizerData — Distance of each point from the head surface.
  • dist [var] in MNENearest — Distance to the nearest 'inuse' vertex (meters).
  • dist [var] in MNESurfaceOrVolume — Distances between (used) vertices along the surface.
  • dist_limit [var] in MNESurfaceOrVolume — Distance limit: values above this were not computed.
  • dist_valid [var] in FiffDigitizerData — Whether the above distance data is valid.
  • distance [var] in CameraResult
  • distance [var] in PickResult — Distance along ray to hit point.
  • distanceTimeSpacerChanged [signal] in FiffRawViewSettings — Emit this signal whenever the user changed the time spacer distance.
  • distanceTimeSpacerChanged [fn] in RtFiffRawViewModel — distanceTimeSpacerChanged changes the distance of the time spacers
  • dMinDuration [var] in AnnotateAmplitudeParams — Minimum duration of annotation (seconds).
  • dMinDuration [var] in AnnotateMusclParams — Minimum annotation duration in seconds.
  • dMinGapSec [var] in AnnotateMusclParams — Merge annotations closer than this (seconds).
  • dMinGapSec [var] in ArtifactDetectEogParams — Minimum gap between successive events in seconds.
  • dMinHeight [var] in PeakFinderParams — Minimum peak height.
  • dMinRatio [var] in BadChannelsMaxwellParams — Minimum relative residual to consider (skip near-zero).
  • dMinRRSec [var] in ArtifactDetectEcgParams — Minimum R–R interval in seconds (caps detection rate at ~170 bpm).
  • dNotchWidth [var] in FilterChpiParams — Half-width of each notch filter in Hz (notch = freq +/- width).
  • do_all [var] in ComputeFwdSettings
  • do_baseline [var] in InvDipoleFitSettings — Are both baseline limits set?
  • doAbs [var] in AverageCategory — Compute absolute values?
  • doBaseline [var] in AverageCategory — Should we baseline?
  • doBaseline [var] in CovDefinition — Should we baseline first?
  • dockLocationChanged [signal] in MultiView
  • doDipfitConcurrent [fn] in InvHpiFitData — dipfit function is adapted from Fieldtrip Software.
  • dof [var] in MriVolData — Degrees of freedom.
  • doForwardComputation [signal] in FwdSettingsView — Emit this signal whenever a forward computation is supposed to be triggered.
  • doFreqOrder [signal] in HpiSettingsView — Emit this signal whenever the frequency ordering is supposed to be triggered.
  • doInverseSetup [fn] in InvMinimumNorm — Perform the inverse setup: Prepares this inverse operator and assembles the kernel.
  • doSingleHpiFit [signal] in HpiSettingsView — Emit this signal whenever a single HPI fit is supposed to be triggered.
  • doStdErr [var] in AverageCategory — Compute std error of mean?
  • downstreamNodes [fn] in MnaGraph
  • doWork [fn] in RtAveragingWorker — Perform one averaging step on new incoming data.
  • doWork [fn] in RtConnectivityWorker — Perform actual connectivity estimation.
  • doWork [fn] in RtHpiWorker — Perform one single HPI fit.
  • doWork [fn] in RtInvOpWorker — Perform actual inverse operator creation.
  • doWork [fn] in RtNoiseWorker — Process one data block, accumulate, and emit the spectrum when enough blocks are collected.
  • dPeakMax [var] in AnnotateAmplitudeParams — Max amplitude — annotate if any sample exceeds this.
  • dPeakMin [var] in AnnotateAmplitudeParams — Min amplitude — annotate if any sample goes below this.
  • dpfiterror [var] in CoilParam
  • dpfitnumitr [var] in CoilParam
  • dProminence [var] in PeakFinderParams — Minimum peak prominence.
  • DraggableFramelessWidget [fn] in DraggableFramelessWidget — Constructs a DraggableFramelessWidget which is a child of parent.
  • dragSplitter [fn] in MultiViewLayout — Update split fractions from a mouse drag position.
  • drawable [var] in MNEMshDisplaySurfaceSet — Boolean array indicating which surfaces could be drawn.
  • drawMergedSurfaces [fn] in BrainRenderer — Draw previously prepared merged surfaces in a single drawIndexed.
  • drawOrder [var] in SceneLayer — Tie-breaker within the same kind.
  • dRegIn [var] in MaxwellMoveCompParams — Regularisation parameter.
  • dRegIn [var] in SSSParams — Tikhonov regularisation for the combined-basis pseudoinverse.
  • dropRejected [fn] in MNEEpochDataList — Drop/Remove all epochs tagged as rejected.
  • dSFreq [var] in InvTfMxneParams — Sampling frequency (Hz).
  • dThreshFactor [var] in ArtifactDetectEcgParams — R-peak threshold = dThreshFactor * (max − min) + min of the filtered signal.
  • dThreshold [var] in AnnotateMusclParams — Z-score threshold for marking as muscle artifact.
  • dThreshold [var] in ArtifactRejectionData
  • dThreshold [var] in EpochExtractorParams — Peak-to-peak amplitude rejection threshold (SI units, e.g.
  • dThreshold [var] in LofBadChannelParams — LOF score threshold for marking a channel as bad.
  • dThresholdV [var] in ArtifactDetectEogParams — Absolute voltage threshold (V).
  • dTime [var] in HeadPosEntry — Time in seconds.
  • dTmax [var] in EpochExtractorParams — Epoch end relative to event in seconds.
  • dTmin [var] in EpochExtractorParams — Epoch start relative to event in seconds (negative = pre-stimulus).
  • dTolerance [var] in InvTfMxneParams — Convergence tolerance.
  • dup [fn] in MNECovMatrix — Create a deep copy of this covariance matrix including data, channel classes, bad channel list, projection, and SSS info.
  • dup [fn] in MNEProjOp — Create a deep copy of this projection operator.
  • dup_coil_set [fn] in FwdCoilSet — Make a coil set duplicate.
  • dup_light_set [fn] in MNEMshDisplaySurfaceSet — Deep-copy a light set including all individual light entries.
  • duration [var] in BidsEvent — Duration of the event in seconds.
  • duration [var] in BrainVisionMarker — Duration in samples (0 = point marker).
  • duration [var] in FiffAnnotation — Duration in seconds (0 for point events).
  • duration [var] in SimulateStcParams — Duration (seconds).
  • dVarZThresh [var] in BadChannelDetectParams — Z-score of std-dev above this -> noisy.
  • dWindowSec [var] in AnnotateAmplitudeParams — Sliding window duration in seconds for flatness check.
  • dZThreshold [var] in BadChannelsMaxwellParams — Z-score threshold for flagging bad channels.

E​

  • ecdSet [fn] in DipoleTreeItem
  • EcgParams [type] in ArtifactDetect — Convenience alias so callers can still write ArtifactDetect::EcgParams.
  • EDFReader [fn] in EDFReader — EDFReader Default constructor.
  • edgeIndexBuffer [fn] in NetworkObject
  • edgeIndexCount [fn] in NetworkObject
  • edgeInstanceBuffer [fn] in NetworkObject
  • edgeInstanceCount [fn] in NetworkObject
  • edgeVertexBuffer [fn] in NetworkObject
  • eeg_client [var] in dipoleFitFuncsRec — Client data for EEG field computations.
  • eeg_client_free [var] in dipoleFitFuncsRec — Destructor for EEG client data.
  • eeg_els [var] in InvDipoleFitData — EEG electrode definitions.
  • eeg_loc [var] in FiffChInfo — Channel location.
  • eeg_model [var] in InvDipoleFitData — EEG sphere model definition.
  • eeg_model_file [var] in ComputeFwdSettings — File of EEG sphere model specifications.
  • eeg_model_file [var] in InvDipoleFitSettings — File of EEG sphere model specifications.
  • eeg_model_name [var] in ComputeFwdSettings — Name of the EEG model to use.
  • eeg_model_name [var] in InvDipoleFitSettings — Name of the EEG model to use.
  • eeg_pot [var] in dipoleFitFuncsRec — EEG forward calculation function.
  • eeg_reg [var] in InvDipoleFitSettings — Noise-covariance matrix regularization for EEG.
  • eeg_sphere_rad [var] in ComputeFwdSettings — Scalp radius to use in EEG sphere model.
  • eeg_sphere_rad [var] in InvDipoleFitSettings — Scalp radius to use in EEG sphere model.
  • eeg_std [var] in InvDipoleFitSettings — Standard deviation for EEG if noise covariance is not specified.
  • eeg_vec_pot [var] in dipoleFitFuncsRec — EEG vectorized forward calculation function.
  • eegFieldContours [var] in ViewVisibilityProfile
  • eegFieldMap [var] in ViewVisibilityProfile
  • eegItems [var] in SensorLoadResult
  • eegMapping [fn] in SensorFieldMapper
  • eegPick [fn] in SensorFieldMapper
  • eegSurfaceKey [fn] in SensorFieldMapper
  • eig [var] in FiffCov — Vector of eigenvalues.
  • eigen [fn] in FiffSparseMatrix — Mutable access to the underlying Eigen sparse matrix.
  • eigen [fn] in FiffSparseMatrix — Const access to the underlying Eigen sparse matrix.
  • eigen [var] in MNECovMatrix — Eigenvectors of the covariance matrix (nzero columns removed).
  • eigen_fields [var] in MNEInverseOperator — Left singular vectors (eigenfields), channels x components.
  • eigen_leads [var] in MNEInverseOperator — Right singular vectors (eigenleads), sources x components.
  • eigen_leads_weighted [var] in MNEInverseOperator — True if eigenleads already include R^{0.5} weighting.
  • eigenvalues [fn] in DecodingSsd
  • eigvec [var] in FiffCov — Matrix of eigenvectors (each row represents an eigenvector).
  • electrodeCount [fn] in StandardMontage — Get the number of electrodes in a montage.
  • ElectrodeObject [fn] in ElectrodeObject
  • electrodes [var] in BidsRawData — Electrode positions from *_electrodes.tsv.
  • electrodesTsvPath [fn] in BIDSPath — Returns the path for the electrodes.tsv sidecar.
  • embedded [var] in MnaFileRef — Whether data is embedded in the container.
  • emitChanged [fn] in AcquiredPoints
  • empty [fn] in MlTensor
  • enable_all_sources [fn] in MNESourceSpace — Enable all source points (set inuse to TRUE, nuse = np).
  • enabled [var] in SubView
  • end_block [fn] in Fiff — fiff_end_block
  • end_block [fn] in FiffStream — Writes a FIFF_BLOCK_END tag.
  • end_file [fn] in Fiff — fiff_end_file
  • end_file [fn] in FiffStream — Writes the closing tags to a fif file and closes the file.
  • endian [var] in FiffDataRef — Are the data in the little or big endian byte order.
  • endPass [fn] in BrainRenderer — End any render pass (clearing or preserving).
  • endSample [var] in AnnotationSpan — Absolute last sample covered by the annotation.
  • endToSample [fn] in FiffAnnotations — Converts end (onset+duration) of annotation at index to a sample number.
  • ensureRenderTargets [fn] in BrainRenderer — Create the dual render-target pair for multi-pass rendering.
  • ensureVenv [fn] in PythonRunner — Ensure a virtual environment exists, is up-to-date, and has all required packages installed.
  • ent [var] in FiffRawDir — Directory entry description.
  • ent [var] in MNERawBufDef — Directory entry locating this buffer in the FIFF file (file buffers only).
  • entries [fn] in FineCalibration — Get the calibration entries.
  • eog_highpass [var] in MNEFilterDef — EOG highpass in Hz.
  • eog_highpass_width [var] in MNEFilterDef — EOG highpass transition width in Hz.
  • eog_lowpass [var] in MNEFilterDef — EOG lowpass in Hz.
  • eog_lowpass_width [var] in MNEFilterDef — EOG lowpass transition width in Hz.
  • eogHighpass [var] in FilterSettings — EOG highpass corner (Hz).
  • eogHighpassWidth [var] in FilterSettings — EOG highpass transition width (Hz).
  • eogLowpass [var] in FilterSettings — EOG lowpass corner (Hz).
  • eogLowpassWidth [var] in FilterSettings — EOG lowpass transition width (Hz).
  • EogParams [type] in ArtifactDetect — Convenience alias so callers can still write ArtifactDetect::EogParams.
  • EogRegression [fn] in EogRegression — Constructs a default EogRegression object.
  • epoch [var] in MNEEpochData — The data.
  • epochMarkersToggled [signal] in ChannelDataView
  • epochMarkersVisible [fn] in ChannelDataView
  • epochMarkersVisible [fn] in ChannelRhiView
  • error [var] in DipFitError
  • error [signal] in StcLoadingWorker — Emitted when an error occurs.
  • errorDistances [var] in HpiFitResult
  • errorOccurred [signal] in PolhemusConnection — Non-fatal protocol/IO error (already logged by the backend).
  • ErrTest [fn] in ParksMcClellan — This was added by IowaHills and is used in Remez() in 6 places.
  • estimateCovariance [fn] in RtCov — Perform actual covariance estimation.
  • eval [fn] in PythonTestHelper — Run inline Python code and return the result.
  • evalDouble [fn] in PythonTestHelper — Run inline Python code that prints a single double value, and parse it.
  • evalMatrix [fn] in PythonTestHelper — Run inline Python code that prints a matrix (one row per line, space-separated values), and parse it into an Eigen MatrixXd.
  • evalMatrixViaFile [fn] in PythonTestHelper — Run Python code that writes a matrix to outputFilePath (e.g.
  • evaluate [fn] in MnaParamTree — Evaluate all bindings whose trigger condition is met.
  • evaluatedAt [var] in MnaVerificationResult — When this check was evaluated.
  • evaluateExpression [fn] in MnaParamTree — Evaluate a single expression in the current context.
  • evalVector [fn] in PythonTestHelper — Run inline Python code that prints a flat array of doubles (one per line or space-separated), and parse it into an Eigen VectorXd.
  • even_vertex_color [var] in MNEMshDisplaySurface — Uniform RGBA color for non-data-driven coloring.
  • event [var] in MNEEpochData — The event code.
  • event_list [var] in MNERawData — Trigger event list.
  • eventFile [var] in AverageDescription — Read events from here.
  • eventFile [var] in CovDescription — Read events from here.
  • eventFiles [var] in ProcessingSettings — Event file(s) to read.
  • eventFilter [fn] in RtFiffRawView — Is called when mouse wheel is used.
  • eventFilter [fn] in SpectrumView — The event filter.
  • eventIdMap [var] in BidsRawData — trial_type string → numeric value mapping.
  • events [var] in AverageCategory — The interesting events.
  • events [var] in BidsRawData — Events from *_events.tsv.
  • events [var] in CovDefinition — The interesting events.
  • events [var] in FiffEvents — Event matrix (nEvents x 3): [sample, before, after].
  • events [var] in MNEEventList — Owned event pointers.
  • eventSample [var] in MNEEpochData — The sample index of the triggering event.
  • eventsOutFiles [var] in ProcessingSettings — Save events to these files.
  • eventsTsvPath [fn] in BIDSPath — Returns the path for the events.tsv sidecar.
  • eventsVisible [fn] in ChannelDataView
  • eventsVisible [fn] in ChannelRhiView
  • eventsVisibleToggled [signal] in ChannelDataView
  • evoked [var] in FiffEvokedSet — List of Fiff Evoked Data.
  • evoked [fn] in SensorFieldMapper
  • EvokedSetModel [fn] in EvokedSetModel — Constructs an real-time multi sample array table model for the given parent.
  • evokedStim [signal] in RtAveraging
  • ex [var] in FiffChPos — Coil coordinate system x-axis unit vector.
  • ex [var] in FwdCoil — Coil coordinate system x unit vector.
  • ex [var] in MNETriangle — In-plane unit vector (ey x nn; used by BEM).
  • excludeComponents [fn] in ICA — Reconstruct sensor-space data after suppressing selected components.
  • execMode [var] in MnaNode — Execution mode.
  • executable [var] in MnaOpSchema — For CLI ops: executable name (e.g. "recon-all").
  • execute [fn] in Command — Inherited by ICommand.
  • execute [fn] in ICommand — Executes the ICommand.
  • execute [fn] in MnaGraphExecutor — Execute the full graph (all nodes in topological order).
  • execute [fn] in RawCommand — Executes the ICommand.
  • executed [signal] in Command — Signal which is emitted when command patterns execute method is processed.
  • executed [signal] in RawCommand — Signal which is emitted when command patterns execute method is processed.
  • executedAt [var] in MnaNode — Timestamp of last execution.
  • executeIncremental [fn] in MnaGraphExecutor — Execute only dirty nodes and their downstream dependents.
  • executeNode [fn] in MnaGraphExecutor — Execute a single node (for testing/debugging).
  • executionOrder [var] in StreamContext — Topological order used for startup/shutdown.
  • exists [fn] in BIDSPath — Checks whether the file at filePath() exists on disk.
  • exists [fn] in CommandParser — Checks if a command exists.
  • exitCode [var] in PythonRunnerResult — Process exit code (-1 if never started).
  • experimenter [var] in FiffInfo — Experimenter name.
  • explain [fn] in FiffDirNode — Try to explain...
  • explain_block [fn] in FiffDirNode — Try to explain a block...
  • explain_comp [fn] in MNECTFCompDataSet — Return a human-readable description string for a compensation kind constant.
  • explanation [var] in MnaVerification — Human-readable explanation of what this node does and why.
  • expression [var] in MnaParamBinding — Formula string, e.g. "clamp(ref('noise_est_01/snr') * 0.1, 0.01, 1.0)".
  • expression [var] in MnaVerificationCheck — Simple evaluable expression: "rank(covariance) > 0".
  • extension [fn] in BIDSPath — File extension.
  • externalToolVersion [var] in MnaProvenance — e.g. "FreeSurfer 7.4.1", "Python 3.11.5"
  • extract [fn] in EpochExtractor — Extract epochs from a continuous raw data matrix.
  • extract [fn] in InvLabelTimeCourse — Extract label time courses from a source estimate.
  • extractOrthogonal [fn] in MriSlicer — Extract all three orthogonal slices at a given RAS point.
  • extractOrthogonal [fn] in MriSlicer — Extract all three orthogonal slices at a given RAS point.
  • extractSlice [fn] in MriSlicer — Extract a 2D slice from a 3D volume stored as a flat array.
  • extractSlice [fn] in MriSlicer — Extract a 2D slice from an MriVolData volume.
  • extraEnv [var] in PythonRunnerConfig — KEY=VALUE pairs appended to environment.
  • extras [var] in FiffAnnotation — Format-specific metadata.
  • extras [var] in MnaFileRef — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaNode — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaPort — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaProject — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaRecording — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaSession — Unknown keys preserved for lossless round-trip.
  • extras [var] in MnaSubject — Unknown keys preserved for lossless round-trip.
  • extras [var] in PickResult — Catch-all for renderable-specific extras (shaft name, atlas region, dipole amplitude vector, …).
  • ey [var] in FiffChPos — Coil coordinate system y-axis unit vector.
  • ey [var] in FwdCoil — Coil coordinate system y unit vector.
  • ey [var] in MNETriangle — In-plane unit vector (normalized r13; used by BEM).
  • eye [var] in MNEMshDisplaySurface — Eye position for 3D viewing.
  • eye [var] in MNEMshDisplaySurfaceSet — Eye position for viewing (used in composite views).
  • ez [var] in FiffChPos — Coil coordinate system z-axis unit vector.
  • ez [var] in FwdCoil — Coil coordinate system z unit vector.
  • ez [fn] in InvSensorSet
  • ez [fn] in InvSensorSet

F​

  • factorAnalysis [fn] in StsCovEstimators — Factor Analysis covariance estimator via EM algorithm.
  • FastrakParser [fn] in FastrakParser
  • fCdf [fn] in StatsFtest — Compute the CDF of the F-distribution using the regularized incomplete beta function.
  • fdr [fn] in StatsMcCorrection — False Discovery Rate (Benjamini-Hochberg) correction.
  • fHeadMovementAngle [var] in HpiFitResult
  • fHeadMovementDistance [var] in HpiFitResult
  • fidFileChanged [signal] in CoregSettingsView — Emit this signal whenever new fiducials were loaded.
  • fidStoreFileChanged [signal] in CoregSettingsView — Emit this signal whenever the file to store the fiducials changed.
  • fiducial [fn] in AcquiredPoints — Convenience accessor: returns the captured fiducial position for id, or a default-constructed QVector3D if not yet captured.
  • fiducialChanged [signal] in CoregSettingsView — Emit this signal whenever the picked fiducial changed.
  • field [var] in FwdCompData — Computes the field of given direction dipole.
  • field_grad [var] in FwdCompData — Computes the field and gradient of one dipole direction.
  • field_integrals [fn] in FwdBemModel — Compute the geometry integrals for the magnetic field from a triangle.
  • field_mult [var] in FwdBemModel — Magnetic-field multipliers (length nsurf).
  • field_pot [var] in FwdThreadArg — Computes the field or potential for one dipole orientation.
  • field_pot_grad [var] in FwdThreadArg — Computes the gradient of field or potential for one dipole orientation.
  • fiff_get_float_sparse_matrix [fn] in FiffSparseMatrix — Conversion of tag data into the standard sparse representation.
  • fiff_get_matrix_sparse_dims [fn] in FiffSparseMatrix — Interpret dimensions and nz from matrix data.
  • fiff_type_base [fn] in FiffTag — These return information about fiff type base.
  • fiff_type_fundamental [fn] in FiffTag — These return information about a fiff type.
  • fiff_type_matrix_coding [fn] in FiffTag — These return information about the matrix coding.
  • FiffAnnotations [fn] in FiffAnnotations — Constructs an empty FiffAnnotations object.
  • FiffChInfo [fn] in FiffChInfo — Constructs the channel info descriptor.
  • FiffChInfo [fn] in FiffChInfo — Copy constructor.
  • FiffChPos [fn] in FiffChPos — Constructs the coil position descriptor.
  • FiffChPos [fn] in FiffChPos — Copy constructor.
  • FiffCoordTrans [fn] in FiffCoordTrans — Constructs the coordinate transformation descriptor.
  • FiffCoordTrans [fn] in FiffCoordTrans — Constructs a coordinate transformation, by reading from a IO device.
  • FiffCoordTrans [fn] in FiffCoordTrans — Copy constructor.
  • FiffCoordTrans [fn] in FiffCoordTrans — Constructs a coordinate transformation from a rotation matrix and translation vector.
  • FiffCoordTrans [fn] in FiffCoordTrans — Constructs a coordinate transformation from a 4×4 homogeneous matrix.
  • FiffCoordTransSet [fn] in FiffCoordTransSet — Constructs the FiffCoordTransSet.
  • FiffCov [fn] in FiffCov — Constructs the covariance data matrix.
  • FiffCov [fn] in FiffCov — Constructs a covariance data matrix, by reading from a IO device.
  • FiffCov [fn] in FiffCov — Copy constructor.
  • FiffCtfComp [fn] in FiffCtfComp — Constructs the CTF software compensation data.
  • FiffCtfComp [fn] in FiffCtfComp — Copy constructor.
  • FiffDataRef [fn] in FiffDataRef — Default constructor.
  • FiffDigitizerData [fn] in FiffDigitizerData — Constructs the FiffDigitizerData.
  • FiffDigitizerData [fn] in FiffDigitizerData — Copy constructor.
  • FiffDigitizerData [fn] in FiffDigitizerData — Constructs a FiffDigitizerData by reading from an IO device.
  • FiffDigPoint [fn] in FiffDigPoint — Constructs the digitization point description.
  • FiffDigPointSet [fn] in FiffDigPointSet — Constructs a FiffDigPointSet object.
  • FiffDigPointSet [fn] in FiffDigPointSet — Copy constructor.
  • FiffDigPointSet [fn] in FiffDigPointSet — Construct FiffDigPointSet based on input pointList.
  • FiffDigPointSet [fn] in FiffDigPointSet — Constructs a FiffDigPointSet by reading from a IO device.
  • FiffDirEntry [fn] in FiffDirEntry — Constructs the dir entry.
  • FiffDirEntry [fn] in FiffDirEntry — Copy constructor.
  • FiffDirNode [fn] in FiffDirNode — Constructors the directory tree structure.
  • FiffDirNode [fn] in FiffDirNode — Copy constructor.
  • FiffEvents [fn] in FiffEvents — Default constructor.
  • FiffEvents [fn] in FiffEvents — Constructs FiffEvents by reading from an I/O device.
  • FiffEvoked [fn] in FiffEvoked — Constructs a fiff evoked data.
  • FiffEvoked [fn] in FiffEvoked — Constructs fiff evoked data, by reading from a IO device.
  • FiffEvoked [fn] in FiffEvoked — Copy constructor.
  • FiffEvokedSet [fn] in FiffEvokedSet — Constructs a fiff evoked data set.
  • FiffEvokedSet [fn] in FiffEvokedSet — Constructs a fiff evoked data set, by reading from a IO device.
  • FiffEvokedSet [fn] in FiffEvokedSet — Copy constructor.
  • FiffFileSharer [fn] in FiffFileSharer — Constructs a FiffFileSharer with default paramaters (based on m_sDefaultDirectory and m_sDefaultFileName).
  • FiffFileSharer [fn] in FiffFileSharer — Constructs a FiffFileSharer to watch/save to sDirName.
  • FiffId [fn] in FiffId — Default Constructor.
  • FiffId [fn] in FiffId — Copy constructor.
  • FiffInfo [fn] in FiffInfo — Constructors the fiff measurement file information.
  • FiffInfo [fn] in FiffInfo — Copy constructor.
  • FiffInfoBase [fn] in FiffInfoBase — Constructors the light fiff measurement file information.
  • FiffInfoBase [fn] in FiffInfoBase — Copy constructor.
  • FiffIO [fn] in FiffIO — Constructs a FiffIO.
  • FiffIO [fn] in FiffIO — Constructs a FiffIO object by reading from a I/O device pIODevice.
  • FiffIO [fn] in FiffIO — Constructs a FiffIO object that uses the I/O device pIODevice.
  • FiffIO [fn] in FiffIO — Copy constructor.
  • FiffNamedMatrix [fn] in FiffNamedMatrix — Default constructor.
  • FiffNamedMatrix [fn] in FiffNamedMatrix — Constructs named matrix with given parameters.
  • FiffNamedMatrix [fn] in FiffNamedMatrix — Copy constructor.
  • FiffProj [fn] in FiffProj — Default constructor.
  • FiffProj [fn] in FiffProj — Copy constructor.
  • FiffProj [fn] in FiffProj — Constructor.
  • FiffRawData [fn] in FiffRawData — Default constructor.
  • FiffRawData [fn] in FiffRawData — Copy constructor.
  • FiffRawData [fn] in FiffRawData — Constructs fiff raw data, by reading from a IO device.
  • FiffRawData [fn] in FiffRawData — Constructs fiff raw data, by reading from a IO device with specified endianness.
  • FiffRawDir [fn] in FiffRawDir — Default constructor.
  • FiffRawDir [fn] in FiffRawDir — Copy constructor.
  • FiffRawViewSettings [fn] in FiffRawViewSettings — Constructs a FiffRawViewSettings which is a child of parent.
  • FiffSparseMatrix [fn] in FiffSparseMatrix — Constructs an empty FiffSparseMatrix.
  • FiffSparseMatrix [fn] in FiffSparseMatrix — Constructs a FiffSparseMatrix wrapping an existing Eigen sparse matrix.
  • FiffSparseMatrix [fn] in FiffSparseMatrix — Default copy constructor.
  • FiffSparseMatrix [fn] in FiffSparseMatrix — Default move constructor.
  • FiffStream [fn] in FiffStream — Constructs a fiff stream that uses the I/O device p_pIODevice.
  • FiffStream [fn] in FiffStream — Constructs a fiff stream that operates on a byte array, a.
  • FiffTag [fn] in FiffTag — Constructs a default FiffTag.
  • FiffTag [fn] in FiffTag — Copy constructor.
  • FiffTag [fn] in FiffTag — Move constructor.
  • FiffTime [fn] in FiffTime — Default constructor.
  • FiffTime [fn] in FiffTime — Parameterized constructor.
  • file [var] in FiffRawData — replaces fid.
  • file [var] in MNERawData — Owned QFile backing the FIFF stream.
  • file_id [var] in FiffInfo — File ID.
  • filename [var] in AverageDescription — Output file.
  • filename [var] in CovDescription — Output file.
  • filename [var] in FiffDigitizerData — Source file path.
  • filename [var] in FiffInfoBase — Filename when the info is read of a fiff file.
  • filename [var] in MNEDeriv — Source file name the derivation was loaded from.
  • filename [var] in MNEMeasData — Path to the source FIFF file.
  • filename [var] in MNEMshDisplaySurface — Path to the file this surface was loaded from.
  • filename [var] in MNERawData — Path to the raw FIFF file.
  • filename [var] in MNERawInfo — The name of the file this comes from.
  • filename [var] in MNEVolGeom — Path to the MRI data file this geometry was read from.
  • fileName [fn] in FsAnnotation — annotation file name
  • fileName [fn] in FsSurface — surf file name
  • fileName [var] in MriSlice — Source file name.
  • fileName [var] in MriVolData — Name of the source file.
  • fileNameChanged [signal] in ProjectSettingsView
  • filePath [fn] in BIDSPath — Constructs the full file path: directory() + basename().
  • filePath [fn] in FsAnnotation — annotation file path
  • filePath [fn] in FsSurface — path to surf directuryt
  • files [var] in MnaRecording — Files belonging to this recording.
  • filt_bufs [var] in MNERawData — Filtered data buffer definitions.
  • filt_ring [var] in MNERawData — Ring buffer for filtered data.
  • filter [var] in InvDipoleFitSettings — Data filter definition.
  • filter [var] in MNERawData — Filter definition (highpass/lowpass).
  • filter [var] in ProcessingSettings
  • filter_data [var] in MNERawData — Pre-computed frequency-domain filter state.
  • filter_on [var] in MNEFilterDef — Is it on?
  • filter_source_space [fn] in MNESourceSpace
  • filter_source_spaces [fn] in MNESourceSpace
  • filter_source_spaces [fn] in MNESourceSpace
  • filter_spaces [var] in ComputeFwdSettings — Filter the source space points.
  • filterActivationChanged [signal] in FilterSettingsView — Signal emited when the filter activation box's state is changed.
  • filterBadChannels [fn] in GeometryInfo — filterBadChannels Filters bad channels from distance table.
  • filterChanged [signal] in FilterDesignView — Emitted when the filter changes.
  • filterChannelTypeChanged [signal] in FilterDesignView — Emitted when the filter channel type changed.
  • FilterDesignView [fn] in FilterDesignView — Constructs a FilterDesignView dialog which is a child of parent.
  • filtered [var] in FilterThreadArg — Optional stream to log omitted point locations (may be NULL).
  • FilterIO [fn] in FilterIO — Constructs a FilterIO object.
  • FilterKernel [fn] in FilterKernel — FilterKernel creates a default FilterKernel object.
  • FilterKernel [fn] in FilterKernel — Constructs a FilterKernel object.
  • filterKernel [var] in FilterObject
  • filterOn [var] in FilterSettings — Filter active?
  • FilterParameter [fn] in FilterParameter — Creates a filter parameter with name 'Unknown'.
  • FilterParameter [fn] in FilterParameter — Creates a filter parameter with name sName.
  • FilterParameter [fn] in FilterParameter — Creates a filter parameter with name sName and description sDescription.
  • FilterPlotScene [fn] in FilterPlotScene — Constructs a FilterPlotScene dialog which is a child of parent.
  • filters [fn] in DecodingCsp
  • filters [fn] in DecodingSpoc
  • filters [fn] in DecodingSsd
  • FilterSettingsView [fn] in FilterSettingsView — Constructs a FilterSettingsView which is a child of parent.
  • filterSize [var] in FilterSettings — FFT size.
  • FilterThreadArg [fn] in FilterThreadArg — Constructs the Filter Thread Argument Refactored: new_filter_thread_arg (filter_source_space.c).
  • FilterType [enum] in FirFilter — FIR filter type — mirrors IirFilter::FilterType for a uniform API.
  • FilterType [enum] in IirFilter — Filter type selector.
  • find_closest_on_surface [fn] in MNEProjectToSurface — Projects a set of points r on the FsSurface.
  • find_closest_on_surface_approx [fn] in MNESurface — For each point, find the closest point on the surface using neighborhood-restricted search.
  • find_evoked [fn] in Fiff — fiff_find_evoked
  • find_evoked [fn] in FiffEvokedSet — fiff_find_evoked
  • find_maxshield [fn] in MNERawInfo — Finds the MaxShield raw data block in the FIFF directory tree.
  • find_meas [fn] in MNERawInfo — Finds the nearest FIFFB_MEAS parent node in the FIFF directory tree.
  • find_meas_info [fn] in MNERawInfo — Finds the FIFFB_MEAS_INFO child node within the nearest FIFFB_MEAS block.
  • find_raw [fn] in MNERawInfo — Finds the raw data block in the FIFF directory tree.
  • find_source_space_hemi [fn] in MNE — mne_find_source_space_hemi
  • find_source_space_hemi [fn] in MNESourceSpace — Returns the hemisphere id (FIFFV_MNE_SURF_LEFT_HEMI or FIFFV_MNE_SURF_RIGHT_HEMI) for this source space, based on the average x-coordinate of all vertices.
  • find_source_space_hemi [fn] in MNESourceSpaces
  • find_tag [fn] in FiffDirNode — Definition of the find_tag function in various files e.g.
  • find_tag [fn] in FiffDirNode — Definition of the find_tag function in various files e.g.
  • findArtifactComponents [fn] in MlIcaLabel — Extract indices of artifact components (EOG, ECG, muscle).
  • findElectrode [fn] in StandardMontage — Look up a single electrode position by name.
  • findEntry [fn] in FineCalibration — Find entry by channel number.
  • findHeadSurfaceKey [fn] in SensorFieldMapper — Find a BEM head surface key in the given surface map.
  • findHelmetSurfaceKey [fn] in SensorFieldMapper — Find the MEG helmet surface key ("sens_surface_meg") if present.
  • findLayer [fn] in MultimodalScene
  • findPeakIndex [fn] in StatsSourceMetrics — Find the index of the source with maximum absolute amplitude.
  • findTabWidgetLayout [fn] in QuickControlView
  • FineCalibration [fn] in FineCalibration
  • finish_writing_raw [fn] in Fiff — fiff_finish_writing_raw
  • finish_writing_raw [fn] in FiffStream — Finishes a raw file by writing all necessary end tags.
  • finished [signal] in PythonRunner — Emitted when the script finishes.
  • finished [signal] in StcLoadingWorker — Emitted when loading is complete.
  • finishedAt [var] in MnaProvenance
  • FirCoeff [var] in ParksMcClellan — containt the generated filter coefficients.
  • first [var] in FiffEvoked — First time sample.
  • first [var] in FiffRawDir — first sample.
  • first [var] in MNEMeasDataSet — First sample index (for raw-data processing).
  • first_samp [var] in FiffRawData — First sample number.
  • first_samp [var] in MNERawData — First sample index in the file.
  • first_samp_old [var] in MNERawData — First sample index (old-version compatible value).
  • first_sample_val [var] in MNERawData — Values at the first sample (for DC offset correction before filtering).
  • firstChannel [var] in TileResult
  • firsts [var] in MNERawBufDef — First sample index.
  • firstSample [fn] in ChannelDataModel
  • firstVisibleChannel [fn] in ChannelRhiView
  • firstVisibleSample [fn] in ChannelDataView — Returns the first currently visible sample.
  • fit [fn] in DecodingCsp — Fit CSP from labelled epoch data (binary classification).
  • fit [fn] in DecodingSpoc — Fit SPoC from epoch data and a continuous target variable.
  • fit [fn] in DecodingSsd — Fit SSD from continuous data.
  • fit [fn] in EogRegression — Fit regression coefficients from EOG to all other channels.
  • fit [fn] in InvHpiFit — Perform one single HPI fit.
  • fit [fn] in InvHpiFit
  • fit [fn] in MvarModel — Fits an MVAR model of order p to multi-channel data.
  • fit [fn] in MvarModel — Fits an MVAR model of order p to multi-channel data.
  • fit [fn] in Xdawn — Fit xDAWN spatial filters for a target event code.
  • fit_dipoles [fn] in InvDipoleFit — Fit a single dipole to each time point of averaged data.
  • fit_dipoles_raw [fn] in InvDipoleFit — Fit a single dipole to each time point of raw data.
  • fit_dipoles_raw [fn] in InvDipoleFit — Fit dipoles to raw data (convenience overload without output set).
  • fit_mag_dipoles [var] in InvDipoleFitData — Fit magnetic dipoles?
  • fit_mag_dipoles [var] in InvDipoleFitSettings — Fit magnetic dipoles?
  • fit_one [fn] in InvDipoleFitData — Fit a single dipole to the given data.
  • fit_sphere [fn] in Sphere — Fits a sphere to a point cloud.
  • fit_sphere_simplex [fn] in Sphere — Fits a sphere to a point cloud.
  • fit_sphere_to_points [fn] in Sphere — Fits a sphere to a point cloud.
  • fit_sphere_to_points [fn] in Sphere
  • fitApply [fn] in EogRegression — Convenience: fit and apply in one step.
  • fitData [fn] in InvSignalModel — Fit the data to the model constructed from given model parameters.
  • fitFiducials [signal] in CoregSettingsView — Emit this signal whenever fiducial alignment is requested.
  • fitICP [signal] in CoregSettingsView — Emit this signal whenever icp alignment is requested.
  • fitSphereOrigin [fn] in SensorFieldMapper — Fit a sphere to the digitization headshape points.
  • fittedCoils [var] in HpiFitResult
  • fittingChanged [signal] in DipoleFitView — Send new fitting values.
  • fittingWindowSizeChanged [signal] in HpiSettingsView — Emit this signal when 'fits per second' control gets updated.
  • fitTransform [fn] in DecodingCsp — Fit and transform in one step.
  • fitTransform [fn] in DecodingSpoc — Fit and transform in one step.
  • fitTransform [fn] in DecodingSsd — Fit and transform in one step.
  • fixed_noise [var] in InvDipoleFitData — Were fixed noise values used rather than a noise-covariance matrix read from a file.
  • fixed_ori [var] in ComputeFwdSettings — Fixed-orientation dipoles?
  • fixed_ori [var] in FwdThreadArg — Compute fixed orientation solution?
  • fixSkew [var] in AverageDescription — Fix skew on trigger lines.
  • fixSkew [var] in CovDescription — Fix skew on trigger lines.
  • flags [fn] in ChannelInfoModel
  • flat [var] in MNESurfacePatch — Non-zero if the patch has been flattened.
  • flipAngle [var] in MriVolData — Flip angle (radians).
  • fmax [var] in InvConnectivity — Upper frequency bound (Hz); 0 if broadband / time-domain.
  • fmid [var] in MNEMshColorScaleDef
  • fmin [var] in InvConnectivity — Lower frequency bound (Hz); 0 if broadband / time-domain.
  • fmri_prior [var] in MNEInverseOperator — fMRI prior (if available).
  • fn [var] in fitUserRec
  • fn [var] in FwdEegSphereModel — Coefficients saved to speed up the computations.
  • focalDipoles [var] in InvSourceEstimate — Off-grid focal dipoles (ECD results).
  • focusPoint [var] in OpticalCalibSample — Stylus focus point in world frame (metres).
  • focusPosition [fn] in VideoOverlay
  • format [var] in MnaFileRef — File format: "fiff", "mgh", "stc", etc.
  • formatName [fn] in AbstractFormatReader — Return a descriptive name for the format (e.g.
  • formatName [fn] in BrainVisionReader — Return a descriptive name for the format (e.g.
  • formatName [fn] in EDFReader — Return a descriptive name for the format (e.g.
  • fov [var] in MNEMshDisplaySurface — Field of view (extent of the surface).
  • fov [var] in MNEMshDisplaySurfaceSet — Field of view (extent of the surface).
  • FoV [var] in MriVolData — Field of view (unreliable per FreeSurfer docs).
  • fov_scale [var] in MNEMshDisplaySurface — Scale factor for extra space around FOV.
  • fov_scale [var] in MNEMshDisplaySurfaceSet — Scale factor for extra space around FOV.
  • frame [fn] in VideoOverlay
  • frame_name [fn] in FiffCoordTrans — Map coordinate frame integers to human-readable names.
  • frameGeneration [fn] in VideoOverlay — Monotonic counter, incremented on every setFrame() call.
  • fread3 [fn] in FsSurface — Reads a 3-byte integer out of a QDataStream (FreeSurfer format).
  • fread3 [fn] in FsSurface — Reads a 3-byte integer out of a std::iostream (FreeSurfer format).
  • fread3_many [fn] in FsSurface — Reads multiple 3-byte integers out of a QDataStream (FreeSurfer format).
  • fread3_many [fn] in FsSurface — Reads multiple 3-byte integers out of a std::iostream (FreeSurfer format).
  • free_proj [fn] in MNEProjOp — Release the compiled projector data.
  • freeSurferDir [var] in MnaSubject — Relative path to FreeSurfer SUBJECTS_DIR.
  • freqAxis [fn] in WelchPsd — Build the frequency axis for a given FFT length and sampling frequency.
  • freqBandChanged [signal] in ConnectivitySettingsView — Emit signal whenever the frequency band changed.
  • frequencies [var] in InvBeamformer — Center frequencies for DICS (Hz).
  • frequency [var] in EDFChannelInfo
  • FrequencySpectrumDelegate [fn] in FrequencySpectrumDelegate — Creates a new abstract item delegate with the given parent.
  • FrequencySpectrumModel [fn] in FrequencySpectrumModel — Constructs an real-time multi sample array table model for the given parent.
  • from [var] in FiffCoordTrans — Source coordinate system.
  • from [var] in MNEEvent — Source transition value.
  • from_kind [var] in MNEMorphMap — FsSurface kind identifier (e.g., hemisphere) of the source surface (-1 = unknown).
  • from_subj [var] in MNEMorphMap — Subject name of the source surface.
  • fromBemSurface [fn] in BrainSurface — Load geometry from a MNE BEM surface.
  • fromBuffer [fn] in MlTensor — Copy raw data into a new owning tensor (legacy 2-D helper).
  • fromCardinalPoints [fn] in FiffCoordTrans — Constructs a coordinate transformation from cardinal points (LPA, Nasion, RPA).
  • fromCbor [fn] in MnaFileRef — Deserialize from QCborMap.
  • fromCbor [fn] in MnaGraph
  • fromCbor [fn] in MnaNode
  • fromCbor [fn] in MnaParamBinding
  • fromCbor [fn] in MnaPort
  • fromCbor [fn] in MnaProject — Deserialize from QCborMap.
  • fromCbor [fn] in MnaProvenance
  • fromCbor [fn] in MnaRecording — Deserialize from QCborMap.
  • fromCbor [fn] in MnaScript
  • fromCbor [fn] in MnaSession — Deserialize from QCborMap.
  • fromCbor [fn] in MnaSubject — Deserialize from QCborMap.
  • fromCbor [fn] in MnaVerification
  • fromCbor [fn] in MnaVerificationCheck
  • fromCbor [fn] in MnaVerificationResult
  • fromChannelPositions [fn] in StatsAdjacency — Build a spatial adjacency matrix from channel positions in FiffInfo.
  • fromEigenSparse [fn] in FiffSparseMatrix — Create a FiffSparseMatrix from an Eigen::SparseMatrix<double>.
  • fromEigenSparse [fn] in FiffSparseMatrix — Create a FiffSparseMatrix from an Eigen::SparseMatrix<float>.
  • fromJson [fn] in MnaFileRef — Deserialize from QJsonObject.
  • fromJson [fn] in MnaGraph
  • fromJson [fn] in MnaNode
  • fromJson [fn] in MnaParamBinding
  • fromJson [fn] in MnaParamTree
  • fromJson [fn] in MnaPort
  • fromJson [fn] in MnaProject — Deserialize from QJsonObject.
  • fromJson [fn] in MnaProvenance
  • fromJson [fn] in MnaRecording — Deserialize from QJsonObject.
  • fromJson [fn] in MnaScript
  • fromJson [fn] in MnaSession — Deserialize from QJsonObject.
  • fromJson [fn] in MnaSubject — Deserialize from QJsonObject.
  • fromJson [fn] in MnaVerification
  • fromJson [fn] in MnaVerificationCheck
  • fromJson [fn] in MnaVerificationResult
  • fromSourceSpace [fn] in StatsAdjacency — Build a spatial adjacency matrix from a triangulated source space.
  • fromSourceSpaceTemporal [fn] in StatsAdjacency — Build a spatio-temporal adjacency matrix from a triangulated source space.
  • fromSurface [fn] in BrainSurface — Load geometry from a FreeSurfer surface.
  • FsAnnotation [fn] in FsAnnotation — Default constructor.
  • FsAnnotation [fn] in FsAnnotation — Construts the annotation by reading it of the given file.
  • FsAnnotation [fn] in FsAnnotation — Construts the annotation by reading it of the given file.
  • FsAnnotation [fn] in FsAnnotation — Construts the annotation by reading it of the given file.
  • FsAnnotationSet [fn] in FsAnnotationSet — Default constructor.
  • FsAnnotationSet [fn] in FsAnnotationSet — Construts the surface set by reading it of the given files.
  • FsAnnotationSet [fn] in FsAnnotationSet — Construts the surface set by reading it of the given files.
  • FsAnnotationSet [fn] in FsAnnotationSet — Constructs an annotation set by assembling given annotations.
  • FsAnnotationSet [fn] in FsAnnotationSet — Constructs an annotation set by reading from annotation files.
  • FsAtlasLookup [fn] in FsAtlasLookup — Constructs an empty atlas lookup.
  • FsColortable [fn] in FsColortable — Default constructor.
  • FsLabel [fn] in FsLabel — Default constructor.
  • FsLabel [fn] in FsLabel — Constructs a label.
  • fslope [var] in MNEMshColorScaleDef
  • FsSurface [fn] in FsSurface — Default constructor.
  • FsSurface [fn] in FsSurface — Construts the surface by reading it of the given file.
  • FsSurface [fn] in FsSurface — Construts the surface by reading it of the given file.
  • FsSurface [fn] in FsSurface — Construts the surface by reading it of the given file.
  • FsSurfaceSet [fn] in FsSurfaceSet — Default constructor.
  • FsSurfaceSet [fn] in FsSurfaceSet — Construts the surface set by reading it of the given files.
  • FsSurfaceSet [fn] in FsSurfaceSet — Construts the surface set by reading it of the given files.
  • FsSurfaceSet [fn] in FsSurfaceSet — Constructs a surface set by assembling given surfaces.
  • FsSurfaceSet [fn] in FsSurfaceSet — Constructs an annotation set by reading from annotation files.
  • fTestPermutationTest [fn] in StatsCluster — F-test cluster-based permutation test for one-way ANOVA.
  • fthresh [var] in MNEMshColorScaleDef
  • funcs [var] in InvDipoleFitData — Non-owning alias — points to one of the two above.
  • fwd [var] in FitDipUserRec
  • fwd [var] in InvDipoleForward — Forward solution, projected and whitened (3*ndip x nch, row-major).
  • fwd [var] in MNEMeasData — Forward operator for dipole fitting (not owned).
  • fwd_add_default_eeg_sphere_model [fn] in FwdEegSphereModelSet — Choose and setup the default EEG sphere model Refactored from: fwd_eeg_sphere_models.c.
  • fwd_add_to_eeg_sphere_model_set [fn] in FwdEegSphereModelSet — Add a model to a set.
  • fwd_bem_check_solids [fn] in FwdBemModel — Verify that solid-angle sums match the expected value.
  • fwd_bem_compute_solution [fn] in FwdBemModel — Compute the BEM solution matrix using the specified method.
  • fwd_bem_constant_collocation_solution [fn] in FwdBemModel — Compute the constant-collocation BEM solution for this model.
  • fwd_bem_explain_method [fn] in FwdBemModel — Return a human-readable label for a BEM method.
  • fwd_bem_explain_surface [fn] in FwdBemModel — Return a human-readable label for a BEM surface kind.
  • fwd_bem_field [fn] in FwdBemModel — Callback: compute BEM magnetic fields at coils for a dipole.
  • fwd_bem_field_calc [fn] in FwdBemModel — Compute BEM magnetic fields at coils using constant collocation.
  • fwd_bem_field_coeff [fn] in FwdBemModel — Assemble the constant-collocation magnetic field coefficient matrix.
  • fwd_bem_field_grad [fn] in FwdBemModel — Callback: compute BEM magnetic fields and position gradients at coils.
  • fwd_bem_field_grad_calc [fn] in FwdBemModel — Compute the gradient of BEM magnetic fields with respect to dipole position (constant collocation).
  • fwd_bem_find_surface [fn] in FwdBemModel — Find a surface of the given kind in this BEM model.
  • fwd_bem_free_solution [fn] in FwdBemModel — Release the potential solution matrix and associated workspace.
  • fwd_bem_homog_solution [fn] in FwdBemModel — Compute the homogeneous (single-layer) BEM solution.
  • fwd_bem_inf_field [fn] in FwdBemModel — Compute the infinite-medium magnetic field at a single point.
  • fwd_bem_inf_field_der [fn] in FwdBemModel — Compute the derivative of the infinite-medium magnetic field with respect to dipole position.
  • fwd_bem_inf_pot [fn] in FwdBemModel — Compute the infinite-medium electric potential at a single point.
  • fwd_bem_inf_pot_der [fn] in FwdBemModel — Compute the derivative of the infinite-medium electric potential with respect to dipole position.
  • fwd_bem_ip_modify_solution [fn] in FwdBemModel — Modify the BEM solution with the isolated-problem (IP) approach.
  • fwd_bem_lin_field_calc [fn] in FwdBemModel — Compute BEM magnetic fields at coils using linear collocation.
  • fwd_bem_lin_field_coeff [fn] in FwdBemModel — Assemble the linear-collocation magnetic field coefficient matrix.
  • fwd_bem_lin_field_grad_calc [fn] in FwdBemModel — Compute the gradient of BEM magnetic fields with respect to dipole position (linear collocation).
  • fwd_bem_lin_pot_calc [fn] in FwdBemModel — Compute BEM potentials at electrodes using linear collocation.
  • fwd_bem_lin_pot_coeff [fn] in FwdBemModel — Assemble the full linear-collocation potential coefficient matrix.
  • fwd_bem_lin_pot_grad_calc [fn] in FwdBemModel — Compute the gradient of BEM potentials with respect to dipole position (linear collocation).
  • fwd_bem_linear_collocation_solution [fn] in FwdBemModel — Compute the linear-collocation BEM solution for this model.
  • fwd_bem_load_homog_surface [fn] in FwdBemModel — Load a single-layer (homogeneous) BEM model from a FIFF file.
  • fwd_bem_load_recompute_solution [fn] in FwdBemModel — Load a BEM solution from file, recomputing if necessary.
  • fwd_bem_load_solution [fn] in FwdBemModel — Load a pre-computed BEM solution from a FIFF file.
  • fwd_bem_load_surfaces [fn] in FwdBemModel — Load BEM surfaces of specified kinds from a FIFF file.
  • fwd_bem_load_three_layer_surfaces [fn] in FwdBemModel — Load a three-layer BEM model (scalp, outer skull, inner skull) from a FIFF file.
  • fwd_bem_make_bem_sol_name [fn] in FwdBemModel — Build a standard BEM solution file name from a model name.
  • fwd_bem_multi_solution [fn] in FwdBemModel — Compute the multi-surface BEM solution from solid-angle coefficients.
  • fwd_bem_one_lin_field_coeff_ferg [fn] in FwdBemModel — Compute linear field coefficients using the Ferguson method.
  • fwd_bem_one_lin_field_coeff_simple [fn] in FwdBemModel — Compute linear field coefficients using the simple (direct) method.
  • fwd_bem_one_lin_field_coeff_uran [fn] in FwdBemModel — Compute linear field coefficients using the Urankar method.
  • fwd_bem_pot_calc [fn] in FwdBemModel — Compute BEM potentials at electrodes using constant collocation.
  • fwd_bem_pot_els [fn] in FwdBemModel — Callback: compute BEM potentials at electrodes for a dipole.
  • fwd_bem_pot_grad_calc [fn] in FwdBemModel — Compute the gradient of BEM potentials with respect to dipole position (constant collocation).
  • fwd_bem_pot_grad_els [fn] in FwdBemModel — Callback: compute BEM potentials and position gradients at electrodes.
  • fwd_bem_set_head_mri_t [fn] in FwdBemModel — Set the Head-to-MRI coordinate transform for this BEM model.
  • fwd_bem_solid_angles [fn] in FwdBemModel — Compute the solid-angle matrix for all BEM surfaces.
  • fwd_bem_specify_coils [fn] in FwdBemModel — Precompute the coil-specific BEM solution for MEG.
  • fwd_bem_specify_els [fn] in FwdBemModel — Precompute the electrode-specific BEM solution.
  • fwd_comp_field [fn] in FwdCompData — Calculate the compensated field for one dipole component.
  • fwd_comp_field_grad [fn] in FwdCompData — Calculate the compensated field and gradient for one dipole component.
  • fwd_comp_field_vec [fn] in FwdCompData — Calculate the compensated field for all three dipole components.
  • fwd_create_eeg_sphere_model [fn] in FwdEegSphereModel — Create a new multi-layer EEG sphere model structure.
  • fwd_eeg_fit_berg_scherg [fn] in FwdEegSphereModel — Fit Berg-Scherg equivalent spherical model parameters (mu and lambda) by minimizing the difference between actual and approximated series expansions using simplex optimization.
  • fwd_eeg_get_multi_sphere_model_coeff [fn] in FwdEegSphereModel — fwd_multi_spherepot.c Get the model depended weighting factor for n
  • fwd_eeg_multi_spherepot [fn] in FwdEegSphereModel — Compute EEG potentials at multiple electrodes for a current dipole in a multi-layer spherical head model.
  • fwd_eeg_multi_spherepot_coil1 [fn] in FwdEegSphereModel — Calculate EEG potentials at compound electrodes (coils) by summing weighted contributions from individual integration points.
  • fwd_eeg_spherepot [fn] in FwdEegSphereModel — fwd_multi_spherepot.c
  • fwd_eeg_spherepot_coil [fn] in FwdEegSphereModel — fwd_multi_spherepot.c
  • fwd_eeg_spherepot_coil_vec [fn] in FwdEegSphereModel — fwd_multi_spherepot.c
  • fwd_eeg_spherepot_grad_coil [fn] in FwdEegSphereModel — Compute potentials and spatial gradients of the potential field at coils using finite differences.
  • fwd_eeg_spherepot_vec [fn] in FwdEegSphereModel — Compute the electric potentials in a set of electrodes in spherically Symmetric head model.
  • fwd_list_eeg_sphere_models [fn] in FwdEegSphereModelSet — List the properties of available models via qInfo.
  • fwd_load_eeg_sphere_models [fn] in FwdEegSphereModelSet — Load all models available in the specified file Refactored from: fwd_eeg_sphere_models.c.
  • fwd_mag_dipole_field [fn] in FwdBemModel — Callback: compute the magnetic field of a magnetic dipole at coils.
  • fwd_mag_dipole_field_vec [fn] in FwdBemModel — Callback: compute the vector magnetic field of a magnetic dipole at coils.
  • fwd_make_comp_data [fn] in FwdCompData — Compose a compensation data set.
  • fwd_make_ctf_comp_coils [fn] in FwdCompData — Set up CTF compensation coils for field computations.
  • fwd_select_eeg_sphere_model [fn] in FwdEegSphereModelSet — Find a model with a given name and return a duplicate Refactored from: fwd_eeg_sphere_models.c.
  • fwd_setup_eeg_sphere_model [fn] in FwdEegSphereModel — fwd_eeg_sphere_models.c
  • fwd_sphere_field [fn] in FwdBemModel — Callback: compute the spherical-model magnetic field at coils.
  • fwd_sphere_field_grad [fn] in FwdBemModel — Callback: compute the spherical-model magnetic field and its position gradient at coils.
  • fwd_sphere_field_vec [fn] in FwdBemModel — Callback: compute the spherical-model vector magnetic field at coils.
  • FwdBemModel [fn] in FwdBemModel — Constructs an empty BEM model.
  • FwdBemSolution [fn] in FwdBemSolution — Constructs the Forward BEM Solution.
  • FwdCoil [fn] in FwdCoil — Constructs the Forward Coil.
  • FwdCoil [fn] in FwdCoil — Copy constructor.
  • FwdCoilSet [fn] in FwdCoilSet — Constructs the Forward Coil Set description.
  • FwdCompData [fn] in FwdCompData — Constructs the Forward Compensation Data.
  • FwdEegSphereLayer [fn] in FwdEegSphereLayer — Constructs the Electric Current Dipole.
  • FwdEegSphereModel [fn] in FwdEegSphereModel — Constructs the Forward EEG Sphere Model.
  • FwdEegSphereModel [fn] in FwdEegSphereModel — Copy constructor.
  • FwdEegSphereModelSet [fn] in FwdEegSphereModelSet — Constructs a Forward EEG Sphere Model Set object.
  • FwdEegSphereModelSet [fn] in FwdEegSphereModelSet
  • FwdEegSphereModelSet [fn] in FwdEegSphereModelSet
  • FwdSettingsView [fn] in FwdSettingsView — Constructs a FwdSettingsView object.
  • FwdThreadArg [fn] in FwdThreadArg — Constructs the Forward Thread Argument.

