Top-level QWidget hosting the QRhi-based 3-D brain visualization with mouse interaction and multi-view support. More...

#include <brainview.h>

Public Types
enum	ViewMode { SingleView , MultiView }

Public Slots
void	onRowsInserted (const QModelIndex &parent, int first, int last)
void	onDataChanged (const QModelIndex &topLeft, const QModelIndex &bottomRight, const QVector< int > &roles)
void	setActiveSurface (const QString &type)
void	setShaderMode (const QString &mode)
void	setBemShaderMode (const QString &mode)
void	syncBemShadersToBrainShaders ()
void	setVisualizationMode (const QString &mode)
void	setHemiVisible (int hemiIdx, bool visible)
void	setBemVisible (const QString &name, bool visible)
void	setBemHighContrast (bool enabled)
void	setSensorVisible (const QString &type, bool visible)
void	setSensorTransEnabled (bool enabled)
void	setMegHelmetOverride (const QString &path)
bool	loadMegHelmetSurface (const QString &helmetFilePath)
void	setDipoleVisible (bool visible)
bool	loadNetwork (const CONNECTIVITYLIB::Network &network, const QString &name="Network")
void	setNetworkVisible (bool visible)
void	setNetworkThreshold (double threshold)
void	setNetworkColormap (const QString &name)
void	setLightingEnabled (bool enabled)
void	setAutomatedRotation (bool enabled)
bool	automatedRotation () const
void	setHeadMovementPath (const QVector< Eigen::Vector3f > &vecPositions)
void	clearHeadMovementPath ()
bool	saveSnapshot ()
bool	takeScreenshot (const QString &fileName)
bool	savePng (const QString &path, int width=1200, int height=800, const QString &surfaceType=QStringLiteral("pial"))
void	showSingleView ()
void	showMultiView ()
void	setViewCount (int count)
int	viewCount () const
void	setViewportEnabled (int index, bool enabled)
void	setViewportCameraPreset (int index, int preset)
void	resetSingleViewCameraState ()
void	resetViewportCameraState (int index)
void	resetAllSubViewState ()
int	viewportCameraPreset (int index) const
void	resetMultiViewLayout ()
void	setVisualizationEditTarget (int target)
int	visualizationEditTarget () const
QString	activeSurfaceForTarget (int target) const
QString	shaderModeForTarget (int target) const
QString	bemShaderModeForTarget (int target) const
QString	overlayModeForTarget (int target) const
bool	objectVisibleForTarget (const QString &object, int target) const
bool	megFieldMapOnHeadForTarget (int target) const
bool	isViewportEnabled (int index) const
void	setInfoPanelVisible (bool visible)
bool	isInfoPanelVisible () const
ViewMode	viewMode () const
bool	loadSourceEstimate (const QString &lhPath, const QString &rhPath)
bool	loadSensors (const QString &fifPath)
QMap< int, QVector3D >	cardinalFiducialsInMri () const
	Return cardinal fiducials (NAS/LPA/RPA) transformed to MRI coordinates.
bool	bemTopVertexInMri (QVector3D &pos) const
	Return the highest-Z vertex of the BEM head surface in MRI coords.
bool	loadDipoles (const QString &dipPath)
bool	loadSourceSpace (const QString &fwdPath)
static QStringList	probeEvokedSets (const QString &evokedPath)
bool	loadSensorField (const QString &evokedPath, int aveIndex=0)
void	setSourceSpaceVisible (bool visible)
bool	loadTransformation (const QString &transPath)
void	setTimePoint (int index)
void	castRay (const QPoint &pos)
void	setSourceColormap (const QString &name)
void	setSourceThresholds (float min, float mid, float max)
void	setSensorFieldTimePoint (int index)
void	setSensorFieldVisible (const QString &type, bool visible)
void	setSensorFieldContourVisible (const QString &type, bool visible)
void	setMegFieldMapOnHead (bool useHead)
void	setSensorFieldColormap (const QString &name)
float	stcStep () const
float	stcTmin () const
int	stcNumTimePoints () const
int	closestSensorFieldIndex (float timeSec) const
int	closestStcIndex (float timeSec) const
void	startRealtimeStreaming ()
void	stopRealtimeStreaming ()
bool	isRealtimeStreaming () const
void	pushRealtimeSourceData (const Eigen::VectorXd &matData)
void	setRealtimeInterval (int msec