G​

  • gainVector [fn] in FineCalibration — Build gain correction diagonal matrix for MEG channels.
  • gamma [var] in FwdBemModel — Conductivity-ratio coupling matrix (nsurf x nsurf).
  • gantry_angle [var] in FiffInfo — Tilt angle of the dewar in degrees.
  • gaussian [fn] in Interpolation — gaussian Gaussian interpolation function (sigma=1).
  • gaussianLogLikelihood [fn] in StsCovEstimators — Gaussian log-likelihood of held-out data given a covariance model.
  • gcd [fn] in Numerics — Finds the Greatest Common Divisor (GCD) of two integer values.
  • GEE2 [fn] in ParksMcClellan — Function to evaluate the frequency response using the Lagrange interpolation formula in the barycentric form.
  • generateContactInstances [fn] in ElectrodeObject — Generate per-instance data for contact spheres.
  • generateQuadIndices [fn] in SliceObject — Generate quad index buffer: 2 triangles = 6 indices.
  • generateQuadVertices [fn] in SliceObject — Generate quad vertex buffer: 4 vertices × (3 pos + 2 UV) = 20 floats.
  • generateShaftGeometry [fn] in ElectrodeObject — Generate interleaved vertex + index data for all shaft cylinders.
  • generateTapers [fn] in Spectral — Calculates a hanning window of given length.
  • generateTapers [fn] in Spectral — Calculates a hanning window of given length.
  • GeometryInfo [fn] in GeometryInfo
  • get_channel_types [fn] in FiffInfoBase — Parses the channel info information and returns a string list of channel types.
  • get_comp [fn] in MNECTFCompDataSet — Extract the compensation grade from MEG channel coil types.
  • get_current_comp [fn] in FiffInfo — mne_get_current_comp
  • get_current_comp [fn] in MNE — mne_get_current_comp
  • get_evoked_entries [fn] in FiffStream — Helper to get all evoked entries.
  • get_head_scale [fn] in MNEMshDisplaySurface — Compute a uniform head scale factor by fitting spheres.
  • get_int [fn] in FwdBemModel — Read an integer tag from a FIFF node.
  • get_machid [fn] in FiffId — Returns the machine ID consisting of a two integer number.
  • get_meas_info [fn] in MNERawInfo — Reads measurement information from the nearest FIFFB_MEAS_INFO parent of a node.
  • get_meas_info [fn] in MNERawInfo — This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts. Overload that does not return the measurement start time.
  • get_tag_explanation [fn] in FiffDirNode — Get textual explanation of a tag.
  • get_vertno [fn] in MNESourceSpaces — Returns the Zero based (different to MATLAB) indices of the used vertices of both hemispheres.
  • get_whitener [fn] in Linalg — Returns the whitener of a given matrix.
  • get_whitener [fn] in Linalg — Returns the whitener of a given matrix.
  • getAllChannelInfos [fn] in EDFReader — Return all channel infos (measurement + extra).
  • getAllowedMeanErrorDistChanged [fn] in HpiSettingsView — Get the allowed mean error distance.
  • getAllowedMovementChanged [fn] in HpiSettingsView — Get the allowed head movement.
  • getAllowedRotationChanged [fn] in HpiSettingsView — Get the allowed head rotation.
  • getAnnotationLabel [fn] in BrainSurface — Get the annotation label name for a given vertex.
  • getAnnotationLabelId [fn] in BrainSurface
  • getAutoComputeStatus [fn] in AveragingSettingsView
  • getAutoScale [fn] in CoregSettingsView — Get the auto scale state.
  • getAverageActivation [fn] in AverageLayoutView — Get the current average activations.
  • getAverageActivation [fn] in AverageSelectionView — Get the current average activations.
  • getAverageActivation [fn] in ButterflyView — Get the current average activations.
  • getAverageActivation [fn] in EvokedSetModel — Get the current average activations.
  • getAverageColor [fn] in AverageLayoutView — Get the current average colors.
  • getAverageColor [fn] in AverageSelectionView — Get the current average colors.
  • getAverageColor [fn] in ButterflyView — Get the current average colors.
  • getAverageColor [fn] in EvokedSetModel — Get the current average colors.
  • getBackgroundColor [fn] in AverageLayoutView — Returns the background color of the scene.
  • getBackgroundColor [fn] in ButterflyView — Returns the background color.
  • getBackgroundColor [fn] in FiffRawViewSettings — Returns the current background color.
  • getBackgroundColor [fn] in RtFiffRawView — Returns the current background color.
  • getBadChannelHideStatus [fn] in RtFiffRawView — Get whether the bad channels are currently hidden or not.
  • getBadChannelList [fn] in ChannelInfoModel — Returns bad channel list.
  • getBandwidth [fn] in FilterKernel
  • getBaselineFromSeconds [fn] in AveragingSettingsView
  • getBaselineInfo [fn] in EvokedSetModel — Returns the current baseline information.
  • getBaselineToSeconds [fn] in AveragingSettingsView
  • getCenterFrequency [fn] in FilterKernel
  • getChannelCount [fn] in AbstractFormatReader — Return the number of measurement channels.
  • getChannelCount [fn] in BrainVisionReader — Return the number of measurement channels.
  • getChannelCount [fn] in EDFReader — Return the number of measurement channels.
  • getChannelInfos [fn] in BrainVisionReader — Return all channel infos.
  • getChannels [fn] in InvHpiDataUpdater — inline get functions for private member variables.
  • getChannelType [fn] in FilterDesignView — Returns the current channel type which is to be filtered.
  • getClientId [fn] in RtDataClient — Requests the ID at mne_rt_server and returns it.
  • getClusteringStatusChanged [fn] in FwdSettingsView — Get status of clustering check box.
  • getClusterNumber [fn] in FwdSettingsView — Get status of cluster size spin box.
  • getCoefficients [fn] in FilterKernel
  • getCoil [fn] in EvokedSetModel — Returns the coil type of a given channel number.
  • getCoil [fn] in RtFiffRawViewModel — Returns the coil type of a given channel number.
  • getColortable [fn] in FsAnnotation — Returns the coloratable containing the label based nomenclature.
  • getColortable [fn] in FsAnnotation — Returns the coloratable containing the label based nomenclature.
  • getCompensators [fn] in CompensatorView — Get the current compensators.
  • getCompStatusChanged [fn] in HpiSettingsView — Get the Comp checked status.
  • getConditionNumber [fn] in Linalg — Returns the condition number of a given matrix.
  • getConditionSlope [fn] in Linalg — Returns the condition slope of a given matrix.
  • getConnectionStatus [fn] in RtClient — Rt Server status, returns true when rt server is started.
  • getConnectivityMethod [fn] in Network — Returns the connectivity measure method used to create the data of this network structure.
  • getConnectivityMethod [fn] in Network — Returns the connectivity measure method used to create the data of this network structure.
  • getConnectivityMethods [fn] in ConnectivitySettings
  • getConnectivityMethods [fn] in ConnectivitySettings
  • getConnectivityMetric [fn] in ConnectivitySettingsView — Get the current connectivity metric.
  • getControlWidget [fn] in ChannelSelectionView — Returns pointer to the portion of the channel view with the controls.
  • getConvergence [fn] in CoregSettingsView — Get the onvergence value.
  • getCtf [fn] in InvResolutionMatrix — Extract the cross-talk function (CTF) for a given source index.
  • getCtfs [fn] in InvResolutionMatrix — Extract CTFs for multiple source indices.
  • getCurrentFiducial [fn] in CoregSettingsView — Get the checked radio box for fiducial picking.
  • getCurrentFileName [fn] in ProjectSettingsView — Updates and gets current file name based on project and subject.
  • getCurrentFilter [fn] in FilterDesignView — Returns the current filter.
  • getCurrentGroupFile [fn] in ChannelSelectionView — Returns the currently loaded group file.
  • getCurrentLayoutFile [fn] in ChannelSelectionView — Returns the currently selected layout file.
  • getCurrentOverlapAddDelay [fn] in RtFiffRawViewModel — Returns the current overlap add delay.
  • getCurrentSampleIndex [fn] in RtFiffRawViewModel — Returns the current sample index which represents the index which the next incoming data will be stored at in the data.
  • getCurrentSelectedBem [fn] in CoregSettingsView — Return the currently selected bem.
  • getCurrentSelectGroup [fn] in AveragingSettingsView
  • getCurrentStimCh [fn] in AveragingSettingsView
  • getCurrentTriggerIndex [fn] in RtFiffRawViewModel — Returns the current trigger channel index.
  • getData [fn] in InvHpiDataUpdater
  • getDataRange [fn] in SourceEstimateOverlay — Get the data range (min/max values) across all time points for auto-thresholding.
  • getDefault [fn] in FiffId — Returns a default FiffId object to be used as a mutable placeholder for a default instance of the class.
  • getDesignMethod [fn] in FilterKernel
  • getDetectedTriggers [fn] in RtFiffRawViewModel — Returns current detected trigger flanks.
  • getDetectedTriggersOld [fn] in RtFiffRawViewModel — Returns old detected trigger flanks.
  • getDigitizerCheckState [fn] in CoregSettingsView — Get the types of digitizers to use for coregistration.
  • getDistanceTimeSpacer [fn] in FiffRawViewSettings — Get current distance time spacer.
  • getDistanceTimeSpacer [fn] in RtFiffRawView — Returns teh current distance between time spacers.
  • getDoArtifactThresholdRejection [fn] in ArtifactSettingsView
  • getDoBaselineCorrection [fn] in AveragingSettingsView
  • getEdgeAt [fn] in Network — Returns the edge at a specific position.
  • getEdgeAt [fn] in Network — Returns the edge at a specific position.
  • getElectrodeNames [fn] in StandardMontage — Get electrode names for a standard montage.
  • getEndNodeID [fn] in NetworkEdge — Returns the end node of this edge.
  • getEndNodeID [fn] in NetworkEdge — Returns the end node of this edge.
  • getEventsToDisplay [fn] in RtFiffRawViewModel — Returns event sample positions between two samples.
  • getEvokedSet [fn] in EvokedSetModel
  • getEvokedSetModel [fn] in AverageLayoutView — Returns the currently set EvokedSetModel.
  • getEvokedSetModel [fn] in ButterflyView — Returns the currently set EvokedSetModel.
  • getFftCoefficients [fn] in FilterKernel
  • getFFTSize [fn] in ConnectivitySettings
  • getFFTSize [fn] in ConnectivitySettings
  • getFFTSize [fn] in Network — Returns the current FFT size.
  • getFFTSize [fn] in Network — Returns the current FFT size.
  • getFiffInfo [fn] in RtClient — Request Fiff Info.
  • getFilterActive [fn] in FilterSettingsView — Returns true if the filters a set as active.
  • getFilterOrder [fn] in FilterKernel
  • getFilterTaps [fn] in FilterDesignView — Returns the currently set number of filter taps.
  • getFilterType [fn] in FilterKernel
  • getFilterView [fn] in FilterSettingsView — Returns the filter design view used to design filters.
  • getFirstSampleOffset [fn] in RtFiffRawViewModel — Get offset of first drawn sample in the window.
  • getFittingWindowSize [fn] in HpiSettingsView — Get number of fits per second to do when performing continuous hpi.
  • getFreeElementsRead [fn] in CircularBuffer — Returns the number of free elements for thread safe reading.
  • getFreeElementsWrite [fn] in CircularBuffer — Returns the number of free elements for thread safe reading.
  • getFreqScale [fn] in FrequencySpectrumModel — Returns the frequency scale of the x axis.
  • getFreqScaleBound [fn] in FrequencySpectrumModel — Returns the frequency scale scaled to boundaries of the x axis.
  • getFrequency [fn] in AbstractFormatReader — Return the sampling frequency in Hz.
  • getFrequency [fn] in BrainVisionReader — Return the sampling frequency in Hz.
  • getFrequency [fn] in EDFReader — Return the sampling frequency in Hz.
  • getFrequencyBins [fn] in NetworkEdge — Returns the current frequency bins to average from/to.
  • getFrequencyBins [fn] in NetworkEdge — Returns the current frequency bins to average from/to.
  • getFrequencyRange [fn] in Network — Returns the current frequency edge to average from/to.
  • getFrequencyRange [fn] in Network — Returns the current frequency edge to average from/to.
  • getFrom [fn] in FilterDesignView — Get filter 'From' value.
  • getFullConnectivityMatrix [fn] in Network — Returns the full connectivity matrix for this network structure.
  • getFullConnectivityMatrix [fn] in Network — Returns the full connectivity matrix for this network structure.
  • getFullDegree [fn] in NetworkNode — Returns node degree corresponding to the full network.
  • getFullDegree [fn] in NetworkNode — Returns node degree corresponding to the full network.
  • getFullDistribution [fn] in Network — Returns network distribution, also known as network degree, corresponding to the full network.
  • getFullDistribution [fn] in Network — Returns network distribution, also known as network degree, corresponding to the full network.
  • getFullEdges [fn] in Network — Returns the full and non thresholded edges.
  • getFullEdges [fn] in Network — Returns the full and non thresholded edges.
  • getFullEdges [fn] in NetworkNode — Returns the ingoing edges corresponding to the full network.
  • getFullEdges [fn] in NetworkNode — Returns the ingoing edges corresponding to the full network.
  • getFullEdgesIn [fn] in NetworkNode — Returns the ingoing edges corresponding to the full network.
  • getFullEdgesIn [fn] in NetworkNode — Returns the ingoing edges corresponding to the full network.
  • getFullEdgesOut [fn] in NetworkNode — Returns the outgoing edges corresponding to the full network.
  • getFullEdgesOut [fn] in NetworkNode — Returns the outgoing edges corresponding to the full network.
  • getFullIndegree [fn] in NetworkNode — Returns node indegree corresponding to the full network.
  • getFullIndegree [fn] in NetworkNode — Returns node indegree corresponding to the full network.
  • getFullInstrength [fn] in NetworkNode — Returns node strength of all ingoing edges corresponding to the full network.
  • getFullInstrength [fn] in NetworkNode — Returns node strength of all ingoing edges corresponding to the full network.
  • getFullOutdegree [fn] in NetworkNode — Returns node outdegree corresponding to the full network.
  • getFullOutdegree [fn] in NetworkNode — Returns node outdegree corresponding to the full network.
  • getFullOutstrength [fn] in NetworkNode — Returns node strength of all outgoing edges corresponding to the full network.
  • getFullOutstrength [fn] in NetworkNode — Returns node strength of all outgoing edges corresponding to the full network.
  • getFullStrength [fn] in NetworkNode — Returns node strength corresponding to the full network.
  • getFullStrength [fn] in NetworkNode — Returns node strength corresponding to the full network.
  • getHighpassFreq [fn] in FilterKernel
  • getHpiDigitizer [fn] in InvHpiDataUpdater
  • getHubStatus [fn] in NetworkNode — Returns flag describing whether this node is a hub or not.
  • getHubStatus [fn] in NetworkNode — Returns flag describing whether this node is a hub or not.
  • getId [fn] in NetworkNode — Returns the node id.
  • getId [fn] in NetworkNode — Returns the node id.
  • getIdxSelMap [fn] in EvokedSetModel — Returns a map which conatins the channel idx and its corresponding selection status.
  • getIdxSelMap [fn] in FrequencySpectrumModel — Returns a map which conatins the channel idx and its corresponding selection status.
  • getIdxSelMap [fn] in RtFiffRawViewModel — Returns a map which conatins the channel idx and its corresponding selection status.
  • getIndexFromMappedChName [fn] in ChannelInfoModel — Returns the model index for the given input channel fro mthe mapped channel list.
  • getIndexFromOrigChName [fn] in ChannelInfoModel — Returns the model index for the given input channel fro mthe original channel list.
  • getIndicesByLabel [fn] in InvSourceEstimate — Returns the indices of sources in the data matrix based on their beloning label.
  • getInfo [fn] in AbstractFormatReader — Return measurement metadata as FiffInfo.
  • getInfo [fn] in BrainVisionReader — Return measurement metadata as FiffInfo.
  • getInfo [fn] in EDFReader — Return measurement metadata as FiffInfo.
  • getInfo [fn] in FiffTag — Type information as a string.
  • getInfo [fn] in FrequencySpectrumModel — Returns the fiff info.
  • getIntermediateSumData [fn] in ConnectivitySettings
  • getIntermediateSumData [fn] in ConnectivitySettings
  • getIsChannelBad [fn] in EvokedSetModel — Returns true or fals whether the provided channel is bad.
  • getItemForChName [fn] in ChannelSelectionView — gets the item corresponding to text in listWidget
  • getKernel [fn] in InvMinimumNorm — Get the assembled kernel.
  • getKernel [fn] in MNEInverseOperator — Access the most recently assembled kernel (mutable).
  • getKernel [fn] in MNEInverseOperator — Access the most recently assembled kernel (const).
  • getKind [fn] in EvokedSetModel — Returns the kind of a given channel number.
  • getKind [fn] in RtFiffRawViewModel — Returns the kind of a given channel number.
  • getLabelIds [fn] in FsAnnotation — Returns the vertix labels.
  • getLabelIds [fn] in FsAnnotation — Returns the vertix labels.
  • getLabelIds [fn] in FsColortable — Ids encoded in the colortable.
  • getLastBlock [fn] in RtFiffRawView — Get the latest data block from the underlying model.
  • getLastBlock [fn] in RtFiffRawViewModel — Returns the last received data block.
  • getLastBlockFirstValue [fn] in RtFiffRawViewModel — Returns the first value of the last complete data display block.
  • getLastTo [fn] in CompensatorView — Get the last value of comp.to.
  • getLayoutMap [fn] in ChannelSelectionView — returns the current layout map.
  • getList [fn] in FiffDigPointSet — Returns list of digitizer point the set contains.
  • getLowerBound [fn] in SpectrumSettingsView — Returns the lower bound.
  • getLowerFreq [fn] in ConnectivitySettingsView — Get the current lower frequency range.
  • getLowerFrqBound [fn] in FrequencySpectrumModel — Returns the lower frequency boundary.
  • getLowpassFreq [fn] in FilterKernel
  • getMappedChannelsList [fn] in ChannelInfoModel — Updates the layout map.
  • getMarkers [fn] in BrainVisionReader — Return all parsed markers from the .vmrk file.
  • getMatrixCoding [fn] in FiffTag — Provides information about matrix coding.
  • getMatrixDimensions [fn] in FiffTag — Returns matrix dimensions Refactors: fiff_get_matrix_dims (fiff_matrix.c).
  • getMatrixWeight [fn] in NetworkEdge — Returns the edge weight non-averaged in form of a matrix.
  • getMatrixWeight [fn] in NetworkEdge — Returns the edge weight non-averaged in form of a matrix.
  • getMaxIter [fn] in CoregSettingsView — Get the maximum number of icp iterations.
  • getMaxSamples [fn] in RtFiffRawViewModel — Returns the maximal number of samples of the downsampled data to display.
  • getMaxValueFromRawViewModel [fn] in RtFiffRawViewModel — Get maximum range of respective channel type.
  • getMeasurementChannelInfos [fn] in EDFReader — Return measurement channel infos only.
  • getMinMaxFullDegrees [fn] in Network — Returns the minimum and maximum degree (in and out) corresponding to the full network.
  • getMinMaxFullDegrees [fn] in Network — Returns the minimum and maximum degree (in and out) corresponding to the full network.
  • getMinMaxFullIndegrees [fn] in Network — Returns the minimum and maximum indegree corresponding to the full network.
  • getMinMaxFullIndegrees [fn] in Network — Returns the minimum and maximum indegree corresponding to the full network.
  • getMinMaxFullOutdegrees [fn] in Network — Returns the minimum and maximum outdegree corresponding to the full network.
  • getMinMaxFullOutdegrees [fn] in Network — Returns the minimum and maximum outdegree corresponding to the full network.
  • getMinMaxFullWeights [fn] in Network — Returns the minimum and maximum weight strength of the entire network.
  • getMinMaxFullWeights [fn] in Network — Returns the minimum and maximum weight strength of the entire network.
  • getMinMaxThresholdedDegrees [fn] in Network — Returns the minimum and maximum degree (in and out) corresponding to the thresholded network.
  • getMinMaxThresholdedDegrees [fn] in Network — Returns the minimum and maximum degree (in and out) corresponding to the thresholded network.
  • getMinMaxThresholdedIndegrees [fn] in Network — Returns the minimum and maximum indegree corresponding to the thresholded network.
  • getMinMaxThresholdedIndegrees [fn] in Network — Returns the minimum and maximum indegree corresponding to the thresholded network.
  • getMinMaxThresholdedOutdegrees [fn] in Network — Returns the minimum and maximum outdegree corresponding to the thresholded network.
  • getMinMaxThresholdedOutdegrees [fn] in Network — Returns the minimum and maximum outdegree corresponding to the thresholded network.
  • getMinMaxThresholdedWeights [fn] in Network — Returns the minimum and maximum weight strength of the thresholded network.
  • getMinMaxThresholdedWeights [fn] in Network — Returns the minimum and maximum weight strength of the thresholded network.
  • getModalityMap [fn] in ButterflyView — Get the activation of the already created modality check boxes.
  • getModalityMap [fn] in ModalitySelectionView — Get the activation of the already created modality check boxes.
  • getModelCheckpoint [fn] in MinimumNormSettingsView — Returns the current model checkpoint path.
  • getMontage [fn] in StandardMontage — Get a standard montage by system name.
  • getName [fn] in FilterKernel
  • getName [fn] in FilterParameter — Returns parameter name.
  • getName [fn] in InvMinimumNorm — Get the name of the inverse operator.
  • getName [fn] in InvPwlRapMusic
  • getName [fn] in InvRapMusic
  • getNames [fn] in FsColortable — Names encoded in the colortable.
  • getNodeAt [fn] in Network — Returns the node at a specific position.
  • getNodeAt [fn] in Network — Returns the node at a specific position.
  • getNodePositions [fn] in ConnectivitySettings
  • getNodePositions [fn] in ConnectivitySettings
  • getNodes [fn] in Network — Returns the nodes.
  • getNodes [fn] in Network — Returns the nodes.
  • getNumAverages [fn] in AveragingSettingsView
  • getNumAverages [fn] in EvokedSetModel — Returns the current number of stored averages.
  • getNumberOfTimeSpacers [fn] in EvokedSetModel — Returns the current number for the time spacers.
  • getNumberOfTimeSpacers [fn] in RtFiffRawViewModel — Returns the current number for the time spacers.
  • getNumberTrials [fn] in ConnectivitySettingsView — Get the current number of trials.
  • getNumPreStimSamples [fn] in EvokedSetModel — Returns the number of pre-stimulus samples.
  • getNumSamples [fn] in EvokedSetModel — Returns the number of samples.
  • getNumStems [fn] in FrequencySpectrumModel — Returns the number of stems.
  • getOmmitDistance [fn] in CoregSettingsView — Get the the maximum distance for digitizers from the surface.
  • getOpacityValue [fn] in QuickControlView — Get current opacity value.
  • getParksWidth [fn] in FilterKernel
  • getPostStimMSeconds [fn] in AveragingSettingsView
  • getPreparedInverseOperator [fn] in InvMinimumNorm — Get the prepared inverse operator.
  • getPreStimMSeconds [fn] in AveragingSettingsView
  • getProjectedData [fn] in InvHpiDataUpdater
  • getProjectors [fn] in InvHpiDataUpdater
  • getProjectors [fn] in ProjectorsView — Get the current projectors.
  • getPsf [fn] in InvResolutionMatrix — Extract the point-spread function (PSF) for a given source index.
  • getPsfs [fn] in InvResolutionMatrix — Extract PSFs for multiple source indices.
  • getRawCommand [fn] in CommandParser — Returns the stored RawCommand.
  • getRecomputationStatusChanged [fn] in FwdSettingsView — Get status of recomputation check box.
  • getRGBAs [fn] in FsColortable — RGBAs encoded in the colortable.
  • getSampleCount [fn] in AbstractFormatReader — Return total number of samples across the recording.
  • getSampleCount [fn] in BrainVisionReader — Return total number of samples across the recording.
  • getSampleCount [fn] in EDFReader — Return total number of samples across the recording.
  • getSamplingFreq [fn] in RtFiffRawView — Getter fcn for Sampling Frequency member.
  • getSamplingFrequency [fn] in ConnectivitySettings
  • getSamplingFrequency [fn] in ConnectivitySettings
  • getSamplingFrequency [fn] in EvokedSetModel — Returns the current sampling frequency.
  • getSamplingFrequency [fn] in FilterKernel
  • getSamplingFrequency [fn] in Network — Get the currently set sampling frequency.
  • getSamplingFrequency [fn] in Network — Get the currently set sampling frequency.
  • getScaleMap [fn] in ScalingView — Get the current scaling map.
  • getScaling [fn] in RtFiffRawViewModel — Returns current scaling.
  • getScalingMap [fn] in RtFiffRawView — Get the current scaling map.
  • getSelectedChannels [fn] in ChannelSelectionView — Current selected channels This function returns the current channel selection.
  • getSelectedStimChannel [fn] in TriggerDetectionView — Gets currently selected STIM channel in GUI.
  • getSelectedViews [fn] in ApplyToView
  • getSensors [fn] in InvHpiDataUpdater
  • getShortDescription [fn] in FilterKernel
  • getSignalColor [fn] in FiffRawViewSettings — Returns the current signal color.
  • getSignalColor [fn] in RtFiffRawView — Returns the signal color.
  • getSignalColor [fn] in RtFiffRawViewDelegate — Returns the signal color.
  • getSignalColorForAllItems [fn] in AverageScene — Set the signal color for all items in the scene.
  • getSourcePositionsByLabel [fn] in MNEForwardSolution — Returns the positions of the specified sources based on their beloning labels.
  • getSourceSpace [fn] in InvMinimumNorm — Get the source space corresponding to this inverse operator.
  • getSourceSpace [fn] in InvRapMusic
  • getSspStatusChanged [fn] in HpiSettingsView — Get the SSP checked status.
  • getStartNodeID [fn] in NetworkEdge — Returns the start node of this edge.
  • getStartNodeID [fn] in NetworkEdge — Returns the start node of this edge.
  • getStimChannelIdx [fn] in AveragingSettingsView
  • getThreshold [fn] in Network — Returns the current threshold of the network.
  • getThreshold [fn] in Network — Returns the current threshold of the network.
  • getThreshold [fn] in Spline — getThreshold retrieves the current threshold values
  • getThresholdedConnectivityMatrix [fn] in Network — Returns the thresholded connectivity matrix for this network structure.
  • getThresholdedConnectivityMatrix [fn] in Network — Returns the thresholded connectivity matrix for this network structure.
  • getThresholdedDegree [fn] in NetworkNode — Returns node degree corresponding to the thresholded network.
  • getThresholdedDegree [fn] in NetworkNode — Returns node degree corresponding to the thresholded network.
  • getThresholdedDistribution [fn] in Network — Returns network distribution, also known as network degree, corresponding to the thresholded network.
  • getThresholdedDistribution [fn] in Network — Returns network distribution, also known as network degree, corresponding to the thresholded network.
  • getThresholdedEdges [fn] in Network — Returns the thresholded edges.
  • getThresholdedEdges [fn] in Network — Returns the thresholded edges.
  • getThresholdedEdges [fn] in NetworkNode — Returns all edges corresponding to the thresholded network.
  • getThresholdedEdges [fn] in NetworkNode — Returns all edges corresponding to the thresholded network.
  • getThresholdedEdgesIn [fn] in NetworkNode — Returns the ingoing edges corresponding to the thresholded network.
  • getThresholdedEdgesIn [fn] in NetworkNode — Returns the ingoing edges corresponding to the thresholded network.
  • getThresholdedEdgesOut [fn] in NetworkNode — Returns the outgoing edges corresponding to the thresholded network.
  • getThresholdedEdgesOut [fn] in NetworkNode — Returns the outgoing edges corresponding to the thresholded network.
  • getThresholdedIndegree [fn] in NetworkNode — Returns node indegree corresponding to the thresholded network.
  • getThresholdedIndegree [fn] in NetworkNode — Returns node indegree corresponding to the thresholded network.
  • getThresholdedInstrength [fn] in NetworkNode — Returns node strength of all ingoing edges corresponding to the thresholded network.
  • getThresholdedInstrength [fn] in NetworkNode — Returns node strength of all ingoing edges corresponding to the thresholded network.
  • getThresholdedOutdegree [fn] in NetworkNode — Returns node outdegree corresponding to the thresholded network.
  • getThresholdedOutdegree [fn] in NetworkNode — Returns node outdegree corresponding to the thresholded network.
  • getThresholdedOutstrength [fn] in NetworkNode — Returns node strength of all outgoing edges corresponding to the thresholded network.
  • getThresholdedOutstrength [fn] in NetworkNode — Returns node strength of all outgoing edges corresponding to the thresholded network.
  • getThresholdedStrength [fn] in NetworkNode — Returns node strength corresponding to the thresholded network.
  • getThresholdedStrength [fn] in NetworkNode — Returns node strength corresponding to the thresholded network.
  • getThresholdMap [fn] in ArtifactSettingsView
  • getTo [fn] in FilterDesignView — Get filter 'To' value.
  • getTransParams [fn] in CoregSettingsView — Get the parameters for the new transformation to build from the adjustment values.
  • getTrialData [fn] in ConnectivitySettings
  • getTrialData [fn] in ConnectivitySettings
  • getTriCoords [fn] in MNEHemisphere — Qt 3d geometry information.
  • getTriggerColor [fn] in RtFiffRawViewModel — Returns current trigger color.
  • getTriggerName [fn] in RtFiffRawViewModel — Returns the current trigger name.
  • getTriggerThreshold [fn] in RtFiffRawViewModel — Returns the current trigger threshold.
  • getTriggerType [fn] in ConnectivitySettingsView — Get the current trigger type.
  • getType [fn] in FiffTag — Provides the tag type information.
  • getUI [fn] in ScaleControl — getUI Return a pointer to the GUI of the ScaleControl.
  • getUnit [fn] in EvokedSetModel — Returns the unit of a given channel number.
  • getUnit [fn] in RtFiffRawViewModel — Returns the unit of a given channel number.
  • getUpperBound [fn] in SpectrumSettingsView — Returns the upper bound.
  • getUpperFreq [fn] in ConnectivitySettingsView — Get the current upper frequency range.
  • getUpperFrqBound [fn] in FrequencySpectrumModel — Returns the upper frequency boundary.
  • getUsedFreqBins [fn] in Network — Get the currently set number of frequency bins.
  • getUsedFreqBins [fn] in Network — Get the currently set number of frequency bins.
  • getValuesAtTime [fn] in MNEMeasDataSet — Pick signal values at a specified time point using linear interpolation.
  • getValuesFromChannelData [fn] in MNEMeasDataSet — Pick signal values at a specified time point using linear interpolation (channel-major layout).
  • getVert [fn] in NetworkNode — Returns the vertex (position) of the node.
  • getVert [fn] in NetworkNode — Returns the vertex (position) of the node.
  • getVertices [fn] in FsAnnotation — Returns the vertix indeces.
  • getVertices [fn] in FsAnnotation — Returns the vertix indeces.
  • getViewWidget [fn] in ChannelSelectionView — Returns pointer to the portion of the channel view with the graphics view.
  • getVisualizationInfo [fn] in Network — Get the current visualization info.
  • getVisualizationInfo [fn] in Network — Get the current visualization info.
  • getWeight [fn] in NetworkEdge — Returns the edge weight.
  • getWeight [fn] in NetworkEdge — Returns the edge weight.
  • getWeightEEG [fn] in CoregSettingsView
  • getWeightHPI [fn] in CoregSettingsView
  • getWeightHSP [fn] in CoregSettingsView
  • getWeightLPA [fn] in CoregSettingsView — Get the weights for the digitizer types.
  • getWeightNAS [fn] in CoregSettingsView
  • getWeightRPA [fn] in CoregSettingsView
  • getWindowSize [fn] in FiffRawViewSettings — Returns the current window size.
  • getWindowSize [fn] in RtFiffRawView — Get the current window size.
  • getWindowType [fn] in ConnectivitySettings
  • getWindowType [fn] in ConnectivitySettings
  • getWindowType [fn] in ConnectivitySettingsView — Get the current window type.
  • getZoom [fn] in FiffRawViewSettings — Returns the current zoom.
  • getZoom [fn] in RtFiffRawView — Get the current zoom.
  • GoF [var] in HpiFitResult
  • good [var] in InvEcd — Goodness of fit.
  • goodness [var] in InvFocalDipole — Goodness-of-fit (0..1).
  • grad_reg [var] in InvDipoleFitSettings — Noise-covariance matrix regularization for planar gradiometers.
  • grad_std [var] in InvDipoleFitSettings — Standard deviation for gradiometers if noise covariance is not specified.
  • grandAveFile [var] in ProcessingSettings — Grand average output file.
  • grandCovFile [var] in ProcessingSettings — Grand covariance output file.
  • GrangerCausality [fn] in GrangerCausality — Constructs a GrangerCausality object.
  • GrangerCausality [fn] in GrangerCausality — Constructs a GrangerCausality object.
  • Graph [fn] in Graph — The constructor.
  • graph [var] in StreamContext — The pipeline graph (owned externally).
  • graphInputs [var] in Context — Graph-level inputs (populated before execution).
  • graphInputs [var] in MnaGraph — Named, typed entry points.
  • graphOutputs [var] in MnaGraph — Named, typed exit points.
  • gridCols [var] in ElectrodeArray — Grid only: number of cols (Strip uses Cols = N, Rows = 1).
  • gridIndex [var] in InvFocalDipole — Nearest grid index (-1 if truly off-grid).
  • gridIndices [var] in InvSourceCoupling — Grid indices of the coupled sources (size N).
  • gridRows [var] in ElectrodeArray — Grid only: number of rows.
  • gridVisible [fn] in ChannelRhiView
  • growLabel [fn] in FsLabelUtils — Grow a label by expanding along the surface mesh.
  • guess_exclude [var] in InvDipoleFitSettings — Exclude points closer than this to the origin.
  • guess_fwd [var] in InvGuessData — Forward solutions for the guesses.
  • guess_grid [var] in InvDipoleFitSettings — Grid spacing.
  • guess_mindist [var] in InvDipoleFitSettings — Minimum allowed distance to the surface.
  • guess_rad [var] in InvDipoleFitSettings — Radius of spherical guess surface.
  • guess_surfname [var] in InvDipoleFitSettings — Load the inner skull surface from this BEM file.
  • guessname [var] in InvDipoleFitSettings — Initial guess grid (if not present, the values below will be employed to generate the grid).
  • gui [var] in InvDipoleFitSettings — Should the GUI be shown?
  • GuiMode [enum] in AbstractView
  • guiStyleChanged [signal] in AbstractView — Signal emited whenever the gui style mode changes.
  • guiStyleChanged [fn] in FilterDesignView — Process the event of style mode change in an upper class.

H​

  • has_eeg [var] in MNEProjItem — Whether the projection covers EEG channels.
  • has_kind [fn] in FiffDirNode — Checks whether a FiffDirNode has a specific kind.
  • has_meg [var] in MNEProjItem — Whether the projection covers MEG channels.
  • has_tag [fn] in FiffDirNode — Definition of the has_tag function in fiff_read_named_matrix.m.
  • hasAllFiducials [fn] in AcquiredPoints — True iff all three cardinal fiducials have been captured.
  • hasAllModelFiducials [fn] in PolhemusCoregistration
  • hasAllPenFiducials [fn] in PolhemusCoregistration
  • hasAllTwinFiducials [fn] in AcquiredPoints
  • hasBinding [fn] in MnaParamTree
  • hasCommand [fn] in CommandManager — Checks if a command is managed;.
  • hasCommand [fn] in RtCmdClient — Checks if a command is managed;.
  • hasConnectivity [fn] in InvSourceEstimate — Returns true if the estimate contains connectivity results.
  • hasCouplings [fn] in InvSourceEstimate — Returns true if the estimate contains source coupling annotations (e.g.
  • hasData [fn] in NetworkObject
  • hasDevHead [var] in SensorLoadResult — Whether a valid dev→head transform was found.
  • hasDigitizer [var] in SensorLoadResult
  • hasFiducial [fn] in AcquiredPoints — True iff a fiducial of the given id has been captured.
  • hasFocalDipoles [fn] in InvSourceEstimate — Returns true if the estimate contains focal (off-grid) dipole results.
  • hasFrame [fn] in VideoOverlay
  • hasGridData [fn] in InvSourceEstimate — Returns true if the estimate contains grid-based data (distributed methods or RAP-MUSIC amplitudes).
  • hasInfo [var] in SensorLoadResult
  • hasLh [fn] in StcLoadingWorker — Check if left hemisphere data was loaded.
  • hasMappingFor [fn] in SensorFieldMapper — Check whether the current mapping matrices can be reused for a new evoked data set (i.e., same sensor configuration: same channels, same SSP projectors, same bad channels).
  • hasMergedContent [fn] in BrainRenderer — Check if a merged group has drawable geometry (indexCount > 0).
  • hasModelFiducial [fn] in PolhemusCoregistration
  • hasModelVertex [fn] in PolhemusCoregistration
  • hasNode [fn] in MnaGraph
  • hasOp [fn] in MnaOpRegistry — Check if an operation type is registered.
  • hasOrientation [var] in FastrakSample
  • hasOrientation [fn] in SensorTreeItem — Returns true if an explicit orientation was set.
  • hasPackage [fn] in PythonTestHelper — Check if a specific Python package is importable.
  • hasParam [fn] in MnaParamTree
  • hasPenVertex [fn] in PolhemusCoregistration
  • hasPositions [fn] in InvSourceEstimate — Returns true if the estimate carries explicit source positions (discrete source space).
  • hasRh [fn] in StcLoadingWorker — Check if right hemisphere data was loaded.
  • hasShape [fn] in InvVolumeSourceEstimate — Check whether the grid shape has been set.
  • hasTwinFiducial [fn] in AcquiredPoints
  • have_consumers [fn] in stream_outlet — Check whether any consumers are currently connected.
  • haveLivePenPosition [fn] in PolhemusCoregistration
  • head_mri_t [var] in FiffDigitizerData — Head to MRI coordinate transformation.
  • head_mri_t [var] in FwdBemModel — Head-to-MRI coordinate transform.
  • head_mri_t_adj [var] in FiffDigitizerData — Adjusted head to MRI transformation.
  • head_surf_RAS_t [var] in FiffCoordTransSet — Transform from MEG head coordinates to surface RAS.
  • headerData [fn] in ChannelInfoModel
  • headerData [fn] in EvokedSetModel — Returns the data for the given role and section in the header with the specified orientation.
  • headerData [fn] in FrequencySpectrumModel — Returns the data for the given role and section in the header with the specified orientation.
  • headerData [fn] in RtFiffRawViewModel — Returns the data for the given role and section in the header with the specified orientation.
  • headToDevice [fn] in PolhemusCoregistration
  • headToWorld [fn] in PolhemusCoregistration
  • height [var] in MNEVolGeom
  • height [var] in MriSlice — Height of the image in pixels.
  • height [var] in MriSliceImage — Height of the slice image in pixels.
  • height [var] in MriVolData — Second dimension.
  • helmetSurface [var] in SensorLoadResult — May be null.
  • hemi [fn] in BrainSurface — Get the hemisphere index.
  • hemi [fn] in FsAnnotation — Returns the hemisphere id (0 = lh; 1 = rh).
  • hemi [var] in FsLabel — Hemisphere (lh = 0; rh = 1).
  • hemi [fn] in FsSurface — Returns the hemisphere id (0 = lh; 1 = rh).
  • hemisphere [var] in PickResult — Hemisphere for CorticalVertex (0 = left, 1 = right).
  • hemisphere [var] in PolhemusSerialConfig — Hemisphere vector for all stations.
  • hemisphereAt [fn] in MNESourceSpaces — Safe downcast to MNEHemisphere at the given index.
  • hemisphereAt [fn] in MNESourceSpaces — Safe downcast to MNEHemisphere at the given index (const).
  • hideBadChannels [fn] in ChannelDataView — Show or hide channels marked bad.
  • hideBadChannels [fn] in ChannelRhiView
  • hideBadChannels [fn] in RtFiffRawView — Hides/shows all bad channels in the view.
  • hideFileNameUi [fn] in ProjectSettingsView — Hides file name ui elements.
  • hideItems [fn] in SelectionScene — Hides all items described in list.
  • hideParadigmUi [fn] in ProjectSettingsView — Hides paradigm ui elements.
  • hideRows [fn] in RtFiffRawViewModel — Hides the given list of channel.
  • highCutoff [var] in BidsChannel — Low-pass cutoff frequency in Hz (OPTIONAL).
  • highlightChannels [fn] in ChannelSelectionView — Highlight channels This function highlights channels which were selected outside this selection manager (i.e in the DataWindow's Table View).
  • highpass [var] in FiffInfo — Highpass frequency.
  • highpass [var] in FilterSettings — Highpass corner (Hz).
  • highpass [var] in MNEFilterDef — Highpass in Hz.
  • highpass [var] in MNEMeasData — High-pass filter setting (Hz).
  • highpass [var] in MNERawInfo — Highpass filter setting.
  • highpass_width [var] in MNEFilterDef — Highpass transition width in Hz.
  • highpassWidth [var] in FilterSettings — Highpass transition width (Hz).
  • hilbertEnvelope [fn] in ConnectivityAec — Compute the analytic signal envelope via Hilbert transform (using FFT).
  • histcounts [fn] in Numerics — Creates a class and frequency distribution from data matrix.
  • histcounts [fn] in Numerics
  • histcounts [fn] in Numerics
  • hit [var] in PickResult — True if something was hit.
  • hitPoint [var] in PickResult — World-space intersection point.
  • hitTestSplitter [fn] in MultiViewLayout — Hit-test the splitter bars.
  • hitTolerancePx [fn] in MultiViewLayout
  • holmBonferroni [fn] in StatsMcCorrection — Holm-Bonferroni step-down correction.
  • Holographic [var] in BrainRenderer
  • hostName [var] in MnaProvenance — Machine name (for cluster provenance).
  • hoveredRegionChanged [signal] in BrainView — Emitted when the hovered brain region changes.
  • hpiFreqs [var] in HpiFitResult
  • HpiSettingsView [fn] in HpiSettingsView — Constructs a HpiSettingsView object.
  • htmlContent [var] in ReportSection

I​

  • iBlockSize [var] in BadChannelsMaxwellParams — Block size for averaging (0 = use all data).
  • icoDownsample [fn] in MNESourceSpace — Downsample a hemisphere source space to an icosahedral subdivision of the given grade.
  • id [var] in FiffDirNode — Id of this block if any.
  • id [fn] in FiffStream — Returns the file identifier.
  • id [var] in InvToken — Vocabulary token ID.
  • id [var] in MnaNode — Unique node identifier.
  • id [var] in MnaRecording — Recording identifier.
  • id [var] in MnaSession — Session identifier.
  • id [var] in MnaSubject — Subject identifier.
  • id [var] in MnaVerificationCheck — Unique check identifier within the node (e.g. "cov_posdef").
  • id [var] in MNERawInfo — Measurement id from the file.
  • id [var] in MNESurfaceOrVolume — FsSurface id.
  • id [var] in SceneLayer — Caller-supplied unique id ("cortex_lh", "seeg_LH", "mri_axial").
  • id_name [fn] in MNEBemSurface — Map bem id integers to human-readable names.
  • idcs [var] in RegionData — Get source space indeces.
  • idcs [var] in RegionMT — Source-space indices for this region.
  • ident [var] in FiffDigPoint — Number identifying this point.
  • identity [fn] in FiffCoordTrans — Creates an identity transformation between two coordinate systems.
  • identNumber [var] in DigitizedPoint — 1-based id used by FIFF on export.
  • idx [var] in HPISortStruct
  • IdxIntValue [type] in Linalg — Typedef of a pair of ints.
  • ieegReference [var] in BidsRawData — Reference electrode name (RECOMMENDED).
  • iFilterOrder [var] in AnnotateMusclParams — Butterworth order.
  • iFilterOrder [var] in ArtifactDetectEcgParams — Butterworth order for the bandpass pre-filter.
  • iFilterOrder [var] in ArtifactDetectEogParams — Butterworth order for the low-pass pre-filter.
  • iFilterOrder [var] in FilterChpiParams — Butterworth order for each notch filter.
  • ignore [var] in AverageCategory — Which trigger lines to ignore.
  • ignore [var] in CovDefinition — Which trigger lines to ignore.
  • iLabelIdxIn [var] in RegionData — FsLabel ID.
  • iLabelIdxIn [var] in RegionMT — Label index passed through to the output.
  • iLabelIdxOut [var] in RegionDataOut — FsLabel ID.
  • iLabelIdxOut [var] in RegionMTOut — Label index carried through from the input.
  • iLineFreq [fn] in InvHpiModelParameters
  • ImagCoherence [fn] in ImagCoherence — Constructs a ImagCoherence object.
  • ImagCoherence [fn] in ImagCoherence — Constructs a ImagCoherence object.
  • image [fn] in SliceObject
  • image [var] in TileResult
  • ImageSc [fn] in ImageSc — Creates the scaled image view.
  • ImageSc [fn] in ImageSc — Creates the scaled image view with a given double matrix.
  • ImageSc [fn] in ImageSc — Creates the scaled image view with a given float matrix.
  • ImageSc [fn] in ImageSc — Creates the scaled image view with a given integer matrix.
  • iMaxIterations [var] in InvTfMxneParams — Maximum number of iterations.
  • imbalance [var] in FineCalEntry — Cross-talk imbalance correction (x, y, z).
  • imbalanceMatrix [fn] in FineCalibration — Build imbalance matrix.
  • iMinDistance [var] in PeakFinderParams — Minimum distance between peaks (samples).
  • impedance [var] in BidsElectrode — Impedance value or "n/a" (OPTIONAL).
  • in_nuse [var] in MNESssData — How many components included in the inside expansion.
  • in_order [var] in MNESssData — Order of the inside expansion.
  • in_use [var] in MNEDeriv — Per-column count of non-zero elements in the derivation data.
  • include_eeg [var] in ComputeFwdSettings
  • include_eeg [var] in InvDipoleFitSettings — Use EEG?
  • include_meg [var] in ComputeFwdSettings
  • include_meg [var] in InvDipoleFitSettings — Use MEG?
  • includeConnectivity [var] in InvTokenizeOptions — Emit connectivity matrices.
  • includeCouplings [var] in InvTokenizeOptions — Emit source coupling annotations.
  • includeFocalDipoles [var] in InvTokenizeOptions — Emit focal dipole layer.
  • includeGridData [var] in InvTokenizeOptions — Emit grid amplitude data.
  • includePositions [var] in InvTokenizeOptions — Emit explicit 3-D positions.
  • independent [fn] in StatsTtest — Independent two-sample t-test.
  • indexBuffer [fn] in BrainSurface
  • indexBuffer [fn] in DipoleObject
  • indexBuffer [fn] in ElectrodeObject
  • indexCount [fn] in BrainSurface
  • indexCount [fn] in DipoleObject
  • indexDataRef [fn] in BrainSurface — Const-ref access to CPU-side index data (used by merged rendering).
  • iNeighbours [var] in BadChannelDetectParams — Number of channels on each side to use as neighbours.
  • iNfft [var] in TaperedSpectraInputData
  • info [var] in FiffEvoked — Measurement info.
  • info [var] in FiffEvokedSet — FIFF measurement information.
  • info [var] in FiffRawData — Fiff measurement information.
  • info [var] in MNEForwardSolution — light weighted measurement info.
  • info [var] in MNEInverseOperator — Lightweight measurement info (channel names, types, etc.).
  • info [var] in MNERawData — Raw data information loaded using MNE routines.
  • info [var] in SensorLoadResult — Channel / dig info.
  • info [fn] in stream_outlet — Get the stream_info associated with this outlet (including the assigned data port).
  • iNFreqs [var] in InvTfMxneParams — Number of frequency bins for Gabor dictionary.
  • iNHpiCoils [fn] in InvHpiModelParameters
  • iNin [var] in Basis — N_in = iOrderIn*(iOrderIn+2).
  • init [fn] in ChannelDataModel — Initialise with channel metadata from a FiffInfo.
  • init [fn] in ChannelDataView — Initialise the view from a FiffInfo (channel names, types, sampling rate).
  • init [fn] in EvokedSetModel
  • init [fn] in Graph — Init this class.
  • init [fn] in ImageSc — Initializes the ImageSc object.
  • init [fn] in InvRapMusic — Initializes the RAP MUSIC algorithm with the given model.
  • init [fn] in ParksMcClellan — Using nothrow prevents an exception from being thrown.
  • init [fn] in Plot — Initializes the Plot object.
  • init [fn] in RtFiffRawView — Initilaizes the RtFiffRawView based on a FiffInfo.
  • init [fn] in SpectrumView — Initializes the view based on the FiffInfo and scale type.
  • init [fn] in TriggerDetectionView — Init the view.
  • initialize [fn] in BrainRenderer — Initialize resources (shaders, pipelines) for the given RHI and render pass.
  • initialize_custom_lights [fn] in MNEMshDisplaySurfaceSet — Create a default set of 8 directional lights if custom lights have not been initialized yet.
  • initPainterPaths [fn] in RtFiffRawViewDelegate — Initializes painter path variables to fit number of channels in the model/view.
  • initWatcher [fn] in FiffFileSharer — Sets member QFileSystemWatcher to watch set directory.
  • iNNeighbors [var] in LofBadChannelParams — Number of neighbours for LOF (k parameter).
  • iNout [var] in Basis — N_out = iOrderOut*(iOrderOut+2).
  • inputHashes [var] in MnaProvenance — portName → SHA-256
  • inputPorts [var] in MnaOpSchema — Expected input ports.
  • inputs [var] in MnaNode — Input ports.
  • inputWeights [var] in DerivationRule — Map of input channel name → weight.
  • insert [fn] in CommandManager — Inserts commands encoded in a json document.
  • insert [fn] in CommandManager — Inserts a single command.
  • insert [fn] in CommandManager — Inserts a new command and emmits dataChanged signal.
  • insert [fn] in FsAnnotationSet — Insert an annotation.
  • insert [fn] in FsSurfaceSet — Insert a surface.
  • insertRows [fn] in ChannelInfoModel
  • insetForSeparator [fn] in MultiViewLayout — Apply a separator-pixel inset to a pane rect so adjacent panes don't overlap the separator bar.
  • instance [fn] in MnaOpRegistry — Access the singleton instance.
  • instanceBuffer [fn] in DipoleObject
  • instanceBuffer [fn] in ElectrodeObject
  • instanceCount [fn] in DipoleObject
  • integ [var] in InvDipoleFitSettings — Integration time for each fit (s).
  • interpolateSignal [fn] in Interpolation — interpolateSignal Interpolates sensor data using the weight matrix (shared pointer version).
  • interpolateSignal [fn] in Interpolation — interpolateSignal Interpolates sensor data using the weight matrix (reference version).
  • Interpolation [fn] in Interpolation
  • interpolationMatLh [fn] in SourceEstimateOverlay — Get the interpolation matrix for the left hemisphere.
  • interpolationMatLh [fn] in StcLoadingWorker — Get the computed left hemisphere interpolation matrix.
  • interpolationMatRh [fn] in SourceEstimateOverlay — Get the interpolation matrix for the right hemisphere.
  • interpolationMatRh [fn] in StcLoadingWorker — Get the computed right hemisphere interpolation matrix.
  • interpolator [var] in MNESurfaceOrVolume — Sparse matrix to interpolate from source space into an MRI volume.
  • interpreter [var] in MnaScript — Interpreter command (e.g.
  • interpreterArgs [var] in MnaScript — Extra args before the script file (e.g. ["-u"] for unbuffered Python).
  • intersect [fn] in DipoleObject — Test ray intersection with dipoles.
  • intersect [fn] in Linalg — Find the intersection of two vectors.
  • intersects [fn] in BrainSurface — Test ray intersection with this surface.
  • intersectWorldRay [slot] in BrainView — Intersect a world-space ray with loaded scene geometry.
  • inuse [var] in MNESurfaceOrVolume — Boolean array indicating whether each vertex is in use in the source space (np elements).
  • inv_lambda [var] in MNECovMatrix — Inverse square-roots of eigenvalues (for whitening).
  • invalidateMergedGroup [fn] in BrainRenderer — Mark a merged group as dirty so it is rebuilt on the next prepareMergedSurfaces call.
  • InvBeamformer [fn] in InvBeamformer — Default constructor — produces an empty (invalid) beamformer.
  • InvConnectivity [fn] in InvConnectivity
  • InvDipole [fn] in InvDipole — Default constructor.
  • InvDipoleFit [fn] in InvDipoleFit — Constructs Dipole Fit algorithm.
  • InvDipoleFitData [fn] in InvDipoleFitData — Default Constructor.
  • InvDipoleFitSettings [fn] in InvDipoleFitSettings — Default Constructor.
  • InvDipoleFitSettings [fn] in InvDipoleFitSettings — Constructs Dipole Fit Settings.
  • InvDipoleForward [fn] in InvDipoleForward — Constructs a default (empty) InvDipoleForward.
  • InvEcd [fn] in InvEcd — Constructs the Electric Current Dipole.
  • InvEcd [fn] in InvEcd — Copy constructor.
  • InvEcdSet [fn] in InvEcdSet — Constructs a Electric Current Dipole Set object.
  • InvEcdSet [fn] in InvEcdSet — Copy constructor.
  • inverseTransform [fn] in DecodingCsp — Project CSP power features back to sensor space.
  • inversion [var] in InvBeamformer — Inversion method used.
  • invert [var] in MNELayoutPort — Invert the signal coming to this port.
  • invert_transform [fn] in Fiff — fiff_invert_transform
  • invert_transform [fn] in FiffCoordTrans — Invert a coordinate transformation (actual obsolete - cause trans and inverse are both stored).
  • inverted [fn] in FiffCoordTrans — Returns a new inverted copy of this transformation (swaps from/to and trans/invtrans).
  • invertSlider [fn] in ScaleControl — Invert the effect of sliding the control slider to the right.
  • InvFocalDipole [fn] in InvFocalDipole
  • InvGuessData [fn] in InvGuessData — Constructs the Guess Data Refactored: new_guess_data (dipole_fit_setup.c).
  • InvGuessData [fn] in InvGuessData — Deleted — non-copyable due to unique_ptr members.
  • InvGuessData [fn] in InvGuessData — Constructs the Guess Data from given Data Refactored: make_guess_data (setup.c).
  • InvGuessData [fn] in InvGuessData — Constructs the Guess Data from given Data Refactored: make_guess_data (dipole_fit_setup.c).
  • InvHpiDataUpdater [fn] in InvHpiDataUpdater — Constructs a InvHpiDataUpdater object.
  • InvHpiFit [fn] in InvHpiFit — Default constructor.
  • InvHpiFit [fn] in InvHpiFit — Constructs the HPI from a InvSensorSet.
  • InvHpiFitData [fn] in InvHpiFitData — Default constructor.
  • InvHpiModelParameters [fn] in InvHpiModelParameters — Defaul Constructor.
  • InvHpiModelParameters [fn] in InvHpiModelParameters — Constructs a InvHpiModelParameters object.
  • InvHpiModelParameters [fn] in InvHpiModelParameters — Copy constructor.
  • InvMinimumNorm [fn] in InvMinimumNorm — Constructs minimum norm inverse algorithm.
  • InvMinimumNorm [fn] in InvMinimumNorm — Constructs minimum norm inverse algorithm.
  • invOperatorCalculated [signal] in RtInvOp — Signal which is emitted when a inverse operator is calculated.
  • InvPwlRapMusic [fn] in InvPwlRapMusic — Default constructor creates an empty POWELL RAP MUSIC algorithm which still needs to be initialized.
  • InvPwlRapMusic [fn] in InvPwlRapMusic — Constructor which initializes the POWELL RAP MUSIC algorithm with the given model.
  • InvRapMusic [fn] in InvRapMusic — Default constructor creates an empty InvRapMusic algorithm which still needs to be initialized.
  • InvRapMusic [fn] in InvRapMusic — Constructor which initializes the InvRapMusic algorithm with the given model.
  • InvSensorSet [fn] in InvSensorSet — Default Constructor.
  • InvSensorSet [fn] in InvSensorSet — InvSensorSet that yiealds sensor position, orientation and weights for geometric averaging.
  • InvSensorSetCreator [fn] in InvSensorSetCreator — Constructs a MEG InvSensorSet object.
  • InvSignalModel [fn] in InvSignalModel — Constructs a InvSignalModel object.
  • InvSourceCoupling [fn] in InvSourceCoupling
  • InvSourceEstimate [fn] in InvSourceEstimate — Default constructor.
  • InvSourceEstimate [fn] in InvSourceEstimate — Constructs a source estimation from given data.
  • InvSourceEstimate [fn] in InvSourceEstimate — Copy constructor.
  • InvSourceEstimate [fn] in InvSourceEstimate — Constructs a source estimation, by reading from a IO device.
  • InvToken [fn] in InvToken
  • InvToken [fn] in InvToken
  • InvToken [fn] in InvToken
  • invtrans [var] in FiffCoordTrans — The inverse transform.
  • invtransform [fn] in MNEBem — Transform the Bem using the inverse.
  • InvTrapMusic [fn] in InvTrapMusic — Construct TRAP-MUSIC scanner.
  • InvVectorSourceEstimate [fn] in InvVectorSourceEstimate
  • InvVectorSourceEstimate [fn] in InvVectorSourceEstimate — Construct from data and vertices.
  • InvVolumeSourceEstimate [fn] in InvVolumeSourceEstimate
  • InvVolumeSourceEstimate [fn] in InvVolumeSourceEstimate — Construct from data and vertices.
  • iOrderIn [var] in BadChannelsMaxwellParams — Internal SSS order.
  • iOrderIn [var] in Basis — Internal order used.
  • iOrderIn [var] in MaxwellMoveCompParams — Internal SSS order.
  • iOrderIn [var] in SSSParams — Internal spherical-harmonic expansion order (default 8).
  • iOrderOut [var] in BadChannelsMaxwellParams — External SSS order.
  • iOrderOut [var] in Basis — External order used.
  • iOrderOut [var] in MaxwellMoveCompParams — External SSS order.
  • iOrderOut [var] in SSSParams — External spherical-harmonic expansion order (default 3).
  • ip_approach_limit [var] in FwdBemModel — Threshold for isolated-problem approach.
  • ipcArgs [var] in MnaNode — Command-line arguments (supports {{placeholder}} tokens).
  • ipcCommand [var] in MnaNode — External executable command.
  • ipcTransport [var] in MnaNode — "stdio", "tcp", "shm", "file"
  • ipcWorkDir [var] in MnaNode — Working directory for external process.
  • iRangeHigh [var] in SpectogramInputData
  • iRangeLow [var] in SpectogramInputData
  • iRefIdx [var] in MaxwellMoveCompParams — Index of reference head position in headPos list.
  • iRow [var] in FilterObject
  • is_axial_coil [fn] in FwdCoil — Checks if this is an axial coil.
  • is_axial_coil_type [fn] in FwdCoilSet — Checks if a set of templates contains an axial coil of a specified type.
  • is_diag [fn] in MNECovMatrix — Check whether this covariance matrix is stored in diagonal form.
  • is_eeg_electrode [fn] in FwdCoil — Checks if this is an EEG electrode.
  • is_eeg_electrode_type [fn] in FwdCoilSet — Checks if a set of templates contains an EEG electrode of a specified type.
  • is_empty [fn] in FiffEvents — Returns true if no events are stored.
  • is_empty [fn] in FiffSparseMatrix — Check whether this sparse matrix is empty (no non-zero elements).
  • is_left_hemi [fn] in MNESourceSpace — Determine whether this source space is on the left hemisphere based on the average x-coordinate of all vertices.
  • is_magnetometer_coil [fn] in FwdCoil — Checks if this is an magnetometer.
  • is_magnetometer_coil_type [fn] in FwdCoilSet — Checks if a set of templates contains a magnetometer of a specified type.
  • is_planar_coil [fn] in FwdCoil — Checks if this is an planar coil.
  • is_planar_coil_type [fn] in FwdCoilSet — Checks if a set of templates contains a planar coil of a specified type.
  • is_raw [var] in InvDipoleFitSettings — Is this a raw data file.
  • is_skip [var] in MNERawBufDef — True if this buffer represents a data skip.
  • isActive [fn] in CommandManager — Returns if CommandManager is active.
  • isActive [fn] in NetworkEdge — Returns the activity flag of this edge.
  • isActive [fn] in NetworkEdge — Returns the activity flag of this edge.
  • iSampleFreq [fn] in InvHpiModelParameters
  • isAvailable [fn] in PythonTestHelper — Check if Python is available and MNE-Python is importable.
  • isBrainSurfaceKey [fn] in SubView — True when key identifies a brain-tissue surface (lh_/rh_) as opposed to BEM, sensor, digitizer, or source-space geometry.
  • isCancelled [fn] in StcLoadingWorker
  • isClustered [fn] in MNEForwardSolution — Indicates whether fwd conatins a clustered forward solution.
  • isClustered [fn] in MNEHemisphere — is hemisphere clustered?
  • isComputed [fn] in SourceMorph — Check if the morph has been computed.
  • isConnected [fn] in PolhemusConnection
  • isDipole [var] in PickResult — True if a dipole was hit.
  • isEmpty [fn] in ConnectivitySettings
  • isEmpty [fn] in ConnectivitySettings
  • isEmpty [fn] in FiffAnnotations — Returns true if no annotations are stored.
  • isEmpty [fn] in FiffCoordTrans — Returns true if coordinate transform contains no data.
  • isEmpty [fn] in FiffCov — True if FIFF covariance is empty.
  • isEmpty [fn] in FiffDigPointSet — True if FiffDigPointSet is empty.
  • isEmpty [fn] in FiffDirNode — Returns true if directory tree structure contains no data.
  • isEmpty [fn] in FiffEvoked — Returns whether FiffEvoked is empty.
  • isEmpty [fn] in FiffId — True if FIFF id is empty.
  • isEmpty [fn] in FiffInfoBase — True if FIFF measurement file information is empty.
  • isEmpty [fn] in FiffNamedMatrix — Returns true if named matrix contains no data.
  • isEmpty [fn] in FiffRawData — True if fiff raw data are empty.
  • isEmpty [fn] in FineCalibration — Check if empty.
  • isEmpty [fn] in FsAnnotation — Returns whether FsAnnotation is empty.
  • isEmpty [fn] in FsAnnotationSet — True if FsAnnotationSet is empty.
  • isEmpty [fn] in FsLabel — True if FsLabel is empty.
  • isEmpty [fn] in FsSurface — Returns whether FsSurface is empty.
  • isEmpty [fn] in FsSurfaceSet — True if FsSurfaceSet is empty.
  • isEmpty [fn] in InvSourceEstimate — Returns whether SourceEstimate is empty.
  • isEmpty [fn] in MNEBem — True if MNE Bem is empty.
  • isEmpty [fn] in MNEClusterInfo — Returns true if MNE cluster information contains no data.
  • isEmpty [fn] in MNEForwardSolution — True if FIFF measurement file information is empty.
  • isEmpty [fn] in MNESourceSpaces — True if MNE Source Space is empty.
  • isEmpty [fn] in Network — Returns whether the Network is empty by checking the number of nodes and edges.
  • isEmpty [fn] in Network — Returns whether the Network is empty by checking the number of nodes and edges.
  • isEnabled [fn] in VideoOverlay
  • isFitted [fn] in DecodingCsp
  • isFitted [fn] in DecodingSpoc
  • isFitted [fn] in DecodingSsd
  • isFitted [fn] in EogRegression — Returns true if fit() has been called successfully.
  • isFixedOrient [fn] in MNEForwardSolution — Has forward operator fixed orientation?
  • isFixedOrient [fn] in MNEInverseOperator — Check whether the inverse operator uses fixed source orientations.
  • isFreezed [fn] in EvokedSetModel — Returns current freezing status.
  • isFreezed [fn] in FrequencySpectrumModel — Returns current freezing status.
  • isFreezed [fn] in RtFiffRawViewModel — Returns current freezing status.
  • isFreOri [var] in InvBeamformer — True if free orientation (n_orient = 3).
  • isFrozen [fn] in ChannelRhiView
  • isInfoPanelVisible [slot] in BrainView — Whether the info panel is currently visible.
  • isInit [fn] in EvokedSetModel — Returns whether this class is initalized.
  • isJson [fn] in Command — If received command was Json fomratted or triggered command should be Json formatted.
  • isJson [fn] in RawCommand — Returns whether the received command was in Json format.
  • isLoaded [fn] in FsAtlasLookup — Check whether a parcellation volume has been loaded.
  • isLoaded [fn] in MlOnnxModel
  • isLoaded [fn] in SensorFieldMapper
  • isLoaded [fn] in SourceEstimateManager
  • isLoaded [fn] in SourceEstimateOverlay — Check if source estimate data is loaded.
  • isLoading [fn] in SourceEstimateManager
  • isMatrix [fn] in FiffTag — Provides information if tag contains a matrix.
  • isMeasurement [var] in EDFChannelInfo
  • isObjectVisible [fn] in ViewVisibilityProfile — Query visibility of a named object.
  • isPackageAvailable [fn] in PythonRunner — Check whether a Python package is importable.
  • isPlaying [var] in SubView
  • isPythonAvailable [fn] in PythonRunner — Check that the configured Python interpreter is reachable.
  • isPythonAvailable [fn] in PythonTestHelper — Check if Python is available (without checking for mne package).
  • isPythonRequired [fn] in PythonTestHelper — Check whether the environment demands Python availability.
  • isRealtimeSensorStreaming [slot] in BrainView — Check whether real-time sensor streaming is active.
  • isRealtimeStreaming [slot] in BrainView — Check whether real-time streaming is active.
  • isRejected [fn] in MNEEpochData — Returns whether this epoch should be excluded from averaging.
  • isRunning [fn] in RtNoise — Returns whether the worker thread is running.
  • isSelected [fn] in BrainSurface
  • isSelected [var] in InstanceData
  • isSelected [var] in InstanceData
  • isSelectionEmpty [fn] in ChannelSelectionView — Returns whether there is a user selection.
  • issparse [fn] in Numerics — Determines if a given data (stored as vector v) are representing a sparse matrix.
  • isStreaming [fn] in RtSensorDataController — Check if streaming is active.
  • isStreaming [fn] in RtSensorStreamManager
  • isStreaming [fn] in RtSourceDataController — Check if streaming is active.
  • isStreaming [fn] in SourceEstimateManager
  • issueSurfaceDraw [fn] in BrainRenderer — Issue draw commands for a surface using a pre-computed uniform offset.
  • isValid [fn] in BidsRawData — Returns true if the data was loaded successfully.
  • isValid [fn] in InvBeamformer — Returns true if this beamformer contains valid filter weights.
  • isValid [fn] in MriVolData — Returns whether this volume contains valid data.
  • isValidEeg [fn] in FiffChInfo — Check whether this channel has a valid EEG electrode position.
  • isValidEntityValue [fn] in BIDSPath — Validates entity values (no forbidden characters: -, _, /).
  • isVideoOverlayEnabled [slot] in BrainView
  • isView [fn] in MlTensor
  • isViewportEnabled [slot] in BrainView — Check if a multi-view viewport is enabled.
  • isVirtualChannel [var] in ChannelDisplayInfo — Browser-level derived channel without a direct FIFF row.
  • isVisible [fn] in AbstractTreeItem
  • isVisible [fn] in BrainSurface — Check if the surface is visible.
  • isVisible [fn] in DipoleObject
  • isVisible [fn] in NetworkObject
  • iTargetEvent [var] in XdawnResult — Event code used as the target class.
  • item [var] in PickResult — Tree item that was hit (nullable).
  • ItemRole [enum] in AbstractTreeItem
  • items [var] in MNEProjOp — The projection items.
  • ItemType [enum] in AbstractTreeItem
  • itemTypeId [fn] in AbstractTreeItem
  • iterate_alignment_once [fn] in MNEMshDisplaySurface — Perform one iteration of ICP-like alignment.
  • itris [var] in MNESurfaceOrVolume — Triangle vertex indices (ntri x 3, row-major).

J​

  • job [var] in MNESssData — Value of FIFF_SSS_JOB tag.

K​

  • kBarHeight [var] in OverviewBarWidget
  • keepTempFile [var] in MnaScript — true → preserve temp script file after execution (debug aid)
  • khi2 [var] in InvEcd — khi^2 value.
  • khi2 [var] in InvFocalDipole — Chi-squared value of the fit.
  • kind [var] in DigitizedPoint
  • kind [var] in FiffChInfo — Kind of channel.
  • kind [var] in FiffCov — Covariance kind -> fiff_constants.h.
  • kind [var] in FiffCtfComp — Fiff kind -> fiff_constants.h.
  • kind [var] in FiffDigPoint — FIFFV_POINT_CARDINAL, FIFFV_POINT_HPI, FIFFV_POINT_EXTRA or FIFFV_POINT_EEG.
  • kind [var] in FiffDirEntry — Tag number.
  • kind [var] in FiffExplainEntry
  • kind [var] in FiffProj — Fiff kind.
  • kind [var] in FiffTag — Tag number.
  • kind [var] in InvBeamformer — "LCMV" or "DICS".
  • kind [var] in MNEChSelection — Loaded from file or created here?
  • kind [var] in MNECovMatrix — Covariance kind: sensor or source.
  • kind [var] in MNECTFCompData — The CTF compensation kind constant.
  • kind [var] in MNEMeasDataSet — FIFF aspect kind (e.g.
  • kind [var] in MNEProjItem — FIFF projection item kind (FIFFV_PROJ_ITEM_*).
  • kind [var] in PickResult — What was hit.
  • kind [var] in SceneLayer
  • KMeans [fn] in KMeans — Constructs a KMeans algorithm object.
  • KMeans [fn] in KMeans — Constructs a KMeans algorithm object using enum parameters (preferred for performance).
  • kStimZoneH [var] in TimeRulerWidget — Height of the stimulus lane (px).
  • kTimeZoneH [var] in TimeRulerWidget — Height of the time-tick zone (px).
  • kTotalH [var] in TimeRulerWidget — Total widget height (px).

L​

  • label [var] in AnnotationSpan — Annotation label shown near the top edge.
  • label [var] in DigitizedPoint — Human label ("NAS", "Cz", "HSP-42", …).
  • label [var] in EDFChannelInfo
  • label [var] in ElectrodeArray — Array label: "LH", "GridA", etc.
  • label [var] in EventMarker — Short text label (shown at the bottom strip); defaults to type number.
  • label [var] in IcaLabelResult — Assigned label.
  • label [var] in PickResult — Human-readable label (contact name, vertex coordinate string, …).
  • label [var] in TimeRulerEventMark — Short text (event type number).
  • label [var] in TimeRulerReferenceMark — Short text identifier, e.g. M1.
  • label_id [var] in FsLabel — FsLabel id (optional).
  • label_src_vertno_sel [fn] in MNESourceSpaces — Find vertex numbers and indices from label.
  • labelAtRas [fn] in FsAtlasLookup — Look up the anatomical label at a RAS coordinate.
  • labels [var] in ComputeFwdSettings — Compute the solution only for these labels.
  • labelsForPositions [fn] in FsAtlasLookup — Look up labels for multiple RAS positions.
  • labelsToStc [fn] in FsLabelUtils — Convert labels to a binary source estimate mask.
  • labelToString [fn] in IcaLabelResult
  • lambda [var] in FwdEegSphereModel
  • lambda [var] in MNECovMatrix — Eigenvalues of the covariance matrix.
  • lambda2 [var] in InvCMNESettings — Tikhonov regularisation (SNR=3 -> lambda^2=1/9).
  • lambda2 [var] in MNEMneData — Regularization parameter to be used (as a function of time).
  • lambda2_est [var] in MNEMneData — Regularization parameter estimated from available data.
  • language [var] in MnaScript — "python", "shell", "r", "matlab", "octave", "julia"
  • last [var] in FiffEvoked — Last time sample.
  • last [var] in FiffRawDir — last sample.
  • last_samp [var] in FiffRawData — Last sample number.
  • lastFileSample [fn] in ChannelRhiView
  • lastPick [fn] in MultimodalScene
  • lasts [var] in MNERawBufDef — Last sample index.
  • layers [var] in FwdEegSphereModel — An array of layers.
  • layers [fn] in MultimodalScene
  • layersChanged [signal] in MultimodalScene — Emitted whenever the layer set or any layer flag (visibility, opacity, drawOrder) changes.
  • layout [var] in ElectrodeArray — Geometry kind.
  • layoutChanged [fn] in ChannelInfoModel — Updates the layout map.
  • LayoutScene [fn] in LayoutScene — Constructs a LayoutScene.
  • ledoitWolf [fn] in StsCovEstimators — Ledoit-Wolf optimal shrinkage covariance estimator.
  • left [var] in MNEMshEyes — Left hemisphere viewpoint (x, y, z).
  • left_up [var] in MNEMshEyes — Left hemisphere up-vector.
  • LeGrangeInterp2 [fn] in ParksMcClellan — Function to calculate the lagrange interpolation coefficients for use in the function gee.
  • len [var] in MNEMghTag — Byte length of the tag data payload.
  • lh [var] in ViewVisibilityProfile
  • library [var] in MnaOpSchema — Which library provides the implementation.
  • license [var] in BidsDatasetDescription — License identifier (RECOMMENDED).
  • lightColorChanged [signal] in Control3DView — Use this signal whenever the light color was changed by the user.
  • lightDir [var] in SceneData
  • lightingEnabled [var] in SceneData
  • lightIntensityChanged [signal] in Control3DView — Use this signal whenever the light intensity was changed by the user.
  • lights [var] in MNEMshDisplaySurfaceSet — Current active lighting configuration.
  • lights [var] in MNEMshLightSet — Owned light objects.
  • limit [var] in FilterThreadArg — Distance limit for filtering (meters).
  • limit [var] in FitDipUserRec
  • lin_pot_coeff [fn] in FwdBemModel — Compute the linear potential coefficients for one source-destination pair.
  • linear [fn] in Interpolation — linear Identity interpolation function.
  • linefreq [var] in FiffInfo — Power line frequency.
  • LinePlot [fn] in LinePlot — Constructs a line series plot.
  • LinePlot [fn] in LinePlot — Constructs a line series plot.
  • LinePlot [fn] in LinePlot — Constructs a line series plot.
  • lineReceived [signal] in PythonRunner — Emitted for every stdout/stderr line (mirrors the line callback).
  • linFieldIntFunc [type] in FwdBemModel — Function pointer type for linear field coefficient integration methods.
  • livePlugins [var] in StreamContext — nodeId → live plugin instance (QObject* avoids scan dependency)
  • load [fn] in DipoleObject
  • load [fn] in FsAtlasLookup — Load a FreeSurfer MGH/MGZ volume parcellation.
  • load [fn] in MlModel — Load a model from disk.
  • load [fn] in MlOnnxModel — Load a model from disk.
  • load [fn] in MNEMshDisplaySurfaceSet — Load left and right hemisphere FreeSurfer surfaces (with curvature) from the subjects directory, configuring eye positions and lighting.
  • load [fn] in MNERawInfo — Loads raw data information from a FIFF file.
  • load [fn] in NetworkObject — Load network data and generate node/edge instances.
  • load [fn] in SourceEstimateManager — Start async STC file loading on a background thread.
  • load [fn] in SubView — Load this SubView's state from QSettings under the given prefix.
  • load [fn] in ViewVisibilityProfile — Load this profile from QSettings under the given key prefix.
  • load_one_buffer [fn] in MNERawData — Read a single raw data buffer from the FIFF file into memory, allocating from the ring buffer if needed.
  • load_one_filt_buf [fn] in MNERawData — Load a single filter-sized buffer by picking projected unfiltered data with taper margins for overlap-add filtering.
  • load_surface [fn] in MNESourceSpace — Load a FreeSurfer surface from disk, adding full geometry information.
  • load_surface_geom [fn] in MNESourceSpace — Load a FreeSurfer surface from disk, optionally adding geometry information.
  • loadAnnotation [fn] in BrainSurface — Load annotation data from file.
  • loadCoilPresets [fn] in HpiSettingsView — Load coil presets from json file at the provided path.
  • loadDipoles [slot] in BrainView — Load dipoles from a .dip or .bdip file.
  • loadDipoles [fn] in DataLoader — Load dipole set from a .dip file.
  • loadDirectory [fn] in MnaRegistryLoader — Load the master manifest plus all drop-in files from a directory.
  • loaded [signal] in SourceEstimateManager — Emitted when STC data finishes loading.
  • loadedLayoutMap [signal] in ChannelSelectionView — emit this signal whenever a new layout was loaded
  • loadEvoked [fn] in DataLoader — Load an FiffEvoked from a FIF file.
  • loadFile [fn] in MnaRegistryLoader — Load a single registry manifest file and register all ops.
  • loadHeadToMriTransform [fn] in DataLoader — Load a coordinate transformation from a FIF file and normalise it to Head → MRI orientation.
  • loadHelmetSurface [fn] in DataLoader — Load a standalone MEG helmet surface from a BEM FIF file.
  • loadingProgress [signal] in SourceEstimateManager — Emitted during async loading to report progress.
  • loadMegHelmetSurface [slot] in BrainView — Load a standalone MEG helmet surface, replacing the current one.
  • loadNetwork [slot] in BrainView — Load a connectivity network for visualization.
  • loadRegistryFiles [fn] in MnaOpRegistry — Load registry files from the standard resources/mna/ directory.
  • loadSensorField [slot] in BrainView — Load sensor measurements from an evoked/average FIF file.
  • loadSensors [slot] in BrainView — Load sensors (MEG/EEG/Digitizers) from a FIF file.
  • loadSensors [fn] in DataLoader — Load sensor channels, digitizer points and MEG helmet from a FIF file.
  • loadSettings [fn] in AbstractView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ApplyToView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ArtifactSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in AverageLayoutView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in AverageSelectionView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in AveragingSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in BidsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ButterflyView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ChannelDataView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ChannelSelectionView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in CompensatorView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ConnectivitySettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in Control3DView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in CoregSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in CovarianceSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in DipoleFitView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in FiffRawViewSettings — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in FilterDesignView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in FilterSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in FwdSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in HpiSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in MinimumNormSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ModalitySelectionView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in MultiView — Restores geometry and state as saved by saveSettings().
  • loadSettings [fn] in ProgressView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ProjectorsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ProjectSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in QuickControlView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in RtFiffRawView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in ScalingView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in SpectrumSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in SpectrumView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in SpharaSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in TfSettingsView — Loads and inits all important settings of this view via QSettings.
  • loadSettings [fn] in TriggerDetectionView — Loads and inits all important settings of this view via QSettings.
  • loadSourceEstimate [slot] in BrainView — Load source estimate files (.stc) for both hemispheres.
  • loadSourceSpace [slot] in BrainView — Load source space from a FIF file (forward solution or source space file).
  • loadSourceSpace [fn] in DataLoader — Load source space from a forward-solution FIF file.
  • loadStc [fn] in SourceEstimateOverlay — Load a source estimate file (.stc) for a hemisphere.
  • loadTrans [signal] in CoregSettingsView — Emit this signal whenever the transformation should be loaded.
  • loadTransformation [slot] in BrainView — Load a coordinate transformation from a FIF file.
  • log2 [fn] in Numerics — Compute log base 2 of a given number.
  • logFile [var] in AverageDescription — Save log here.
  • logFile [var] in CovDescription — Save log here.
  • logNo [var] in FiffChInfo — Logical channel #.
  • lookAt [var] in CameraResult
  • lookBack [var] in InvCMNESettings — k: number of past time steps.
  • looseOriConstraint [var] in InvCMNESettings — Orientation constraint.
  • lowCutoff [var] in BidsChannel — High-pass cutoff frequency in Hz (OPTIONAL).
  • lowpass [var] in FiffInfo — Lowpass frequency.
  • lowpass [var] in FilterSettings — Lowpass corner (Hz).
  • lowpass [var] in MNEFilterDef — Lowpass in Hz.
  • lowpass [var] in MNEMeasData — Low-pass filter setting (Hz).
  • lowpass [var] in MNERawInfo — Lowpass filter setting.
  • lowpass_width [var] in MNEFilterDef — Lowpass transition width in Hz.
  • lowpassWidth [var] in FilterSettings — Lowpass transition width (Hz).
  • lt_packed_index [fn] in MNECovMatrix — Compute the linear index into a symmetric lower-triangular packed storage array for element (j, k).

M​

  • M [var] in fitUserRec
  • m_bHighlightItem [var] in SelectionSceneItem — Whether this item is to be highlighted.
  • m_bIsBad [var] in AverageSceneItem — Whether this channel is bad.
  • m_bIsBadChannel [var] in SelectionSceneItem — Whether this item is a bad channel.
  • m_bIsJson [var] in Command — True when the command was parsed from JSON.
  • m_bShowAll [var] in SelectionItem — Whether to show all channels.
  • m_bStorageModeIsActive [var] in AbstractMetric
  • m_bStorageModeIsActive [var] in AbstractMetric
  • m_cChannelColor [var] in SelectionSceneItem — The current channel color.
  • m_coilPos [var] in InvHpiFitData
  • m_colorDefault [var] in AverageSceneItem — The color for the avergaed signal.
  • m_designMethods [var] in FilterKernel — Vector of possible filter design methods.
  • m_Dipole1 [var] in InvDipolePair — InvDipole one.
  • m_Dipole2 [var] in InvDipolePair — InvDipole two.
  • m_dMaxAxisX [var] in Spline — Display value of the largest point on the series in x-axis.
  • m_dMinAxisX [var] in Spline — Display value of the smallest point of the series in x-axis.
  • m_errorInfo [var] in InvHpiFitData
  • m_fAbortError [var] in InvHpiFitData
  • m_filterTypes [var] in FilterKernel — Vector of possible filter design types.
  • m_firstLastSample [var] in AverageSceneItem — The first and last sample.
  • m_iChannelKind [var] in AverageSceneItem — The channel kind.
  • m_iChannelKind [var] in SelectionItem — The channel kind.
  • m_iChannelKind [var] in SelectionSceneItem — The channel kind.
  • m_iChannelNumber [var] in AverageSceneItem — The channel number.
  • m_iChannelNumber [var] in SelectionItem — The channel number.
  • m_iChannelNumber [var] in SelectionSceneItem — The channel number.
  • m_iChannelTypeMode [var] in SelectionScene — The channel type mode.
  • m_iChannelUnit [var] in AverageSceneItem — The channel unit.
  • m_iChannelUnit [var] in SelectionItem — The channel unit.
  • m_iChannelUnit [var] in SelectionSceneItem — The channel unit.
  • m_iFilterOrder [var] in CosineFilter
  • m_iFontTextSize [var] in AverageSceneItem — The font text size of the electrode names.
  • m_iIdx1 [var] in InvDipolePair — Index of dipole one.
  • m_iIdx2 [var] in InvDipolePair — Index of dipole two.
  • m_iMaxHeigth [var] in AverageSceneItem — The max heigth.
  • m_iMaxIterations [var] in InvHpiFitData
  • m_iMaxWidth [var] in AverageSceneItem — The max width.
  • m_iNumberBinAmount [var] in AbstractMetric
  • m_iNumberBinAmount [var] in AbstractMetric
  • m_iNumberBinStart [var] in AbstractMetric
  • m_iNumberBinStart [var] in AbstractMetric
  • m_iTotalNumberChannels [var] in AverageSceneItem — The total number of channels loaded in the curent evoked data set.
  • m_lAverageData [var] in AverageSceneItem — The channels average data which is to be plotted.
  • m_matProjector [var] in InvHpiFitData
  • m_OperatorType [var] in MNEOperator
  • m_pDigitizerData [var] in MetaData — Head-shape digitizer point set.
  • m_pInfo [var] in MetaData — Measurement information (channel layout, sampling rate, etc.).
  • m_qlistEvoked [var] in FiffIO — List of evoked data sets.
  • m_qListParamDescriptions [var] in Command — Per-parameter description strings.
  • m_qListParamNames [var] in Command — Parameter names (positional order).
  • m_qListParamValues [var] in Command — Current parameter values (same order as names).
  • m_qlistRaw [var] in FiffIO — List of raw data sets.
  • m_qMapAverageActivation [var] in AverageSceneItem — The average activation information.
  • m_qMapAverageColor [var] in AverageSceneItem — The average color information.
  • m_qpChannelPosition [var] in AverageSceneItem — The channels 2D position in the scene.
  • m_qpChannelPosition [var] in SelectionItem — The channel's 2D position in the scene.
  • m_qpChannelPosition [var] in SelectionSceneItem — The channel's 2D position in the scene.
  • m_rectBoundingRect [var] in AverageSceneItem — The bounding rect.
  • m_scaleMap [var] in AverageSceneItem — Map with all channel types and their current scaling value.
  • m_sChannelName [var] in AverageSceneItem — The channel name.
  • m_sChannelName [var] in SelectionItem — The channel's name.
  • m_sChannelName [var] in SelectionSceneItem — The channel's name.
  • m_sCommand [var] in Command — The command keyword.
  • m_sDescription [var] in Command — Human-readable description of the command.
  • m_sensorData [var] in InvHpiFitData
  • m_sensors [var] in InvHpiFitData
  • m_sName [var] in MNEOperator
  • m_sViewsToApply [var] in SelectionItem
  • m_vCorrelation [var] in InvDipolePair — Correlation of the dipole pair.
  • m_vecCoeff [var] in CosineFilter — the time filter coefficient set
  • m_vecFftCoeff [var] in CosineFilter — the FFT-transformed forward filter coefficient set, required for frequency-domain filtering, zero-padded to m_iFftLength.
  • m_vecResultExponentValues [var] in Spline — Common exponent values for the entire histogram.
  • machid [var] in FiffId — Unique machine ID.
  • mag_dipole_funcs [var] in InvDipoleFitData — Functions to fit a magnetic dipole.
  • MAG_FACTOR [var] in FwdBemModel — Magnetic constant mu_0 / (4 * pi).
  • mag_reg [var] in InvDipoleFitSettings — Noise-covariance matrix regularization for MEG (magnetometers and axial gradiometers).
  • mag_std [var] in InvDipoleFitSettings — Standard deviation for magnetometers if noise covariance is not specified.
  • magnitude [fn] in InvVectorSourceEstimate — Compute the magnitude (L2 norm) at each vertex across time.
  • make_block_diag [fn] in Linalg — Make a sparse block diagonal matrix.
  • make_block_diag [fn] in MNE — mne_block_diag - encoding part
  • make_comp [fn] in MNECTFCompDataSet — Build the current compensation operator for the given channel set by locating the matching compensation matrix and constructing pre/post-selection sparse matrices.
  • make_compensator [fn] in FiffInfo — mne_make_compensator
  • make_compensator [fn] in MNE — mne_make_compensator
  • make_guesses [fn] in FwdBemModel — Generate a set of dipole guess locations inside a boundary surface.
  • make_inverse_operator [fn] in MNEInverseOperator — Assemble an inverse operator from a forward solution and noise covariance.
  • make_proj [fn] in MNEProjOp — Compile the projection operator via SVD (no bad channels).
  • make_proj_bad [fn] in MNEProjOp — Compile the projection operator via SVD, excluding bad channels.
  • make_projector [fn] in FiffInfo — mne_make_projector_info
  • make_projector [fn] in FiffInfo — mne_make_projector_info
  • make_projector [fn] in FiffProj — mne_make_projector
  • make_projector [fn] in MNE — make_projector
  • make_projector [fn] in MNE — mne_make_projector_info
  • make_subtree [fn] in FiffStream — Create the directory tree structure.
  • make_volume_source_space [fn] in MNESourceSpace — Create a volumetric source space by laying out a 3D grid of points within the bounding box of a surface, filtering out points that lie outside the surface or closer than mindist to the surface, and establishing 26-neighbor connectivity.
  • makeCorticalMap [fn] in MNECorticalMap — Create a cortical mapping matrix that transforms sensor-level data to source space.
  • makeDICS [fn] in InvDICS — Compute DICS beamformer spatial filters for one or more frequencies.
  • makeFixedLengthEpochs [fn] in FiffEpochs — Create fixed-length epochs from continuous data.
  • makeLayout [fn] in LayoutMaker — Reads the specified ANT elc-layout file.
  • makeLayout [fn] in LayoutMaker — Reads the specified ANT elc-layout file.
  • makeLCMV [fn] in InvLCMV — Compute LCMV beamformer spatial filters.
  • makeLCMVResolutionMatrix [fn] in InvLCMV — Compute the LCMV resolution matrix: R = W @ G.
  • makeProj [var] in ProcessingSettings — Create a new projection operator.
  • makeProjection [fn] in MNEProjOp — Load and combine SSP projection operators from files for the selected channels.
  • makeScalpSurfaces [fn] in MNEBemSurface — Decimate the outer skin surface to the target vertex counts using iterative edge collapse simplification.
  • makeScreenshot [signal] in FiffRawViewSettings — Emit this signal whenever the user wants to make a screenshot.
  • makeSpectrogram [fn] in Spectrogram — Calculates the spectrogram (tf-representation) of a given signal.
  • manufacturer [var] in BidsRawData — Amplifier manufacturer (RECOMMENDED).
  • manufacturerModelName [var] in BidsRawData — Amplifier model (RECOMMENDED).
  • map [var] in MNEMorphMap — Sparse interpolation matrix: multiply source surface data by this to obtain values on the target ('this') surface.
  • map_comp_kind [fn] in MNECTFCompDataSet — Map a gradient compensation integer code to the corresponding CTF compensation constant.
  • maps [var] in MNEMshDisplaySurface — Morphing maps from other surfaces to this one.
  • markChBad [fn] in RtFiffRawViewModel — markChBad marks the selected channels as bad/good in m_chInfolist
  • markChBad [fn] in RtFiffRawViewModel — markChBad marks the selected channels as bad/good in m_chInfolist
  • marker_color [var] in MNEMshDisplaySurface — RGBA color for markers.
  • marker_colors [var] in MNEMshDisplaySurface — Per-vertex marker color array.
  • marker_tri [var] in MNEMshDisplaySurface — Array of triangles containing markers.
  • marker_tri_no [var] in MNEMshDisplaySurface — Triangle indices of the marker triangles.
  • marker_values [var] in MNEMshDisplaySurface — Per-vertex marker values (shown in shades of marker color).
  • markerMoved [signal] in RtFiffRawView — position is emitted whenever user moves the mouse inside of the table view viewport
  • markerMoved [fn] in RtFiffRawViewDelegate — markerMoved is called whenever user moves the mouse inside of the table view viewport
  • match [fn] in BIDSPath — Searches the BIDS root for all files matching the current entities.
  • match [var] in MNELayout — Channel-to-port matching matrix (nchan x nport).
  • match [var] in MNELayoutPort — Non-zero if this port matches the current channel.
  • matchesSurfaceType [fn] in SubView — True when the brain-surface key matches this view's surfaceType (e.g.
  • matchEvent [fn] in FiffEvents — Check whether an event matches a category definition.
  • matClusterIds [var] in StatsClusterResult — Cluster label at each (channel, time) point; 0 = not in cluster.
  • matCsd [var] in CsdResult — n_channels × n_channels mean CSD across selected frequencies
  • matData [var] in IntermediateTrialData
  • matData [var] in IntermediateTrialData
  • matData [var] in RtCovComputeResult
  • matData [var] in SurfaceLaplacianResult — Transformed data (n_eeg_channels × n_times).
  • material [var] in BidsElectrode — Electrode material (OPTIONAL).
  • matFilters [var] in XdawnResult — Spatial filters W (n_channels x n_components).
  • matFstat [var] in StatsFtestResult — F-statistics.
  • matKernelDspm [var] in InvCMNEResult — Static dSPM kernel (n_sources x n_channels).
  • matMixing [var] in IcaResult — Mixing matrix A (n_channels x n_components).
  • matMixing [var] in InfomaxResult — Mixing matrix (n_channels x n_components).
  • matNoiseCov [var] in XdawnResult — Residual-noise covariance (n_channels x n_channels).
  • matPatterns [var] in XdawnResult — Spatial patterns A (n_channels x n_components).
  • matPinvAll [var] in Basis — Pseudoinverse of [S_in | S_out], shape (N_in+N_out) × n_meg.
  • matPower [var] in MorletTfrResult — n_freqs × n_times, instantaneous power (amplitude²)
  • matProjIn [var] in Basis — Internal-space projector P_in = S_in · pinv(S)[:N_in,:] (n_meg × n_meg).
  • matPsd [var] in IntermediateTrialData
  • matPsd [var] in IntermediateTrialData
  • matPsd [var] in MultitaperPsdResult — n_channels × n_freqs; one-sided PSD in unit²/Hz
  • matPsd [var] in WelchPsdResult — n_channels × (iNfft/2+1); one-sided PSD in unit²/Hz
  • matPsdSum [var] in IntermediateSumData
  • matPsdSum [var] in IntermediateSumData
  • matPval [var] in StatsFtestResult — p-values.
  • matPval [var] in StatsTtestResult — p-values.
  • matrix [var] in InvConnectivity — [N x N] connectivity values between sources.
  • matrix [fn] in MlTensor — Mutable row-major Eigen::Map for 2-D tensors.
  • matrix [fn] in MlTensor — Const row-major Eigen::Map for 2-D tensors.
  • Matrix6T [type] in InvRapMusic — Defines Eigen::Matrix<T, 6, 6> as Matrix6T type.
  • Matrix6XT [type] in InvRapMusic — Defines Eigen::Matrix<T, 6, Eigen::Dynamic> as Matrix6XT type.
  • MatrixX6T [type] in InvRapMusic — Defines Eigen::Matrix<T, Eigen::Dynamic, 6> as MatrixX6T type.
  • MatrixXT [type] in InvRapMusic — Defines Eigen::Matrix<T, Eigen::Dynamic, Eigen::Dynamic> as MatrixXT type.
  • matRoiG [var] in RegionData — Reshaped region gain matrix sources x sensors(x,y,z).
  • matRoiGOrig [var] in RegionData — Region gain matrix sensors x sources(x,y,z).
  • matRoiGWhitened [var] in RegionData — Reshaped whitened region gain matrix sources x sensors(x,y,z).
  • matRoiMT [var] in RegionMT — Reshaped gain matrix (sources x sensors*3).
  • matRoiMTOrig [var] in RegionMT — Original gain matrix (sensors x sources*3).
  • matSignalCov [var] in XdawnResult — Target-evoked covariance (n_channels x n_channels).
  • matSin [var] in Basis — Internal basis S_in (n_meg × N_in).
  • matSources [var] in IcaResult — Source time series S (n_components x n_samples).
  • matSources [var] in InfomaxResult — Source activations (n_components x n_times).
  • matSout [var] in Basis — External basis S_out (n_meg × N_out).
  • matTaper [var] in TaperedSpectraInputData
  • matTapers [var] in DpssResult — nTapers × N, each row is a unit-norm taper
  • matTargetEvoked [var] in XdawnResult — Average target evoked response (n_channels x n_samples).
  • matTObs [var] in StatsClusterResult — Observed t-statistic map (nChannels x nTimes).
  • matTransform [var] in SurfaceLaplacianResult — CSD transformation matrix (n_eeg × n_eeg).
  • matTstat [var] in StatsTtestResult — t-statistics (same shape as input columns).
  • matUnmixing [var] in IcaResult — Unmixing matrix W (n_components x n_channels).
  • matUnmixing [var] in InfomaxResult — Unmixing matrix (n_components x n_channels).
  • max_event [var] in MNERawData — Maximum event number in use.
  • maxAbsCorrelation [fn] in MlIcaLabel — Compute the maximum absolute Pearson correlation between a source and reference channels.
  • maxPowerOri [var] in InvBeamformer — Optimal orientation per source (n_sources, 3).
  • maxshield_data [var] in MNERawInfo — Are these unprocessed MaxShield data.
  • maxSources [var] in InvTokenizeOptions — Sub-sample grid sources (-1 = all).
  • maxTimePoints [var] in InvTokenizeOptions — Sub-sample time points (-1 = all).
  • maxv [var] in MNEMshDisplaySurface — Maximum values along the three coordinate axes.
  • maxX [fn] in BrainSurface — Get maximum X coordinate.
  • mean [fn] in DecodingCsp
  • mean [fn] in DecodingSpoc
  • meas_date [var] in FiffInfo — Measurement date.
  • meas_date [var] in MNEMeasData — Measurement date / time stamp.
  • meas_id [var] in FiffInfoBase — Measurement ID.
  • meas_id [var] in MNEMeasData — Measurement block ID from the FIFF file.
  • measname [var] in ComputeFwdSettings — Measurement file.
  • measname [var] in InvDipoleFitSettings — Data file.
  • measure [var] in InvConnectivity — Metric name, e.g.
  • meg_client [var] in dipoleFitFuncsRec — Client data for MEG field computations.
  • meg_client_free [var] in dipoleFitFuncsRec — Destructor for MEG client data.
  • meg_coils [var] in InvDipoleFitData — MEG coil definitions.
  • meg_eeg_fwd_one_source_space [fn] in FwdBemModel — Thread worker: compute the forward solution for one source space.
  • meg_field [var] in dipoleFitFuncsRec — MEG forward calculation function.
  • meg_head_t [var] in ComputeFwdSettings — The meg <-> head transformation.
  • meg_head_t [var] in InvDipoleFitData — MEG <-> head coordinate transformation.
  • meg_head_t [var] in MNEMeasData — MEG device ↔ head coordinate transform.
  • meg_vec_field [var] in dipoleFitFuncsRec — MEG vectorized forward calculation function.
  • megChannelIdx [var] in Basis — Original channel indices in FiffInfo for the MEG rows.
  • megFieldContours [var] in ViewVisibilityProfile
  • megFieldMap [var] in ViewVisibilityProfile
  • megFieldMapOnHead [fn] in SensorFieldMapper
  • megFieldMapOnHead [var] in ViewVisibilityProfile
  • megFieldMapOnHeadForTarget [slot] in BrainView — Check whether MEG field mapping uses head surface for a target.
  • megGradItems [var] in SensorLoadResult — Ownership passes to caller.
  • megMagItems [var] in SensorLoadResult
  • megMapping [fn] in SensorFieldMapper
  • megPick [fn] in SensorFieldMapper
  • megSurfaceKey [fn] in SensorFieldMapper
  • memb_vert [var] in MNEPatchInfo — Vertex indices that constitute the patch.
  • MeshFactory [fn] in MeshFactory
  • message [var] in MnaVerificationResult — Formatted message: "PASS: ..." or "FAIL [error]: ...".
  • metaChanged [signal] in ChannelDataModel — Emitted when channel metadata (scale, colour, bad-flag) changes.
  • MetaData [fn] in MetaData
  • method [var] in InvCMNESettings — 0=MNE, 1=dSPM (default), 2=sLORETA.
  • method [var] in InvSourceEstimate — The inverse method that produced this estimate.
  • methodChanged [signal] in MinimumNormSettingsView — Emit signal whenever the method changed.
  • methods [var] in MNEInverseOperator — Modality flag: FIFFV_MNE_MEG, _EEG, or _MEG_EEG.
  • mgh_tags [var] in MNESurfaceOrVolume — Tags listed in the file.
  • mindist [var] in ComputeFwdSettings — Minimum allowed distance of the sources from the inner skull surface.
  • mindistoutname [var] in ComputeFwdSettings — Output file for omitted source space points.
  • MinimumNormSettingsView [fn] in MinimumNormSettingsView — Constructs a MinimumNormSettingsView which is a child of parent.
  • minimumSizeHint [fn] in ChannelLabelPanel
  • minimumSizeHint [fn] in OverviewBarWidget
  • minimumSizeHint [fn] in TimeRulerWidget
  • minPanePx [fn] in MultiViewLayout
  • minv [var] in MNEMshDisplaySurface — Minimum values along the three coordinate axes.
  • minX [fn] in BrainSurface — Get minimum X coordinate.
  • mirrorX [fn] in PolhemusCoregistration
  • mirrorY [fn] in PolhemusCoregistration
  • missingOps [fn] in MnaOpRegistry — Return op types referenced in a project that have no registered schema.
  • mkdirs [fn] in BIDSPath — Creates the directory structure for this path (mkdir -p).
  • MlOnnxModel [fn] in MlOnnxModel — Default constructor.
  • MlTensor [fn] in MlTensor — Default constructor – creates an empty 0-element tensor with shape {}.
  • MlTensor [fn] in MlTensor — Construct from a moved data buffer and an arbitrary shape.
  • MlTensor [fn] in MlTensor — Construct by copying from a raw pointer and a shape.
  • MlTensor [fn] in MlTensor — Construct from an Eigen column-major MatrixXf.
  • MlTensor [fn] in MlTensor — Construct from an Eigen column-major MatrixXd.
  • MLTrainer [fn] in MLTrainer — Construct an MLTrainer with default PythonRunner configuration.
  • MLTrainer [fn] in MLTrainer — Construct an MLTrainer with explicit PythonRunner configuration.
  • MnaGraph [fn] in MnaGraph
  • MnaParamTree [fn] in MnaParamTree
  • MnaProject [fn] in MnaProject — Default constructor.
  • mnaVersion [var] in MnaProject — MNA schema version.
  • mne_add_upper_triangle_rcs [fn] in FiffSparseMatrix — Add the upper triangle to a lower-triangular sparse RCS matrix.
  • mne_kind [var] in MNECTFCompData — MNE-internal compensation kind.
  • mne_read_meas_data [fn] in MNEMeasData — Read an evoked-response data set into a new container.
  • mne_read_meas_data_add [fn] in MNEMeasData — Read an evoked-response data set and append it to an existing container.
  • mne_read_meg_comp_eeg_ch_info [fn] in FiffInfoBase — Read MEG, compensation, and EEG channel information from this measurement info.
  • MNEBem [fn] in MNEBem — Default constructor.
  • MNEBem [fn] in MNEBem — Copy constructor.
  • MNEBem [fn] in MNEBem — Default constructor.
  • MNEBemSurface [fn] in MNEBemSurface — Constructors the bem surface.
  • MNEBemSurface [fn] in MNEBemSurface — Copy constructor.
  • MNEChSelection [fn] in MNEChSelection
  • MNEClusterInfo [fn] in MNEClusterInfo — Default constructor.
  • MNECorticalMap [fn] in MNECorticalMap
  • MNECovMatrix [fn] in MNECovMatrix — Construct a covariance matrix.
  • mneCppVersion [var] in MnaProvenance — e.g. "2.2.0"
  • MNECTFCompData [fn] in MNECTFCompData — Constructs an empty MNE CTF Compensation Data object.
  • MNECTFCompData [fn] in MNECTFCompData — Copy constructor.
  • MNECTFCompDataSet [fn] in MNECTFCompDataSet — Construct an empty compensation data set.
  • MNECTFCompDataSet [fn] in MNECTFCompDataSet — Copy constructor.
  • MNEDeriv [fn] in MNEDeriv — Constructs an empty MNE Derivation.
  • MNEDerivSet [fn] in MNEDerivSet — Constructs the MNE Derivation Set.
  • MNEEpochData [fn] in MNEEpochData — Default constructor.
  • MNEEpochData [fn] in MNEEpochData — Copy constructor.
  • MNEEpochDataList [fn] in MNEEpochDataList — Default constructor.
  • MNEEvent [fn] in MNEEvent
  • MNEEventList [fn] in MNEEventList
  • MNEEventList [fn] in MNEEventList
  • MNEEventList [fn] in MNEEventList
  • MNEFilterDef [fn] in MNEFilterDef
  • MNEForwardSolution [fn] in MNEForwardSolution — Default constructor.
  • MNEForwardSolution [fn] in MNEForwardSolution — Constructs a forward operator, by reading from a IO device.
  • MNEForwardSolution [fn] in MNEForwardSolution — Copy constructor.
  • MNEForwardSolution [fn] in MNEForwardSolution — Move constructs an MNEForwardSolution.
  • MNEHemisphere [fn] in MNEHemisphere — Constructors the hemisphere source space.
  • MNEHemisphere [fn] in MNEHemisphere — Copy constructor.
  • MNEInverseOperator [fn] in MNEInverseOperator — Constructs an empty inverse operator with invalid sentinel values.
  • MNEInverseOperator [fn] in MNEInverseOperator — Constructs an inverse operator by reading from a FIFF IO device.
  • MNEInverseOperator [fn] in MNEInverseOperator — Constructs an inverse operator from measurement info, forward solution, and noise covariance.
  • MNEInverseOperator [fn] in MNEInverseOperator — Copy constructor.
  • MNELayout [fn] in MNELayout
  • MNELayoutPort [fn] in MNELayoutPort
  • MNEMeasData [fn] in MNEMeasData — Constructs an empty measurement data container.
  • MNEMeasDataSet [fn] in MNEMeasDataSet — Constructs an empty measurement data set.
  • MNEMghTag [fn] in MNEMghTag — Constructs an empty MNEMghTag.
  • MNEMghTagGroup [fn] in MNEMghTagGroup — Constructs an empty MNEMghTagGroup.
  • MNEMghTagGroup [fn] in MNEMghTagGroup
  • MNEMghTagGroup [fn] in MNEMghTagGroup
  • MNEMneData [fn] in MNEMneData — Constructs the MNEMneData.
  • MNEMorphMap [fn] in MNEMorphMap — Constructs the MNEMorphMap.
  • MNEMshColorScaleDef [fn] in MNEMshColorScaleDef — Constructs the MNEMshColorScaleDef.
  • MNEMshDisplaySurface [fn] in MNEMshDisplaySurface — Constructs the MNEMshDisplaySurface.
  • MNEMshDisplaySurfaceSet [fn] in MNEMshDisplaySurfaceSet — Constructs the MNEMshDisplaySurfaceSet.
  • MNEMshEyes [fn] in MNEMshEyes — Constructs an empty MNEMshEyes.
  • MNEMshLight [fn] in MNEMshLight — Constructs the MNEMshLight.
  • MNEMshLight [fn] in MNEMshLight — Copy Constructs of the MNEMshLight.
  • MNEMshLight [fn] in MNEMshLight — Constructs the MNEMshLight.
  • MNEMshLightSet [fn] in MNEMshLightSet — Constructs an empty MNEMshLightSet.
  • MNEMshLightSet [fn] in MNEMshLightSet
  • MNEMshLightSet [fn] in MNEMshLightSet
  • MNEMshPicked [fn] in MNEMshPicked — Constructs the MNEMshPicked.
  • MNENamedMatrix [fn] in MNENamedMatrix — Default constructor.
  • MNENamedMatrix [fn] in MNENamedMatrix — Copy constructor.
  • MNENamedVector [fn] in MNENamedVector
  • MNENearest [fn] in MNENearest — Constructs the MNE Nearest.
  • MNEOperator [fn] in MNEOperator
  • MNEOperator [fn] in MNEOperator
  • MNEOperator [fn] in MNEOperator
  • MNEPatchInfo [fn] in MNEPatchInfo — Constructs the MNE Patch Information Refactored: mne_new_patch (mne_source_space.c).
  • MNEProjData [fn] in MNEProjData — Constructs the MNEProjData.
  • MNEProjectToSurface [fn] in MNEProjectToSurface — Constructs a MNEProjectToSurface object.
  • MNEProjectToSurface [fn] in MNEProjectToSurface — Constructs a MNEProjectToSurface with the data of a MNEBemSurface object.
  • MNEProjItem [fn] in MNEProjItem — Default constructor.
  • MNEProjItem [fn] in MNEProjItem — Copy constructor.
  • MNEProjItem [fn] in MNEProjItem — Move constructor (defaulted).
  • MNEProjOp [fn] in MNEProjOp — Default constructor.
  • MNERawBufDef [fn] in MNERawBufDef — Default constructor.
  • MNERawData [fn] in MNERawData — Constructs the MNE Raw Data Refactored: new_raw_data (mne_raw_data.c).
  • MNERawInfo [fn] in MNERawInfo — Constructs a default MNERawInfo.
  • MNESourceSpace [fn] in MNESourceSpace — Constructs the MNE Source Space.
  • MNESourceSpaces [fn] in MNESourceSpaces — Default constructor.
  • MNESourceSpaces [fn] in MNESourceSpaces — Copy constructor.
  • MNESparseNamedMatrix [fn] in MNESparseNamedMatrix
  • MNESssData [fn] in MNESssData — Constructs the MNE SSS Data.
  • MNESssData [fn] in MNESssData — Copy constructor.
  • MNESurface [fn] in MNESurface — Constructs the MNE FsSurface.
  • MNESurfaceOrVolume [fn] in MNESurfaceOrVolume — Constructs the MNE FsSurface or Volume.
  • MNESurfaceOrVolume [fn] in MNESurfaceOrVolume
  • MNESurfaceOrVolume [fn] in MNESurfaceOrVolume
  • MNESurfacePatch [fn] in MNESurfacePatch — Constructs a patch with np vertices.
  • MNETriangle [fn] in MNETriangle — Constructs an empty MNETriangle with zeroed geometry.
  • MNEVolGeom [fn] in MNEVolGeom — Constructs the MNE Volume Geometry.
  • MNI_tal_tal_gtz_t [var] in FiffCoordTransSet — Transform MNI Talairach to FreeSurfer Talairach coordinates (z > 0).
  • MNI_tal_tal_ltz_t [var] in FiffCoordTransSet — Transform MNI Talairach to FreeSurfer Talairach coordinates (z < 0).
  • modalitiesChanged [signal] in ModalitySelectionView — Emit this signal whenever the user changed the modality.
  • modality [fn] in RtSensorStreamManager
  • modalityChanged [signal] in DipoleFitView — Send new modality selection.
  • ModalitySelectionView [fn] in ModalitySelectionView — Constructs a ModalitySelectionView which is a child of parent.
  • ModeAnnotation [var] in BrainSurface
  • model [var] in CameraResult
  • model [fn] in ChannelDataView — Returns the underlying data model (non-owning pointer).
  • model [var] in InstanceData
  • model [var] in InstanceData
  • modelCheckpointChanged [signal] in MinimumNormSettingsView — Emit signal whenever the CMNE model checkpoint path changed.
  • modelFiducial [fn] in PolhemusCoregistration
  • models [var] in FwdEegSphereModelSet — Set of EEG sphere model definitions.
  • modelType [fn] in MlModel
  • modelType [fn] in MlOnnxModel
  • modelVertex [fn] in PolhemusCoregistration
  • ModeScientific [var] in BrainSurface
  • ModeSourceEstimate [var] in BrainSurface
  • ModeSurface [var] in BrainSurface
  • modified [var] in MnaProject — Last modification timestamp.
  • mom [var] in CoilParam
  • moment [var] in DipFitError
  • moment [var] in InvFocalDipole — Current dipole moment (Am).
  • moments [var] in InvSourceCoupling — Dipole moment / orientation for each coupled source (size N).
  • morph_subj [var] in MNEMshDisplaySurfaceSet — The subject we are morphing to.
  • mousePressEvent [fn] in AverageSceneItem
  • mousePressEvent [fn] in Spline — constructor for mouse press event behaviour to create threshold lines and signal emit
  • mouseReleaseEvent [fn] in AverageSceneItem
  • move [var] in MNEMshDisplaySurface — Translation offset for the origin.
  • move [var] in MNEMshDisplaySurfaceSet — Translation offset for the origin.
  • moveDataToSession [slot] in BidsViewModel — Moves data at dataIndex to session at sessionIndex.
  • moveSessionToSubject [slot] in BidsViewModel — Moves a session to a new subject.
  • mri_fids [var] in FiffDigitizerData — MRI coordinate system fiducials.
  • mri_filename [var] in MNEForwardSolution — MRI file name (parent provenance).
  • mri_head_ident [var] in ComputeFwdSettings — Are the head and MRI coordinates the same?
  • mri_head_t [var] in FilterThreadArg — MRI-to-head coordinate transformation.
  • mri_head_t [var] in InvDipoleFitData — MRI <-> head coordinate transformation.
  • mri_head_t [var] in MNEForwardSolution — MRI head coordinate transformation.
  • mri_head_t [var] in MNEInverseOperator — MRI-to-head coordinate transformation.
  • mri_head_t [var] in MNEMeasData — MRI ↔ head coordinate transform.
  • mri_id [var] in MNEForwardSolution — MRI file ID (parent provenance).
  • MRI_surf_RAS_RAS_t [var] in MNESurfaceOrVolume — Transform from surface RAS to scanner RAS in the associated MRI volume.
  • MRI_vol_dims [var] in MNESurfaceOrVolume — Dimensions of the associated MRI volume (width x height x depth).
  • MRI_volume [var] in MNESurfaceOrVolume — Path to the MRI volume file the interpolator is based on.
  • MRI_voxel_surf_RAS_t [var] in MNESurfaceOrVolume — Voxel-to-surface-RAS transform for the associated MRI volume.
  • mriname [var] in ComputeFwdSettings — MRI file for head <-> MRI transformation.
  • mriname [var] in InvDipoleFitSettings — Gives the MRI <-> head transform.
  • MriSlice [fn] in MriSlice — Default constructor.
  • MriVolData [fn] in MriVolData — Default constructor.
  • mu [var] in FwdEegSphereModel — The Berg-Scherg equivalence parameters.
  • mu [var] in RtCovComputeResult
  • mult [var] in MNEMshColorScaleDef
  • MultimodalScene [fn] in MultimodalScene
  • MultiView [fn] in MultiView — Constructs an MultiView.
  • MultiViewLayout [fn] in MultiViewLayout — Constructor.
  • MultiViewWindow [fn] in MultiViewWindow — Constructs an MultiViewWindow.
  • muscleScore [fn] in MlIcaLabel — Compute a simple spectral power ratio heuristic for muscle artifact detection.
  • MvarModel [fn] in MvarModel — Constructs a default MvarModel object.
  • MvarModel [fn] in MvarModel — Constructs a default MvarModel object.
  • mvp [var] in SceneData

N​

  • nactive [var] in MNEProjData — Number of currently active triangles.
  • name [var] in BidsChannel — Channel name (REQUIRED).
  • name [var] in BidsDatasetDescription — Human-readable dataset name (REQUIRED).
  • name [var] in BidsElectrode — Electrode name (REQUIRED).
  • name [var] in BrainVisionChannelInfo
  • name [var] in ChannelDisplayInfo — Channel name for the label.
  • name [var] in ElectrodeContact — Contact label, e.g.
  • name [var] in ElectrodePosition — Electrode name (e.g.
  • name [var] in FsLabel — Name of the label.
  • name [var] in FwdEegSphereModel — Textual identifier.
  • name [var] in MnaOpSchemaAttr — Attribute key.
  • name [var] in MnaOpSchemaPort — Port name.
  • name [var] in MnaPort — Port name (unique within a node).
  • name [var] in MnaProject — Project name.
  • name [var] in MNEChSelection — Name of this selection.
  • name [var] in MNELayout — Source file name this layout was loaded from.
  • name [var] in MNEMshEyes — Name of this viewpoint definition.
  • name [var] in MNEMshLightSet — Name of this light set.
  • names [var] in FiffCov — Channel names.
  • names [var] in MNECovMatrix — Channel names (optional).
  • names [var] in MNELayoutPort — Channels assigned to this port (colon-separated).
  • names [var] in MNENamedVector — Name list for the elements.
  • names [var] in MNEProjOp — Names of the channels in the final compiled projector.
  • nave [var] in FiffEvoked — Number of averaged epochs.
  • nave [var] in InvDipoleFitData — How many averages does this correspond to?
  • nave [var] in MNEInverseOperator — Number of averages (default 1).
  • nave [var] in MNEMeasDataSet — Number of averaged responses.
  • nbad [var] in MNECovMatrix — Number of bad channels.
  • nbad [var] in MNEMeasData — Number of bad channels.
  • nbad [var] in MNERawData — Number of bad channels.
  • nch [var] in InvDipoleForward — Number of channels.
  • nch [var] in MNECTFCompDataSet — Number of channels.
  • nch [var] in MNEProjOp — Number of channels in the final projector.
  • nchan [var] in FiffInfoBase — Number of channels.
  • nchan [var] in MNEChSelection — How many picked channels?
  • nchan [var] in MNEForwardSolution — Number of channels.
  • nchan [var] in MNEInverseOperator — Number of channels (= number of singular values).
  • nchan [var] in MNEMeasData — Number of channels.
  • nchan [var] in MNERawBufDef — Number of channels.
  • nchan [var] in MNERawInfo — Number of channels.
  • nchan [var] in MNESssData — How many channels.
  • nChannels [fn] in InvBeamformer — Returns the number of channels.
  • nchild [fn] in FiffDirNode — Returns the number of child nodes.
  • nchoose2 [fn] in Numerics — Calculates the combination of n over 2 (nchoosek(n,2)).
  • ncluster [var] in ComputeFwdSettings — Number of sources desired in clustered solution.
  • nClusters [var] in RegionData — Number of clusters within this region.
  • nClusters [var] in RegionMT — Number of clusters for this region.
  • ncoil [var] in FwdBemSolution — Number of sensors.
  • ncoil [fn] in FwdCoilSet — Number of coils (convenience accessor).
  • ncoils [fn] in InvSensorSet
  • ncol [var] in FiffNamedMatrix — Number of columns.
  • ncol [var] in MNENamedMatrix — Number of columns in data.
  • ncol [var] in MNESparseNamedMatrix — Number of columns (same as in data).
  • ncomp [var] in MNECTFCompDataSet — Number of compensation data sets.
  • ncov [var] in MNECovMatrix — Dimension (number of channels).
  • ndef [var] in MNEChSelection — How many of them.
  • nderiv [var] in MNEChSelection — How many derivations in the above.
  • ndim [fn] in MlTensor
  • ndip [var] in InvDipoleForward — Number of dipoles.
  • ndir [var] in MNERawInfo — Number of tags in the above directory.
  • nearest [var] in MNENearest — Index of the nearest 'inuse' vertex.
  • nearest [var] in MNESurfaceOrVolume — Nearest in-use vertex info for each vertex (np elements).
  • nearest_triangle_point [fn] in MNESurface — Find the nearest point on a triangle to a given point.
  • nearest_triangle_point [fn] in MNESurface — Find the nearest point on a triangle (simplified, no projection data).
  • nearestDistVec [fn] in MNESurfaceOrVolume — Extract the nearest distances from the nearest vector as doubles.
  • nearestVertIdx [fn] in MNESurfaceOrVolume — Extract the nearest in-use vertex indices from the nearest vector.
  • neeg [var] in InvDipoleFitData — How many EEG.
  • neighbor_tri [var] in MNESurfaceOrVolume — Neighboring triangles for each vertex (np entries, variable length).
  • neighbor_vert [var] in MNESurfaceOrVolume — Vertices neighboring each vertex (np entries, variable length).
  • nent [fn] in FiffDirNode — Returns the number of entries in this node.
  • nent [fn] in FiffStream — How many entries?
  • nent_tree [var] in FiffDirNode — Number of entries in the directory tree node.
  • Network [fn] in Network — Constructs a Network object.
  • Network [fn] in Network — Constructs a Network object.
  • network [var] in ViewVisibilityProfile
  • NetworkEdge [fn] in NetworkEdge — Constructs a NetworkEdge object.
  • NetworkEdge [fn] in NetworkEdge — Constructs a NetworkEdge object.
  • NetworkNode [fn] in NetworkNode — Constructs a NetworkNode object.
  • NetworkNode [fn] in NetworkNode — Constructs a NetworkNode object.
  • NetworkObject [fn] in NetworkObject — Default constructor.
  • NetworkTreeItem [fn] in NetworkTreeItem — Constructs a NetworkTreeItem.
  • neval [var] in InvEcd — Number of function evaluations required for this fit.
  • nevent [fn] in MNEEventList — Returns the number of events in the list.
  • new_file_id [fn] in FiffId — Constructs a (hopefully) unique file id.
  • new_fit_user [fn] in FwdEegSphereModel — Allocate and initialize a fitting workspace for Berg-Scherg parameter estimation.
  • newAverageActivationMap [signal] in AverageSelectionView — Emmited when new average activation is available.
  • newAverageActivationMap [signal] in EvokedSetModel — Emmited when new average activation is available.
  • newAverageColorMap [signal] in AverageSelectionView — Emmited when new average color is available.
  • newAverageColorMap [signal] in EvokedSetModel — Emmited when new average color is available.
  • newConnectivityResultAvailable [signal] in RtConnectivity
  • newDigitizerList [fn] in HpiSettingsView — Display digitizer metadata bsed on input pointList.
  • newEegMappingAvailable [signal] in RtSensorDataController — Emitted when a new EEG mapping matrix has been computed by the background worker.
  • newEegMappingAvailable [signal] in RtSensorInterpolationMatWorker — Emitted when new EEG mapping data is available.
  • newFiffFileLoaded [fn] in ChannelSelectionView — call this whenever a new file was loaded.
  • newFileAtPath [signal] in FiffFileSharer — Emits path of new shared fiff file.
  • newHpiFitResultAvailable [signal] in RtHpi
  • newInterpolationMatrixLeftAvailable [signal] in RtSourceDataController — Emitted when a new left hemisphere interpolation matrix has been computed.
  • newInterpolationMatrixLeftAvailable [signal] in RtSourceInterpolationMatWorker — Emitted when a new left hemisphere interpolation matrix is available.
  • newInterpolationMatrixRightAvailable [signal] in RtSourceDataController — Emitted when a new right hemisphere interpolation matrix has been computed.
  • newInterpolationMatrixRightAvailable [signal] in RtSourceInterpolationMatWorker — Emitted when a new right hemisphere interpolation matrix is available.
  • newItemIndex [signal] in BidsViewModel — Emit index of newly added items to be selected.
  • newMegMappingAvailable [signal] in RtSensorDataController — Emitted when a new MEG mapping matrix has been computed by the background worker.
  • newMegMappingAvailable [signal] in RtSensorInterpolationMatWorker — Emitted when new MEG mapping data is available.
  • newParadigm [signal] in ProjectSettingsView
  • newProject [signal] in ProjectSettingsView
  • newRawDataAvailable [signal] in RtSourceDataController — Emitted when raw (non-interpolated) data is available.
  • newRawSensorDataAvailable [signal] in RtSensorDataController — Emitted when raw (non-mapped) sensor data is available.
  • newRtRawData [signal] in RtSourceDataWorker — Emitted when new raw (non-interpolated) data is available.
  • newRtRawSensorData [signal] in RtSensorDataWorker — Emitted when raw (non-mapped) sensor data is available.
  • newRtSensorColors [signal] in RtSensorDataWorker — Emitted when new per-vertex color data is ready for rendering.
  • newRtSmoothedData [signal] in RtSourceDataWorker — Emitted when new interpolated color data is ready for rendering.
  • newSelection [signal] in EvokedSetModel — Emmited when new selcetion was made.
  • newSelection [signal] in FrequencySpectrumModel — Emmited when new selcetion was made.
  • newSelection [signal] in RtFiffRawViewModel — Emmited when new selcetion was made.
  • newSensorColorsAvailable [signal] in RtSensorDataController — Emitted when new per-vertex color data for a sensor surface is available.
  • newSmoothedDataAvailable [signal] in RtSourceDataController — Emitted when new interpolated per-vertex color data is available for rendering.
  • newSubject [signal] in ProjectSettingsView
  • next [var] in FiffTag — Pointer to the next object.
  • next_legen [fn] in FwdEegSphereModel — Compute the next Legendre polynomials of the first and second kind using a recursion formula.
  • nextEvent [var] in AverageCategory — Require this event next.
  • nextIgnore [var] in AverageCategory — Ignore mask for next event.
  • nextSample [fn] in FastrakParser — Pop the next fully-decoded sample, if any.
  • nfids [fn] in FiffDigitizerData — Returns the number of MRI fiducial points (cardinal points transformed into MRI coordinates via head_mri_t_adj).
  • nfit [var] in fitUserRec
  • nfit [var] in FwdEegSphereModel — How many?
  • nframes [var] in MriVolData — Number of frames (scalar components per voxel).
  • nfree [var] in FiffCov — Number of degrees of freedom.
  • nfree [var] in InvEcd — Degrees of freedom for the above.
  • nfree [var] in InvFocalDipole — Degrees of freedom.
  • nfree [var] in MNECovMatrix — Number of degrees of freedom used in estimation.
  • nFreqs [fn] in InvBeamformer — Returns the number of frequency bins (1 for LCMV, >= 1 for DICS).
  • nguess [var] in InvGuessData — How many sources.
  • nitems [var] in MNEProjOp — Number of items.
  • nIterations [var] in InfomaxResult — Number of iterations performed.
  • nIterations [var] in InvGammaMapResult
  • nIterations [var] in InvMxneResult
  • nIterations [var] in InvTfMxneResult — Number of iterations performed.
  • nlabel [var] in ComputeFwdSettings
  • nlayer [fn] in FwdEegSphereModel
  • nlight [fn] in MNEMshLightSet — Returns the number of lights in the set.
  • nmarker_colors [var] in MNEMshDisplaySurface — Number of color components per marker vertex.
  • nmarker_tri [var] in MNEMshDisplaySurface — Number of marker triangles.
  • nmatch [fn] in MNELayout — Returns the number of channels (rows in match matrix).
  • nmeg [var] in InvDipoleFitData — How many MEG.
  • nmodel [fn] in FwdEegSphereModelSet — Number of models in this set.
  • nn [fn] in FsSurface — Normalized surface normals for each vertex.
  • nn [var] in MNESurfaceOrVolume — FsSurface normals at these points (np x 3, row-major).
  • nn [var] in MNETriangle — Unit normal vector.
  • nneighbor_tri [var] in MNESurfaceOrVolume — Number of neighboring triangles for each vertex (np elements).
  • nneighbor_vert [var] in MNESurfaceOrVolume — Number of vertices neighboring each vertex (np elements).
  • node [fn] in MnaGraph
  • node [fn] in MnaGraph
  • nodeIndexBuffer [fn] in NetworkObject
  • nodeIndexCount [fn] in NetworkObject
  • nodeInstanceBuffer [fn] in NetworkObject
  • nodeInstanceCount [fn] in NetworkObject
  • nodes [fn] in MnaGraph
  • nodes [fn] in MnaGraph
  • nodeVertexBuffer [fn] in NetworkObject
  • noise [var] in InvDipoleFitData — Noise covariance matrix (weighted to take the selection into account).
  • noise_cov [var] in MNEInverseOperator — Noise covariance matrix.
  • noise_orig [var] in InvDipoleFitData — Noise covariance matrix (original, currently unused).
  • noiseChanged [signal] in DipoleFitView — Set new manual noise parameters.
  • noiseCov [fn] in MvarModel — Returns the noise covariance matrix (nChannels x nChannels).
  • noiseCov [fn] in MvarModel — Returns the noise covariance matrix (nChannels x nChannels).
  • noiseCov [var] in RtInvOpInput
  • noisename [var] in InvDipoleFitSettings — Noise-covariance matrix.
  • noisenorm [var] in MNEInverseOperator — Diagonal noise-normalisation matrix (dSPM / sLORETA).
  • nonZeros [fn] in FiffSparseMatrix — Number of stored non-zero elements.
  • nOrient [fn] in InvBeamformer — Returns the number of orientations per source (1 or 3).
  • norm [var] in VertexData
  • normal [fn] in MNESurfaceOrVolume — Return a read-only map to the k-th vertex normal (3 contiguous floats).
  • normalize [fn] in Network — Normalize the network.
  • normalize [fn] in Network — Normalize the network.
  • NormalsT [type] in MNESurfaceOrVolume — Type abbreviation for np x 3 normal data.
  • notch [var] in BidsChannel — Notch filter frequency in Hz (OPTIONAL).
  • notify [fn] in Subject — Notifies all attached servers by calling there update method.
  • notifyEnabled [var] in Subject — Holds the status whether notification is enabled.
  • np [var] in fitUserRec
  • np [var] in FwdBemModel — Vertex count per surface (length nsurf).
  • np [var] in FwdBemSolution — Number of potential solution points.
  • np [var] in FwdCoil — Number of integration points.
  • np [fn] in InvSensorSet
  • np [var] in MNEMeasDataSet — Number of time samples.
  • np [var] in MNESurfaceOrVolume — Number of vertices.
  • npoint [var] in FiffDigitizerData — Number of points.
  • nproj [var] in MNECovMatrix — Number of dimensions projected out.
  • nrow [var] in FiffNamedMatrix — Number of rows.
  • nrow [var] in MNENamedMatrix — Number of rows in data.
  • nrow [var] in MNESparseNamedMatrix — Number of rows (same as in data).
  • ns [var] in MNERawBufDef — Number of samples (lasts - firsts + 1).
  • nsamp [var] in FiffRawDir — Number of samples.
  • nsamp [var] in MNERawData — Total number of samples in the file.
  • nset [var] in MNEMeasData — Number of loaded data sets.
  • nsol [var] in FwdBemModel — Dimension of the solution matrix.
  • nsource [var] in MNEForwardSolution — Number of source dipoles.
  • nsource [var] in MNEInverseOperator — Number of source-space points.
  • nSources [fn] in InvBeamformer — Returns the number of source points.
  • nSourcesTotal [var] in InvBeamformer — Total number of source points.
  • nsurf [var] in FwdBemModel — Number of interface surfaces.
  • nsurf [var] in MNEMshDisplaySurfaceSet — Number of surfaces.
  • ntags [fn] in MNEMghTagGroup — Returns the number of tags in the group.
  • ntaper [var] in MNERawBufDef — Taper length for filtered buffers.
  • nterms [var] in fitUserRec
  • nterms [var] in FwdEegSphereModel — How many?
  • ntri [var] in FwdBemModel — Triangle count per surface (length nsurf).
  • ntri [var] in MNESurfaceOrVolume — Number of triangles in the surface.
  • num_events [fn] in FiffEvents — Returns the number of events.
  • numberTrialRowChanged [signal] in TfSettingsView — Emit signal whenever trial number changed.
  • numberTrialsChanged [signal] in ConnectivitySettingsView — Emit signal whenever the number of trials changed.
  • numClust [fn] in MNEClusterInfo — Returns the number of clusters.
  • numEntries [var] in FsColortable — Number of entries.
  • numIterations [var] in DipFitError
  • numSources [var] in InvCMNESettings — n_s: must match model input dim.
  • numTimePoints [fn] in SourceEstimateManager
  • numTimePoints [fn] in SourceEstimateOverlay — Get the number of time points in the source estimate.
  • numVLines [fn] in EvokedSetModel — Returns the number of vertical lines (one per second).
  • numVLines [fn] in RtFiffRawViewModel — Returns the number of vertical lines (one per second).
  • nuse [var] in MNESurfaceOrVolume — Number of vertices in use.
  • nuse_tri [var] in MNESurfaceOrVolume — Number of triangles in the in-use triangulation.
  • nvec [var] in MNENamedVector — Number of elements.
  • nvec [var] in MNEProjItem — Number of projection vectors (== vecs->nrow when vecs is set).
  • nvec [var] in MNEProjOp — Number of orthogonalized vectors in the final projector.
  • nvertex_colors [var] in MNEMshDisplaySurface — Number of color components per vertex.
  • nVertices [fn] in InvVectorSourceEstimate — Number of source vertices (data.rows() / 3).
  • nVerticesTo [fn] in SourceMorph — Get the number of target vertices.
  • nx [var] in VertexData
  • nx [var] in VertexData
  • ny [var] in VertexData
  • ny [var] in VertexData
  • nz [var] in VertexData
  • nz [var] in VertexData
  • nzero [var] in MNECovMatrix — Number of zero or small eigenvalues.

O​

  • oas [fn] in StsCovEstimators — Oracle Approximating Shrinkage (OAS) covariance estimator.
  • objectId [var] in PickResult — Stable identifier for the picked element within its renderable (e.g.
  • objectKey [fn] in NetworkTreeItem — Returns the object key identifying this network.
  • objectVisibleForTarget [slot] in BrainView — Check object visibility for a given target view.
  • observerNumDebug [fn] in Subject — Returns attached observers.
  • observers [fn] in Subject — Returns attached observers.
  • off [var] in FwdThreadArg — Offset within the result to the first source space vertex solution.
  • offset [var] in FiffDataRef — Offset to the data in the external file.
  • offset [fn] in FsSurface — Vector offset.
  • offset [fn] in FsSurface — Vector offset.
  • offsets [var] in MNERawData — DC offset corrections for display.
  • omit_data_proj [var] in InvDipoleFitSettings — Omit the projection in the data file.
  • omit_samp [var] in MNERawData — Number of skip samples omitted from the beginning.
  • omit_samp_old [var] in MNERawData — Omitted samples (old-version compatible value).
  • omitSubjectInfo [var] in ProcessingSettings — Omit subject info from output.
  • onAddSession [signal] in BidsView — Triggers a session to be added with name sSessionName to subject at index subjectIndex.
  • onAddSubject [signal] in BidsView — Triggers a subject to be added with name sSubjectName.
  • onClusteringStatusChanged [fn] in FwdSettingsView — Updates clustered forward solution information.
  • onDataChanged [slot] in BrainView
  • one_field_coeff [fn] in FwdBemModel — Compute the constant-collocation magnetic field coefficient for one triangle.
  • one_step [fn] in FwdEegSphereModel — Objective function for the simplex optimizer: evaluate the residual sum of squares for a given set of mu values.
  • oneSample [fn] in StatsTtest — One-sample t-test.
  • oneSamplePermutationTest [fn] in StatsCluster — One-sample cluster-based permutation test.
  • oneWay [fn] in StatsFtest — One-way ANOVA F-test.
  • onFail [var] in MnaVerificationCheck — Optional remediation hint.
  • onMoveData [signal] in BidsView — Triggers data at dataIndex to be moved to session at sessionIndex.
  • onMoveSession [signal] in BidsView — Triggers session at sessionIndex to be moved to subject at subjectIndex.
  • onnxModelPath [var] in InvCMNESettings — Path to trained LSTM model (.onnx).
  • onRowsInserted [slot] in BrainView
  • onset [var] in BidsEvent — Onset in seconds from the start of the recording.
  • onset [var] in FiffAnnotation — Onset in seconds.
  • onsetToSample [fn] in FiffAnnotations — Converts onset of annotation at index to a sample number.
  • onTreeViewDescriptionHide [fn] in Control3DView — Slot called when tree view description visibilty changed.
  • onTreeViewHeaderHide [fn] in Control3DView — Slot called when tree view header visibilty changed.
  • onTreeViewRemoveItem [fn] in Control3DView — Slot called when an item should be removed.
  • op [var] in MNEMeasData — Associated inverse operator (not owned).
  • opacity [var] in SceneLayer
  • opacity [fn] in SliceObject
  • opacity [fn] in VideoOverlay
  • open [fn] in AbstractFormatReader — Open and parse the file header.
  • open [fn] in BrainVisionReader — Open and parse the file header.
  • open [fn] in EDFReader — Open and parse the file header.
  • open [fn] in Fiff — fiff_open
  • open [fn] in FiffStream — QFile::open.
  • open [fn] in PolhemusConnection — Open the connection.
  • open_file [fn] in MNERawData — Open a raw FIFF file using the file's native compensation grade.
  • open_file_comp [fn] in MNERawData — Open a raw FIFF file with explicit compensation grade.
  • open_stream [fn] in stream_inlet — Open the TCP connection to the outlet and begin receiving data.
  • open_update [fn] in FiffStream — Open fiff file for update.
  • operate [signal] in RtAveraging
  • operate [signal] in RtConnectivity
  • operate [signal] in RtHpi
  • operate [signal] in RtInvOp — Emit this signal whenver the worker should create a new inverse operator estimation.
  • operate [signal] in RtNoise — Internal signal to forward data to the worker thread.
  • operator const Eigen::SparseMatrix< float > & [fn] in FiffSparseMatrix — Implicit conversion to const Eigen::SparseMatrix<float>&.
  • operator!= [fn] in InvHpiModelParameters
  • operator!= [fn] in InvSensorSet
  • operator+= [fn] in FiffEvoked — Inputs a new data set and recalculates the average.
  • operator<< [fn] in FiffDigPointSet — Subscript operator << to add a new FiffDigPoint.
  • operator<< [fn] in FiffDigPointSet — Subscript operator << to add a new FiffDigPoint.
  • operator<< [fn] in InvEcdSet — Subscript operator << to add a new InvEcd.
  • operator<< [fn] in MNEBem — Subscript operator << to add a new bem_surface.
  • operator<< [fn] in MNEBem — Subscript operator << to add a new bem_surface.
  • operator= [fn] in BIDSPath
  • operator= [fn] in BidsRawData
  • operator= [fn] in BidsRawData
  • operator= [fn] in Command — Assignment Operator.
  • operator= [fn] in FiffCov — Assignment Operator.
  • operator= [fn] in FiffDigitizerData — Copy assignment operator (deep-copies unique_ptr members).
  • operator= [fn] in FiffSparseMatrix — Default copy-assignment operator.
  • operator= [fn] in FiffSparseMatrix — Default move-assignment operator.
  • operator= [fn] in FiffTag — Copy assignment operator.
  • operator= [fn] in FiffTag — Move assignment operator.
  • operator= [fn] in FwdEegSphereModelSet
  • operator= [fn] in FwdEegSphereModelSet
  • operator= [fn] in InvGuessData
  • operator= [fn] in InvHpiModelParameters
  • operator= [fn] in InvSourceEstimate — Assignment Operator.
  • operator= [fn] in MNEEventList
  • operator= [fn] in MNEEventList
  • operator= [fn] in MNEForwardSolution — Copy assignment operator.
  • operator= [fn] in MNEForwardSolution — Move assignment operator.
  • operator= [fn] in MNEHemisphere — Copy assignment operator.
  • operator= [fn] in MNEMghTagGroup
  • operator= [fn] in MNEMghTagGroup
  • operator= [fn] in MNEMshLightSet
  • operator= [fn] in MNEMshLightSet
  • operator= [fn] in MNEProjItem — Copy assignment operator.
  • operator= [fn] in MNEProjItem — Move assignment operator (defaulted).
  • operator= [fn] in MNESurfaceOrVolume
  • operator= [fn] in MNESurfaceOrVolume
  • operator= [fn] in RawCommand — Assignment Operator.
  • operator= [fn] in stream_info — Copy assignment operator.
  • operator== [fn] in InvHpiModelParameters
  • operator== [fn] in InvSensorSet
  • operator[] [fn] in Command — Subscript operator [] to access parameter values by name.
  • operator[] [fn] in Command — Subscript operator [] to access parameter values by index.
  • operator[] [fn] in Command — Subscript operator [].
  • operator[] [fn] in CommandManager — Subscript operator [] to access commands by command name.
  • operator[] [fn] in CommandManager — Subscript operator [] to access commands by command name.
  • operator[] [fn] in FiffAnnotations — Const subscript operator.
  • operator[] [fn] in FiffAnnotations — Subscript operator.
  • operator[] [fn] in FiffDigPointSet — Subscript operator [] to access FiffDigPoint by index.
  • operator[] [fn] in FiffDigPointSet — Subscript operator [] to access FiffDigPoint by index.
  • operator[] [fn] in FsAnnotationSet — Subscript operator [] to access annotation by index.
  • operator[] [fn] in FsAnnotationSet — Subscript operator [] to access annotation by index.
  • operator[] [fn] in FsAnnotationSet — Subscript operator [] to access annotation by identifier.
  • operator[] [fn] in FsAnnotationSet — Subscript operator [] to access annotation by identifier.
  • operator[] [fn] in FsSurfaceSet — Subscript operator [] to access surface by index.
  • operator[] [fn] in FsSurfaceSet — Subscript operator [] to access surface by index.
  • operator[] [fn] in FsSurfaceSet — Subscript operator [] to access surface by identifier.
  • operator[] [fn] in FsSurfaceSet — Subscript operator [] to access surface by identifier.
  • operator[] [fn] in InvEcdSet — Subscript operator [] to access InvEcd by index.
  • operator[] [fn] in InvEcdSet — Subscript operator [] to access InvEcd by index.
  • operator[] [fn] in MNEBem — Subscript operator [] to access bem_surface by index.
  • operator[] [fn] in MNEBem — Subscript operator [] to access bem_surface by index.
  • operator[] [fn] in MNESourceSpaces — Subscript operator [] to access source spaces by index.
  • operator[] [fn] in MNESourceSpaces — Subscript operator [] to access source spaces by index.
  • operator[] [fn] in MNESourceSpaces — Subscript operator [] to access source spaces by hemisphere identifier.
  • operator[] [fn] in MNESourceSpaces — Subscript operator [] to access source spaces by hemisphere identifier.
  • operator[] [fn] in RtCmdClient — Subscript operator [] to access commands by command name.
  • operator[] [fn] in RtCmdClient — Subscript operator [] to access commands by command name.
  • OperatorType [enum] in MNEOperator
  • OpFunc [type] in MnaOpRegistry — Operation implementation callback type.
  • opFunc [fn] in MnaOpRegistry — Get the implementation function for an operation type.
  • opticalAxisLocal [fn] in PolhemusCoregistration — Direction of the optical axis in the tracker body frame (unit vector).
  • opticalCalibDepthSpreadMm [fn] in PolhemusCoregistration — Depth spread of calibration samples along the optical axis (mm).
  • opticalCalibrationChanged [signal] in PolhemusCoregistration
  • opticalCalibrationValid [fn] in PolhemusCoregistration
  • opticalCalibResidualMm [fn] in PolhemusCoregistration — RMS residual of the last optical calibration (mm).
  • opticalCalibSampleCount [fn] in PolhemusCoregistration
  • opticalCenterLocal [fn] in PolhemusCoregistration — Position of the optical center in the tracker body frame (metres).
  • opticalRayInWorld [fn] in PolhemusCoregistration — Compute the current optical axis ray in Polhemus world frame.
  • opType [var] in MnaNode — Operation type (looked up in MnaOpRegistry).
  • opType [var] in MnaOpSchema — Operation type string.
  • order [fn] in MvarModel — Returns the fitted model order.
  • order [fn] in MvarModel — Returns the fitted model order.
  • orient_prior [var] in MNEInverseOperator — Orientation prior (loose-constraint weighting).
  • orientation [var] in FastrakSample — Sensor orientation; identity if not provided.
  • orientation [var] in MriSliceImage — Orientation of the slice.
  • orientation [fn] in SensorTreeItem — Returns the coil orientation (identity if not set).
  • orientation [fn] in SliceObject
  • orientation [var] in StationSample
  • orientation [var] in TrapMusicDipole — Dipole orientation (unit vector).
  • orientationType [var] in InvSourceEstimate — Orientation constraint used (fixed, free, loose).
  • orig_tab [var] in FsColortable — FsColortable raw data.
  • origin [var] in BadChannelsMaxwellParams — Expansion origin (metres, head frame).
  • origin [var] in MaxwellMoveCompParams — SSS expansion origin (metres).
  • origin [var] in MNESssData — The expansion origin.
  • origin [var] in SSSParams — Expansion origin in metres, head-coordinate frame (default: 4 cm superior to head origin).
  • osInfo [var] in MnaProvenance — e.g. "macOS 15.4 arm64"
  • out_nuse [var] in MNESssData — How many components included in the outside expansion.
  • out_order [var] in MNESssData — Order of the outside expansion.
  • outputName [var] in DerivationRule — Name of the derived output channel.
  • outputPorts [var] in MnaOpSchema — Expected output ports.
  • outputs [var] in MnaNode — Output ports.
  • overlay [fn] in SourceEstimateManager
  • overlay_color_mode [var] in MNEMshDisplaySurface — How overlay data affects coloring.
  • overlay_type [var] in MNEMshDisplaySurface — Type identifier for the overlay values.
  • overlay_values [var] in MNEMshDisplaySurface — Per-vertex overlay value array.
  • overlayFmax [fn] in MultimodalScene
  • overlayFmid [fn] in MultimodalScene
  • overlayFmin [fn] in MultimodalScene
  • overlayMode [var] in SceneData
  • overlayMode [var] in SubView
  • overlayModeForTarget [slot] in BrainView — Get configured overlay mode name for a target view.
  • overlayThresholdsChanged [signal] in MultimodalScene — Emitted when any of the shared overlay thresholds change.
  • overviewBarToggled [signal] in ChannelDataView
  • overviewBarVisible [fn] in ChannelDataView
  • OverviewBarWidget [fn] in OverviewBarWidget
  • overwrite [var] in WriteOptions — Overwrite existing files if true.

P​

  • packageDir [var] in PythonRunnerConfig — Directory containing pyproject.toml for pip install .
  • paint [fn] in AverageSceneItem
  • paint [fn] in FrequencySpectrumDelegate — Use the painter and style option to render the item specified by the item index.
  • paint [fn] in RtFiffRawViewDelegate — Use the painter and style option to render the item specified by the item index.
  • paint [fn] in SelectionSceneItem — Reimplemented paint function.
  • paired [fn] in StatsTtest — Paired t-test.
  • pan [var] in SubView
  • param [fn] in MnaParamTree
  • Params [type] in BadChannelDetect — Convenience alias so callers can still write BadChannelDetect::Params.
  • Params [type] in EpochExtractor — Convenience alias so callers can still write EpochExtractor::Params.
  • Params [type] in SSS — Convenience alias so callers can still write SSS::Params.
  • paramTree [var] in MnaGraph — Hierarchical parameter store with formula-driven bindings.
  • parent [var] in FiffDirNode — Parent node.
  • parent_id [var] in FiffDirNode — Newly added to stay consistent with MATLAB implementation.
  • ParksMcClellan [fn] in ParksMcClellan
  • ParksMcClellan [fn] in ParksMcClellan — NumTaps must be odd for high pass and notch filters.
  • parse [fn] in CommandParser — Parses a CLI command or JSON command (list) and notifies all attached observers (command managers).
  • parseAverageFile [fn] in MNEDescriptionParser — Parse an averaging description file.
  • parseCovarianceFile [fn] in MNEDescriptionParser — Parse a covariance description file.
  • parseRecord [fn] in FastrakParser — Parse one record line (without trailing CR/LF) — exposed for unit tests and for callers that pre-frame their data.
  • PartialDirectedCoherence [fn] in PartialDirectedCoherence — Constructs a PartialDirectedCoherence object.
  • PartialDirectedCoherence [fn] in PartialDirectedCoherence — Constructs a PartialDirectedCoherence object.
  • passed [var] in MnaVerificationResult — true if the expression evaluated to true
  • patch [var] in MNENearest — Non-owning pointer to the patch this vertex belongs to.
  • patch_inds [var] in MNEHemisphere — List of neighboring vertices in the high resolution triangulation.
  • patch_info [fn] in MNE — mne_patch_info
  • patch_info [fn] in MNESourceSpaces
  • patch_rot [var] in MNEMshDisplaySurfaceSet — Rotation angles for the (flat) patches.
  • patches [var] in MNEMshDisplaySurfaceSet — Optional flat patches for display (owned).
  • patches [var] in MNESurfaceOrVolume — Patch information for each in-use vertex (nuse elements).
  • path [var] in MnaFileRef — Relative POSIX path.
  • patterns [fn] in DecodingCsp
  • patterns [fn] in DecodingSpoc
  • patterns [fn] in DecodingSsd
  • pause [fn] in CircularBuffer — Pauses the buffer.
  • payload [var] in SceneLayer — Renderable-specific data (ElectrodeObject, SliceObject, BrainSurface, …).
  • pca [fn] in StsCovEstimators — PCA-based rank-reduced covariance estimator.
  • pDescriptions [fn] in Command — Get parameter descriptions.
  • peakLocalisationError [fn] in InvResolutionMatrix — Compute peak localisation error for each source.
  • peakLocalizationError [fn] in StatsSourceMetrics — Peak localization error (Euclidean distance between true and estimated peak).
  • peakMemoryBytes [var] in MnaProvenance — Peak RSS (if measurable), 0 otherwise.
  • pearsonCorrelation [fn] in ConnectivityAec — Pearson correlation between two vectors.
  • penButtonPressed [signal] in PolhemusConnection — Emitted when the continuous stream pauses (pen button pressed).
  • penButtonPressed [signal] in PolhemusCoregistration
  • penOrientation [fn] in PolhemusCoregistration
  • penPoseChanged [signal] in PolhemusCoregistration
  • penPosition [fn] in PolhemusCoregistration
  • penStation [fn] in PolhemusCoregistration
  • penTipOffset [fn] in PolhemusCoregistration
  • penVertex [fn] in PolhemusCoregistration
  • performDipoleFit [signal] in DipoleFitView — Triggers dipole fit calculation.
  • periodMs [var] in MnaParamBinding — Evaluation period when trigger == "periodic" (ignored otherwise).
  • permutationTest [fn] in StatsCluster — Cluster-based permutation test.
  • perspectiveRotation [var] in SubView
  • pFiffInfo [var] in ComputeFwdSettings — The FiffInfo file from the measurement.
  • pFiffInfo [var] in RtInvOpInput
  • pFwd [var] in RtInvOpInput
  • phase [var] in MnaVerificationCheck — "pre" (before execution) or "post" (after execution)
  • PhaseLagIndex [fn] in PhaseLagIndex — Constructs a PhaseLagIndex object.
  • PhaseLagIndex [fn] in PhaseLagIndex — Constructs a PhaseLagIndex object.
  • PhaseLockingValue [fn] in PhaseLockingValue — Constructs a PhaseLockingValue object.
  • PhaseLockingValue [fn] in PhaseLockingValue — Constructs a PhaseLockingValue object.
  • phi_x [fn] in InvDipole
  • phi_x [fn] in InvDipole
  • phi_y [fn] in InvDipole
  • phi_y [fn] in InvDipole
  • phi_z [fn] in InvDipole
  • phi_z [fn] in InvDipole
  • physicalDimension [var] in EDFChannelInfo
  • physicalMax [var] in EDFChannelInfo
  • physicalMin [var] in EDFChannelInfo
  • pick [var] in InvDipoleFitData — Matrix to pick data from the full data set which may contain channels we are not interested in (currently unused).
  • pick [var] in MNEChSelection — Corresponding channels in raw data (< 0 indicates missing).
  • pick [fn] in MNENamedMatrix — Create a sub-matrix by picking named rows and columns.
  • pick [fn] in MNENamedVector — Pick elements from this named vector by name matching, writing them into a result vector ordered according to the supplied name list.
  • pick [fn] in RayPicker — Cast a ray against all surfaces in the scene.
  • pick_channels [fn] in Fiff — fiff_pick_channels
  • pick_channels [fn] in Fiff — fiff_pick_channels_evoked
  • pick_channels [fn] in FiffCov — python pick_channels_cov
  • pick_channels [fn] in FiffEvoked — fiff_pick_channels_evoked
  • pick_channels [fn] in FiffEvokedSet — fiff_pick_channels_evoked
  • pick_channels [fn] in FiffInfoBase — fiff_pick_channels
  • pick_channels [fn] in MNEEpochData — Reduces the data to the selected rows.
  • pick_channels [fn] in MNEEpochDataList — Reduces alld epochs to the selected rows.
  • pick_channels [fn] in MNEForwardSolution — mne.fiff.pick_channels_forward
  • pick_chs_omit [fn] in MNECovMatrix — Pick designated channels from this covariance matrix, optionally omitting MEG-EEG cross-correlations.
  • pick_data [fn] in MNERawData — Extract raw data samples for selected channels (including derived channels) with compensation applied, zero-padding or edge-extending as needed at boundaries.
  • pick_data_filt [fn] in MNERawData — Pick filtered data for a channel selection by loading filter buffers, applying the frequency-domain filter per channel (skipping stimulus channels), and accumulating overlapping results.
  • pick_data_proj [fn] in MNERawData — Extract raw data with SSP projection applied to each time sample before channel selection.
  • pick_deriv [var] in MNEChSelection — Corresponding derivations in raw data.
  • pick_info [fn] in Fiff — fiff_pick_info
  • pick_info [fn] in FiffInfo — fiff_pick_info
  • pick_info [fn] in FiffInfoBase — fiff_pick_info
  • pick_regions [fn] in MNEForwardSolution — Reduces a forward solution to selected regions.
  • pick_regions [fn] in MNESourceSpaces — Reduces a source space to selected regions.
  • pick_types [fn] in Fiff — fiff_pick_types
  • pick_types [fn] in FiffInfoBase — fiff_pick_types (highy diversity in meg picking)
  • pick_types [fn] in FiffInfoBase — fiff_pick_types
  • pick_types [fn] in MNEForwardSolution — mne.fiff.pick_types_forward
  • pickCardinalFiducials [fn] in FiffDigitizerData — Extracts cardinal digitizer points (LPA, Nasion, RPA) from the digitizer point list and transforms them into MRI coordinates using head_mri_t_adj, populating the mri_fids list.
  • picked [var] in MNEMshDisplaySurface — Picked locations in world coordinates.
  • picked [signal] in MultimodalScene — Emitted when a pick is reported.
  • pickFiducials [signal] in CoregSettingsView — Emit this signal whenever fiducial picking from 3DView should be activated.
  • pickLowerTriangleRcs [fn] in FiffSparseMatrix — Extract only the lower triangle (including diagonal) from a square RCS matrix.
  • pickOri [var] in InvBeamformer — Orientation picking mode.
  • pickTypes [fn] in FiffDigPointSet — Pick the wanted types from this set and returns them.
  • pinfo [var] in MNEHemisphere — Patch information (using option -cps during mne_setup_source_space).
  • pinv [fn] in Linalg — Creates the pseudo inverse of a matrix.
  • pipeline [var] in MnaProject — Processing pipeline nodes.
  • pivotCalibrationDone [signal] in PolhemusCoregistration
  • pivotResidualMm [fn] in PolhemusCoregistration
  • pivotSampleCollected [signal] in PolhemusCoregistration
  • pivotSampleCount [fn] in PolhemusCoregistration
  • PivotState [enum] in PolhemusCoregistration
  • pivotState [fn] in PolhemusCoregistration
  • pivotStateChanged [signal] in PolhemusCoregistration
  • pixelFormat [var] in MriSlice — Pixel format: FIFFV_MRI_PIXEL_BYTE(1), WORD(2), FLOAT(4).
  • pixels [var] in MriSlice — Pixel data (unsigned char), for FIFFV_MRI_PIXEL_BYTE.
  • pixels [var] in MriSliceImage — 2D pixel data, normalised 0-1.
  • pixelsFloat [var] in MriSlice — Pixel data (float), for FIFFV_MRI_PIXEL_FLOAT.
  • pixelsWord [var] in MriSlice — Pixel data (unsigned short), for FIFFV_MRI_PIXEL_WORD.
  • playbackSpeed [var] in SubView
  • Plot [fn] in Plot — Creates the plot.
  • Plot [fn] in Plot — Creates the plot using a given double vector.
  • PluginFactory [type] in MnaGraphExecutor — Factory callback: given a node's opType, create the corresponding live plugin.
  • pNames [fn] in Command — Get parameter names.
  • point [fn] in MNESurfaceOrVolume — Return a read-only map to the k-th vertex position (3 contiguous floats).
  • point [fn] in MNESurfaceOrVolume — Return a mutable map to the k-th vertex position.
  • PointKind [enum] in DigitizerTreeItem — Digitizer point category, matching FIFF digitizer point kinds.
  • pointKind [fn] in DigitizerTreeItem — Returns the digitizer point category.
  • pointNames [fn] in DigitizerTreeItem — Returns the display names for individual points.
  • pointReceived [signal] in PolhemusConnection
  • points [fn] in AcquiredPoints
  • points [var] in FiffDigitizerData — The digitizer points.
  • pointsChanged [signal] in AcquiredPoints
  • PointsT [type] in MNESurfaceOrVolume — Type abbreviation for np x 3 point data.
  • PolhemusConnection [fn] in PolhemusConnection
  • PolhemusCoregistration [fn] in PolhemusCoregistration
  • pop [fn] in CircularBuffer — Returns the first element (first in first out).
  • portno [var] in MNELayoutPort — Running number of this viewport.
  • ports [var] in MNELayout — Viewports.
  • pos [var] in CoilParam
  • pos [var] in ElectrodePosition — Position in metres (MNI head coords).
  • pos [var] in FiffDirEntry — Location in file; Note: the data is located at pos + FIFFC_DATA_OFFSET: 2GB restriction -> change this to fiff_long_t.
  • pos [var] in FsLabel — Locations in meters.
  • pos [fn] in FwdCoil — Return a read-only map to the j-th integration point position (3 contiguous floats).
  • pos [var] in MNEMshLight
  • pos [var] in VertexData
  • position [var] in BrainVisionMarker — 0-based sample position.
  • position [var] in DigitizedPoint — Position in metres, sensor frame.
  • position [var] in ElectrodeContact — 3-D position in MRI (surface RAS) coords.
  • position [var] in FastrakSample — Position in metres (always normalised to SI).
  • position [var] in InvFocalDipole — Dipole position (m) in head coordinates.
  • position [var] in LiveMarker
  • position [fn] in SensorTreeItem
  • position [var] in StationSample
  • position [var] in TrapMusicDipole — 3D position (meters).
  • positions [fn] in DigitizerTreeItem — Returns all point positions in this category.
  • positions [var] in InvSourceEstimate — 3D positions (m) in head coordinates, one row per source.
  • positions [fn] in SourceSpaceTreeItem — Returns all source point positions.
  • postResults [var] in MnaVerification — Results of post-execution checks (populated by executor).
  • postsel [var] in MNECTFCompData — Sparse selector applied after compensation.
  • postsel_data [var] in MNECTFCompData — Intermediate buffer for post-selection results.
  • PowellIdxVec [fn] in InvPwlRapMusic
  • PowellOffset [fn] in InvPwlRapMusic
  • predict [fn] in MlModel — Run inference on the given input tensor.
  • predict [fn] in MlOnnxModel — Run inference on the given input tensor.
  • predicted [var] in MNEMneData — The predicted data.
  • prefiltering [var] in EDFChannelInfo
  • prepare_forward [fn] in MNEForwardSolution — Prepare forward for assembling the inverse operator.
  • prepare_inverse_operator [fn] in MNEInverseOperator — Prepare the inverse operator for source estimation.
  • prepare_noise_cov [fn] in FiffCov — Prepare noise covariance matrix.
  • prepareDataAndProjectors [fn] in InvHpiDataUpdater — Reduce data to only use good channels.
  • prepareFilter [fn] in FilterKernel — Prepares a filter kernel to be used wiht a specific data block length.
  • prepareMergedSurfaces [fn] in BrainRenderer — Prepare merged brain surface geometry for single-drawIndexed rendering.
  • prepareSurfaceDraw [fn] in BrainRenderer — Upload uniform data for a surface into a shared resource batch.
  • prepareVideoOverlay [fn] in BrainRenderer — Prepare live video overlay GPU resources and upload the latest frame.
  • preResults [var] in MnaVerification — Results of pre-execution checks (populated by executor).
  • presel [var] in MNECTFCompData — Sparse selector applied before compensation.
  • presel_data [var] in MNECTFCompData — Intermediate buffer for pre-selection results.
  • preset [var] in SubView
  • prevEvent [var] in AverageCategory — Require this event just before.
  • prevIgnore [var] in AverageCategory — Ignore mask for previous event.
  • print [fn] in FiffCoordTrans — Prints the coordinate transform.
  • print [fn] in FiffDigitizerData — Prints class contents.
  • print [fn] in FiffDirNode — Prints elements of a tree.
  • print [fn] in FiffId — Prints the id.
  • print [fn] in FiffInfo — Prints class contents.
  • print [fn] in InvEcd — Prints the InvEcd dipole information to the debug output.
  • print [fn] in MNESssData — Output the SSS information for debugging purposes.
  • probeEvokedSets [slot] in BrainView — Probe evoked data sets in a FIF file.
  • probeEvokedSets [fn] in DataLoader — Probe a FIF file for the available evoked data sets.
  • process [slot] in StcLoadingWorker — Perform the loading and computation work.
  • processing [fn] in BIDSPath — Processing label.
  • processingDescription [var] in BidsCoordinateSystem — How coordinates were obtained (RECOMMENDED).
  • ProcessingMode [enum] in AbstractView
  • procrustesAlign [fn] in FiffCoordTrans — Performs a Procrustes alignment between two sets of corresponding 3D points.
  • progress [signal] in StcLoadingWorker — Emitted to report progress.
  • ProgressCallback [type] in MnaGraphExecutor — Progress callback type.
  • progressPct [var] in PythonRunnerResult — Last parsed progress percentage (0–100), or -1 if none.
  • progressUpdated [signal] in PythonRunner — Emitted when a progress line is parsed (mirrors the progress callback).
  • ProgressView [fn] in ProgressView — Creates an instance of a ProgressView object.
  • proj [var] in FiffEvoked — SSP projection.
  • proj [var] in FiffRawData — SSP operator to apply to the data.
  • proj [var] in InvBeamformer — SSP projection matrix (n_channels, n_channels).
  • proj [var] in InvDipoleFitData — The projection operator to use.
  • proj [var] in MNECovMatrix — The projection operator active when this matrix was computed.
  • proj [var] in MNEInverseOperator — SSP projector matrix applied to data.
  • proj [var] in MNEMeasData — SSP projection operator (may be nullptr).
  • proj [var] in MNERawData — SSP projection operator.
  • proj_data [var] in MNEProjOp — The compiled projector: orthogonalized projection vectors (nvec x nch).
  • proj_id [var] in FiffInfo — Project ID.
  • proj_name [var] in FiffInfo — Project name.
  • project_dvector [fn] in MNEProjOp — Apply the compiled projection operator to a double-precision data vector.
  • project_to_surface [fn] in MNESurface — Project a point onto the nearest triangle of the surface.
  • project_to_triangle [fn] in MNESurface — Compute 3D position on a triangle from barycentric coordinates.
  • project_to_triangle [fn] in MNESurface — Find the nearest point on a given triangle and return the projected 3D coordinates.
  • project_vector [fn] in MNEProjOp — Apply the compiled projection operator to a data vector in-place.
  • projection [var] in CameraResult
  • ProjectorsView [fn] in ProjectorsView — Constructs a ProjectorsView which is a child of parent.
  • projectSensors [fn] in GeometryInfo — projectSensors Calculates the nearest neighbor vertex to each sensor.
  • ProjectSettingsView [fn] in ProjectSettingsView
  • projectToNormals [fn] in InvVectorSourceEstimate — Project the 3D vectors onto surface normals to produce a signed scalar estimate.
  • projEegReject [var] in ProcessingSettings — EEG rejection for projection.
  • projEvent [var] in ProcessingSettings — Which event for projector creation.
  • projFiles [var] in ProcessingSettings — SSP data files.
  • projGradReject [var] in ProcessingSettings — Gradiometer rejection for projection.
  • projMagReject [var] in ProcessingSettings — Magnetometer rejection for projection.
  • projnames [var] in InvDipoleFitSettings — Projection file names.
  • projNEeg [var] in ProcessingSettings — Number of EEG components.
  • projNGrad [var] in ProcessingSettings — Number of grad components.
  • projNMag [var] in ProcessingSettings — Number of mag components.
  • projOn [var] in ProcessingSettings — -1=unspecified, 0=off, 1=on.
  • projs [var] in FiffCov — List of available ssp projectors.
  • projs [var] in FiffInfo — List of available SSP projectors.
  • projs [var] in MNEInverseOperator — SSP projectors read from the file.
  • projSelectionChanged [signal] in ProjectorsView — Emit this signal whenever the user changes the projections.
  • projTmax [var] in ProcessingSettings — End time for projection calculation.
  • projTmin [var] in ProcessingSettings — Start time for projection calculation.
  • provenance [var] in MnaVerification — Complete provenance snapshot (populated by executor).
  • psdFromTaperedSpectra [fn] in Spectral — Calculates the power spectral density of given tapered spectrum.
  • pull_chunk [fn] in stream_inlet — Pull a chunk of multichannel data from the inlet.
  • pull_chunk_float [fn] in stream_inlet — Pull a chunk of float data (non-template version).
  • push [fn] in CircularBuffer — Adds a whole array at the end buffer.
  • push [fn] in CircularBuffer — Adds an element at the end of the buffer.
  • push_chunk [fn] in stream_outlet — Push a chunk of multichannel samples into the outlet.
  • push_sample [fn] in stream_outlet — Push a single multichannel sample into the outlet.
  • pushData [fn] in RtSensorStreamManager — Push a single measurement vector into the streaming queue.
  • pushData [fn] in SourceEstimateManager — Push a single column of source data into the streaming queue.
  • pushRealtimeSensorData [slot] in BrainView — Push a single sensor measurement vector into the real-time sensor pipeline.
  • pushRealtimeSourceData [slot] in BrainView — Push a single source-data vector into the real-time pipeline.
  • pushVideoOverlayFrame [slot] in BrainView — Push a new video frame to the overlay (e.g.
  • pValues [fn] in Command — Returns parameter values.
  • pValues [fn] in RawCommand — Returns parameter values.
  • pythonExe [var] in PythonRunnerConfig — Python interpreter path or command.
  • PythonRunner [fn] in PythonRunner — Construct a PythonRunner with default configuration.
  • PythonRunner [fn] in PythonRunner — Construct a PythonRunner with explicit configuration.
  • PythonTestHelper [fn] in PythonTestHelper — Constructs a PythonTestHelper with auto-detected Python.
  • pythonVersion [fn] in PythonRunner — Query the version string of the configured Python interpreter.

Q​

  • Q [var] in InvEcd — Dipole moment.
  • qtVersion [var] in MnaProvenance — e.g. "6.11.0"
  • QuickControlView [fn] in QuickControlView — Constructs a QuickControlView which is a child of parent.

R​

  • r [var] in FiffDigPoint — Point location.
  • r0 [var] in ComputeFwdSettings — Sphere model origin .
  • r0 [var] in FiffChPos — Coil coordinate system origin.
  • r0 [var] in FwdCoil — Coil coordinate system origin.
  • r0 [var] in FwdEegSphereModel — The origin.
  • r0 [var] in InvDipoleFitData — Sphere model origin.
  • r0 [var] in InvDipoleFitSettings — Sphere model origin.
  • r0 [fn] in InvSensorSet
  • r0 [fn] in InvSensorSet
  • r1 [var] in MNETriangle — Position of vertex 0.
  • r12 [var] in MNETriangle — Edge vector from vertex 0 to vertex 1 (r2 - r1).
  • r13 [var] in MNETriangle — Edge vector from vertex 0 to vertex 2 (r3 - r1).
  • r2 [var] in MNETriangle — Position of vertex 1.
  • r3 [var] in MNETriangle — Position of vertex 2.
  • rad [var] in FwdEegSphereLayer — The actual rads.
  • radius [var] in ElectrodeContact — Contact radius in mm.
  • radius [var] in LiveMarker
  • radius [fn] in Sphere — The radius of the sphere.
  • randomSeed [var] in MnaProvenance — -1 if not applicable
  • range [var] in FiffChInfo — Voltmeter range (-1 = auto ranging).
  • rank [var] in InvBeamformer — Data covariance rank used.
  • rank [fn] in Linalg — Returns the rank of a matrix A.
  • RAS_MNI_tal_t [var] in FiffCoordTransSet — Transform from RAS (nonzero origin) to MNI Talairach coordinates.
  • rasGood [var] in MriVolData — Whether the direction cosines in the header are valid.
  • rasToVoxel [fn] in MriSlicer — Convert RAS coordinate to voxel index.
  • rasToVoxel [fn] in MriSlicer — Convert RAS coordinate to voxel index using a volume's transform.
  • raw [var] in BidsRawData — Raw data with fully populated FiffInfo.
  • raw [var] in MNEMeasData — Raw-data handle when data originates from a raw file.
  • rawBufferReceived [signal] in RtClient — Emits a received raw buffer - ToDo change the emits to fiff raw data.
  • RawCommand [fn] in RawCommand — Default constructor.
  • RawCommand [fn] in RawCommand — Constructor which parses a command stored in a json object.
  • RawCommand [fn] in RawCommand — Copy constructor.
  • rawdir [var] in FiffRawData — Special fiff directory entry for raw data.
  • rawDir [var] in MNERawInfo — Directory of raw data tags (FIFF_DATA_BUFFER, FIFF_DATA_SKIP, etc.).
  • rawFiles [var] in ProcessingSettings — Raw data file(s).
  • rcvMouseLoc [fn] in FrequencySpectrumDelegate — Receive Mouse location.
  • rd [var] in InvDipoleForward — Dipole locations (ndip x 3).
  • rd [var] in InvEcd — Dipole location.
  • read [fn] in BidsDatasetDescription — Read a dataset_description.json file.
  • read [fn] in BidsRawData — Read a BIDS dataset from disk.
  • read [fn] in FiffAnnotations — Auto-detects format and reads annotations.
  • read [fn] in FiffCoordTrans — Reads a coordinate transform from a fif file.
  • read [fn] in FiffEvents — Read events from a FIFF or ASCII event file.
  • read [fn] in FiffEvoked — fiff_read_evoked
  • read [fn] in FiffEvokedSet — fiff_read_evoked
  • read [fn] in FiffIO — Read data from a pIODevice.
  • read [fn] in FiffIO — Read data from a QList of pIODevices.
  • read [fn] in FineCalibration — Read a fine calibration file (.dat format).
  • read [fn] in FsAnnotation — Reads a FreeSurfer annotation file.
  • read [fn] in FsAnnotation — Reads a FreeSurfer annotation file.
  • read [fn] in FsAnnotation — Reads an annotation of a file.
  • read [fn] in FsAnnotationSet — Reads different annotation files and assembles them to a FsAnnotationSet.
  • read [fn] in FsLabel — mne_read_label_file
  • read [fn] in FsSurface — mne_read_surface
  • read [fn] in FsSurface — mne_read_surface
  • read [fn] in FsSurface — mne_read_surface
  • read [fn] in FsSurfaceSet — Reads different surface files and assembles them to a FsSurfaceSet.
  • read [fn] in InvSourceEstimate — mne_read_stc_file
  • read [fn] in MnaIO — Read an MNA project from file.
  • read [fn] in MnaProject — Read an MNA project from file.
  • read [fn] in MNECovMatrix — Read a covariance matrix of the specified kind from a FIFF file.
  • read [fn] in MNECTFCompDataSet — Read all CTF compensation data sets (matrices and channel info) from a FIFF file, calibrate them, and return a populated set.
  • read [fn] in MNEForwardSolution
  • read [fn] in MNENamedMatrix — Factory: read a named matrix from a FIFF file.
  • read [fn] in MNEProjOp — Read a projection operator from a FIFF file by path.
  • read [fn] in MNESssData — Read SSS data from anywhere in a file Refactored: mne_read (mne_sss_data.c).
  • read [fn] in MriCorIO — Reads COR slice files from a directory.
  • read [fn] in MriMghIO — Reads a FreeSurfer MGH or MGZ file.
  • read [fn] in MriNiftiIO — Reads a NIfTI-1 single-file volume.
  • read [fn] in MriVolData — Convenience loader: reads an MGH/MGZ file and populates this volume.
  • read_bad_channels [fn] in Fiff — fiff_read_bad_channels
  • read_bad_channels [fn] in FiffStream — fiff_read_bad_channels
  • read_bem_surface [fn] in MNESurface — Read a BEM surface from a FIFF file (excess-neighbor checking enabled).
  • read_bem_surface [fn] in MNESurface — Read a BEM surface from a FIFF file (excess-neighbor checking enabled).
  • read_bem_surface [fn] in MNESurface — Read a BEM surface from a FIFF file.
  • read_bem_surface2 [fn] in MNESurface — Read a BEM surface from a FIFF file (excess-neighbor checking disabled).
  • read_coil_defs [fn] in FwdCoilSet — Read a coil definitions from file.
  • read_cov [fn] in FiffStream — mne_read_cov - also for mne_read_noise_cov
  • read_cov [fn] in MNE — mne_read_cov
  • read_ctf_comp [fn] in Fiff — fiff_read_ctf_comp
  • read_ctf_comp [fn] in FiffStream — fiff_read_ctf_comp
  • read_curv [fn] in FsSurface — reads a binary curvature file into a vector
  • read_digitizer_data [fn] in FiffStream — Reimplemntation of load_digitizer_data (digitizer.c).
  • read_dipoles_dip [fn] in InvEcdSet — Read dipoles from the dip format compatible with mrilab.
  • read_eigen_matrix [fn] in IOUtils — Read Eigen Matrix from file (QString path).
  • read_eigen_matrix [fn] in IOUtils
  • read_eigen_matrix [fn] in IOUtils
  • read_eigen_matrix [fn] in IOUtils — Read Eigen Matrix from file (std::string path).
  • read_eigen_matrix [fn] in IOUtils
  • read_eigen_matrix [fn] in IOUtils
  • read_events [fn] in MNE
  • read_events_from_ascii [fn] in MNE — read_events
  • read_events_from_fif [fn] in MNE — mne_read_events
  • read_evoked [fn] in Fiff — fiff_read_evoked
  • read_evoked_set [fn] in Fiff — Read all evoked data from one file.
  • read_forward_solution [fn] in Fwd — mne_read_forward_solution
  • read_from_ascii [fn] in FiffEvents — Read a list of events from an ASCII event file.
  • read_from_fif [fn] in FiffEvents — Read an event list from a FIFF file.
  • read_from_node [fn] in MNEProjOp — Read all linear projection items from a FIFF tree node.
  • read_from_node [fn] in MNESssData — Read the SSS data from the given node of an open fiff stream Refactored: mne_read_from_node (mne_sss_data.c).
  • read_inverse_operator [fn] in MNEInverseOperator — Read an inverse operator from a FIFF file.
  • read_label [fn] in MNESourceSpace
  • read_meas_info [fn] in Fiff — fiff_read_meas_info
  • read_meas_info [fn] in FiffStream — fiff_read_meas_info
  • read_meas_info_base [fn] in FiffStream — python read_forward_meas_info
  • read_named_matrix [fn] in Fiff — fiff_read_named_matrix
  • read_named_matrix [fn] in FiffStream — fiff_read_named_matrix
  • read_proj [fn] in Fiff — [ projdata ] = fiff_read_proj(fid,node)
  • read_proj [fn] in FiffStream — Read the SSP data under a given directory node.
  • read_raw_segment [fn] in Fiff — fiff_read_raw_segment
  • read_raw_segment [fn] in Fiff — fiff_read_raw_segment
  • read_raw_segment [fn] in FiffRawData — Read a specific raw data segment.
  • read_raw_segment [fn] in FiffRawData — Read a specific raw data segment.
  • read_raw_segment_times [fn] in FiffRawData — Read a specific raw data segment.
  • read_rt_tag [fn] in FiffStream — Read one tag from a fif real-time stream.
  • read_source_spaces [fn] in MNE — mne_read_source_spaces
  • read_source_spaces [fn] in MNESourceSpace
  • read_tag [fn] in Fiff — fiff_read_tag
  • read_tag [fn] in FiffStream — Read one tag from a fif file.
  • read_tag_data [fn] in FiffStream — Read tag data from a fif file.
  • read_tag_info [fn] in Fiff — fiff_read_tag_info
  • read_tag_info [fn] in FiffStream — Read tag information of one tag from a fif file.
  • read_w [fn] in InvSourceEstimate — Read a .w file (single time-point source estimate).
  • readAsaElcFile [fn] in LayoutLoader — Reads the specified ANT elc-layout file.
  • readAsaElcFile [fn] in LayoutLoader — Reads the specified ANT elc-layout file.
  • readAvailableData [fn] in RtCmdClient — Returns the available data.
  • readBadChannelsFromFile [fn] in FiffInfoBase — Read bad channel names from a plain text file (one name per line, '#' comments skipped).
  • readBrainstormMonFile [fn] in SelectionIO — Reads the specified Brainstorm montage file.
  • readBrainstormMonFile [fn] in SelectionIO — Reads the specified Brainstorm montage file.
  • readCsv [fn] in FiffAnnotations — Reads annotations from a CSV file.
  • readCsv [fn] in InvSourceEstimateIO — Read source estimate from CSV format.
  • readDefinitionFile [fn] in ChannelDerivation — Read derivation rules from a text definition file.
  • readEpochs [fn] in MNEEpochDataList — Read the epochs from a raw file based on provided events.
  • reader [var] in BidsRawData — The underlying format reader (keeps file open).
  • readFilter [fn] in FilterIO — Reads a given txt file and scans it for filter coefficients.
  • readFromStream [fn] in FiffDigPointSet — Reads FiffDigPointSet from a fif file.
  • readFromStream [fn] in MNEBem
  • readFromStream [fn] in MNESourceSpaces
  • readFromTag [fn] in FiffCoordTrans — Reads a coordinate transform from a FIFF tag.
  • readFShead2mriTransform [fn] in FiffCoordTrans — Reads the FreeSurfer head → MRI transform from an ASCII file.
  • readHeadPos [fn] in MaxwellMovementComp — Read head positions from a file.
  • readInfo [fn] in RtDataClient — Reads fiff measurement information of a data the connection.
  • readJson [fn] in BidsCoordinateSystem — Read a BIDS *_coordsystem.json file.
  • readJson [fn] in FiffAnnotations — Reads annotations from a JSON file.
  • readMatrix [fn] in PythonTestHelper — Read an Eigen matrix from a text file (space-separated values, one row per line).
  • readMeasTransform [fn] in FiffCoordTrans — Reads the MEG device → head coordinate transform from a FIFF file.
  • readMegEegChannels [fn] in FiffInfo — Read MEG and EEG channel information from a FIFF file, excluding bad channels.
  • readMetadata [fn] in RtDataClient — Reads fiff metaata class from data connection.
  • readMNELoutFile [fn] in LayoutLoader — Reads the specified MNE .lout file.
  • readMNELoutFile [fn] in LayoutLoader — Reads the specified MNE .lout file.
  • readMNESelFile [fn] in SelectionIO — Reads the specified MNE sel file.
  • readMNESelFile [fn] in SelectionIO — Reads the specified MNE sel file.
  • readMriTransform [fn] in FiffCoordTrans — Reads the MRI → head coordinate transform from a FIFF file.
  • readRawBuffer [fn] in RtDataClient — Reads fiff measurement information of a data the connection.
  • readRawSegment [fn] in AbstractFormatReader — Read a segment of raw data.
  • readRawSegment [fn] in BrainVisionReader — Read a segment of raw data.
  • readRawSegment [fn] in EDFReader — Read a segment of raw data.
  • readsLm [fn] in Warp — Read electrode positions from MRI Database.
  • readsLm [fn] in Warp — Read electrode positions from MRI Database.
  • readTransform [fn] in FiffCoordTrans — Reads a specified coordinate transform from a FIFF file.
  • readTransformAscii [fn] in FiffCoordTrans — Reads a coordinate transform from an ASCII 4×3 matrix file (mm-to-m conversion applied).
  • readTransformFromNode [fn] in FiffCoordTrans — Reads a coordinate transform from a FIFF stream node.
  • readTsv [fn] in BidsChannel — Read a BIDS *_channels.tsv file.
  • readTsv [fn] in BidsElectrode — Read a BIDS *_electrodes.tsv file.
  • readTsv [fn] in BidsEvent — Read a BIDS *_events.tsv file.
  • readTsv [fn] in BidsTsv — Reads a TSV file into an ordered list of row maps.
  • realtimeColorsAvailable [signal] in SourceEstimateManager — Emitted when the real-time pipeline produces a new set of per-vertex colours.
  • rearrange_source_space [fn] in MNESourceSpace — Rearrange source space after filtering: recount nuse, rebuild vertno, and recompute patch statistics if nearest info is available.
  • recompStatusChanged [signal] in FwdSettingsView — Emit this signal whenever recomputation checkbox changed.
  • recomputeInterpolation [fn] in RtSourceDataController — Trigger an asynchronous recomputation of the interpolation matrices.
  • recomputeMapping [fn] in RtSensorDataController — Trigger an asynchronous recomputation of the mapping matrix.
  • recording [fn] in BIDSPath — Recording label.
  • recordings [var] in MnaSession — Recordings in this session.
  • recordingTimerStateChanged [signal] in ProjectSettingsView
  • recordingType [var] in BidsRawData — "continuous", "epoched", or "discontinuous" (RECOMMENDED).
  • redrawGUI [fn] in ProjectorsView — Redraw the view.
  • reduce [fn] in InvSourceEstimate — Reduces the source estimate to selected samples.
  • reduce [fn] in Spectral — Reduces the taperedSpectra results to a final result.
  • reduce_forward_solution [fn] in MNEForwardSolution — reduces the forward solution and stores the result to p_fwdOut.
  • reference [var] in BrainVisionChannelInfo
  • referenceMarkerAddRequested [signal] in ChannelDataView — Emitted when the ruler context menu requests a new sample marker.
  • referenceMarkerRemoveRequested [signal] in ChannelDataView — Emitted when the ruler context menu requests removal of a nearby sample marker.
  • referenceMarkersClearRequested [signal] in ChannelDataView — Emitted when the ruler context menu requests clearing all sample markers.
  • reg [var] in InvBeamformer — Regularization parameter used.
  • regChanged [signal] in DipoleFitView — Set new regularization parameters.
  • reginv [var] in MNEInverseOperator — Diagonal regularised inverse of the singular values.
  • regionId [var] in PickResult — FsAnnotation label ID.
  • regionName [var] in PickResult — FsAnnotation region label (if available).
  • registerBoundsFn [fn] in MultimodalScene — Register an AABB extractor for a given layer kind.
  • registeredOps [fn] in MnaOpRegistry — List all registered operation types.
  • registerOp [fn] in MnaOpRegistry — Register an operation schema.
  • registerOpFunc [fn] in MnaOpRegistry — Register an implementation function for an operation type.
  • registrationChanged [signal] in PolhemusCoregistration
  • registrationValid [fn] in PolhemusCoregistration
  • regularize [fn] in FiffCov — Regularize noise covariance matrix.
  • regularize [fn] in MNECovMatrix — Regularize different channel types of the covariance matrix by adding a fraction of the average diagonal value for each channel class.
  • regularizedBeta [fn] in StatsTtest — Regularized incomplete beta function I_x(a, b).
  • rej [var] in AverageDescription — Rejection limits.
  • rej [var] in CovDescription — Rejection limits.
  • rejectMarked [fn] in EpochExtractor — Return only the epochs that are NOT marked for rejection.
  • rel_rad [var] in FwdEegSphereLayer — Relative rads.
  • relative [var] in MNEMshColorScaleDef
  • Remez2 [fn] in ParksMcClellan
  • remove [fn] in FiffAnnotations — Removes the annotation at the given index.
  • removeBinding [fn] in MnaParamTree
  • removeDC [fn] in ChannelDataModel
  • removeFiducial [fn] in AcquiredPoints — Remove a previously captured fiducial so it can be re-recorded.
  • removeFirst [fn] in ConnectivitySettings
  • removeFirst [fn] in ConnectivitySettings
  • removeItem [signal] in BidsView — Sends index of item to be removed from model.
  • removeItem [slot] in BidsViewModel — Removes item at index itemIndex.
  • removeLast [fn] in ConnectivitySettings
  • removeLast [fn] in ConnectivitySettings
  • removeLayer [fn] in MultimodalScene — Remove a layer by id.
  • removeModel [fn] in DipoleFitView — Removes model from view.
  • removeNode [fn] in MnaGraph
  • removeReferenceMarkerRequested [signal] in TimeRulerWidget — Emitted when the user requests removal of the nearest sample marker from the ruler context menu.
  • removeRows [fn] in ChannelInfoModel
  • removeSampleMean [var] in CovDescription — Remove the mean at each sample.
  • renderDipoles [fn] in BrainRenderer — Render dipoles using instanced rendering.
  • renderNetwork [fn] in BrainRenderer — Render a connectivity network using instanced rendering.
  • renderSurface [fn] in BrainRenderer — Render a single surface.
  • renderVideoOverlay [fn] in BrainRenderer — Render a live video overlay as a camera-facing textured quad.
  • renderVideoOverlayOnSurface [fn] in BrainRenderer — Render a live video overlay projected onto an existing surface mesh.
  • repaintItems [fn] in AverageScene — Repaints all items from the layout data in the scene.
  • repaintItems [fn] in SelectionScene — Updates layout data.
  • repaintSelectionItems [fn] in AverageScene — Repaints all items from the layout data in the scene from a SelectionItem object.
  • reply [fn] in Command — Inherited command reply channel.
  • report [var] in FitUser
  • report [var] in fitUserRec
  • report [fn] in MNEProjOp — Write a one-line-per-item summary of all projection items to a text stream (no vector data).
  • Report [fn] in Report — Construct a report with a title.
  • report_data [fn] in MNEProjOp — Write a formatted summary of all projection items to a text stream, optionally including the full projection vector data while zeroing out excluded channels.
  • report_dim [var] in FitDipUserRec
  • reportPick [fn] in MultimodalScene — Report a pick result from a layer's renderer or hit-tester.
  • requestBufsize [fn] in RtCmdClient — Request buffer size from mne_rt_server.
  • requestCancel [fn] in StcLoadingWorker — Request cancellation of the current loading/interpolation.
  • requestCommands [fn] in RtCmdClient — Request available commands from mne_rt_server.
  • requestConnectors [fn] in RtCmdClient — Request available connectors from mne_rt_server.
  • requestParams [fn] in DipoleFitView — Sends updated signals for parameters (excluding selected models).
  • required [var] in MnaOpSchemaAttr — Must be set?
  • required [var] in MnaOpSchemaPort — Must be connected?
  • requirementsFile [var] in PythonRunnerConfig — Fallback: path to requirements.txt for pip install -r.
  • res [var] in FwdThreadArg — Destination for the solution (ncoil x nsources).
  • res_grad [var] in FwdThreadArg — Gradient result (ncoil x 3*nsources).
  • resample [fn] in Resample — Resample a single-channel row vector from dOldSFreq to dNewSFreq.
  • resampleMatrix [fn] in Resample — Resample every row of a data matrix.
  • rescale [fn] in Numerics — Rescale (baseline correct) data.
  • rescale [fn] in Numerics — Rescale (baseline correct) data.
  • reset [fn] in FastrakParser — Reset accumulated buffer state.
  • reset [fn] in FilterOverlapAdd — Reset the stored overlap matrices.
  • reset [fn] in RtAveraging — Reset the data processing in the real-time worker.
  • reset [fn] in RtAveragingWorker — Resets the averaged data stored.
  • resetAllSubViewState [slot] in BrainView — Reset all per-pane SubView state (camera, visibility, shaders, surface type, overlay) to its index-specific factory defaults and reset the single-view state too.
  • resetAverage [signal] in AveragingSettingsView
  • resetChannelOrder [fn] in ChannelDataView
  • resetMultiViewLayout [slot] in BrainView — Reset the multi-view splitter layout to equal-sized panes.
  • resetRegistration [fn] in PolhemusCoregistration — Reset the registration state (headToWorld, headToDevice) to identity.
  • resetRotation [fn] in CameraController — Reset single-view rotation to identity.
  • resetSelection [fn] in EvokedSetModel — Resets the current selection (selects all channels).
  • resetSelection [fn] in FrequencySpectrumModel — Resets the current selection (selects all channels).
  • resetSelection [fn] in RtFiffRawViewModel — Resets the current selection (selects all channels).
  • resetSingleViewCameraState [slot] in BrainView — Reset single-view camera state (rotation and zoom) to defaults.
  • resetSplits [fn] in MultiViewLayout
  • resetTriggerCounter [fn] in RtFiffRawView — resetTriggerCounter resets the trigger counter
  • resetTriggerCounter [fn] in RtFiffRawViewModel — resetTriggerCounter resets the trigger counter
  • resetTriggerCounter [signal] in TriggerDetectionView — Emit this signal whenever the user pressed the trigger counter.
  • resetViewportCameraState [slot] in BrainView — Reset one multi-view pane's camera state (zoom, pan, perspective rotation).
  • reshape [fn] in MlTensor — Return a tensor that shares the same storage but has a different shape.
  • resi [var] in fitUserRec
  • residualNorm [var] in InvGammaMapResult
  • residualNorm [var] in InvMxneResult
  • residualNorm [var] in InvTfMxneResult — Final residual norm.
  • residuals [var] in BadChannelsMaxwellResult — Per-channel reconstruction residuals.
  • resolution [var] in BrainVisionChannelInfo — Scaling factor (calibration value).
  • resolvedAttributes [var] in MnaProvenance
  • response [signal] in CommandManager — Is triggered when a reply is available.
  • response [signal] in CommandParser — Response channel which is used by attached observers (command managers) to send data back to subject.
  • response [signal] in RtCmdClient — Emits the received response.
  • restart [fn] in RtAveraging — Restarts the thread by interrupting its computation queue, quitting, waiting and then starting it again.
  • restart [fn] in RtConnectivity — Restarts the thread by interrupting its computation queue, quitting, waiting and then starting it again.
  • restart [fn] in RtHpi — Restarts the thread by interrupting its computation queue, quitting, waiting and then starting it again.
  • restart [fn] in RtInvOp — Restarts the thread by interrupting its computation queue, quitting, waiting and then starting it again.
  • restrict_gain_matrix [fn] in MNEForwardSolution — Restrict gain matrix entries for optimal depth weighting.
  • restrict_sources_to_labels [fn] in MNESourceSpace
  • resultReady [signal] in RtAveragingWorker — Signal which is emitted when new evoked stimulus data are available.
  • resultReady [signal] in RtConnectivityWorker
  • resultReady [signal] in RtHpiWorker
  • resultReady [signal] in RtInvOpWorker — Emit this signal whenever a new inverse operator was estimated.
  • resultReady [signal] in RtNoiseWorker — Emitted when a new power spectral density matrix is available.
  • results [var] in Context — nodeId::portName → data (QVariant wrapping domain objects or file paths)
  • revert_to_diag [fn] in MNECovMatrix — Revert a full (lower-triangle packed) covariance matrix to its diagonal elements, discarding off-diagonal data and eigendecomposition.
  • rh [var] in ViewVisibilityProfile
  • right [var] in MNEMshEyes — Right hemisphere viewpoint (x, y, z).
  • right_up [var] in MNEMshEyes — Right hemisphere up-vector.
  • ring [var] in MNERawData — Ring buffer for raw data.
  • rmag [var] in FwdCoil — The field point locations (np x 3).
  • rmag [fn] in InvSensorSet
  • rmag [fn] in InvSensorSet
  • rms_digitizer_distance [fn] in MNEMshDisplaySurface — Compute the RMS distance from active digitizer points to the head surface.
  • roiIdx [var] in RegionDataOut — Region cluster indices.
  • roiIdx [var] in RegionMTOut — Per-source cluster assignment indices.
  • role [var] in MnaFileRef — Role of the file.
  • root [fn] in BIDSPath — BIDS dataset root path.
  • rot [var] in MNEMshDisplaySurface — Rotation angles of the MRI (in radians).
  • rot [var] in MNEMshDisplaySurfaceSet — Rotation angles of the MRI (in radians).
  • rotation [fn] in CameraController
  • rotation [var] in HeadPosEntry — Rotation quaternion (device → head).
  • rotationChanged [signal] in Control3DView — Use this signal whenever the user wants to rotate the 3D model.
  • row_names [var] in FiffNamedMatrix — Row names.
  • rowcals [var] in FiffCtfComp — Row calibrations.
  • rowCount [fn] in ChannelInfoModel — Reimplemented virtual functions.
  • rowCount [fn] in EvokedSetModel — Returns the number of rows under the given parent.
  • rowCount [fn] in FrequencySpectrumModel — Returns the number of rows under the given parent.
  • rowCount [fn] in RtFiffRawViewModel — Returns the number of rows under the given parent.
  • rowlist [var] in MNENamedMatrix — Name list for the rows (may be empty if unnamed).
  • rowlist [var] in MNESparseNamedMatrix — Name list for the rows.
  • RowMajorMatrixMap [type] in MlTensor
  • RowMajorMatrixXf [type] in MlTensor
  • rows [fn] in FiffSparseMatrix — Number of rows.
  • rows [fn] in MlTensor — 2-D convenience — equivalent to shape(0).
  • rr [var] in FitUser
  • rr [var] in fitUserRec
  • rr [fn] in FsSurface — Coordinates of vertices (rr).
  • rr [var] in InvGuessData — Guess dipole locations (nguess x 3, row-major).
  • rr [var] in MNESurfaceOrVolume — The vertex locations (np x 3, row-major).
  • RtAveraging [fn] in RtAveraging — Creates the real-time averaging object.
  • RtAveragingWorker [fn] in RtAveragingWorker — Creates the real-time averaging object.
  • rtClear [fn] in BrainRenderer
  • RtClient [fn] in RtClient — Creates the real-time client.
  • RtCmdClient [fn] in RtCmdClient — Creates the real-time command client.
  • RtConnectivity [fn] in RtConnectivity — Creates the real-time connectivity estimation object.
  • RtCov [fn] in RtCov
  • RtDataClient [fn] in RtDataClient — Creates the real-time data client.
  • RtFiffRawView [fn] in RtFiffRawView — Constructs a RtFiffRawView which is a child of parent.
  • RtFiffRawViewDelegate [fn] in RtFiffRawViewDelegate — Creates a new abstract item delegate with the given parent.
  • RtFiffRawViewModel [fn] in RtFiffRawViewModel — Constructs an real-time multi sample array table model for the given parent.
  • RtHpi [fn] in RtHpi — Creates the real-time HPIS estimation object.
  • RtHpiWorker [fn] in RtHpiWorker — Creates the real-time HPI worker object.
  • RtInvOp [fn] in RtInvOp — Creates the real-time inverse operator estimation object.
  • RtNoise [fn] in RtNoise — Creates the real-time noise estimation object.
  • RtNoiseWorker [fn] in RtNoiseWorker — Creates the worker.
  • rtPreserve [fn] in BrainRenderer
  • RtSensorDataController [fn] in RtSensorDataController — Constructor.
  • RtSensorDataWorker [fn] in RtSensorDataWorker — Constructor.
  • RtSensorInterpolationMatWorker [fn] in RtSensorInterpolationMatWorker — Constructor.
  • RtSensorStreamManager [fn] in RtSensorStreamManager — Constructor.
  • RtSourceDataController [fn] in RtSourceDataController — Constructor.
  • RtSourceDataWorker [fn] in RtSourceDataWorker — Constructor.
  • RtSourceInterpolationMatWorker [fn] in RtSourceInterpolationMatWorker — Constructor.
  • run [fn] in BIDSPath — Run index.
  • run [fn] in ICA — Fit FastICA on the given data matrix.
  • run [fn] in MLTrainer — Run a training script.
  • run [fn] in PicardIca — Run the Picard ICA algorithm.
  • run [fn] in PythonRunner — Run a Python script synchronously.
  • runCode [fn] in PythonRunner — Run a Python one-liner synchronously (python -c "...").
  • runInVenv [fn] in PythonRunner — Convenience: ensure venv, then run a script inside it.
  • runner [fn] in MLTrainer — Access the underlying PythonRunner for callback/config changes.
  • running [var] in StreamContext — Whether the stream is active.
  • runScript [fn] in PythonTestHelper — Run a Python script file and return the result.

S​

  • s [var] in FilterThreadArg — The source space to process.
  • s [var] in FwdThreadArg — The source space to process.
  • s [var] in MNESurfacePatch — Patch represented as a source space surface.
  • sample [var] in BidsEvent — Sample index (0-based) corresponding to onset.
  • sample [var] in EventMarker — Absolute sample index of the event onset.
  • sample [var] in MNEEvent — Sample number.
  • sample [var] in TimeRulerEventMark — Absolute sample index.
  • sample [var] in TimeRulerReferenceMark — Absolute sample index.
  • sampleClicked [signal] in ChannelDataView — Emitted when the user clicks on a sample position.
  • sampleClicked [signal] in ChannelRhiView — Emitted whenever the user clicks; provides the sample index under the cursor.
  • sampleCount [var] in EDFChannelInfo
  • sampleFirst [var] in TileResult
  • sampleRangeSelected [signal] in ChannelDataView — Emitted when the user selected a sample range for annotation creation.
  • sampleRangeSelected [signal] in ChannelRhiView — Emitted when the user selects a time span with Shift+drag in annotation mode.
  • samples [fn] in InvSourceEstimate — Returns the number of samples.
  • samples_available [fn] in stream_inlet — Check whether new samples are available in the internal buffer.
  • samplesChanged [signal] in CovarianceSettingsView
  • samplesPerPixel [fn] in ChannelRhiView
  • samplesPerPixel [var] in TileResult
  • samplesPerPixelChanged [signal] in ChannelRhiView
  • samplesPerRecord [var] in EDFChannelInfo
  • sampleToViewportX [fn] in ChannelDataView — Maps an absolute sample index to an x coordinate inside the signal viewport.
  • sampleValueAt [fn] in ChannelDataModel — Return the raw sample value at a specific absolute sample index for the given channel.
  • samplingFreq [var] in BidsChannel — Sampling frequency in Hz (OPTIONAL).
  • save [fn] in FiffCov — Save this covariance matrix to a FIFF file.
  • save [fn] in FiffEvokedSet — Save this evoked data set to a FIFF file.
  • save [fn] in FiffRawData — Save raw data to a FIFF file, optionally with decimation and channel picking.
  • save [fn] in MlModel — Serialise the model to disk.
  • save [fn] in MlOnnxModel — Serialise the model to disk.
  • save [fn] in Report — Save the report to an HTML file.
  • save [fn] in SubView — Save this SubView's state to QSettings under the given prefix.
  • save [fn] in ViewVisibilityProfile — Save this profile to QSettings under the given key prefix.
  • save_calibrated [var] in FiffCtfComp — If data should be saved calibrated.
  • save_dipoles_bdip [fn] in InvEcdSet — Save dipoles in the bdip format employed by xfit.
  • save_dipoles_dip [fn] in InvEcdSet — Save dipoles in the dip format suitable for mrilab.
  • save_raw [fn] in MNE — save_raw
  • saveAllEvents [var] in ProcessingSettings — Save all transitions (not just leading edge).
  • saveAveTag [var] in ProcessingSettings — Tag for average output files.
  • saveCovTag [var] in ProcessingSettings — Tag for covariance output files.
  • saveFile [fn] in MnaRegistryLoader — Serialize current registry schemas to a JSON manifest file.
  • saveFiles [var] in ProcessingSettings — Destination(s) for saving filtered raw data.
  • saveHere [var] in ProcessingSettings — Save auto-generated files in CWD instead of raw data dir.
  • saveProjAugmented [var] in ProcessingSettings — Output in augmented format for graph.
  • saveProjTag [var] in ProcessingSettings — Tag for projection output files.
  • saveSettings [fn] in AbstractView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ApplyToView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ArtifactSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in AverageLayoutView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in AverageSelectionView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in AveragingSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in BidsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ButterflyView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ChannelDataView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ChannelSelectionView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in CompensatorView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ConnectivitySettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in Control3DView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in CoregSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in CovarianceSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in DipoleFitView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in FiffRawViewSettings — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in FilterDesignView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in FilterSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in FwdSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in HpiSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in MinimumNormSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ModalitySelectionView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in MultiView — Saves geometry and state of GUI dock widgets that have given a name with setObjectName().
  • saveSettings [fn] in ProgressView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ProjectorsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ProjectSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in QuickControlView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in RtFiffRawView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in ScalingView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in SpectrumSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in SpectrumView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in SpharaSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in TfSettingsView — Saves all important settings of this view via QSettings.
  • saveSettings [fn] in TriggerDetectionView — Saves all important settings of this view via QSettings.
  • saveSnapshot [slot] in BrainView — Save a snapshot of the current view to a file.
  • scale [fn] in DigitizerTreeItem — Returns the rendering scale (sphere radius).
  • scale [fn] in MNEMshDisplaySurface — Scale a display surface's bounding box and all vertex positions.
  • scale [var] in MriSlice — Scaling factor for pixel data.
  • scale [fn] in SensorTreeItem
  • scale [fn] in SourceSpaceTreeItem — Returns the rendering scale.
  • scale_dipole_fit_noise_cov [fn] in InvDipoleFitData — Scale dipole-fit noise covariance for a given number of averages.
  • scale_eeg_pos [var] in ComputeFwdSettings — Scale the electrode locations to scalp in the sphere model.
  • scale_eeg_pos [var] in InvDipoleFitSettings — Scale the electrode locations to scalp in the sphere model.
  • scale_noise_cov [fn] in InvDipoleFitData — Scale the noise-covariance matrix for a given number of averages.
  • scale_pos [var] in FwdEegSphereModel — Scale the positions to the surface of the sphere?
  • scalebarsToggled [signal] in ChannelDataView
  • scalebarsVisible [fn] in ChannelDataView
  • scalebarsVisible [fn] in ChannelRhiView
  • ScaleControl [fn] in ScaleControl — Constructs a ScaleControl object who's Qlabel element will be set.
  • ScaleControl [fn] in ScaleControl — Constructs a ScaleControl object who's Qlabel element will be set, and sets the parent of the underlying QWidget.
  • ScaleControl [fn] in ScaleControl — Constructs a ScaleControl object who's Qlabel element will be set, and sets the parent of the underlying QWidget.
  • scales [var] in InvDipoleForward — Column normalization scales applied to fwd (3*ndip).
  • scalingChanged [signal] in ScalingView — Emit this signal whenever the scaling sliders or spin boxes changed.
  • scalingMap [fn] in ChannelDataView
  • ScalingView [fn] in ScalingView — Constructs a ScalingView which is a child of parent.
  • scanCorrelations [fn] in InvTrapMusic — Compute the MUSIC-type subspace correlation for all source locations.
  • scanNo [var] in FiffChInfo — Scanning order number.
  • scdc [fn] in GeometryInfo — scdc Calculates surface constrained distances on a mesh.
  • scdcInterpolationMat [fn] in GeometryInfo — scdcInterpolationMat Computes geodesic distances (SCDC) and builds the sparse interpolation matrix in a single pass, without allocating a dense nVertices x nSources distance table.
  • sceneCenter [fn] in CameraController
  • sceneColorChanged [signal] in Control3DView — Use this signal whenever the scene color was changed by the user.
  • sceneSize [fn] in CameraController
  • sceneUpdateRequested [signal] in AverageSceneItem — Signal to request a scene update.
  • schema [fn] in MnaOpRegistry — Get the schema for an operation type.
  • sChName [var] in ArtifactRejectionData
  • scissorH [var] in SceneData
  • scissorW [var] in SceneData
  • scissorX [var] in SceneData
  • scissorY [var] in SceneData
  • sColormap [var] in VisualizationInfo — The colormap.
  • sColormap [var] in VisualizationInfo — The colormap.
  • script [var] in MnaNode — Inline source code, interpreter, language.
  • script [var] in MnaVerificationCheck — Optional script for complex checks (exit code 0 = pass).
  • scrollPositionChanged [signal] in ChannelDataView — Emitted whenever the scroll position changes.
  • scrollRequested [signal] in OverviewBarWidget
  • scrollSample [fn] in ChannelRhiView
  • scrollSampleChanged [signal] in ChannelRhiView
  • scrollSpeedChanged [signal] in ChannelDataView
  • scrollSpeedFactor [fn] in ChannelDataView
  • scrollSpeedFactor [fn] in ChannelRhiView
  • scrollTo [fn] in ChannelRhiView — Smoothly animate the scroll position.
  • scrollToSample [fn] in ChannelDataView — Scroll to the given absolute sample index.
  • sDistMeasure [var] in RegionData — "cityblock" or "sqeuclidean".
  • sDistMeasure [var] in RegionMT — Distance metric: "cityblock" or "sqeuclidean".
  • SDPtr [type] in FiffCov — Shared data pointer type for FiffCov.
  • SDPtr [type] in FiffNamedMatrix — Shared data pointer type for FiffNamedMatrix.
  • secs [var] in FiffTime — GMT time in seconds since epoch.
  • sectionCount [fn] in Report — Get the number of sections.
  • seed [var] in SimulateStcParams — Random seed for reproducibility.
  • select [fn] in FiffAnnotations — Selects annotations whose description starts with the filter string.
  • select_dipole_fit_noise_cov [fn] in InvDipoleFitData — Select and weight the noise-covariance for the active channel set.
  • selectAll [fn] in ApplyToView — Selects all View Select checkboxes.
  • selectByChannel [fn] in FiffAnnotations — Selects annotations that reference the given channel name.
  • selectChannels [fn] in ChannelSelectionView — Select channels This function selects channels which were selected outside this selection manager (i.e in the DataWindow's Table View).
  • selectClear [fn] in ApplyToView — Clear all View Select checkboxes.
  • selectContact [fn] in ElectrodeObject — Select a contact by name.
  • selected [var] in ElectrodeContact — Whether the contact is selected/highlighted.
  • selectedBem [signal] in DipoleFitView — Set new Bem model.
  • selectedContact [fn] in ElectrodeObject
  • selectedItemChanged [signal] in BidsView — Sends the index of currently selected item to update saved current items.
  • selectedMeas [signal] in DipoleFitView — Set new measurement model.
  • selectedModelChanged [signal] in BidsView — Sends model in 'data' to be send via the event manager.
  • selectedMri [signal] in DipoleFitView — Set new Mri model.
  • selectedNoise [signal] in DipoleFitView — Set new Noise model.
  • selectedRegionId [fn] in BrainSurface
  • selectedVertexStart [fn] in BrainSurface
  • selectionChanged [signal] in ChannelSelectionView — emit this signal whenever the selection in the scene has changed
  • SelectionIO [fn] in SelectionIO — Constructs a Filter object.
  • SelectionItem [fn] in SelectionItem
  • SelectionItem [fn] in SelectionItem
  • SelectionScene [fn] in SelectionScene — Constructs a SelectionScene.
  • SelectionSceneItem [fn] in SelectionSceneItem — Constructs a SelectionSceneItem.
  • selectRows [fn] in EvokedSetModel — Selects the given list of channel indeces and unselect all other channels.
  • selectRows [fn] in FrequencySpectrumModel — Selects the given list of channel indeces and unselect all other channels.
  • selectRows [fn] in RtFiffRawViewModel — Selects the given list of channel indeces and unselect all other channels.
  • selectTris [fn] in FsLabel — Select tris for this label from a given surface file.
  • selectTris [fn] in FsLabel — Select tris for this label from a given tri matrix.
  • send [fn] in Command — Sender slot which emmits triggered signal.
  • sendCLICommand [fn] in RtCmdClient — Sends a command line formatted command to a connected mne_rt_server.
  • sendCommandJSON [fn] in RtCmdClient — Sends a command to a connected mne_rt_server.
  • sendMouseLoc [signal] in SpectrumView — Signals for sending the mouse location to the delegate.
  • sensEeg [var] in ViewVisibilityProfile
  • sensMeg [var] in ViewVisibilityProfile
  • sensMegGrad [var] in ViewVisibilityProfile
  • sensMegHelmet [var] in ViewVisibilityProfile
  • sensMegMag [var] in ViewVisibilityProfile
  • sensorFieldLoaded [signal] in BrainView — Emitted when sensor field data is loaded.
  • SensorFieldMapper [fn] in SensorFieldMapper — Construct an empty (unloaded) mapper.
  • sensorFieldTimePointChanged [signal] in BrainView — Emitted when the sensor field time point changes.
  • sensorFieldTimeRange [slot] in BrainView — Get the time range of the loaded sensor field (evoked) data.
  • SensorTreeItem [fn] in SensorTreeItem
  • separatorGeometries [fn] in MultiViewLayout — Compute the separator widget geometries.
  • separatorLinePx [fn] in MultiViewLayout
  • session [fn] in BIDSPath — Session label (without "ses-").
  • sessions [var] in MnaSubject — Sessions for this subject.
  • set [var] in FwdCompData — The compensation data set.
  • set_comp [fn] in MNECTFCompDataSet — Write the compensation grade into the upper 16 bits of coil_type for all MEG channels in the list.
  • set_compensation [fn] in MNECTFCompDataSet — Configure the full compensation pipeline: determine current compensation, build undo and target operators, and update channel coil types accordingly.
  • set_current_comp [fn] in FiffInfo — Set the current compensation value in the channel info structures.
  • set_current_comp [fn] in FiffInfo — mne_set_current_comp
  • set_current_comp [fn] in MNE — mne_set_current_comp
  • setAcquisition [fn] in BIDSPath — Set the acquisition label.
  • setActivationPerAverage [fn] in AverageScene — Set the activation per average map information.
  • setActive [fn] in NetworkEdge — Sets the activity flag of this edge.
  • setActive [fn] in NetworkEdge — Sets the activity flag of this edge.
  • setActiveSurface [slot] in BrainView — Set the active surface type to search for (e.g.
  • setAlpha [fn] in AbstractTreeItem
  • setAnnotationData [fn] in SurfaceTreeItem
  • setAnnotationInfoLeft [fn] in RtSourceDataController — Set annotation info for the left hemisphere.
  • setAnnotationInfoLeft [fn] in RtSourceInterpolationMatWorker — Set annotation info for the left hemisphere.
  • setAnnotationInfoRight [fn] in RtSourceDataController — Set annotation info for the right hemisphere.
  • setAnnotationInfoRight [fn] in RtSourceInterpolationMatWorker — Set annotation info for the right hemisphere.
  • setAnnotations [fn] in ChannelDataView — Set the list of annotation spans to display as translucent overlays.
  • setAnnotations [fn] in ChannelRhiView — Set the list of time-span annotations to overlay on the traces.
  • setAnnotations [fn] in OverviewBarWidget
  • setAnnotationSelectionEnabled [fn] in ChannelDataView — Enable or disable annotation span selection in the raw browser.
  • setAnnotationSelectionEnabled [fn] in ChannelRhiView — Enable or disable annotation range selection.
  • setAnnotationsVisible [fn] in ChannelDataView
  • setAnnotationsVisible [fn] in ChannelRhiView
  • setArrays [fn] in ElectrodeObject — Set electrode data from array definitions.
  • setArtifactReduction [fn] in RtAveraging — Sets the artifact reduction.
  • setArtifactReduction [fn] in RtAveragingWorker — Sets the artifact reduction.
  • setAutoCompute [signal] in AveragingSettingsView
  • setAverageActivation [fn] in AverageLayoutView — Set the average activations.
  • setAverageActivation [fn] in AverageSelectionView — Set the average activations.
  • setAverageActivation [fn] in ButterflyView — Set the average activations.
  • setAverageActivation [fn] in EvokedSetModel — Set the average activations.
  • setAverageColor [fn] in AverageLayoutView — Set the average colors.
  • setAverageColor [fn] in AverageSelectionView — Set the average colors.
  • setAverageColor [fn] in ButterflyView — Set the average colors.
  • setAverageColor [fn] in EvokedSetModel — Set the average colors.
  • setAverageNumber [fn] in RtAveraging — Sets the number of averages.
  • setAverageNumber [fn] in RtAveragingWorker — Sets the number of averages.
  • setAverages [fn] in RtSensorStreamManager — Set the number of averages for smoothing.
  • setAxisMirror [fn] in PolhemusCoregistration — Negate X and/or Y of incoming Polhemus positions.
  • setBackgroundColor [fn] in AverageLayoutView — Sets the background color of the scene.
  • setBackgroundColor [fn] in ButterflyView — Set the background color.
  • setBackgroundColor [fn] in ChannelDataView — Set the background colour of the rendering surface.
  • setBackgroundColor [fn] in ChannelRhiView — Background colour of the render surface.
  • setBackgroundColor [fn] in FiffRawViewSettings — Set current background color.
  • setBackgroundColor [fn] in RtFiffRawView — Broadcast the background color changes made in the QuickControl widget.
  • setBackgroundColor [fn] in RtFiffRawViewModel — Set the background color.
  • setBadChannels [fn] in RtSensorDataController — Set bad channels for the interpolation worker.
  • setBadChannels [fn] in RtSensorInterpolationMatWorker — Set the bad channels.
  • setBandwidth [fn] in FilterKernel
  • setBaselineActive [fn] in RtAveraging — Sets the baseline correction on or off.
  • setBaselineActive [fn] in RtAveragingWorker — Sets the baseline correction on or off.
  • setBaselineFrom [fn] in RtAveraging — Sets the from mSeconds of the baseline area.
  • setBaselineFrom [fn] in RtAveragingWorker — Sets the from mSeconds of the baseline area.
  • setBaselineTo [fn] in RtAveraging — Sets the to mSeconds of the baseline area.
  • setBaselineTo [fn] in RtAveragingWorker — Sets the to mSeconds of the baseline area.
  • setBemHighContrast [slot] in BrainView — Set whether BEM surfaces should use their standard (colorful) definition or white.
  • setBemShaderMode [slot] in BrainView — Set the shader mode for BEM surfaces (Standard, Holographic, Atlas).
  • setBemVisible [slot] in BrainView — Toggle visibility of a BEM surface layer.
  • setBoundaries [fn] in FrequencySpectrumModel — Set plotting boundaries.
  • setBoundaries [fn] in SpectrumSettingsView — Sets the sampling frequency as well as boundaries and configure the GUI elements accordingly.
  • setBoundaries [fn] in SpectrumView — Sets the boundaries.
  • setButterflyMode [fn] in ChannelDataView — Toggle butterfly mode (overlay all same-type channels).
  • setButterflyMode [fn] in ChannelLabelPanel — Enable or disable butterfly mode.
  • setButterflyMode [fn] in ChannelRhiView — Toggle butterfly mode: all channels of the same type are overlaid in a single lane.
  • setCameraFocusOverride [slot] in BrainView — Override the auto-computed scene center and size.
  • setCancelDistance [fn] in RtSourceDataController — Set the cancel distance for on-the-fly matrix computation.
  • setCancelDistance [fn] in RtSourceInterpolationMatWorker — Set the cancel distance used in SCDC distance calculations.
  • setCenterFrequency [fn] in FilterKernel
  • setChanged [signal] in DipoleFitView — Select set from measurement to use.
  • setChannelBad [fn] in ChannelDataModel — Mark/unmark a channel as bad.
  • setChannelFilter [fn] in ChannelDataView — Restrict the view to a named subset of channels.
  • setChannelIndices [fn] in ChannelLabelPanel — Restrict the panel to a subset of model channel indices.
  • setChannelIndices [fn] in ChannelRhiView — Restrict rendering to a specific subset of channel indices.
  • setChannelInfoModel [fn] in AverageLayoutView — Sets the channel info model.
  • setChannelInfoModel [fn] in ButterflyView — Set the channel info model.
  • setChannelType [fn] in FilterDesignView — Sets the current channel type which is to be filtered.
  • setChInfo [fn] in ArtifactSettingsView
  • setClientAlias [fn] in RtDataClient — Sets the alias of the data client.
  • setClippingVisible [fn] in ChannelDataView
  • setClippingVisible [fn] in ChannelRhiView
  • setClockTimeFormat [fn] in ChannelDataView — Set clock time format on the ruler.
  • setClockTimeFormat [fn] in ChannelRhiView — Set whether the crosshair label uses clock time (mm:ss.ms) or seconds.
  • setClockTimeFormat [fn] in TimeRulerWidget — Set whether to use clock time (HH:MM:SS) or float seconds for labels.
  • setClusteredInformation [fn] in FwdSettingsView — Updates clustered forward solution information.
  • setCoefficients [fn] in FilterKernel
  • setColor [fn] in AbstractTreeItem
  • setColorMap [fn] in ImageSc — Sets the color map to use, e.g.
  • setColorMap [fn] in Spline — setColorMap sets the color mapping on the histogram background
  • setColormap [fn] in NetworkObject — Set the colormap used for edge/node coloring.
  • setColormap [fn] in RtSensorStreamManager — Set the colormap used for colour mapping.
  • setColormap [fn] in SensorFieldMapper — Set the colormap name used when painting field values.
  • setColormap [fn] in SourceEstimateManager — Set the colormap used for source estimate visualisation.
  • setColormap [fn] in SourceEstimateOverlay — Set the colormap to use for visualization.
  • setColormapType [fn] in RtSensorDataController — Set the colormap type.
  • setColormapType [fn] in RtSensorDataWorker — Set the colormap type used for color conversion.
  • setColormapType [fn] in RtSourceDataController — Set the colormap type.
  • setColormapType [fn] in RtSourceDataWorker — Set the colormap type used for color conversion.
  • setColorPerAverage [fn] in AverageScene — Set the color per average map information.
  • setCompensators [fn] in CompensatorView — Set the current compensators.
  • setConfig [fn] in PythonRunner — Set the configuration.
  • setConnection [fn] in PolhemusCoregistration
  • setConnectivityMethod [fn] in Network — Sets the connectivity measure method used to create the data of this network structure.
  • setConnectivityMethod [fn] in Network — Sets the connectivity measure method used to create the data of this network structure.
  • setConnectivityMethods [fn] in ConnectivitySettings
  • setConnectivityMethods [fn] in ConnectivitySettings
  • setContactValues [fn] in ElectrodeObject — Apply per-contact scalar overlay values and map them to a color gradient.
  • setCrosshairEnabled [fn] in ChannelDataView — Enable or disable the crosshair cursor with coordinate readout.
  • setCrosshairEnabled [fn] in ChannelRhiView — Enable or disable the crosshair cursor overlay.
  • setCurrentLayoutFile [fn] in ChannelSelectionView — Sets the current layout file.
  • setCurrentlyMappedFiffChannels [fn] in ChannelSelectionView — Sets the currently mapped fiff channels.
  • setCurrentSamples [fn] in CovarianceSettingsView — Set current samples to gather until a new covariance is calculated.
  • setCurrentTimeSample [fn] in MultimodalScene — Set the current time index.
  • setData [fn] in Bar — Sets new data to the bar chart.
  • setData [fn] in Bar
  • setData [fn] in ChannelDataModel — Replace all stored data with the provided matrix (channels × samples).
  • setData [fn] in ChannelDataView — Replace all buffered data.
  • setData [fn] in ChannelInfoModel
  • setData [fn] in Spline — creates a spline histogram from 2 vectors: class limits and class frequency
  • setData [fn] in Spline
  • setDatatype [fn] in BIDSPath — Set the BIDS datatype (e.g.
  • setDecimals [fn] in ScaleControl — Set the number of decimals to show in the spinbox of the control.
  • setDefaultColor [fn] in AverageSceneItem — Sets the item color to the input parameter viewColor.
  • setDelegate [fn] in Control3DView — Set the delegate for the tree view.
  • setDescription [fn] in BIDSPath — Set the description label.
  • setDesignMethod [fn] in FilterKernel
  • setDetectedEpochs [fn] in AveragingSettingsView
  • setDetrendMode [fn] in ChannelDataModel
  • setDetrendMode [fn] in ChannelDataView — Set the detrending mode for on-the-fly trend removal during rendering.
  • setDipoleVisible [slot] in BrainView — Toggle visibility of dipoles.
  • setDistanceTimeSpacer [fn] in FiffRawViewSettings — Set current distance time spacer combo box.
  • setDistanceTimeSpacer [fn] in RtFiffRawView — distanceTimeSpacerChanged changes the distance of the time spacers
  • setDraggable [fn] in DraggableFramelessWidget — Set the draggable flag of this widget.
  • setEegSurface [fn] in RtSensorDataController — Set the EEG target surface geometry for on-the-fly mapping.
  • setEegSurface [fn] in RtSensorInterpolationMatWorker — Set the surface geometry used for EEG field mapping.
  • setELoretaOptions [fn] in InvMinimumNorm — Set eLORETA options.
  • setEnabled [fn] in VideoOverlay
  • setEpochMarkers [fn] in ChannelDataView
  • setEpochMarkers [fn] in ChannelRhiView
  • setEpochMarkersVisible [fn] in ChannelDataView
  • setEpochMarkersVisible [fn] in ChannelRhiView
  • setErrorLabels [fn] in HpiSettingsView — Updates the error related labels.
  • setEventCallbacks [fn] in RtFiffRawViewModel — Sets callbacks for adding and querying events.
  • setEvents [fn] in ChannelDataView — Set the list of event / stimulus markers to display as coloured vertical lines.
  • setEvents [fn] in ChannelRhiView — Set the list of stimulus / event markers to overlay on the traces.
  • setEvents [fn] in OverviewBarWidget
  • setEvents [fn] in TimeRulerWidget — Set the list of stimulus / event marks to display in the stim lane.
  • setEventsVisible [fn] in ChannelDataView
  • setEventsVisible [fn] in ChannelRhiView
  • setEvoked [fn] in RtSensorDataController — Set the evoked data that contains channel info and sensor definitions.
  • setEvoked [fn] in RtSensorInterpolationMatWorker — Set the evoked data that contains channel info and sensor definitions.
  • setEvoked [fn] in SensorFieldMapper — Set the evoked data that supplies measurements and channel info.
  • setEvokedSet [fn] in EvokedSetModel — Sets corresponding evoked set.
  • setEvokedSetModel [fn] in AverageLayoutView — Sets the evoked set model.
  • setEvokedSetModel [fn] in ButterflyView — Set the evoked set model.
  • setExtension [fn] in BIDSPath — Set the file extension including dot (e.g.
  • setFftCoefficients [fn] in FilterKernel
  • setFFTSize [fn] in ConnectivitySettings
  • setFFTSize [fn] in ConnectivitySettings
  • setFFTSize [fn] in Network — Set the new FFT size.
  • setFFTSize [fn] in Network — Set the new FFT size.
  • setFiducials [fn] in CoregSettingsView — Set the position of the fiducials.
  • setFiffInfo [fn] in AverageLayoutView — Stores FiffInfo to local variable to be used for getting channel info.
  • setFiffInfo [fn] in ChannelInfoModel — Updates the fiff info.
  • setFiffInfo [fn] in RtFiffRawViewModel — Sets corresponding fiff information.
  • setFileBounds [fn] in ChannelDataView — Set the absolute sample indices of the file's first and last samples.
  • setFilter [fn] in RtFiffRawView — Filter parameters changed.
  • setFilter [fn] in RtFiffRawViewModel — Set new filter parameters.
  • setFilterActive [fn] in RtFiffRawView — Filter avtivated.
  • setFilterActive [fn] in RtFiffRawViewModel — Set filter activation.
  • setFilterChannelType [fn] in RtFiffRawView — Sets the type of channel which are to be filtered.
  • setFilterChannelType [fn] in RtFiffRawViewModel — Sets the type of channel which are to be filtered.
  • setFilterOrder [fn] in FilterKernel
  • setFilterType [fn] in FilterKernel
  • setFirstFileSample [fn] in ChannelRhiView — Set the absolute sample index of the first sample in the file.
  • setFirstFileSample [fn] in OverviewBarWidget
  • setFirstFileSample [fn] in TimeRulerWidget — Set the absolute sample index of the left viewport edge (file-relative).
  • setFirstVisibleChannel [fn] in ChannelLabelPanel — Set the index of the first visible channel row (kept in sync with ChannelRhiView).
  • setFirstVisibleChannel [fn] in ChannelRhiView — Set the index of the first visible channel row.
  • setFlags [fn] in Control3DView — Set the flags specifying which part of the GUI should be shown.
  • setFocusPosition [fn] in VideoOverlay
  • setFrame [fn] in VideoOverlay — Push a new video frame; bumps the generation counter so the GPU re-uploads.
  • setFrequencyBand [fn] in ConnectivitySettingsView — Sets the frequency band.
  • setFrequencyBins [fn] in NetworkEdge — Sets the frequency bins to average from/to.
  • setFrequencyBins [fn] in NetworkEdge — Sets the frequency bins to average from/to.
  • setFrequencyRange [fn] in Network — Sets the frequency range to average from/to.
  • setFrequencyRange [fn] in Network — Sets the frequency range to average from/to.
  • setFrom [fn] in FilterDesignView — Sets filter 'From' value.
  • setFrozen [fn] in ChannelRhiView — Freeze or unfreeze drag-panning (mouse drag and inertia).
  • setFwdSolution [fn] in RtInvOp — Slot to receive incoming forward solution.
  • setGoFLabels [fn] in HpiSettingsView — Updates the gof related labels.
  • setGridVisible [fn] in ChannelRhiView — Show or hide the time and amplitude grid overlay.
  • setGuiMode [fn] in AbstractView — Sets the GUI of this view to a specific mode.
  • setHemi [fn] in BrainSurface — Set the hemisphere index.
  • setHemiVisible [slot] in BrainView — Toggle visibility of a hemisphere.
  • setHideBadChannels [fn] in ChannelLabelPanel — Show or hide bad-channel rows.
  • setHideBadChannels [fn] in ChannelRhiView — Show or hide waveform traces of channels marked bad.
  • setHighpassFreq [fn] in FilterKernel
  • setHorizontal [fn] in ProgressView — Sets message to appear next to loading bar.
  • setHpiDigitizer [fn] in RtHpi — Set the new projection matrix.
  • setHubStatus [fn] in NetworkNode — Sets the hub status of this node.
  • setHubStatus [fn] in NetworkNode — Sets the hub status of this node.
  • setInfo [fn] in FiffEvoked — Set a new fiff measurement info.
  • setInfo [fn] in FrequencySpectrumModel — Sets corresponding fiff info.
  • setInfoPanelVisible [slot] in BrainView — Show or hide the info panel (FPS, vertices, shader).
  • setInitialCameraRotation [fn] in BrainView — Set the initial camera rotation for this view.
  • setInterpolationFunction [fn] in RtSourceDataController — Set the interpolation function for on-the-fly matrix computation.
  • setInterpolationFunction [fn] in RtSourceInterpolationMatWorker — Set the interpolation function used for weight computation.
  • setInterpolationInfoLeft [fn] in RtSourceDataController — Set the surface and source geometry for the left hemisphere.
  • setInterpolationInfoLeft [fn] in RtSourceInterpolationMatWorker — Set the surface and source geometry for the left hemisphere.
  • setInterpolationInfoRight [fn] in RtSourceDataController — Set the surface and source geometry for the right hemisphere.
  • setInterpolationInfoRight [fn] in RtSourceInterpolationMatWorker — Set the surface and source geometry for the right hemisphere.
  • setInterpolationMatrix [fn] in SourceEstimateOverlay — Set the interpolation matrix directly (used by async loader).
  • setInterpolationMatrixLeft [fn] in RtSourceDataController — Set the interpolation matrix for the left hemisphere.
  • setInterpolationMatrixLeft [fn] in RtSourceDataWorker — Set the interpolation matrix for the left hemisphere.
  • setInterpolationMatrixRight [fn] in RtSourceDataController — Set the interpolation matrix for the right hemisphere.
  • setInterpolationMatrixRight [fn] in RtSourceDataWorker — Set the interpolation matrix for the right hemisphere.
  • setInterval [fn] in RtSensorStreamManager — Set the streaming playback interval in milliseconds.
  • setInterval [fn] in SourceEstimateManager — Set the streaming playback interval in milliseconds.
  • setLastFileSample [fn] in ChannelRhiView — Set the absolute sample index of the last sample in the file.
  • setLastFileSample [fn] in OverviewBarWidget
  • setLayerOpacity [fn] in MultimodalScene — Set per-layer opacity in [0, 1].
  • setLayerVisible [fn] in MultimodalScene — Toggle visibility of a layer.
  • setLightingEnabled [slot] in BrainView — Enable or disable lighting for the scene.
  • setLineCallback [fn] in PythonRunner — Set a callback invoked for every stdout/stderr line.
  • setLiveMarkers [slot] in BrainView — Replace the set of live overlay markers.
  • setLiveRay [slot] in BrainView — Set a semi-transparent ray cylinder between two world-space points.
  • setLoadingBarVisible [slot] in ProgressView — Sets whether loading bar is visible.
  • setLooping [fn] in RtSensorStreamManager — Enable or disable looping of the streaming queue.
  • setLooping [fn] in SourceEstimateManager — Enable or disable looping of the streaming queue.
  • setLoopState [fn] in RtSensorDataController — Enable or disable looping (replay data when queue is exhausted).
  • setLoopState [fn] in RtSensorDataWorker — Enable or disable looping (replay from beginning when queue is exhausted).
  • setLoopState [fn] in RtSourceDataController — Enable or disable looping (replay data when queue is exhausted).
  • setLoopState [fn] in RtSourceDataWorker — Enable or disable looping (replay from beginning when queue is exhausted).
  • setLowpassFreq [fn] in FilterKernel
  • setMagGradLink [fn] in ScalingView — Link the Magnetometers to the Gradiometers scale.
  • setMappingMatrix [fn] in RtSensorDataController — Set the dense mapping matrix (sensor → surface vertices).
  • setMappingMatrix [fn] in RtSensorDataWorker — Set the dense mapping matrix (sensor → surface vertices).
  • setMaxAllowedFilterTaps [fn] in FilterDesignView — Sets the max number of allowed filter taps.
  • setMaxSensitivityPoint [fn] in ScaleControl — Set the value of the maximum sensitivity point for the non-linear sensitivity curve of the sensor.
  • setMaxStoredSamples [fn] in ChannelDataModel — Set the maximum number of samples to keep in the ring buffer.
  • setMegFieldMapOnHead [slot] in BrainView — Choose MEG mapping surface (helmet or head).
  • setMegFieldMapOnHead [fn] in RtSensorDataController — Set whether the MEG field should be mapped onto the head (BEM) surface rather than the helmet surface.
  • setMegFieldMapOnHead [fn] in RtSensorInterpolationMatWorker — Set whether the MEG field should be mapped onto the head (BEM) surface rather than the helmet surface.
  • setMegFieldMapOnHead [fn] in SensorFieldMapper — Whether the MEG field should be mapped onto the head (BEM) surface rather than the helmet surface.
  • setMegHelmetOverride [slot] in BrainView — Override the auto-selected MEG helmet surface path.
  • setMegSurface [fn] in RtSensorDataController — Set the MEG target surface geometry for on-the-fly mapping.
  • setMegSurface [fn] in RtSensorInterpolationMatWorker — Set the surface geometry used for MEG field mapping.
  • setMessage [slot] in ProgressView — Dsiplays a new message below/beside the loading bar.
  • setMethod [fn] in InvMinimumNorm — Set minimum norm algorithm method ("MNE" | "dSPM" | "sLORETA" | "eLORETA").
  • setMethod [fn] in InvMinimumNorm — Set minimum norm algorithm method ("MNE" | "dSPM" | "sLORETA" | "eLORETA").
  • setMinSamples [fn] in CovarianceSettingsView — Set minimum number of samples to gather until a new covariance is calculated.
  • setModalityMap [fn] in ButterflyView — Set the modality checkboxes.
  • setModalityMap [fn] in ModalitySelectionView — Set the modality checkboxes.
  • setModel [fn] in BidsView — Sets the model to the tree view.
  • setModel [fn] in BrainView — Set the data model.
  • setModel [fn] in ChannelLabelPanel
  • setModel [fn] in ChannelRhiView — Attach the data model.
  • setModel [fn] in Control3DView — Init the control widget based on the 3D view and data model.
  • setModel [fn] in OverviewBarWidget
  • setModelCheckpoint [fn] in MinimumNormSettingsView — Sets the model checkpoint path shown in the read-only line edit.
  • setModelFiducial [fn] in PolhemusCoregistration
  • setModelParameters [fn] in RtHpi — Set the coil frequencies.
  • setModelVertex [fn] in PolhemusCoregistration
  • setMovementResults [fn] in HpiSettingsView — Updates the movement refered to last reference head position.
  • setName [fn] in FilterKernel
  • setNearestData [fn] in MNESurfaceOrVolume — Populate the nearest vector from separate index and distance arrays.
  • setNetworkColormap [slot] in BrainView — Set the colormap for connectivity network visualization.
  • setNetworkThreshold [slot] in BrainView — Set the threshold for connectivity network edge filtering.
  • setNetworkVisible [slot] in BrainView — Toggle visibility of connectivity network.
  • setno [var] in InvDipoleFitSettings — Which data set.
  • setNodePositions [fn] in ConnectivitySettings
  • setNodePositions [fn] in ConnectivitySettings
  • setNodePositions [fn] in ConnectivitySettings
  • setNodePositions [fn] in ConnectivitySettings
  • setNodePositions [fn] in ConnectivitySettings
  • setNodePositions [fn] in ConnectivitySettings
  • setNumberAverages [fn] in RtSensorDataController — Set the number of samples to average before emitting.
  • setNumberAverages [fn] in RtSensorDataWorker — Set the number of samples to average before emitting.
  • setNumberAverages [fn] in RtSourceDataController — Set the number of samples to average before emitting.
  • setNumberAverages [fn] in RtSourceDataWorker — Set the number of samples to average before emitting.
  • setNumberDetectedTriggersAndTypes [fn] in TriggerDetectionView — Set total number of detected triggers and trigger types.
  • setNumberTrials [fn] in ConnectivitySettingsView — Sets the new number of trials.
  • setObjectVisible [fn] in ViewVisibilityProfile — Set visibility of a named object.
  • setOmittedPoints [fn] in CoregSettingsView — Set the the number of omitted points.
  • setOpacity [fn] in SliceObject
  • setOpacity [fn] in VideoOverlay
  • setOpacityValue [fn] in QuickControlView — Sets the values of the opacity slider.
  • setOrientation [fn] in SensorTreeItem — Set the coil orientation matrix (3x3 rotation from coil_trans).
  • setOverlayThresholds [fn] in MultimodalScene — Set the shared (fmin, fmid, fmax) overlay thresholds used by the data-driven Overlay dock and the renderables it drives.
  • setOverviewBarVisible [fn] in ChannelDataView
  • setParam [fn] in MnaParamTree
  • setParksWidth [fn] in FilterKernel
  • setPenStation [fn] in PolhemusCoregistration
  • setPenTipOffset [fn] in PolhemusCoregistration
  • setPosition [fn] in AcquiredPoints
  • setPostStim [fn] in RtAveraging — Sets the number of post stimulus samples.
  • setPostStim [fn] in RtAveragingWorker — Sets the number of post stimulus samples.
  • setPrefetchFactor [fn] in ChannelRhiView — How many samples to prefetch beyond the visible window on each side (in multiples of the visible window).
  • setPreStim [fn] in RtAveraging — Sets the number of pre stimulus samples.
  • setPreStim [fn] in RtAveragingWorker — Sets the number of pre stimulus samples.
  • setProcessing [fn] in BIDSPath — Set the processing label.
  • setProcessingMode [fn] in AbstractView — Sets the GUI of this view to a specific mode.
  • setProgressCallback [fn] in MnaGraphExecutor — Set a progress callback invoked for each node execution.
  • setProgressCallback [fn] in PythonRunner — Set a callback invoked when a progress line is detected.
  • setProjectionMatrix [fn] in RtHpi — Set the new projection matrix.
  • setProjectors [fn] in ProjectorsView — Set the current projectors.
  • setRange [fn] in ScaleControl — Set the range of the Scalecontrol object.
  • setRealtimeInterval [slot] in BrainView — Set the streaming speed (interval between frames).
  • setRealtimeLooping [slot] in BrainView — Enable or disable looping for real-time streaming.
  • setRealtimeSensorAverages [slot] in BrainView — Set the number of averages for sensor streaming.
  • setRealtimeSensorColormap [slot] in BrainView — Set the colormap used for sensor streaming visualization.
  • setRealtimeSensorInterval [slot] in BrainView — Set the streaming speed for sensor streaming (interval between frames).
  • setRealtimeSensorLooping [slot] in BrainView — Enable or disable looping for real-time sensor streaming.
  • setRecomputationStatus [fn] in FwdSettingsView — Updates the clustering status (0 Initializing, 1 Computing, 2 Recomputing, 3 Clustering, 4 Not Computed, 5 Finished).
  • setRecording [fn] in BIDSPath — Set the recording label.
  • setRecordingElapsedTime [fn] in ProjectSettingsView — Sets elapsed time to input parameter.
  • setReferenceMarkers [fn] in ChannelDataView — Set the list of persistent sample/reference markers shown in the time ruler.
  • setReferenceMarkers [fn] in TimeRulerWidget — Set the list of persistent sample markers to display in the ruler.
  • setRegularization [fn] in InvMinimumNorm — Set regularization factor.
  • setRemoveDC [fn] in ChannelDataModel — Enable or disable DC (mean) removal applied on-the-fly during rendering.
  • setRemoveDC [fn] in ChannelDataView — Enable or disable DC (mean) removal applied at render time.
  • setRMSE [fn] in CoregSettingsView — Set the the Root-Mean-Square-Error (Digitizer-FsSurface) after icp.
  • setRoot [fn] in BIDSPath — Set the BIDS dataset root directory.
  • setRotation [fn] in CameraController — Set user rotation for single-view.
  • setRun [fn] in BIDSPath — Set the run index (will be zero-padded to 2 digits).
  • sets [var] in MNEMeasData — All loaded data-set epochs.
  • setSamplesPerPixel [fn] in ChannelRhiView — Set the horizontal zoom (samples per screen pixel).
  • setSamplesPerPixel [slot] in TimeRulerWidget — Update the horizontal zoom and trigger a repaint.
  • setSamplingFrequency [fn] in ConnectivitySettings
  • setSamplingFrequency [fn] in ConnectivitySettings
  • setSamplingFrequency [fn] in FilterKernel
  • setSamplingFrequency [fn] in Network — Set the new sampling frequency.
  • setSamplingFrequency [fn] in Network — Set the new sampling frequency.
  • setSamplingInfo [fn] in RtFiffRawViewModel — Sets the sampling information and calculates the resulting downsampling factor between actual sps and desired sps.
  • setSamplingRate [fn] in FilterDesignView — Sets the new samplingRate.
  • setSamplingRate [fn] in FilterSettingsView — Sets the sampling frequency and setups this view accrodingly.
  • setScalebarsVisible [fn] in ChannelDataView — Show or hide per-channel-type amplitude scalebars.
  • setScalebarsVisible [fn] in ChannelRhiView — Show or hide per-channel-type scalebars in the bottom-right corner.
  • setScaleMap [fn] in AverageLayoutView — Sets the scale map to scaleMap.
  • setScaleMap [fn] in AverageScene — Sets the scale map to scaleMap.
  • setScaleMap [fn] in ButterflyView — Sets the scale map to scaleMap.
  • setScaleMap [fn] in ChannelDataModel
  • setScaleMap [fn] in ScalingView — Set the current scaling map.
  • setScaleMapFromStrings [fn] in ChannelDataModel
  • setScaleType [fn] in FrequencySpectrumDelegate — Set scale type.
  • setScaleType [fn] in FrequencySpectrumModel — Sets Scale type.
  • setScaling [fn] in RtFiffRawViewModel — Set scaling channel scaling.
  • setScalingMap [fn] in ChannelDataView — Set the per-channel-type amplitude scale map.
  • setScalingMap [fn] in RtFiffRawView — Broadcast channel scaling.
  • setSceneCenter [fn] in CameraController — Set the scene center (centroid of visible objects).
  • setSceneSize [fn] in CameraController — Set the scene size (extent of visible objects).
  • setScrollSample [fn] in ChannelRhiView — Set the left-edge scroll position.
  • setScrollSample [slot] in TimeRulerWidget — Update the left-edge scroll position and trigger a repaint.
  • setScrollSpeedFactor [fn] in ChannelDataView
  • setScrollSpeedFactor [fn] in ChannelRhiView
  • setSelected [fn] in BrainSurface
  • setSelected [fn] in DipoleObject
  • setSelectedChannels [fn] in ButterflyView — Set the selected channels.
  • setSelectedRegion [fn] in BrainSurface — Set the selected region for highlighting.
  • setSelectedVertexRange [fn] in BrainSurface — Highlight a contiguous range of vertices (e.g.
  • setSensitivity [fn] in ScaleControl — Set the sensitivity value of the non-linear mapping between the control slider and the control value.
  • setSensorFieldColormap [slot] in BrainView — Set colormap for sensor field maps.
  • setSensorFieldContourVisible [slot] in BrainView — Set contour visibility for sensor field maps.
  • setSensorFieldTimePoint [slot] in BrainView — Set the time point for sensor field maps.
  • setSensorFieldVisible [slot] in BrainView — Set visibility for sensor field maps.
  • setSensorTransEnabled [slot] in BrainView — Set whether sensor transformations (if loaded) should be applied.
  • setSensorVisible [slot] in BrainView — Toggle visibility of sensor groups.
  • setSession [fn] in BIDSPath — Set the session label (without "ses-" prefix).
  • setSettingsPath [fn] in RtFiffRawView — Set the path where to store the settings of this widget via QSettings.
  • setSFreq [fn] in RtSensorDataController — Set the sampling frequency of the incoming data.
  • setSFreq [fn] in RtSensorDataWorker — Set the sampling frequency of the incoming data.
  • setSFreq [fn] in RtSourceDataController — Set the sampling frequency of the incoming data.
  • setSFreq [fn] in RtSourceDataWorker — Set the sampling frequency of the incoming data.
  • setSfreq [fn] in ChannelRhiView — Set the sampling frequency (Hz) used to place time-grid tick lines.
  • setSfreq [fn] in OverviewBarWidget
  • setSfreq [fn] in TimeRulerWidget — Set the file sampling frequency.
  • setShaderMode [slot] in BrainView — Set the shader mode (Standard, Holographic, Atlas).
  • setShaderMode [fn] in SurfaceTreeItem
  • setShape [fn] in InvVolumeSourceEstimate — Set the 3D grid shape (nx, ny, nz) for volume reshaping.
  • setSignalColor [fn] in ChannelDataModel — Set the signal line colour for all channels.
  • setSignalColor [fn] in ChannelDataView — Set the default signal line colour (used for channel types without a type-specific colour).
  • setSignalColor [fn] in FiffRawViewSettings — Set current signal color.
  • setSignalColor [fn] in RtFiffRawView — Set the signal color.
  • setSignalColor [fn] in RtFiffRawViewDelegate — Set the signal color.
  • setSignalItemColor [fn] in AverageScene — Sets the signal color for the items the scene holds.
  • setSingleAverageColor [fn] in AverageLayoutView — Sets the color used to draw the average to avgColor.
  • setSingleAverageColor [fn] in ButterflyView — Sets the color used to draw the average to avgColor.
  • setSizeMeters [fn] in VideoOverlay
  • setSlice [fn] in SliceObject — Set the slice image data and orientation.
  • setSolutionInformation [fn] in FwdSettingsView — Updates forward solution information.
  • setSourceColormap [slot] in BrainView — Set the colormap for source estimate visualization.
  • setSourceSpaceVisible [slot] in BrainView — Toggle visibility of source space points.
  • setSourceThresholds [slot] in BrainView — Set threshold values for source estimate visualization.
  • setSpace [fn] in BIDSPath — Set the space label.
  • setSplit [fn] in BIDSPath — Set the split index.
  • setSplitX [fn] in MultiViewLayout
  • setSplitY [fn] in MultiViewLayout
  • setStaticMarkers [slot] in BrainView — Replace the set of static overlay markers (fiducials, acquired points).
  • setStatus [fn] in CommandManager — Sets the activation status of the CommandManager.
  • setStcAttr [fn] in InvRapMusic — Sets the source estimate attributes.
  • setStcData [fn] in SourceEstimateOverlay — Set the source estimate data directly (used by async loader).
  • setStimChannels [fn] in AveragingSettingsView
  • setStreamingState [fn] in RtSensorDataController — Start or stop the streaming.
  • setStreamingState [fn] in RtSourceDataController — Start or stop the streaming.
  • setStreamSmoothedData [fn] in RtSensorDataController — Toggle between emitting per-vertex color data (smoothed) and raw sensor values.
  • setStreamSmoothedData [fn] in RtSensorDataWorker — Toggle between emitting per-vertex color data (smoothed) and raw sensor values.
  • setStreamSmoothedData [fn] in RtSourceDataController — Toggle between emitting interpolated color data (smoothed) and raw source values split by hemisphere.
  • setStreamSmoothedData [fn] in RtSourceDataWorker — Toggle between emitting interpolated color data (smoothed) and raw source values split by hemisphere.
  • setSubject [fn] in BIDSPath — Set the subject label (without "sub-" prefix).
  • setSuffix [fn] in BIDSPath — Set the filename suffix (e.g.
  • setSurfaceColor [fn] in RtSourceDataController — Set the base surface colors for both hemispheres.
  • setSurfaceColor [fn] in RtSourceDataWorker — Set the base surface colors for both hemispheres.
  • setSurfaceData [fn] in SurfaceTreeItem
  • setTask [fn] in BIDSPath — Set the task label.
  • setTextStyleSheet [fn] in ProgressView — Sets stylesheet parameters for the QLabels that display loading message.
  • setThreshold [fn] in Network — Sets the threshold of the network and updates the resulting active edges.
  • setThreshold [fn] in Network — Sets the threshold of the network and updates the resulting active edges.
  • setThreshold [fn] in NetworkObject — Update the threshold and regenerate visible edges/nodes.
  • setThreshold [fn] in Spline — setThreshold takes in QVector3D value and creates the corresponding lines in the histogram
  • setThresholdMap [fn] in ArtifactSettingsView
  • setThresholds [fn] in RtSensorDataController — Set explicit normalization thresholds for sensor data.
  • setThresholds [fn] in RtSensorDataWorker — Set explicit normalization thresholds instead of auto-normalization.
  • setThresholds [fn] in RtSourceDataController — Set the normalization thresholds.
  • setThresholds [fn] in RtSourceDataWorker — Set the threshold values for normalization.
  • setThresholds [fn] in SourceEstimateManager — Set source estimate thresholds.
  • setThresholds [fn] in SourceEstimateOverlay — Set threshold values for normalization.
  • setTimeCursor [fn] in MultimodalScene — Set the shared time cursor in seconds.
  • setTimeInterval [fn] in RtSensorDataController — Set the streaming interval (time between frames).
  • setTimeInterval [fn] in RtSourceDataController — Set the streaming interval (time between frames).
  • setTimePoint [slot] in BrainView — Set the current time point for source estimate visualization.
  • setTimePoint [fn] in SensorFieldMapper — Set the active time point index into the evoked data matrix.
  • setTimePoint [fn] in SourceEstimateManager — Set the current STC time-point and apply colours to matching surfaces.
  • settingsChanged [signal] in SpectrumSettingsView — Emitted whenever the settings changed and are ready to be retreived.
  • setTipOffsetEnabled [fn] in PolhemusCoregistration
  • setTissueType [fn] in BrainSurface — Set the tissue type (Brain, Skin, Skull, etc.).
  • setTitle [fn] in Graph — Sets the scaled image view title.
  • setTitle [fn] in LinePlot — Sets the plot title.
  • setTo [fn] in FilterDesignView — Sets filter 'To' value.
  • setTrackerStation [fn] in PolhemusCoregistration
  • setTrackerToDeviceOffset [fn] in PolhemusCoregistration — Set the rigid offset from the tracker sensor body frame to the device frame.
  • setTransform [fn] in AbstractTreeItem
  • setTransform [fn] in RtSensorDataController — Set the head-to-MRI coordinate transform for the interpolation worker.
  • setTransform [fn] in RtSensorInterpolationMatWorker — Set the head-to-MRI coordinate transform.
  • setTransParams [fn] in CoregSettingsView — Set the transformation received from the ICP algorithm.
  • setTriggerChIndx [fn] in RtAveraging — Sets the index of the trigger channel which is to be scanned fo triggers.
  • setTriggerChIndx [fn] in RtAveragingWorker — Sets the index of the trigger channel which is to be scanned fo triggers.
  • setTriggerTypes [fn] in ConnectivitySettingsView — Destroys the ConnectivitySettingsView.
  • setTriggerTypes [fn] in MinimumNormSettingsView — Destroys the MinimumNormSettingsView.
  • setTwinFiducial [fn] in AcquiredPoints
  • setUnits [fn] in FastrakParser — Configure the linear unit reported by the device.
  • setup_compensators [fn] in MNE
  • setup_current_lights [fn] in MNEMshDisplaySurfaceSet — Initialize the custom light set (if needed) and apply it as the active lighting configuration.
  • setup_curvature_colors [fn] in MNEMshDisplaySurface — Allocate and fill per-vertex color arrays using positive/negative curvature colors (if curvature overlay mode is on) or uniform gray.
  • setup_dipole_fit_data [fn] in InvDipoleFitData — Master setup: read all inputs and build a ready-to-use fit workspace.
  • setup_eeg_sphere_model [fn] in FwdEegSphereModel — Set up the desired sphere model for EEG.
  • setup_filter_bufs [fn] in MNERawData — Allocate filter output buffers spanning the entire raw data range (with taper overlap), initialize a ring buffer for filtered data, and create the filter response.
  • setup_forward_model [fn] in InvDipoleFitData — Set up the sphere-model and (optionally) BEM forward functions.
  • setup_lights [fn] in MNEMshDisplaySurfaceSet — Replace the current active lighting with a deep copy of the provided light set.
  • setup_read [fn] in FiffIO — Setup a FiffStream.
  • setup_read_raw [fn] in Fiff — fiff_setup_read_raw
  • setup_read_raw [fn] in FiffStream — fiff_setup_read_raw
  • setUpperItemIndex [fn] in RtFiffRawViewDelegate — Set the new upper item index color.
  • setUseDefaultColor [fn] in BrainSurface — Set/Get whether to use the default surface color.
  • setUsedFreqBins [fn] in Network — Set the new number of used frequency bins.
  • setUsedFreqBins [fn] in Network — Set the new number of used frequency bins.
  • setValid [fn] in BidsRawData — Marks the data as valid or invalid.
  • setValue [slot] in ScaleControl — Set the value of the control.
  • setVertical [fn] in ProgressView — Sets message to appear under the loading bar.
  • setVideoOverlayEnabled [slot] in BrainView — Enable or disable the generic live video overlay decal that is drawn on top of the head surface at the current focus position.
  • setVideoOverlayFocusPosition [slot] in BrainView — Set the world-space focus position (metres) of the overlay quad.
  • setVideoOverlayOpacity [slot] in BrainView — Set the overall opacity of the overlay [0..1].
  • setVideoOverlaySize [slot] in BrainView — Set the side length of the overlay quad (metres).
  • setViewCount [slot] in BrainView — Set the number of visible viewport panes (1–4).
  • setViewport [fn] in OverviewBarWidget
  • setViewportCameraPreset [slot] in BrainView — Set the camera preset for a specific viewport.
  • setViewportEnabled [slot] in BrainView — Enable or disable a specific viewport in multi-view mode.
  • setVirtualChannels [fn] in ChannelDataModel — Set extra browser-level virtual channels appended after the FIFF channels.
  • setVisible [fn] in AbstractTreeItem
  • setVisible [fn] in BrainSurface — Set the visibility of the surface.
  • setVisible [fn] in DipoleObject
  • setVisible [fn] in NetworkObject
  • setVisibleChannelCount [fn] in ChannelLabelPanel — Set how many channel rows are simultaneously visible (kept in sync with ChannelRhiView).
  • setVisibleChannelCount [fn] in ChannelRhiView — Set how many channel rows are displayed simultaneously.
  • setVisibleSampleRange [fn] in ChannelLabelPanel — Update the visible sample window used for the per-channel RMS level bar.
  • setVisiblityHideOpacityClose [fn] in QuickControlView — Sets the visibility of the hide/show and close button.
  • setVisualizationEditTarget [slot] in BrainView — Select which view's visualization settings are edited by UI controls.
  • setVisualizationInfo [fn] in Network — Set the current visualization info.
  • setVisualizationInfo [fn] in Network — Set the current visualization info.
  • setVisualizationMode [fn] in BrainSurface — Set the visualization mode (FsSurface, FsAnnotation, Scientific).
  • setVisualizationMode [slot] in BrainView — Set the overlay mode (FsSurface, FsAnnotation, Scientific).
  • setVisualizationType [fn] in RtSourceDataController — Set the visualization type (interpolation-based or annotation-based).
  • setVisualizationType [fn] in RtSourceInterpolationMatWorker — Set the visualization type.
  • setWeight [fn] in NetworkEdge — Set the averaged edge weight.
  • setWeight [fn] in NetworkEdge — Set the averaged edge weight.
  • setWheelScrollsChannels [fn] in ChannelRhiView — Control what the vertical mouse wheel scrolls.
  • setWidgetList [fn] in FiffRawViewSettings — Init the view.
  • setWindowLevel [fn] in SliceObject — Intensity windowing parameters for the fragment shader.
  • setWindowSize [fn] in ChannelDataView — Set the visible time window (in seconds).
  • setWindowSize [fn] in FiffRawViewSettings — Sets the values of the windowSize spin box.
  • setWindowSize [fn] in RtFiffRawView — Sets new time window size.
  • setWindowType [fn] in ConnectivitySettings
  • setWindowType [fn] in ConnectivitySettings
  • setXLabel [fn] in Graph — Sets the label of the y axes.
  • setXLabel [fn] in LinePlot — Sets the label of the x axis.
  • setYLabel [fn] in Graph — Sets the label of the y axes.
  • setYLabel [fn] in LinePlot — Sets the label of the y axis.
  • setZoom [fn] in CameraController — Single-view zoom level.
  • setZoom [fn] in ChannelDataView — Set the zoom factor (> 1 = zoom in, < 1 = zoom out relative to default).
  • setZoom [fn] in FiffRawViewSettings — Sets the values of the zoomFactor spin box.
  • setZoom [fn] in RtFiffRawView — Sets new zoom factor.
  • setZScoreMode [fn] in ChannelDataView
  • setZScoreMode [fn] in ChannelRhiView
  • severity [var] in MnaVerificationCheck — "error" (abort), "warning" (log + continue), "info" (always continue)
  • severity [var] in MnaVerificationResult — Echoed from the check definition.
  • sFilePathDigitzers [var] in HpiFitResult
  • sfreq [fn] in ChannelDataModel — Sampling frequency in Hz; 0 if no FiffInfo attached.
  • sfreq [var] in FiffInfo — Sample frequency.
  • sfreq [var] in MNEMeasData — Sampling frequency (Hz).
  • sfreq [var] in MNERawInfo — Sampling frequency.
  • sfreq [var] in SimulateStcParams — Sampling frequency (Hz).
  • sha256 [var] in MnaFileRef — SHA-256 hash of file contents.
  • ShaderMode [type] in BrainRenderer
  • shaderMode [fn] in SurfaceTreeItem
  • shaderModeChanged [signal] in BrainView — Emitted whenever the active brain shader mode changes — either via setShaderMode or after restoring persisted state in loadMultiViewSettings.
  • shaderModeForTarget [slot] in BrainView — Get configured shader mode name for a target view.
  • shaftColor [var] in ElectrodeArray — Depth only: shaft body color.
  • shaftIndexCount [fn] in ElectrodeObject
  • shaftRadius [var] in ElectrodeArray — Depth only: cylinder radius in mm.
  • shape [fn] in InvVolumeSourceEstimate — Get the 3D grid shape.
  • shape [fn] in MlTensor
  • shape [fn] in MlTensor
  • shortname [var] in MNEDeriv — Short nickname for this derivation.
  • shouldRenderSurface [fn] in SubView — True when the surface identified by key should be rendered according to this view's visibility profile.
  • show [var] in FiffDigitizerData — Whether the digitizer data should be shown.
  • show [var] in MNEEvent — Display flag (application-defined).
  • show_aux_data [var] in MNEMshDisplaySurface — Non-zero to show auxiliary data related to this surface.
  • show_minimal [var] in FiffDigitizerData — Show fiducials and coils only.
  • showAllChannels [fn] in ButterflyView — Shows all channels in view.
  • showAtlasDirDialog [fn] in FwdSettingsView — Shows atlas selection dialog.
  • showCoordAxis [signal] in Control3DView — Use this signal whenever the user wants to show the coordinate axis.
  • showFileNameUi [fn] in ProjectSettingsView — Shows file name ui elements.
  • showFullScreen [signal] in Control3DView — Use this signal whenever the user wants to use full screen mode.
  • showMultiView [slot] in BrainView — Switch to multi-view mode (four viewports: top, perspective, front, left).
  • ShowNormals [var] in BrainRenderer
  • showParadigmUi [fn] in ProjectSettingsView — Shows paradigm ui elements.
  • showSelectedChannels [fn] in ButterflyView — Shows selected channels based on a list of selected channel indices.
  • showSelectedChannelsOnly [fn] in ButterflyView — Only shows the channels defined in the QStringList selectedChannels.
  • showSelectedChannelsOnly [signal] in ChannelSelectionView — emit this signal whenever the user or group selection has changed
  • showSelectedChannelsOnly [fn] in RtFiffRawView — Only shows the channels defined in the QStringList selectedChannels.
  • showSingleView [slot] in BrainView — Switch to single-view mode (one viewport, interactive camera).
  • sidecarJsonPath [fn] in BIDSPath — Returns the path for the sidecar JSON metadata file (e.g.
  • sigma [var] in FwdBemModel — Conductivity of each layer (length nsurf).
  • sigma [var] in FwdEegSphereLayer — Conductivity.
  • sigma [var] in MNESurfaceOrVolume — Conductivity of a BEM compartment (-1 if not set).
  • signalColor [fn] in ChannelDataView
  • signalColorChanged [signal] in FiffRawViewSettings — Emit this signal whenever the user changed the signal color.
  • signalViewportRect [fn] in ChannelDataView — Returns the geometry of the actual QRHI signal viewport in ChannelDataView-local coordinates.
  • simplex_minimize [fn] in SimplexAlgorithm — mne_simplex_fit.c Refactored: mne_simplex_minimize
  • simplex_minimize [fn] in SimplexAlgorithm — Overload without report function (no reporting).
  • sing [var] in fitUserRec
  • sing [var] in InvDipoleForward — Singular values of the forward matrix (3*ndip).
  • sing [var] in MNEInverseOperator — Singular values of the whitened lead field.
  • size [var] in BidsElectrode — Electrode size in mm or "n/a" (RECOMMENDED for iEEG).
  • size [fn] in ConnectivitySettings
  • size [fn] in ConnectivitySettings
  • size [fn] in FiffAnnotations — Returns the number of annotations.
  • size [var] in FiffDataRef — Size of the data, can be over 2 GB.
  • size [fn] in FiffDigPointSet — Returns the number of stored FiffDigPoints.
  • size [var] in FiffDirEntry — How many bytes.
  • size [fn] in FineCalibration — Get the number of entries.
  • size [fn] in FsAnnotationSet — Returns number of loaded hemispheres.
  • size [fn] in FsSurfaceSet — Returns number of loaded hemispheres.
  • size [var] in FwdCoil — Coil size.
  • size [fn] in InvEcdSet — Returns the number of stored ECDs.
  • size [fn] in MlTensor
  • size [fn] in MNEBem — Returns the number of stored bem surfaces.
  • size [var] in MNEFilterDef — Length in samples (must be a power of 2).
  • size [fn] in MNESourceSpaces — Returns the number of stored hemispheres 0, 1 or 2.
  • sizeBytes [var] in MnaFileRef — File size in bytes.
  • sizeHint [fn] in ChannelLabelPanel
  • sizeHint [fn] in FrequencySpectrumDelegate — Item size.
  • sizeHint [fn] in OverviewBarWidget
  • sizeHint [fn] in RtFiffRawViewDelegate — Item size.
  • sizeHint [fn] in TimeRulerWidget
  • sizeMeters [fn] in VideoOverlay
  • sketch [var] in MNEMshDisplaySurface — Non-zero to use sketch mode with decimated triangulation.
  • sliceIndex [var] in MriSliceImage — Index along the slicing axis.
  • sliceIndex [fn] in SliceObject
  • SliceObject [fn] in SliceObject
  • sliceOrientation [var] in PickResult — MRI slice orientation index for MriVoxel (0 = axial, 1 = sagittal, 2 = coronal).
  • slices [var] in MriVolData — Per-slice data (for COR-equivalent representation).
  • sliceToRas [var] in MriSliceImage — 4x4 transform placing the slice in RAS space.
  • sliceToWorld [fn] in SliceObject
  • slotRect [fn] in MultiViewLayout — Compute the pixel rectangle for a layout slot.
  • sMethod [var] in VisualizationInfo — The color method: Map (uses sColormap parameter) or Color (uses colNodes and colEdges).
  • sMethod [var] in VisualizationInfo — The color method: Map (uses sColormap parameter) or Color (uses colNodes and colEdges).
  • SNR [var] in MNEMneData — Estimated power SNR as a function of time.
  • softwareVersions [var] in BidsRawData — Recording software versions (RECOMMENDED).
  • sol [var] in MNEForwardSolution — Forward solution.
  • sol_grad [var] in MNEForwardSolution — ToDo...
  • sol_name [var] in FwdBemModel — File from which the solution was loaded.
  • solid_angle [fn] in MNESurfaceOrVolume — Compute the solid angle subtended by a triangle as seen from a given point using van Oosterom's formula (scalar triple product of the edge vectors).
  • solname [var] in ComputeFwdSettings — Solution file.
  • solution [var] in FwdBemModel — Potential solution matrix (nsol x nsol).
  • solution [var] in FwdBemSolution — Solution matrix (ncoil x np).
  • solveOpticalCalibration [fn] in PolhemusCoregistration — Fit a 3D line through the focus points in tracker-local frame.
  • sort [fn] in Linalg — Sorts a vector (ascending order) in place and returns the track of the original indices.
  • sort [fn] in Linalg — Sorts a vector and a corresponding matrix in place and returns the track of the original indices.
  • sortChannelsByType [fn] in ChannelDataView
  • sortrows [fn] in Linalg — Sort rows in ascending order.
  • source_cov [var] in MNEInverseOperator — Source covariance matrix (depth + orientation weighting).
  • source_mult [var] in FwdBemModel — Infinite-medium potential multipliers (length nsurf).
  • source_nn [var] in MNEForwardSolution — Source normals (number depends on fixed or free orientation).
  • source_nn [var] in MNEInverseOperator — Source-normal vectors (nsource x 3, or nsource*3 x 3 for free).
  • source_ori [var] in MNEForwardSolution — Source orientation: fixed or free.
  • source_ori [var] in MNEInverseOperator — Source orientation constraint (FIFFV_MNE_FREE_ORI / FIXED_ORI).
  • source_rr [var] in MNEForwardSolution — Source locations.
  • sourceDataColumn [fn] in SourceEstimateOverlay — Get a single column of concatenated source data (LH + RH) at a given time index.
  • sourceEstimateLoaded [signal] in BrainView — Emitted when a source estimate is loaded.
  • SourceEstimateManager [fn] in SourceEstimateManager — Constructor.
  • SourceEstimateOverlay [fn] in SourceEstimateOverlay — Constructor.
  • sourceId [var] in PickResult — Source renderable identifier — opaque string assigned by the MultimodalScene when the renderable was added.
  • sourceIdx [var] in TrapMusicDipole — Index in the lead field grid.
  • SourceMorph [fn] in SourceMorph
  • sourceNn [var] in InvBeamformer — Source normals (n_sources, 3).
  • sourceNodeId [var] in MnaPort — Which node produces this input? (empty → graph-level input).
  • sourcePortName [var] in MnaPort — Which output port on that node?
  • sourceSpace [var] in ViewVisibilityProfile
  • SourceSpaceTreeItem [fn] in SourceSpaceTreeItem — Constructs a SourceSpaceTreeItem for a hemisphere.
  • sourceSpaceType [var] in InvSourceEstimate — Source space type (surface, volume, mixed, discrete).
  • sourceThresholdsUpdated [signal] in BrainView — Emitted when auto-thresholds are set from loaded source estimate data.
  • sourceUri [var] in MnaScript — Optional authoring-time reference (e.g.
  • space [fn] in BIDSPath — Space label.
  • sparse [var] in MNEMshPicked
  • spatialDispersion [fn] in StatsSourceMetrics — Spatial dispersion (amplitude-weighted mean distance from peak).
  • spatialSpread [fn] in InvResolutionMatrix — Compute spatial spread (peak-width) metric for each source.
  • SpecCalculated [signal] in RtNoise — Emitted when a new spectrum is available.
  • Spectral [fn] in Spectral — deleted default constructor (static class).
  • spectralMatrix [fn] in MvarModel — Computes the spectral matrix S(f) = H(f) * Sigma * H(f)^H.
  • spectralMatrix [fn] in MvarModel — Computes the spectral matrix S(f) = H(f) * Sigma * H(f)^H.
  • SpectrumSettingsView [fn] in SpectrumSettingsView — Constructs a SpectrumSettingsView which is a child of parent.
  • SpectrumView [fn] in SpectrumView — Constructs a SpectrumView which is a child of parent.
  • spharaActivationChanged [signal] in SpharaSettingsView — Emit this signal whenever the user toggled the SPHARA operator.
  • spharaOptionsChanged [signal] in SpharaSettingsView — Emit this signal whenever the user changes the SPHARA operator.
  • SpharaSettingsView [fn] in SpharaSettingsView — Constructs a SpharaSettingsView which is a child of parent.
  • Sphere [fn] in Sphere — Constructs the Sphere.
  • sphere_funcs [var] in InvDipoleFitData — These are the sphere model forward functions.
  • sphereChanged [signal] in DipoleFitView — Set new spherer model parameters.
  • sphereVertexCount [fn] in MeshFactory — Number of vertices in a subdivided icosahedron (for picking calculations).
  • Spline [fn] in Spline — The constructor for Spline.
  • split [fn] in BIDSPath — Split index.
  • split_name_list [fn] in Fiff — fiff_split_name_list
  • split_name_list [fn] in FiffStream — fiff_split_name_list
  • splitCoefficientAndExponent [fn] in Bar — splitCoefficientAndExponent takes in QVector value of coefficient and exponent and normalizes them.
  • splitCoefficientAndExponent [fn] in Spline — splitCoefficientAndExponent takes in QVector value of coefficient and exponent and normalizes them.
  • splitLabel [fn] in FsLabelUtils — Split a label into connected components.
  • splitSize [var] in ProcessingSettings — Split output into chunks of this many bytes (-1=no split).
  • splitX [fn] in MultiViewLayout
  • splitY [fn] in MultiViewLayout
  • SPtr [type] in AbstractMetric — Shared pointer type for AbstractMetric.
  • SPtr [type] in AbstractMetric — Shared pointer type for AbstractMetric.
  • SPtr [type] in AbstractView — Shared pointer type for AbstractView.
  • SPtr [type] in ArtifactSettingsView — Shared pointer type for AveragingAdjustmentWidget.
  • SPtr [type] in AverageLayoutView — Shared pointer type for AverageLayoutView.
  • SPtr [type] in AverageScene — Shared pointer type for AverageScene.
  • SPtr [type] in AverageSelectionView — Shared pointer type for AverageSelectionView.
  • SPtr [type] in AveragingSettingsView — Shared pointer type for AveragingAdjustmentWidget.
  • SPtr [type] in Bar — Shared pointer type for Bar class.
  • SPtr [type] in BIDSPath — Shared pointer type for BIDSPath.
  • SPtr [type] in BidsRawData
  • SPtr [type] in BidsTsv
  • SPtr [type] in BidsViewModel — Shared pointer type for BidsViewModel.
  • SPtr [type] in ButterflyView — Shared pointer type for ButterflyView.
  • SPtr [type] in ChannelDataModel
  • SPtr [type] in ChannelDataView
  • SPtr [type] in ChannelInfoModel — Shared pointer type for ChannelInfoModel.
  • SPtr [type] in ChannelSelectionView — Shared pointer type for ChannelSelectionView.
  • SPtr [type] in CircularBuffer — Shared pointer type for CircularBuffer.
  • SPtr [type] in Coherence — Shared pointer type for Coherence.
  • SPtr [type] in Coherence — Shared pointer type for Coherence.
  • SPtr [type] in Coherency — Shared pointer type for Coherency.
  • SPtr [type] in Coherency — Shared pointer type for Coherency.
  • SPtr [type] in ColorMap — Shared pointer type for ColorMap class.
  • SPtr [type] in Command
  • SPtr [type] in CompensatorView — Shared pointer type for CompensatorView.
  • SPtr [type] in Connectivity — Shared pointer type for Connectivity.
  • SPtr [type] in Connectivity — Shared pointer type for Connectivity.
  • SPtr [type] in ConnectivitySettings — Shared pointer type for ConnectivitySettings.
  • SPtr [type] in ConnectivitySettings — Shared pointer type for ConnectivitySettings.
  • SPtr [type] in ConnectivitySettingsView — Shared pointer type for ConnectivitySettingsView.
  • SPtr [type] in Control3DView — Shared pointer type for Control3DView.
  • SPtr [type] in CoregSettingsView — Shared pointer type for DISPLIB.
  • SPtr [type] in Correlation — Shared pointer type for Correlation.
  • SPtr [type] in Correlation — Shared pointer type for Correlation.
  • SPtr [type] in CovarianceSettingsView — Shared pointer type for CovarianceAdjustmentWidget.
  • SPtr [type] in CrossCorrelation — Shared pointer type for CrossCorrelation.
  • SPtr [type] in CrossCorrelation — Shared pointer type for CrossCorrelation.
  • SPtr [type] in DebiasedSquaredWeightedPhaseLagIndex — Shared pointer type for DebiasedSquaredWeightedPhaseLagIndex.
  • SPtr [type] in DebiasedSquaredWeightedPhaseLagIndex — Shared pointer type for DebiasedSquaredWeightedPhaseLagIndex.
  • SPtr [type] in DirectedTransferFunction — Shared pointer type for DirectedTransferFunction.
  • SPtr [type] in DirectedTransferFunction — Shared pointer type for DirectedTransferFunction.
  • SPtr [type] in DraggableFramelessWidget — Shared pointer type for DraggableFramelessWidget.
  • SPtr [type] in EvokedSetModel — Shared pointer type for EvokedSetModel.
  • SPtr [type] in FiffAnnotations — Shared pointer type.
  • SPtr [type] in FiffChInfo — Shared pointer type for FiffChInfo.
  • SPtr [type] in FiffChPos — Shared pointer type for FiffChPos.
  • SPtr [type] in FiffCoordTrans — Shared pointer type for FiffCoordTrans.
  • SPtr [type] in FiffCoordTransSet — Shared pointer type for FiffCoordTransSet.
  • SPtr [type] in FiffCov — Shared pointer type for FiffCov.
  • SPtr [type] in FiffCtfComp — Shared pointer type for FiffCtfComp.
  • SPtr [type] in FiffDigitizerData — Shared pointer type for FiffDigitizerData.
  • SPtr [type] in FiffDigPoint — Shared pointer type for FiffDigPoint.
  • SPtr [type] in FiffDigPointSet — Shared pointer type for FiffDigPointSet.
  • SPtr [type] in FiffDirEntry — Shared pointer type for FiffDirEntry.
  • SPtr [type] in FiffDirNode — Shared pointer type for FiffDirNode.
  • SPtr [type] in FiffEvoked — Shared pointer type for FiffEvoked.
  • SPtr [type] in FiffEvokedSet — Shared pointer type for FiffEvokedSet.
  • SPtr [type] in FiffId — Shared pointer type for FiffId.
  • SPtr [type] in FiffInfo — Shared pointer type for FiffInfo.
  • SPtr [type] in FiffInfoBase — Shared pointer type for FiffInfoBase.
  • SPtr [type] in FiffNamedMatrix — Shared pointer type for FiffNamedMatrix.
  • SPtr [type] in FiffProj — Shared pointer type for FiffProj.
  • SPtr [type] in FiffRawData — Shared pointer type for FiffRawData.
  • SPtr [type] in FiffRawDir — Shared pointer type for FiffRawDir.
  • SPtr [type] in FiffRawViewSettings — Shared pointer type for FiffRawViewSettings.
  • SPtr [type] in FiffSparseMatrix — Shared pointer type for FiffSparseMatrix.
  • SPtr [type] in FiffStream — Shared pointer type for FiffStream.
  • SPtr [type] in FiffTag — Shared pointer type for FiffTag.
  • SPtr [type] in FilterDesignView — Shared pointer type for FilterDesignView.
  • SPtr [type] in FilterIO — Shared pointer type for FilterIO.
  • SPtr [type] in FilterOverlapAdd — Shared pointer type for FilterOverlapAdd.
  • SPtr [type] in FilterPlotScene — Shared pointer type for FilterPlotScene class.
  • SPtr [type] in FilterSettingsView — Shared pointer type for FilterSettingsView.
  • SPtr [type] in FilterThreadArg — Shared pointer type for FilterThreadArg.
  • SPtr [type] in FrequencySpectrumModel — Shared pointer type for FrequencySpectrumModel.
  • SPtr [type] in FsAnnotation — Shared pointer type for FsAnnotation.
  • SPtr [type] in FsAnnotationSet — Shared pointer type for FsAnnotationSet.
  • SPtr [type] in FsColortable — Shared pointer type for FsColortable.
  • SPtr [type] in FsLabel — Shared pointer type for FsLabel class.
  • SPtr [type] in FsSurface — Shared pointer type for FsSurface class.
  • SPtr [type] in FsSurfaceSet — Shared pointer type for FsSurfaceSet class.
  • SPtr [type] in FwdCoilSet — Shared pointer type for FwdCoilSet.
  • SPtr [type] in GeometryInfo
  • SPtr [type] in GrangerCausality — Shared pointer type for GrangerCausality.
  • SPtr [type] in GrangerCausality — Shared pointer type for GrangerCausality.
  • SPtr [type] in Graph — Shared pointer type for Graph class.
  • SPtr [type] in ICommand — Shared pointer type for ICommand.
  • SPtr [type] in ImagCoherence — Shared pointer type for ImagCoherence.
  • SPtr [type] in ImagCoherence — Shared pointer type for ImagCoherence.
  • SPtr [type] in ImageSc — Shared pointer type for ImageSc class.
  • SPtr [type] in Interpolation
  • SPtr [type] in InvBeamformer
  • SPtr [type] in InvDipoleFit — Shared pointer type for InvDipoleFit.
  • SPtr [type] in InvDipoleFitData — Shared pointer type for InvDipoleFitData.
  • SPtr [type] in InvDipoleFitSettings — Shared pointer type for InvDipoleFitSettings.
  • SPtr [type] in InvDipoleForward — Shared pointer type for InvDipoleForward.
  • SPtr [type] in InvEcd — Shared pointer type for InvEcd.
  • SPtr [type] in InvEcdSet — Shared pointer type for InvEcdSet.
  • SPtr [type] in InvGuessData — Shared pointer type for InvGuessData.
  • SPtr [type] in InvHpiDataUpdater — Shared pointer type for InvHpiDataUpdater.
  • SPtr [type] in InvHpiFit — Shared pointer type for InvHpiFit.
  • SPtr [type] in InvHpiFitData — Shared pointer type for InvHpiFitData.
  • SPtr [type] in InvHpiModelParameters — Shared pointer type for InvHpiModelParameters.
  • SPtr [type] in InvMinimumNorm — Shared pointer type for InvMinimumNorm.
  • SPtr [type] in InvRapMusic — Shared pointer type for InvRapMusic.
  • SPtr [type] in InvSensorSet — Shared pointer type for InvSensorSet.
  • SPtr [type] in InvSensorSetCreator — Shared pointer type for InvSensorSet.
  • SPtr [type] in InvSignalModel — Shared pointer type for InvSignalModel.
  • SPtr [type] in InvSourceEstimate — Shared pointer type for InvSourceEstimate.
  • SPtr [type] in InvVectorSourceEstimate
  • SPtr [type] in InvVolumeSourceEstimate
  • SPtr [type] in IObserver — Shared pointer type for IObserver.
  • SPtr [type] in IOUtils — Shared pointer type for IOUtils class.
  • SPtr [type] in KMeans — Shared pointer type for KMeans.
  • SPtr [type] in LayoutLoader — Shared pointer type for LayoutLoader.
  • SPtr [type] in LinePlot — Shared pointer type for LinePlot.
  • SPtr [type] in MinimumNormSettingsView — Shared pointer type for MinimumNormSettingsView.
  • SPtr [type] in MlModel — Shared pointer type for MlModel.
  • SPtr [type] in MnaProject — Shared pointer type.
  • SPtr [type] in MNEBem — Shared pointer type for MNEBem.
  • SPtr [type] in MNEBemSurface — Shared pointer type for MNEBemSurface.
  • SPtr [type] in MNEClusterInfo — Shared pointer type for MNEClusterInfo.
  • SPtr [type] in MNECovMatrix — Shared pointer type for MNECovMatrix.
  • SPtr [type] in MNECTFCompData — Shared pointer type for MNECTFCompData.
  • SPtr [type] in MNECTFCompDataSet — Shared pointer type for MNECTFCompDataSet.
  • SPtr [type] in MNEDeriv — Shared pointer type for MNEDeriv.
  • SPtr [type] in MNEDerivSet — Shared pointer type for MNEDerivSet.
  • SPtr [type] in MNEEpochData — Shared pointer type for MNEEpochData.
  • SPtr [type] in MNEEpochDataList — Shared pointer type for MNEEpochDataList.
  • SPtr [type] in MNEForwardSolution — Shared pointer type for MNEForwardSolution.
  • SPtr [type] in MNEHemisphere — Shared pointer type for MNEHemisphere.
  • SPtr [type] in MNEInverseOperator — Shared pointer type for MNEInverseOperator.
  • SPtr [type] in MNEMeasData — Shared pointer type for MNEMeasData.
  • SPtr [type] in MNEMeasDataSet — Shared pointer type for MNEMeasDataSet.
  • SPtr [type] in MNEMghTag — Shared pointer type for MNEMghTag.
  • SPtr [type] in MNEMghTagGroup — Shared pointer type for MNEMghTagGroup.
  • SPtr [type] in MNEMneData — Shared pointer type for MNEMneData.
  • SPtr [type] in MNEMorphMap — Shared pointer type for MNEMorphMap.
  • SPtr [type] in MNEMshColorScaleDef — Shared pointer type for MNEMshColorScaleDef.
  • SPtr [type] in MNEMshDisplaySurface — Shared pointer type for MNEMshDisplaySurface.
  • SPtr [type] in MNEMshDisplaySurfaceSet — Shared pointer type for MNEMshDisplaySurfaceSet.
  • SPtr [type] in MNEMshEyes — Shared pointer type for MNEMshEyes.
  • SPtr [type] in MNEMshLight — Shared pointer type for MNEMshLight.
  • SPtr [type] in MNEMshLightSet — Shared pointer type for MNEMshLightSet.
  • SPtr [type] in MNEMshPicked — Shared pointer type for MNEMshPicked.
  • SPtr [type] in MNENamedMatrix — Shared pointer type for MNENamedMatrix.
  • SPtr [type] in MNENearest — Shared pointer type for MNENearest.
  • SPtr [type] in MNEOperator — Shared pointer type for MNEOperator.
  • SPtr [type] in MNEPatchInfo — Shared pointer type for MNEPatchInfo.
  • SPtr [type] in MNEProjData — Shared pointer type for MNEProjData.
  • SPtr [type] in MNEProjectToSurface — Shared pointer type for MNEProjectToSurface.
  • SPtr [type] in MNEProjItem — Shared pointer type for MNEProjItem.
  • SPtr [type] in MNEProjOp — Shared pointer type for MNEProjOp.
  • SPtr [type] in MNERawBufDef — Shared pointer type for MNERawBufDef.
  • SPtr [type] in MNERawData — Shared pointer type for MNERawData.
  • SPtr [type] in MNERawInfo — Shared pointer type for MNERawInfo.
  • SPtr [type] in MNESourceSpace — Shared pointer type for MNESourceSpace.
  • SPtr [type] in MNESourceSpaces — Shared pointer type for MNESourceSpaces.
  • SPtr [type] in MNESssData — Shared pointer type for MNESssData.
  • SPtr [type] in MNESurface — Shared pointer type for MNESurface.
  • SPtr [type] in MNESurfaceOrVolume — Shared pointer type for MNESurfaceOrVolume.
  • SPtr [type] in MNESurfacePatch — Shared pointer type for MNESurfacePatch.
  • SPtr [type] in MNETriangle — Shared pointer type for MNETriangle.
  • SPtr [type] in MNEVolGeom — Shared pointer type for MNEVolGeom.
  • SPtr [type] in ModalitySelectionView — Shared pointer type for ModalitySelectionView.
  • SPtr [type] in MultiView — Shared pointer type for MultiView.
  • SPtr [type] in MultiViewWindow — Shared pointer type for MultiViewWindow.
  • SPtr [type] in Network — Shared pointer type for Network.
  • SPtr [type] in Network — Shared pointer type for Network.
  • SPtr [type] in NetworkEdge — Shared pointer type for NetworkEdge.
  • SPtr [type] in NetworkEdge — Shared pointer type for NetworkEdge.
  • SPtr [type] in NetworkNode — Shared pointer type for NetworkNode.
  • SPtr [type] in NetworkNode — Shared pointer type for NetworkNode.
  • SPtr [type] in PartialDirectedCoherence — Shared pointer type for PartialDirectedCoherence.
  • SPtr [type] in PartialDirectedCoherence — Shared pointer type for PartialDirectedCoherence.
  • SPtr [type] in PhaseLagIndex — Shared pointer type for PhaseLagIndex.
  • SPtr [type] in PhaseLagIndex — Shared pointer type for PhaseLagIndex.
  • SPtr [type] in PhaseLockingValue — Shared pointer type for PhaseLockingValue.
  • SPtr [type] in PhaseLockingValue — Shared pointer type for PhaseLockingValue.
  • SPtr [type] in Plot — Shared pointer type for Plot class.
  • SPtr [type] in ProjectorsView — Shared pointer type for ProjectorsView.
  • SPtr [type] in QuickControlView — Shared pointer type for QuickControlView.
  • SPtr [type] in RtAveraging — Shared pointer type for RtAveraging.
  • SPtr [type] in RtClient — Shared pointer type for MNERtClient.
  • SPtr [type] in RtCmdClient — Shared pointer type for RtCmdClient.
  • SPtr [type] in RtConnectivity — Shared pointer type for RtConnectivity.
  • SPtr [type] in RtDataClient — Shared pointer type for RtDataClient.
  • SPtr [type] in RtFiffRawView — Shared pointer type for RtFiffRawView.
  • SPtr [type] in RtFiffRawViewDelegate — Shared pointer type for RtFiffRawViewDelegate.
  • SPtr [type] in RtFiffRawViewModel — Shared pointer type for RtFiffRawViewModel.
  • SPtr [type] in RtHpi — Shared pointer type for RtHpi.
  • SPtr [type] in RtInvOp — Shared pointer type for RtInvOp.
  • SPtr [type] in RtNoise — Shared pointer type for RtNoise.
  • SPtr [type] in ScalingView — Shared pointer type for ScalingView.
  • SPtr [type] in SelectionScene — Shared pointer type for SelectionScene.
  • SPtr [type] in SelectionSceneItem — Shared pointer type for SelectionSceneItem.
  • SPtr [type] in SpectrumSettingsView — Shared pointer type for SpectrumSettingsView.
  • SPtr [type] in SpectrumView — Shared pointer type for SpectrumView.
  • SPtr [type] in SpharaSettingsView — Shared pointer type for SpharaSettingsView.
  • SPtr [type] in Spline — Shared pointer type for Spline class.
  • SPtr [type] in Subject — Shared pointer type for Subject.
  • SPtr [type] in TFplot — Shared pointer type for TFplot class.
  • SPtr [type] in TfSettingsView — Shared pointer type for TfSettingsView.
  • SPtr [type] in TriggerDetectionView — Shared pointer type for TriggerDetectionView.
  • SPtr [type] in UnbiasedSquaredPhaseLagIndex — Shared pointer type for UnbiasedSquaredPhaseLagIndex.
  • SPtr [type] in UnbiasedSquaredPhaseLagIndex — Shared pointer type for UnbiasedSquaredPhaseLagIndex.
  • SPtr [type] in Warp — Shared pointer type for Warp.
  • SPtr [type] in WeightedPhaseLagIndex — Shared pointer type for WeightedPhaseLagIndex.
  • SPtr [type] in WeightedPhaseLagIndex — Shared pointer type for WeightedPhaseLagIndex.
  • square [fn] in Interpolation — square Negative parabola interpolation function with y-offset of 1.
  • src [var] in MNEForwardSolution — Geometric description of the source spaces (hemispheres).
  • src [var] in MNEInverseOperator — Source space (surfaces and/or volume).
  • srcname [var] in ComputeFwdSettings — Source space.
  • srcType [var] in InvBeamformer — "surface", "volume", "mixed", "discrete".
  • sspStatusChanged [signal] in HpiSettingsView — Emit this signal whenever SSP checkbox changed.
  • sss [var] in MNECovMatrix — SSS data from the associated raw data file.
  • sss [var] in MNERawData — SSS data found in this file.
  • Standard [var] in BrainRenderer
  • start [fn] in RtNoise — Starts the worker thread.
  • start_block [fn] in Fiff — fiff_start_block
  • start_block [fn] in FiffStream — Writes a FIFF_BLOCK_START tag.
  • start_file [fn] in Fiff — fiff_start_file
  • start_file [fn] in FiffStream — Opens a fiff file for writing and writes the compulsory header tags.
  • start_time [var] in MNERawInfo — Acquisition start time (from meas date or block id).
  • start_writing_raw [fn] in Fiff — fiff_start_writing_raw
  • start_writing_raw [fn] in FiffStream — fiff_start_writing_raw
  • startedAt [var] in MnaProvenance
  • startPivotCalibration [fn] in PolhemusCoregistration
  • startRealtimeSensorStreaming [slot] in BrainView — Start real-time sensor data streaming for the specified modality.
  • startRealtimeStreaming [slot] in BrainView — Start real-time source data streaming.
  • startSample [var] in AnnotationSpan — Absolute first sample covered by the annotation.
  • startStream [fn] in MnaGraphExecutor — Start stream-mode execution of a graph.
  • startStreaming [fn] in RtSensorStreamManager — Start real-time sensor streaming for the given modality.
  • startStreaming [fn] in SourceEstimateManager — Start real-time playback.
  • stat [var] in FilterThreadArg — Status code indicating whether filtering succeeded.
  • stat [var] in FwdThreadArg — Result status (OK or FAIL).
  • state [var] in MNEMshLight
  • station [var] in FastrakSample — 1-based station id reported by the device.
  • status [var] in BidsChannel — "good" or "bad" (OPTIONAL).
  • stc [var] in InvGammaMapResult
  • stc [var] in InvMxneResult
  • stc [var] in InvTfMxneResult — Sparse source estimate (time domain).
  • stcCmne [var] in InvCMNEResult — CMNE-corrected estimate.
  • stcDspm [var] in InvCMNEResult — Uncorrected dSPM estimate.
  • stcLh [fn] in StcLoadingWorker — Get the loaded left hemisphere source estimate.
  • stcLoadingProgress [signal] in BrainView — Emitted to report STC loading progress.
  • StcLoadingWorker [fn] in StcLoadingWorker — Constructor.
  • stcLstmPredict [var] in InvCMNEResult — Raw LSTM prediction (diagnostics).
  • stcNumTimePoints [slot] in BrainView — Get the number of time points in the loaded source estimate.
  • stcRh [fn] in StcLoadingWorker — Get the loaded right hemisphere source estimate.
  • stcStep [slot] in BrainView — Get the time step of the loaded source estimate.
  • stcStepAccum [var] in SubView
  • stcTmin [slot] in BrainView — Get the start time of the loaded source estimate.
  • stcToLabel [fn] in FsLabelUtils — Convert a source estimate to labels by thresholding.
  • stddev [fn] in DecodingCsp
  • stddev [fn] in DecodingSpoc
  • stdErr [var] in PythonRunnerResult — Complete captured standard error.
  • stdOut [var] in PythonRunnerResult — Complete captured standard output.
  • stim14 [var] in MNEMeasDataSet — Samples from the digital stimulus / trigger channel.
  • stop [fn] in RtAveraging — Stops the thread by interrupting its computation queue, quitting and waiting.
  • stop [fn] in RtClient — Stops the RtClient by stopping the producer's thread.
  • stop [fn] in RtConnectivity — Stops the thread by interrupting its computation queue, quitting and waiting.
  • stop [fn] in RtHpi — Stops the thread by interrupting its computation queue, quitting and waiting.
  • stop [fn] in RtInvOp — Stops the thread by interrupting its computation queue, quitting and waiting.
  • stop [fn] in RtNoise — Stops the worker thread.
  • stopAllStreaming [slot] in BrainView — Stop all active background streaming (source estimate + sensor).
  • stopRealtimeSensorStreaming [slot] in BrainView — Stop real-time sensor data streaming.
  • stopRealtimeStreaming [slot] in BrainView — Stop real-time source data streaming.
  • stopStream [fn] in MnaGraphExecutor — Stop a running stream.
  • stopStreaming [fn] in RtSensorStreamManager — Stop real-time sensor streaming.
  • stopStreaming [fn] in SourceEstimateManager — Stop real-time streaming.
  • storageSize [fn] in FiffChInfo — Size of the old struct (fiffChInfoRec) 20int + 16 = 204 + 16 = 96.
  • storageSize [fn] in FiffChPos — Size of the old struct (fiffChPosRec) 13int = 134 = 52.
  • storageSize [fn] in FiffCoordTrans — Size of the old struct (fiffCoordTransRec) 26int = 264 = 104.
  • storageSize [fn] in FiffDataRef — Size of the old struct (fiffDataRefRec) 2int + 2long = 24 + 28 = 24.
  • storageSize [fn] in FiffDigPoint — Size of the old struct (fiffDigPointRec) 5int = 54 = 20.
  • storageSize [fn] in FiffDirEntry — Size of the old struct (fiffDirEntryRec) 4int = 44 = 16.
  • storageSize [fn] in FiffId — Size of the old struct (fiffIdRec) 5int = 54 = 20.
  • storageSize [fn] in FiffTag — Size of the on-disk tag info header: kind + type + size + next = 4 x fiff_int_t.
  • storageSize [fn] in FiffTime — Size of the old struct (fiffTimeRec) 2int = 24 = 8.
  • storeHeadPosition [fn] in InvHpiFit — Store results from dev_Head_t as quaternions in position matrix.
  • storeTrans [signal] in CoregSettingsView — Emit this signal whenever the transformation should be stored.
  • stream [var] in MNERawData — Open FIFF stream for reading.
  • stream_info [fn] in stream_info — Default constructor.
  • stream_info [fn] in stream_info — Construct a new stream_info object.
  • stream_info [fn] in stream_info — Copy constructor.
  • stream_inlet [fn] in stream_inlet — Construct a new stream_inlet from a resolved stream_info.
  • stream_outlet [fn] in stream_outlet — Construct a stream_outlet for the given stream_info.
  • streamBufferMs [var] in MnaPort — Ring-buffer length in ms (0 = unbounded).
  • streamCommand [var] in PolhemusSerialConfig — Stream control command sent right after opening the port.
  • streamData [slot] in RtSensorDataWorker — Stream one frame of data.
  • streamData [slot] in RtSourceDataWorker — Stream one frame of data.
  • streamEndpoint [var] in MnaPort — Protocol-specific address (e.g. "localhost:4218" for fiff-rt).
  • streamName [fn] in FiffStream — Get the stream name.
  • streamProtocol [var] in MnaPort — "fiff-rt", "lsl", "ftbuffer", "shm", "" = internal signal/slot
  • struct_names [var] in FsColortable — Anatomical ROI description.
  • StyleMode [enum] in AbstractView
  • subj [var] in MNEMshDisplaySurface — Subject name in SUBJECTS_DIR.
  • subj [var] in MNEMshDisplaySurfaceSet — The name of the subject.
  • subject [fn] in BIDSPath — Subject label (without "sub-").
  • subject [var] in InvBeamformer — Subject identifier.
  • subject [var] in MNESurfaceOrVolume — Name (id) of the subject.
  • subjects [var] in MnaProject — Subjects in the project.
  • subtractBaseline [fn] in FiffEvokedSet — Subtract baseline from each channel of an epoch.
  • success [var] in PythonRunnerResult — True when process exited with code 0.
  • suffix [fn] in BIDSPath — Filename suffix.
  • sum_solids [fn] in MNESurface — Sum the solid angles of all triangles as seen from a given point.
  • sumd [var] in RegionDataOut — Sums of the distances to the centroid.
  • sumd [var] in RegionMTOut — Sum of distances to the assigned centroid.
  • supportsExtension [fn] in AbstractFormatReader — Check whether this reader can handle the given file extension.
  • supportsExtension [fn] in BrainVisionReader — Check whether this reader can handle the given file extension.
  • supportsExtension [fn] in EDFReader — Check whether this reader can handle the given file extension.
  • surf [var] in FilterThreadArg — Non-owning reference to the inner skull BEM surface (caller holds QSharedPointer).
  • surf [fn] in FsSurface — Loaded surface (eg.
  • surf [fn] in FsSurfaceSet — The kind of Surfaces which are held by the FsSurfaceSet (eg.
  • surf_name [var] in FwdBemModel — File from which surfaces were loaded.
  • surf_name [var] in MNEMshDisplaySurface — Name of the surface (e.g., "inflated", "white").
  • surf_ori [var] in MNEForwardSolution — If surface oriented.
  • surf_RAS_RAS_t [var] in FiffCoordTransSet — Transform from surface RAS to RAS (nonzero origin) coordinates.
  • surf_tri [var] in MNESurfacePatch — Map from complete-surface triangle index to patch triangle index (-1 if absent).
  • surf_vert [var] in MNESurfacePatch — Map from complete-surface vertex index to patch vertex index (-1 if absent).
  • surfaceData [fn] in SurfaceTreeItem
  • surfaceId [var] in VertexData
  • surfaceKey [var] in PickResult — FsSurface map key of the hit surface.
  • surfacePointClicked [signal] in BrainView — Emitted on left-click when the click hits a surface.
  • surfacePointDoubleClicked [signal] in BrainView — Emitted on double-click when the click hits a surface.
  • SurfaceRole [enum] in SurfaceTreeItem
  • SurfaceTreeItem [fn] in SurfaceTreeItem
  • surfaceType [var] in SubView
  • surfs [var] in FwdBemModel — Interface surfaces, outermost first.
  • surfs [var] in MNEMshDisplaySurfaceSet — Array of display surfaces (owned).
  • symMatPow [fn] in InvBeamformerCompute — Symmetric matrix power: X^p via eigendecomposition.
  • syncBemShadersToBrainShaders [slot] in BrainView — Synchronize all BEM shader targets to their respective brain shader targets.
  • System [enum] in StandardMontage — Supported standard montage systems.
  • system [var] in BidsCoordinateSystem — e.g.

T​

  • t [var] in VelocitySample
  • t_Observers [type] in Subject — Defines a new IObserver set type.
  • table [var] in FsColortable — labels and corresponing colorcode.
  • tag [var] in MNEMghTag — Tag identifier code.
  • tags [var] in MNEMghTagGroup — Owned tag entries.
  • takeScreenshot [fn] in AverageLayoutView — Renders a screenshot of the scene and saves it to the passed path.
  • takeScreenshot [fn] in ButterflyView — Renders a screenshot of the view and saves it to the passed path.
  • takeScreenshot [fn] in RtFiffRawView — Renders a screenshot of the view and saves it to the passed path.
  • takeScreenshotChanged [signal] in Control3DView — Use this signal whenever the take screenshot button was clicked by the user.
  • talairachXfmPath [var] in MriVolData — Path to the Talairach .xfm file (from MGH footer tags).
  • taper_size [var] in MNEFilterDef — How long a taper in the beginning and end.
  • taperSize [var] in FilterSettings — Taper size.
  • targetPath [var] in MnaParamBinding — Parameter to control: "nodeId/attrKey".
  • task [fn] in BIDSPath — Task label.
  • taskDescription [var] in BidsRawData — Task description (OPTIONAL).
  • taskType [fn] in MlModel
  • taskType [fn] in MlOnnxModel
  • tc_mult [var] in MNEMshColorScaleDef
  • tCdf [fn] in StatsTtest — Compute the CDF of the t-distribution using the regularized incomplete beta function.
  • TE [var] in MriVolData — Echo time (ms).
  • testDataPath [fn] in PythonTestHelper — Get the standard path to mne-cpp-test-data from the test binary location.
  • text [var] in FiffExplainEntry
  • text_color [var] in MNEMshDisplaySurfaceSet — Text color (RGB).
  • tfce [fn] in StatsCluster — Threshold-Free Cluster Enhancement (TFCE).
  • tfCoefficients [var] in InvTfMxneResult — Time-frequency coefficients of active sources (n_active*n_freqs × n_times).
  • TFplot [fn] in TFplot — Constructs TFplot class.
  • TFplot [fn] in TFplot — Constructs TFplot class.
  • tfrData [var] in MultitaperTfrResult — One matrix per channel, each: n_freqs × n_times.
  • TfSettingsView [fn] in TfSettingsView — Constructs a TfSettingsView which is a child of parent.
  • thresholdMax [fn] in SourceEstimateOverlay
  • thresholdMid [fn] in SourceEstimateOverlay
  • thresholdMin [fn] in SourceEstimateOverlay — Get the current threshold values.
  • thresholdsUpdated [signal] in SourceEstimateManager — Emitted when thresholds are auto-computed from data.
  • TI [var] in MriVolData — Inversion time (ms).
  • time [var] in FiffId — Time of the ID creation.
  • time [var] in InvEcd — Time point.
  • time_loaded [var] in MNEMshDisplaySurface — Timestamp when the surface was loaded.
  • timeAtIndex [fn] in SourceEstimateOverlay — Get the time value at a given index.
  • timeChanged [signal] in DipoleFitView — Send new time values.
  • timeCursor [fn] in MultimodalScene
  • timeCursorChanged [signal] in MultimodalScene — Emitted when the shared time cursor (seconds) changes.
  • timedOut [var] in PythonRunnerResult — True if the timeout was reached.
  • timeoutMsec [var] in PythonRunnerConfig — Wall-clock timeout (-1 = no limit).
  • timePoint [fn] in SensorFieldMapper
  • timePointChanged [signal] in BrainView — Emitted when the time point changes.
  • timePointChanged [signal] in MinimumNormSettingsView — Emit signal whenever the time point changed.
  • timePointChanged [signal] in SourceEstimateManager — Emitted when the active time point changes.
  • timerChanged [signal] in ProjectSettingsView
  • TimeRulerWidget [fn] in TimeRulerWidget
  • times [var] in FiffEvoked — Vector of time instants in seconds.
  • times [var] in InvSourceEstimate — The time vector with n_times steps.
  • timeSample [var] in PickResult — Time index for time-varying overlays (-1 = not time-resolved).
  • timeSampleChanged [signal] in MultimodalScene — Emitted when the shared time index changes.
  • timeWindowChanged [signal] in FiffRawViewSettings — Emit this signal whenever the user changes the window size.
  • tipOffsetEnabled [fn] in PolhemusCoregistration
  • TissueType [enum] in BrainSurface
  • tissueType [fn] in BrainSurface — Get the tissue type.
  • title [fn] in Report — Get the report title.
  • title [var] in ReportSection
  • tmax [var] in AverageCategory — Maximum time (s).
  • tmax [var] in CovDefinition — Maximum time (s).
  • tmax [var] in FiffEpochData — End time of this epoch in seconds.
  • tmax [var] in InvConnectivity — End of the time window (s) this connectivity represents.
  • tmax [var] in InvDipoleFitSettings — Fit end time (s).
  • tmax [var] in InvFocalDipole — End of the time window (s) this dipole represents.
  • tmax [var] in InvSourceCoupling — End of the time window (s) this coupling represents.
  • tmax [var] in MNEEpochData — New end time of the data (cannot exceed data duration).
  • tmin [var] in AverageCategory — Minimum time (s).
  • tmin [var] in CovDefinition — Minimum time (s).
  • tmin [var] in FiffEpochData — Start time of this epoch in seconds.
  • tmin [var] in InvConnectivity — Start of the time window (s) this connectivity represents.
  • tmin [var] in InvDipoleFitSettings — Fit start time (s).
  • tmin [var] in InvFocalDipole — Start of the time window (s) this dipole represents.
  • tmin [var] in InvSourceCoupling — Start of the time window (s) this coupling represents.
  • tmin [var] in InvSourceEstimate — Time starting point.
  • tmin [var] in MNEEpochData — New start time (must be >= 0).
  • tmin [var] in MNEMeasDataSet — Start time of the epoch (seconds).
  • tmin [var] in SimulateStcParams — Start time (seconds).
  • tmin [fn] in SourceEstimateManager
  • tmin [fn] in SourceEstimateOverlay — Get the minimum time value.
  • to [var] in FiffCoordTrans — Destination coordinate system.
  • to [var] in MNEEvent — Destination transition value.
  • to_fixed_ori [fn] in MNEForwardSolution — Helper to convert the forward solution to fixed ori from free.
  • toByte [fn] in FiffTag — to Byte Fast access; Data are deleted if tag gets deleted, and vice versa
  • toCbor [fn] in MnaFileRef — Serialize to QCborMap.
  • toCbor [fn] in MnaGraph
  • toCbor [fn] in MnaNode
  • toCbor [fn] in MnaParamBinding
  • toCbor [fn] in MnaPort
  • toCbor [fn] in MnaProject — Serialize to QCborMap.
  • toCbor [fn] in MnaProvenance
  • toCbor [fn] in MnaRecording — Serialize to QCborMap.
  • toCbor [fn] in MnaScript
  • toCbor [fn] in MnaSession — Serialize to QCborMap.
  • toCbor [fn] in MnaSubject — Serialize to QCborMap.
  • toCbor [fn] in MnaVerification
  • toCbor [fn] in MnaVerificationCheck
  • toCbor [fn] in MnaVerificationResult
  • toChInfo [fn] in FiffTag — to fiff CH INFO
  • toCoordTrans [fn] in FiffTag — to fiff COORD TRANS
  • toDauPack16 [fn] in FiffTag — to DauPack16 Fast access; Data are deleted if tag gets deleted, and vice versa
  • toDigPoint [fn] in FiffTag — to fiff DIG POINT
  • toDirEntry [fn] in FiffTag — to fiff OLD PACK
  • toDouble [fn] in FiffTag — to Double Fast access; Data are deleted if tag gets deleted, and vice versa
  • toEigenSparse [fn] in FiffSparseMatrix — Convert to Eigen::SparseMatrix<double> (cast from float).
  • toFiffChInfo [fn] in BrainVisionChannelInfo
  • toFiffChInfo [fn] in EDFChannelInfo
  • toFiffCoordTrans [fn] in BidsCoordinateSystem — Convert parsed transform to a FiffCoordTrans.
  • toFiffDigPoints [fn] in BidsElectrode — Convert a list of BIDS electrodes to a FIFF digitizer point set.
  • toFiffID [fn] in FiffTag — to fiff ID
  • toFiffRawData [fn] in AbstractFormatReader — Convert the entire dataset to a FiffRawData structure.
  • toFiffRawData [fn] in BrainVisionReader — Convert the entire dataset to a FiffRawData structure.
  • toFiffRawData [fn] in EDFReader — Convert the entire dataset to a FiffRawData structure.
  • toFloat [fn] in FiffTag — to Float Fast access; Data are deleted if tag gets deleted, and vice versa
  • toFloatMatrix [fn] in FiffTag — to fiff FIFFT FLOAT MATRIX
  • toggleFreeze [fn] in EvokedSetModel — Toggle freeze for all channels when a channel is double clicked.
  • toggleFreeze [fn] in FrequencySpectrumModel — Toggle freeze for all channels when a channel is double clicked.
  • toggleFreeze [fn] in RtFiffRawViewModel — Toggle freeze for all channels when a channel is double clicked.
  • toggleMutiview [signal] in Control3DView — Notifies the 'Multiview' radio button has been checked.
  • toggleSingleView [signal] in Control3DView — Notifies the 'Single View' radio button has been checked.
  • toggleTimeFormat [fn] in ChannelDataView — Toggle time format between float seconds and HH:MM:SS clock time.
  • toggleTimeFormat [fn] in TimeRulerWidget — Toggle the time format between float seconds and HH:MM:SS clock time.
  • toHtml [fn] in Report — Generate the full HTML string.
  • toInt [fn] in FiffTag — to Int Fast access; Data are deleted if tag gets deleted, and vice versa
  • toIntMatrix [fn] in FiffTag — to fiff FIFFT INT MATRIX
  • toJson [fn] in MnaFileRef — Serialize to QJsonObject.
  • toJson [fn] in MnaGraph
  • toJson [fn] in MnaNode
  • toJson [fn] in MnaParamBinding
  • toJson [fn] in MnaParamTree
  • toJson [fn] in MnaPort
  • toJson [fn] in MnaProject — Serialize to QJsonObject.
  • toJson [fn] in MnaProvenance
  • toJson [fn] in MnaRecording — Serialize to QJsonObject.
  • toJson [fn] in MnaScript
  • toJson [fn] in MnaSession — Serialize to QJsonObject.
  • toJson [fn] in MnaSubject — Serialize to QJsonObject.
  • toJson [fn] in MnaVerification
  • toJson [fn] in MnaVerificationCheck
  • toJson [fn] in MnaVerificationResult
  • toJsonObject [fn] in Command — Creates a JSON Command Object.
  • toJulian [fn] in FiffTag — to Julian Fast access; Data are deleted if tag gets deleted, and vice versa
  • toLabels [fn] in FsAnnotation — python labels_from_parc
  • toLabels [fn] in FsAnnotationSet — python labels_from_parc
  • toMachidString [fn] in FiffId — Returns the machine ID as a human-readable string.
  • toMatrixList [fn] in FiffEpochs — Extract data matrices from epoch structures.
  • toMatrixXd [fn] in MlTensor
  • toMatrixXf [fn] in MlTensor
  • toolVersion [var] in MnaNode — Version of tool that last executed this node.
  • topologicalSort [fn] in MnaGraph
  • toShort [fn] in FiffTag — to Short Fast access; Data are deleted if tag gets deleted, and vice versa
  • toSparseFloatMatrix [fn] in FiffTag — to sparse fiff FIFFT FLOAT MATRIX
  • toString [fn] in FiffId — Returns a human-readable string representation of this ID.
  • toString [fn] in FiffTag — to String
  • toStringList [fn] in Command — Creates a StringList with three items.
  • toStringReadySend [fn] in Command — Creates a string JSON formatted ready send command.
  • tot_area [var] in MNESurfaceOrVolume — Total area of the surface, computed from the triangles (m^2).
  • totalContactCount [fn] in ElectrodeObject
  • totalLogicalChannels [fn] in ChannelRhiView — Total number of logical channels available for scrolling (respects active filter).
  • totalPointCount [fn] in DigitizerSetTreeItem — Returns the total number of digitizer points across all categories.
  • totalSamples [fn] in ChannelDataModel
  • toUnsignedInt [fn] in FiffTag — to Int Fast access; Data are deleted if tag gets deleted, and vice versa
  • toUnsignedShort [fn] in FiffTag — to unsigned Short Fast access; Data are deleted if tag gets deleted, and vice versa
  • toVector [fn] in FiffAnnotations — Returns a const reference to the underlying vector.
  • toVolume [fn] in InvVolumeSourceEstimate — Extract a 3D volume for a given time point, filling the grid with zeros where no source is active.
  • TPassType [enum] in CosineFilter
  • TPassType [enum] in ParksMcClellan
  • TR [var] in MriVolData — Repetition time (ms).
  • tra [fn] in InvSensorSet
  • tra [fn] in InvSensorSet
  • trackerOri [var] in OpticalCalibSample — Tracker orientation in world frame.
  • trackerPos [var] in OpticalCalibSample — Tracker position in world frame (metres).
  • trackerStation [fn] in PolhemusCoregistration
  • trackerToDeviceRotation [fn] in PolhemusCoregistration
  • trackerToDeviceTranslation [fn] in PolhemusCoregistration
  • trainLstm [fn] in InvCMNE — Train the CMNE LSTM model by invoking the Python training script.
  • trans [var] in FiffCoordTrans — The forward transform.
  • trans [var] in MNEMshDisplaySurface — Extra 4x4 transformation matrix for this surface.
  • trans [var] in MNERawInfo — Coordinate transformation FIFF_COORD_HEAD <-> FIFF_COORD_DEVICE.
  • trans [var] in MriSlice — Coordinate transform: slice -> MRI (surface RAS).
  • transducerType [var] in EDFChannelInfo
  • transferFunction [fn] in MvarModel — Computes the transfer function H(f) at the given normalized frequencies.
  • transferFunction [fn] in MvarModel — Computes the transfer function H(f) at the given normalized frequencies.
  • transform [fn] in AbstractTreeItem
  • transform [var] in BidsCoordinateSystem — 4x4 affine transform (identity if not provided).
  • transform [fn] in BrainSurface — Apply a generic 4x4 transformation matrix to all vertices and normals.
  • transform [fn] in DecodingCsp — Transform epoch data using the fitted CSP filters.
  • transform [fn] in DecodingSpoc — Transform epoch data using the fitted SPoC filters.
  • transform [fn] in DecodingSsd — Apply spatial filters to data.
  • transform [fn] in MNEBem — Transform the Bem.
  • transform_hemisphere_to [fn] in MNEHemisphere — mne_transform_source_space_to
  • transform_source_space [fn] in MNESourceSpace — Transform this source space into another coordinate frame.
  • transform_source_space_to [fn] in MNE — mne_transform_source_space_to
  • transform_source_space_to [fn] in MNESourceSpaces
  • transform_source_spaces_to [fn] in MNESourceSpace
  • TransformMode [enum] in DecodingCsp — Transform mode for the CSP output.
  • TransformMode [enum] in DecodingSpoc — Transform mode for the SPoC output.
  • translateX [fn] in BrainSurface — Translate all vertices along the X axis.
  • translation [var] in HeadPosEntry — Translation from device to head (metres).
  • translationTo [fn] in FiffCoordTrans — Calculate translation between two rotation matrices in meter.
  • transname [var] in ComputeFwdSettings — head2mri transformation file.
  • transParamChanged [signal] in CoregSettingsView — Emit this signal whenever the scaling, translation or rotation parmeters have changed.
  • transparent [var] in LiveMarker — If true, rendered with alpha blending.
  • transparent [var] in MNEMshDisplaySurface — Non-zero if this surface is rendered transparently.
  • transpose_named_matrix [fn] in FiffNamedMatrix — Transpose a named matrix (FiffNamedMatrix).
  • transpose_named_matrix [fn] in MNE — mne_transpose_named_matrix
  • tri [var] in MNESurfacePatch — Map from patch triangle index to complete-surface triangle index.
  • tri_area [var] in MNEBemSurface — Triangle areas.
  • tri_area [var] in MNEHemisphere — Triangle areas.
  • tri_cent [var] in MNEBemSurface — Triangle centers.
  • tri_cent [var] in MNEHemisphere — Triangle centers.
  • tri_nn [var] in MNEBemSurface — Triangle normals.
  • tri_nn [var] in MNEHemisphere — Triangle normals.
  • trialType [var] in BidsEvent — Trial type or condition label (e.g.
  • triangle_coords [fn] in MNESurface — Compute barycentric-like coordinates of a point relative to a triangle.
  • triangleIndices [fn] in BrainSurface — Get the triangle index buffer.
  • TrianglesT [type] in MNESurfaceOrVolume — Type abbreviation for ntri x 3 triangle indices.
  • trigger [var] in MnaParamBinding — "on_change", "periodic", "manual"
  • triggerDetected [signal] in RtFiffRawView — Emmited when trigger detection was performed.
  • triggerDetected [signal] in RtFiffRawViewModel — Emmited when trigger detection was performed.
  • triggerDetectionActive [fn] in RtFiffRawViewModel — Returns whether trigger detection is active or not.
  • TriggerDetectionView [fn] in TriggerDetectionView — Constructs a TriggerDetectionView which is a child of parent.
  • triggered [signal] in CommandManager — Is emitted when a command is ready to send.
  • triggerFileNameUpdate [fn] in ProjectSettingsView — Updates file name based on current project and subject.
  • triggerInfoChanged [fn] in RtFiffRawView — markChBad marks the selected channels as bad/good in m_chInfolist
  • triggerInfoChanged [fn] in RtFiffRawViewModel — markChBad marks the selected channels as bad/good in m_chInfolist
  • triggerInfoChanged [signal] in TriggerDetectionView — Emit this signal whenever the trigger information changed.
  • triggerTypeChanged [signal] in ConnectivitySettingsView — Emit signal whenever the trigger type changed.
  • triggerTypeChanged [signal] in MinimumNormSettingsView — Emit signal whenever the trigger type changed.
  • tripletSelection [fn] in MNEForwardSolution
  • tris [fn] in FsSurface — The triangle descriptions.
  • tris [var] in MNESurfaceOrVolume — The full triangulation data (ntri elements).
  • tstep [var] in InvDipoleFitSettings — Step between fits (s).
  • tstep [var] in InvSourceEstimate — Time steps within the times vector.
  • tstep [var] in MNEMeasDataSet — Sampling interval (seconds).
  • tstep [fn] in SourceEstimateManager
  • tstep [fn] in SourceEstimateOverlay — Get the time step between samples.
  • twinFiducial [fn] in AcquiredPoints
  • type [fn] in AbstractTreeItem
  • type [var] in BidsChannel — BIDS channel type: EEG, ECOG, SEEG, DBS, TRIG, etc.
  • type [var] in BidsElectrode — Electrode type: "depth", "strip", "grid" (OPTIONAL).
  • type [var] in BrainVisionMarker — Marker type (e.g., "New Segment", "Stimulus", "Response").
  • type [var] in EventMarker — Numeric event type (stimulus code).
  • type [var] in FiffDataRef — Type of the data.
  • type [var] in FiffDirEntry — Data type.
  • type [var] in FiffDirNode — Block type for this directory.
  • type [var] in FiffTag — Data type.
  • type [var] in FwdCoil — Coil type.
  • type [var] in MnaOpSchemaAttr — Expected value type.
  • type [var] in MNEMshColorScaleDef
  • type [var] in MNESurfaceOrVolume — Is this a volume or a surface.
  • type [var] in MriVolData — Voxel data type (MRI_UCHAR, MRI_INT, MRI_FLOAT, MRI_SHORT).
  • typeLabel [var] in ButterflyTypeGroup
  • typeLabel [var] in ChannelDisplayInfo — Short type string: "MEG grad", "MEG mag", "EEG", "EOG", "ECG", "EMG", "STIM", "MISC".

U​

  • UnbiasedSquaredPhaseLagIndex [fn] in UnbiasedSquaredPhaseLagIndex — Constructs a UnbiasedSquaredPhaseLagIndex object.
  • UnbiasedSquaredPhaseLagIndex [fn] in UnbiasedSquaredPhaseLagIndex — Constructs a UnbiasedSquaredPhaseLagIndex object.
  • unbuffered [var] in PythonRunnerConfig — Pass -u to Python for unbuffered I/O.
  • undo [var] in MNECTFCompDataSet — Compensation data to undo the current state.
  • undoLast [fn] in AcquiredPoints — Remove the most recently captured point matching kind, if any.
  • unit [var] in BrainVisionChannelInfo — Physical unit string (e.g.
  • unit [var] in FiffChInfo — Unit of measurement.
  • unit_mul [var] in FiffChInfo — Unit multiplier exponent.
  • Units [enum] in FastrakParser
  • units [var] in BidsChannel — Unit of measurement: V, uV, mV (REQUIRED).
  • units [var] in BidsCoordinateSystem — "m", "mm", or "cm" (REQUIRED for iEEG).
  • units [fn] in FastrakParser
  • units [var] in PolhemusSerialConfig
  • unitScale [fn] in BrainVisionReader
  • unproject [fn] in RayPicker — Unproject a screen position to a world-space ray.
  • up [var] in MNEMshDisplaySurface — Up vector for 3D viewing.
  • up [var] in MNEMshDisplaySurfaceSet — Up vector for viewing.
  • update [fn] in CommandManager — Updates the IObserver (CommandManager) when a new command was received.
  • update [fn] in IObserver — Updates the IObserver.
  • update_inuse [fn] in MNESourceSpace — Update the active vertex (inuse) vector and recompute vertno.
  • updateBadChannels [fn] in ChannelSelectionView — Update the scene items according to the bad channel list in the fiff info file.
  • updateBuffers [fn] in BrainSurface — Update graphics buffers (vertex/index) on the GPU.
  • updateBuffers [fn] in DipoleObject
  • updateBuffers [fn] in ElectrodeObject — Update GPU buffers (shaft vertex/index, contact instance) via QRhi.
  • updateCompensator [fn] in EvokedSetModel — Update the compensator.
  • updateCompensator [fn] in RtFiffRawView — Update the compensator.
  • updateCompensator [fn] in RtFiffRawViewModel — Update the compensator.
  • updateData [fn] in AverageLayoutView — call this function whenever the items' data needs to be updated
  • updateData [fn] in EvokedSetModel — Update stored data.
  • updateData [fn] in ImageSc — Updates the scaled image view with a given double matrix.
  • updateData [fn] in ImageSc — Updates the scaled image view with a given float matrix.
  • updateData [fn] in ImageSc — Updates the scaled image view with a given integer matrix.
  • updateData [fn] in LinePlot — Updates the plot using a given double vector without given X data.
  • updateData [fn] in LinePlot — Updates the plot using the given vectors.
  • updateData [fn] in Plot — Updates the plot using a given double vector without given X data.
  • updateDataView [fn] in ChannelSelectionView — Updates data view.
  • updateEdgeBuffers [fn] in NetworkObject — Upload or update GPU buffers for edge geometry.
  • updateFilter [fn] in FilterPlotScene — Updates the current filter.
  • updateFilterFrom [signal] in FilterDesignView — Update to simple filter control 'From'.
  • updateFilterPlot [fn] in FilterDesignView — updates the filter plot scene with the newly generated filter
  • updateFilterTo [signal] in FilterDesignView — Update to simple filter control 'To'.
  • updateGuiMode [fn] in AbstractView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in AveragingSettingsView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in BidsView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in ChannelSelectionView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in CompensatorView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in CoregSettingsView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateGuiMode [fn] in ProgressView — Update the views GUI based on the set GuiMode (Clinical=0, Research=1).
  • updateHeadPos [fn] in ComputeFwd — Update the head position with a new device-to-head transform and recompute the MEG portion of the forward solution.
  • updateNodeBuffers [fn] in NetworkObject — Upload or update GPU buffers for node geometry.
  • updatePlot [fn] in Bar — Updates the bar plot with the new data.
  • updatePlot [fn] in Spline — Updates the spline with new data.
  • updateProcessingMode [fn] in AbstractView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in AveragingSettingsView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in BidsView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in ChannelSelectionView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in CompensatorView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in CoregSettingsView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProcessingMode [fn] in ProgressView — Update the views GUI based on the set ProcessingMode (RealTime=0, Offline=1).
  • updateProgress [slot] in ProgressView — Sets new completion percentage and updates message.
  • updateProjection [fn] in EvokedSetModel — Update projections.
  • updateProjection [fn] in RtFiffRawView — Update the SSP projection.
  • updateProjection [fn] in RtFiffRawViewModel — Update the SSP projection.
  • updateScene [fn] in AverageScene — Updates and repaints the scene.
  • updateSceneUniforms [fn] in BrainRenderer — Set uniforms that are shared for the entire frame.
  • updateSensorSet [fn] in InvSensorSetCreator — Update InvSensorSet from new channel list with new accuracy.
  • updateSpharaActivation [fn] in RtFiffRawView — Update the SPHARA operator.
  • updateSpharaActivation [fn] in RtFiffRawViewModel — Update the SPHARA operator.
  • updateSpharaOptions [fn] in RtFiffRawView — Update the SPHARA operator.
  • updateSpharaOptions [fn] in RtFiffRawViewModel — Update the SPHARA operator.
  • updateThresholdsFromData [fn] in SourceEstimateOverlay — Update thresholds based on loaded data range.
  • updateValue [fn] in SpectrumSettingsView — Update slider value.
  • updateView [fn] in ButterflyView — Perform a view update from outside of this class.
  • updateViewport [fn] in AverageLayoutView — Update the viewport.
  • updateViewport [fn] in ButterflyView — Update the viewport.
  • updateViewport [fn] in RtFiffRawView — Update the viewport.
  • upstreamNodes [fn] in MnaGraph
  • UPtr [type] in AbstractFormatReader
  • UPtr [type] in FiffChInfo — Unique pointer type for FiffChInfo.
  • UPtr [type] in FiffChPos — Unique pointer type for FiffChPos.
  • UPtr [type] in FiffCoordTrans — Unique pointer type for FiffCoordTrans.
  • UPtr [type] in FiffCoordTransSet — Unique pointer type for FiffCoordTransSet.
  • UPtr [type] in FiffCov — Unique pointer type for FiffCov.
  • UPtr [type] in FiffCtfComp — Unique pointer type for FiffCtfComp.
  • UPtr [type] in FiffDigitizerData — Unique pointer type for FiffDigitizerData.
  • UPtr [type] in FiffDigPoint — Unique pointer type for FiffDigPoint.
  • UPtr [type] in FiffDigPointSet — Unique pointer type for FiffDigPointSet.
  • UPtr [type] in FiffDirEntry — Unique pointer type for FiffDirEntry.
  • UPtr [type] in FiffDirNode — Unique pointer type for FiffDirNode.
  • UPtr [type] in FiffEvoked — Unique pointer type for FiffEvoked.
  • UPtr [type] in FiffEvokedSet — Unique pointer type for FiffEvokedSet.
  • UPtr [type] in FiffId — Unique pointer type for FiffId.
  • UPtr [type] in FiffInfo — Unique pointer type for FiffInfo.
  • UPtr [type] in FiffInfoBase — Unique pointer type for FiffInfoBase.
  • UPtr [type] in FiffNamedMatrix — Unique pointer type for FiffNamedMatrix.
  • UPtr [type] in FiffProj — Unique pointer type for FiffProj.
  • UPtr [type] in FiffRawData — Unique pointer type for FiffRawData.
  • UPtr [type] in FiffRawDir — Unique pointer type for FiffRawDir.
  • UPtr [type] in FiffSparseMatrix — Unique pointer type for FiffSparseMatrix.
  • UPtr [type] in FiffStream — Unique pointer type for FiffStream.
  • UPtr [type] in FiffTag — Unique pointer type for FiffTag.
  • UPtr [type] in FwdBemModel — Unique pointer type for FwdBemModel.
  • UPtr [type] in FwdBemSolution — Unique pointer type for FwdBemSolution.
  • UPtr [type] in FwdCoil — Unique pointer type for FwdCoil.
  • UPtr [type] in FwdCoilSet — Unique pointer type for FwdCoilSet.
  • UPtr [type] in FwdEegSphereModel — Unique pointer type for FwdEegSphereModel.
  • UPtr [type] in FwdEegSphereModelSet — Unique pointer type for FwdEegSphereModelSet.
  • UPtr [type] in FwdThreadArg — Unique pointer type for FwdThreadArg.
  • UPtr [type] in InvDipoleForward — Unique pointer type for InvDipoleForward.
  • UPtr [type] in MNECTFCompDataSet — Unique pointer type for MNECTFCompDataSet.
  • UPtr [type] in MNEForwardSolution — Unique pointer type for MNEForwardSolution.
  • UPtr [type] in MNESourceSpace — Unique pointer type for MNESourceSpace.
  • UPtr [type] in MNESurface — Unique pointer type for MNESurface.
  • upVector [var] in CameraResult
  • use_equiv_eeg [var] in ComputeFwdSettings — Use the equivalent source approach for the EEG sphere model.
  • use_ip_approach [var] in FwdBemModel — Whether the isolated-problem approach is active.
  • use_itris [var] in MNESurfaceOrVolume — Vertex indices for the in-use triangulation (row-major).
  • use_patches [var] in MNEMshDisplaySurfaceSet — Whether to use patches for display.
  • use_threads [var] in ComputeFwdSettings — Parallelize?
  • use_tri_area [var] in MNEHemisphere — Triangle areas of used triangles.
  • use_tri_cent [var] in MNEHemisphere — Triangle centers of used triangles.
  • use_tri_nn [var] in MNEHemisphere — Triangle normals of used triangles.
  • use_tris [var] in MNESurfaceOrVolume — Triangulation data for the in-use vertices.
  • usecs [var] in FiffTime — Fraction of seconds in microseconds.
  • user [var] in InvDipoleFitData — Non-owning pointer to dipole fit workspace (set during fit_one).
  • user_data [var] in FwdCoilSet — Coil-specific BEM solution.
  • user_data [var] in MNEMshDisplaySurface — Arbitrary user-defined data pointer.
  • user_data_free [var] in MNEMshDisplaySurface — Function to free user_data.
  • utc_offset [var] in FiffInfo — UTC offset of related meas_date (sHH:MM).
  • uu [var] in fitUserRec
  • uu [var] in InvDipoleForward — Right singular vectors V^T of fwd (udim x nch, row-major).

V​

  • v0 [var] in FwdBemModel — Workspace for infinite-medium potentials (length nsol).
  • val [var] in MNESurfaceOrVolume — Auxiliary values associated with the vertices (np elements).
  • valid [var] in InvEcd — Is this dipole valid.
  • valid [var] in InvFocalDipole — Whether this dipole passed validity checks.
  • valid [var] in MNEDeriv — Per-derivation validity flags considering input channel units.
  • valid [var] in MNERawBufDef — True if the data in this buffer are meaningful.
  • valid [var] in MNEVolGeom — Non-zero if the geometry information below is valid.
  • validate [fn] in MnaGraph — Validate the graph: acyclicity, port connections, data-kind compatibility, op schema compliance, required attributes.
  • validate [fn] in MnaOpSchema — Validate that a node conforms to this schema.
  • vals [var] in MNERawBufDef — Sample values matrix [nchan x ns], row-major (empty if not loaded).
  • value [var] in BidsEvent — Numeric event value / trigger code.
  • value [var] in ElectrodeContact — Optional scalar for colormap overlay.
  • value [var] in InvToken — Continuous value (0 for structural tokens).
  • value [var] in PickResult — Optional scalar overlay value at the picked element (uV, dSPM, MRI intensity).
  • value [fn] in ScaleControl — Return the value of the control.
  • valueChanged [signal] in ScaleControl — Signal emitted when the value of the control changes.
  • values [var] in FsLabel — Values at the vertices.
  • valueToBone [fn] in ColorMap — Returns a Bone RGB to a given double value [0,1].
  • valueToColor [fn] in ColorMap — Returns a Jet RGB to a given double value [0,1] and a colormap specified by sMap.
  • valueToCool [fn] in ColorMap — Returns a Cool RGB to a given double value [-1,1].
  • valueToHot [fn] in ColorMap — Returns a Hot RGB to a given double value [0,1].
  • valueToHotNegative1 [fn] in ColorMap — Returns a negative skewed hot RGB to a given double value [0,1].
  • valueToHotNegative2 [fn] in ColorMap — Returns a negative skewed hot RGB to a given double value [0,1].
  • valueToJet [fn] in ColorMap — Returns a Jet RGB to a given double value [0,1].
  • valueToRedBlue [fn] in ColorMap — Returns a RedBlue RGB to a given double value [-1,1].
  • valueToViridis [fn] in ColorMap — Returns a Viridis RGB to a given double value [-1,1].
  • valueToViridisNegated [fn] in ColorMap — Returns a negated Viridis RGB to a given double value [-1,1].
  • vbo [var] in ChannelGpuData
  • vboFirstSample [var] in ChannelGpuData
  • vec_field [var] in FwdCompData — Computes the fields of all three dipole components.
  • vec_field_pot [var] in FwdThreadArg — Computes the field or potential for all dipole orientations.
  • vec_work [var] in FwdCompData — The vector work area (3 x ncoil).
  • vecClusterPvals [var] in StatsClusterResult — p-value for each observed cluster.
  • vecClusterStats [var] in StatsClusterResult — Sum of t-values for each observed cluster.
  • vecData [var] in FilterObject
  • vecData [var] in TaperedSpectraInputData
  • vecEigenvalues [var] in DpssResult — Concentration ratios, length nTapers.
  • vecFreqs [var] in CsdResult — Frequency axis (Hz) for csdByFreq entries.
  • vecFreqs [var] in MorletTfrResult — Centre frequencies in Hz, length n_freqs.
  • vecFreqs [var] in MultitaperPsdResult — Frequency axis in Hz, length nFft/2+1.
  • vecFreqs [var] in MultitaperTfrResult — Frequency axis in Hz.
  • vecFreqs [var] in WelchPsdResult — Frequency axis in Hz, length iNfft/2+1.
  • vecGamma [var] in InvGammaMapResult — Source variance hyperparameters.
  • vecHpiFreqs [fn] in InvHpiModelParameters — Inline functions to get acces to parameters.
  • vecInputData [var] in SpectogramInputData
  • vecMean [var] in IcaResult — Per-channel mean removed during centering (n_channels).
  • vecPairCsd [var] in IntermediateTrialData
  • vecPairCsd [var] in IntermediateTrialData
  • vecPairCsdImagAbs [var] in IntermediateTrialData
  • vecPairCsdImagAbs [var] in IntermediateTrialData
  • vecPairCsdImagAbsSum [var] in IntermediateSumData
  • vecPairCsdImagAbsSum [var] in IntermediateSumData
  • vecPairCsdImagSign [var] in IntermediateTrialData
  • vecPairCsdImagSign [var] in IntermediateTrialData
  • vecPairCsdImagSignSum [var] in IntermediateSumData
  • vecPairCsdImagSignSum [var] in IntermediateSumData
  • vecPairCsdImagSqrd [var] in IntermediateTrialData
  • vecPairCsdImagSqrd [var] in IntermediateTrialData
  • vecPairCsdImagSqrdSum [var] in IntermediateSumData
  • vecPairCsdImagSqrdSum [var] in IntermediateSumData
  • vecPairCsdNormalized [var] in IntermediateTrialData
  • vecPairCsdNormalized [var] in IntermediateTrialData
  • vecPairCsdNormalizedSum [var] in IntermediateSumData
  • vecPairCsdNormalizedSum [var] in IntermediateSumData
  • vecPairCsdSum [var] in IntermediateSumData
  • vecPairCsdSum [var] in IntermediateSumData
  • vecs [var] in MNEProjItem — Projection vectors (nrow = nvec, ncol = nch); may be nullptr when nvec == 0.
  • vecTapSpectra [var] in IntermediateTrialData
  • vecTapSpectra [var] in IntermediateTrialData
  • vecTimes [var] in MultitaperTfrResult — Time axis in seconds (window centres).
  • Vector6T [type] in InvRapMusic — Defines Eigen::Matrix<T, 6, 1> as Vector6T type.
  • VectorXT [type] in InvRapMusic — Defines Eigen::Matrix<T, Eigen::Dynamic, 1> as VectorXT type.
  • venvDir [var] in PythonRunnerConfig — Virtual-env directory (empty = no venv).
  • venvPythonPath [fn] in PythonRunner — Get the Python interpreter path inside the configured venv.
  • verbose [var] in InvDipoleFitSettings — Verbose output.
  • verification [var] in MnaNode — Explanation, checks, results, and provenance snapshot.
  • version [var] in FiffId — File version.
  • version [var] in MnaOpSchema — Version of the operation (e.g. "2.2.0").
  • version [var] in MriVolData — MGH format version (should be 1).
  • vert [var] in MNEMshPicked
  • vert [var] in MNENearest — Vertex index in the full surface mesh.
  • vert [var] in MNEPatchInfo — Source vertex index this patch applies to.
  • vert [var] in MNESurfacePatch — Vertex numbers in the complete surface (size np).
  • vert [var] in MNETriangle — Triangle vertex indices (non-owning; points into parent surface itris).
  • vert_dist [var] in MNESurfaceOrVolume — Euclidean distances between neighboring vertices (np entries, variable length).
  • vertex_colors [var] in MNEMshDisplaySurface — Per-vertex RGBA color array.
  • vertexBuffer [fn] in BrainSurface
  • vertexBuffer [fn] in DipoleObject
  • vertexBuffer [fn] in ElectrodeObject
  • vertexCount [fn] in BrainSurface
  • vertexCount [var] in ChannelGpuData
  • vertexData [fn] in InvVectorSourceEstimate — Extract the (x, y, z) data for a specific vertex.
  • vertexDataRef [fn] in BrainSurface — Const-ref access to CPU-side vertex data (used by merged rendering).
  • vertexGeneration [fn] in BrainSurface — Monotonically increasing counter bumped whenever vertex data changes.
  • vertexIndex [var] in PickResult — Vertex or element index at hit.
  • vertexNormals [fn] in BrainSurface — Get a copy of the current vertex normals.
  • vertexPositions [fn] in BrainSurface — Get a copy of the current vertex positions.
  • vertices [var] in FsLabel — Vertex indices (0 based).
  • vertices [var] in InvBeamformer — Source vertex indices.
  • vertices [var] in InvSourceEstimate — The indices of the dipoles in the different source spaces.
  • verticesAsMatrix [fn] in BrainSurface — Get vertex positions as Eigen matrix.
  • vertno [var] in MNESurfaceOrVolume — Vertex numbers of the used vertices in the full source space (nuse elements).
  • VideoOverlay [fn] in VideoOverlay
  • view [var] in CameraResult
  • view [fn] in MlTensor — Create a non-owning view over external mutable memory.
  • viewCount [slot] in BrainView
  • viewCountChanged [signal] in BrainView — Emitted whenever the number of viewports changes — either via setViewCount or after restoring persisted state in loadMultiViewSettings.
  • ViewMode [enum] in BrainView — View mode for single or multi-viewport display.
  • viewMode [slot] in BrainView — Get the current view mode.
  • viewportCameraPreset [slot] in BrainView — Get the camera preset for a specific viewport.
  • viewportH [var] in SceneData
  • viewportIndexAt [fn] in MultiViewLayout — Given a cursor position and output size, determine which viewport index the cursor is in.
  • viewportW [var] in SceneData
  • viewportX [var] in SceneData
  • viewportXToSample [fn] in ChannelDataView — Maps a ChannelDataView-local x coordinate inside the signal viewport to an absolute sample index.
  • viewportY [var] in SceneData
  • viewResized [signal] in ChannelRhiView
  • visibility [var] in SubView
  • visible [var] in SceneLayer
  • visibleChannelCount [fn] in ChannelRhiView
  • visibleCount [var] in TileResult
  • visibleFirstSample [fn] in ChannelRhiView — Returns the absolute sample index currently shown at x = 0 (left edge).
  • visibleSampleCount [fn] in ChannelDataView
  • visibleSampleCount [fn] in ChannelRhiView — Returns the number of samples currently visible.
  • visualizationEditTarget [slot] in BrainView — Get current visualization edit target.
  • visualizationEditTargetChanged [signal] in BrainView — Emitted when the active visualization edit target changes.
  • VisualizationMode [type] in BrainSurface
  • VisualizationType [enum] in RtSourceInterpolationMatWorker — Visualization type enum — selects which matrix the worker emits.
  • vol_dims [var] in MNESurfaceOrVolume — Dimensions of the volume grid (width x height x depth).
  • vol_geom [var] in MNESurfaceOrVolume — MRI volume geometry information as FreeSurfer likes it.
  • voxel [var] in PickResult — Voxel coordinates for MriVoxel.
  • voxel_size [var] in MNESurfaceOrVolume — Voxel size in meters, derived from the voxel transform.
  • voxel_surf_RAS_t [var] in MNESurfaceOrVolume — Transform from voxel coordinates to surface RAS (MRI) coordinates.
  • voxelDataAsFloat [fn] in MriVolData — Returns all voxel data as a contiguous float array in x-fastest order.
  • voxelSurfRasT [var] in MriVolData — Voxel -> surface RAS (MRI) transform.
  • voxelToRas [fn] in MriSlicer — Convert voxel index to RAS coordinate.
  • voxelToRas [fn] in MriSlicer — Convert voxel index to RAS coordinate using a volume's transform.
  • vv [var] in fitUserRec
  • vv [var] in InvDipoleForward — Left singular vectors U^T of fwd (udim x 3*ndip, row-major).

W​

  • w [var] in fitUserRec
  • w [var] in FwdCoil — The weighting coefficients.
  • w [fn] in InvSensorSet
  • w [fn] in InvSensorSet
  • wait [fn] in RtNoise — Blocks until the worker thread has finished, or until the timeout (ms) expires.
  • waitForDataAvailable [fn] in RtCmdClient — Wait for ready read until data are available.
  • wallTimeMs [var] in MnaProvenance — Wall-clock duration in milliseconds.
  • warp [fn] in MNEBem — Warp the Bem.
  • WeightedPhaseLagIndex [fn] in WeightedPhaseLagIndex — Constructs a WeightedPhaseLagIndex object.
  • WeightedPhaseLagIndex [fn] in WeightedPhaseLagIndex — Constructs a WeightedPhaseLagIndex object.
  • weightNorm [var] in InvBeamformer — Applied weight normalization.
  • weights [var] in InvBeamformer — Filter weights, size 1 for LCMV, n_freqs for DICS.
  • wheelScrollsChannels [fn] in ChannelRhiView
  • whiten_vector [fn] in MNECovMatrix — Apply whitening to a data vector using the inverse square-root eigenvalues stored in this covariance matrix.
  • whitener [var] in InvBeamformer — Whitening matrix (n_channels, n_channels).
  • whitener [var] in MNEInverseOperator — Whitening matrix (derived from noise covariance).
  • width [var] in MNEVolGeom
  • width [var] in MriSlice — Width of the image in pixels.
  • width [var] in MriSliceImage — Width of the slice image in pixels.
  • width [var] in MriVolData — First dimension of the image buffer (fastest).
  • window_size [var] in SpectogramInputData
  • windowCenter [fn] in SliceObject
  • windowSize [fn] in ChannelDataView — Get the current visible time window in seconds.
  • windowSizeChanged [signal] in RtFiffRawViewModel — Emmited when the window size/max number of samples changed.
  • WindowType [enum] in WelchPsd — Window function applied to each segment before the FFT.
  • windowTypeChanged [signal] in ConnectivitySettingsView — Emit signal whenever the window type changed.
  • windowWidth [fn] in SliceObject
  • withSuffix [fn] in BIDSPath — Returns a copy of this BIDSPath with updated suffix and extension.
  • work [var] in FwdCompData — The work area.
  • workingDir [var] in ProcessingSettings
  • workingDir [var] in PythonRunnerConfig — Working directory (empty = inherit).
  • world [var] in PickResult — Hit position in world (MRI surface RAS) coordinates.
  • worldBounds [fn] in MultimodalScene
  • worldToModel [fn] in PolhemusCoregistration
  • write [fn] in BidsDatasetDescription — Write a dataset_description.json file.
  • write [fn] in BidsRawData — Write this dataset to a BIDS-compliant directory.
  • write [fn] in BidsRawData — Convenience overload — write with default options.
  • write [fn] in FiffAnnotations — Auto-detects format and writes annotations.
  • write [fn] in FiffCoordTrans — Writes the transformation to file.
  • write [fn] in FiffDigPointSet — Writes the FiffDigPointSet to a FIFF file.
  • write [fn] in FiffDigPointSet — Convenience overload: write the digitizer point set to a path on disk.
  • write [fn] in FiffIO — Write data to a single pIODevice.
  • write [fn] in FiffIO — Write whole data of a type to a fiff file.
  • write [fn] in FineCalibration — Write fine calibration to a .dat file.
  • write [fn] in InvSourceEstimate — mne_write_stc_file
  • write [fn] in MnaIO — Write an MNA project to file.
  • write [fn] in MnaProject — Write an MNA project to file.
  • write [fn] in MNEBem — MNE Toolbox function mne_write_bem_surfaces_block.
  • write [fn] in MNEClusterInfo — Writes the cluster info to a file.
  • write [fn] in MNEForwardSolution — Write the forward solution to a FIFF file.
  • write [fn] in MNEInverseOperator — Write the inverse operator to a FIFF file.
  • write [fn] in MriCorFifIO — Writes COR.fif file from slice data.
  • write_bad_channels [fn] in FiffStream — Write a bad channel list as a FIFFB_MNE_BAD_CHANNELS block.
  • write_ch_info [fn] in Fiff — fiff_write_ch_info
  • write_ch_info [fn] in FiffStream — Writes a channel information record to a fif file The type, cal, unit, and pos members are explained in Table 9.5 of the MNE manual.
  • write_ch_pos [fn] in FiffStream — Writes a channel position to a fif file.
  • write_coord_trans [fn] in Fiff — fiff_write_coord_trans
  • write_coord_trans [fn] in FiffStream — Writes a coordinate transformation structure.
  • write_cov [fn] in FiffStream — Write a noise covariance matrix.
  • write_ctf_comp [fn] in Fiff — fiff_write_ctf_comp
  • write_ctf_comp [fn] in FiffStream — fiff_write_ctf_comp
  • write_dig_point [fn] in Fiff — fiff_write_dig_point
  • write_dig_point [fn] in FiffStream — fiff_write_dig_point
  • write_dir_entries [fn] in FiffStream — Writes a list of dir entries to a fif file, as a FIFFT_DIR_ENTRY_STRUCT Returns the postion where the structure was written to.
  • write_dir_pointer [fn] in FiffStream — Writes directory position pointer FIFF_DIR_POINTER Returns the postion where the structure was written to.
  • write_double [fn] in FiffStream — Writes a double-precision floating point tag to a fif file.
  • write_eigen_matrix [fn] in IOUtils — Write Eigen Matrix to file (QString path).
  • write_eigen_matrix [fn] in IOUtils
  • write_eigen_matrix [fn] in IOUtils
  • write_eigen_matrix [fn] in IOUtils — Write Eigen Matrix to file (std::string path).
  • write_eigen_matrix [fn] in IOUtils
  • write_eigen_matrix [fn] in IOUtils
  • write_events_to_ascii [fn] in MNE — write_events_to_ascii
  • write_events_to_fif [fn] in MNE — write_events_to_fif
  • write_evoked_set [fn] in FiffStream — fiff_write_evoked_set
  • write_float [fn] in Fiff — fiff_write_float
  • write_float [fn] in FiffStream — Writes a single-precision floating point tag to a fif file.
  • write_float_matrix [fn] in Fiff — fiff_write_float_matrix
  • write_float_matrix [fn] in FiffStream — Writes a single-precision floating-point matrix tag.
  • write_float_sparse_ccs [fn] in FiffStream — fiff_write_float_sparse_ccs
  • write_float_sparse_rcs [fn] in FiffStream — fiff_write_float_sparse_rcs
  • write_id [fn] in Fiff — fiff_write_id
  • write_id [fn] in FiffStream — Writes fiff id If the id argument is missing it will be generated here.
  • write_info_base [fn] in FiffStream — Write measurement info stored in forward solution.
  • write_int [fn] in Fiff — fiff_write_int
  • write_int [fn] in FiffStream — Writes a 32-bit integer tag to a fif file.
  • write_int_matrix [fn] in FiffStream — fiff_write_int_matrix
  • write_name_list [fn] in Fiff — fiff_write_name_list
  • write_name_list [fn] in FiffStream — fiff_write_name_list
  • write_named_matrix [fn] in Fiff — fiff_write_named_matrix
  • write_named_matrix [fn] in FiffStream — fiff_write_named_matrix
  • write_proj [fn] in Fiff — fiff_write_proj
  • write_proj [fn] in FiffStream — fiff_write_proj
  • write_raw [fn] in FiffIO — Write raw data to a pIODevice.
  • write_raw_buffer [fn] in Fiff — fiff_write_raw_buffer
  • write_raw_buffer [fn] in FiffStream — fiff_write_raw_buffer
  • write_raw_buffer [fn] in FiffStream — fiff_write_raw_buffer
  • write_raw_buffer [fn] in FiffStream — fiff_write_raw_buffer
  • write_rt_command [fn] in FiffStream — Writes a real-time command.
  • write_string [fn] in Fiff — fiff_write_string
  • write_string [fn] in FiffStream — Writes a string tag.
  • write_tag [fn] in FiffStream — Write one tag to file including its data Data is not written if it is nullptr.
  • write_to_ascii [fn] in FiffEvents — Write the event list to a text file (MNE-C compatible format).
  • write_to_fif [fn] in FiffEvents — Write the event list to a FIFF file.
  • write_w [fn] in InvSourceEstimate — Write the first time point of this source estimate to a .w file.
  • writeBrainstormMonFiles [fn] in SelectionIO — Writes the specified selection groups to different Brainstorm .mon files.
  • writeBrainstormMonFiles [fn] in SelectionIO — Writes the specified selection groups to different Brainstorm .mon files.
  • writeCsv [fn] in FiffAnnotations — Writes annotations to a CSV file.
  • writeCsv [fn] in InvSourceEstimateIO — Export source estimate to CSV format.
  • writeDefinitionFile [fn] in ChannelDerivation — Write derivation rules to a text definition file.
  • writeFilter [fn] in FilterIO — Writes a given filter to txt file .
  • writeHeadPos [fn] in MaxwellMovementComp — Write head positions to a file.
  • writeJson [fn] in BidsCoordinateSystem — Write a BIDS *_coordsystem.json file.
  • writeJson [fn] in FiffAnnotations — Writes annotations to a JSON file.
  • writeMatrix [fn] in InvSourceEstimateIO — Export source estimate as a tab-separated matrix for easy import.
  • writeMatrix [fn] in PythonTestHelper — Write an Eigen matrix to a text file with full double precision.
  • writeMNESelFile [fn] in SelectionIO — Writes the specified selection groups to a single MNE .sel file.
  • writeMNESelFile [fn] in SelectionIO — Writes the specified selection groups to a single MNE .sel file.
  • writeToStream [fn] in FiffCoordTrans — Writes the transformation to a FIFF stream.
  • writeToStream [fn] in FiffDigPointSet — Writes the FiffDigPointSet to a FIFF stream.
  • writeToStream [fn] in FiffInfo — Writes the fiff information to a FIF stream.
  • writeToStream [fn] in MNEBem — MNE Toolbox function mne_write_bem_surfaces_block.
  • writeToStream [fn] in MNEBemSurface — Writes the bem surface to a FIFF stream.
  • writeToStream [fn] in MNEHemisphere — mne_python _write_one_source_space
  • writeToStream [fn] in MNEInverseOperator — Write the inverse operator into an already-open FIFF stream.
  • writeToStream [fn] in MNESourceSpace — Write this source space to a FIFF stream.
  • writeToStream [fn] in MNESourceSpaces
  • writeTsv [fn] in BidsChannel — Write a BIDS *_channels.tsv file.
  • writeTsv [fn] in BidsElectrode — Write a BIDS *_electrodes.tsv file.
  • writeTsv [fn] in BidsEvent — Write a BIDS *_events.tsv file.
  • writeTsv [fn] in BidsTsv — Writes rows to a TSV file.

X​

  • x [var] in BidsElectrode — X coordinate or "n/a" (REQUIRED).
  • x [fn] in InvDipole
  • x [fn] in InvDipole
  • x [var] in VelocitySample
  • x [var] in VertexData
  • x [var] in VertexData
  • x1 [var] in Pair — Index one of the pair.
  • x2 [var] in Pair — Index two of the pair.
  • x_ras [var] in MNEVolGeom
  • x_ras [var] in MriVolData — X-direction cosines (xr, xa, xs).
  • xmax [var] in MNELayout — VDC right limit.
  • xmax [var] in MNELayoutPort — Viewport right bound.
  • xmin [var] in MNELayout — VDC left limit.
  • xmin [var] in MNELayoutPort — Viewport left bound.
  • xplotter_layout [var] in FiffInfo — xplotter layout tag.
  • XRay [var] in BrainRenderer
  • xsize [var] in MNEVolGeom
  • xsize [var] in MriVolData — Voxel spacing in X direction (mm).

Y​

  • y [var] in BidsElectrode — Y coordinate or "n/a" (REQUIRED).
  • y [var] in fitUserRec
  • y [fn] in InvDipole
  • y [fn] in InvDipole
  • y [var] in VertexData
  • y [var] in VertexData
  • y_ras [var] in MNEVolGeom
  • y_ras [var] in MriVolData — Y-direction cosines (yr, ya, ys).
  • ymax [var] in MNELayout — VDC top limit.
  • ymax [var] in MNELayoutPort — Viewport top bound.
  • ymin [var] in MNELayout — VDC bottom limit.
  • ymin [var] in MNELayoutPort — Viewport bottom bound.
  • ysize [var] in MNEVolGeom
  • ysize [var] in MriVolData — Voxel spacing in Y direction (mm).

Z​

  • z [var] in BidsElectrode — Z coordinate or "n/a" (REQUIRED).
  • z [fn] in InvDipole
  • z [fn] in InvDipole
  • z [var] in VertexData
  • z [var] in VertexData
  • z_ras [var] in MNEVolGeom — Direction cosines of the three voxel axes in RAS coordinates.
  • z_ras [var] in MriVolData — Z-direction cosines (zr, za, zs).
  • zoom [fn] in CameraController
  • zoom [fn] in ChannelDataView — Return the current zoom factor.
  • zoom [var] in SubView
  • zoomChanged [signal] in FiffRawViewSettings — Emit this signal whenever the user changes the row height (zoom) of the channels.
  • zoomTo [fn] in ChannelRhiView — Smoothly animate the zoom level.
  • zScoreMode [fn] in ChannelDataView
  • zScoreMode [fn] in ChannelRhiView
  • zScoreModeToggled [signal] in ChannelDataView
  • zScores [var] in BadChannelsMaxwellResult — Per-channel z-scores of residuals.
  • zsize [var] in MNEVolGeom — Voxel size in each direction (mm).
  • zsize [var] in MriVolData — Voxel spacing in Z direction (mm).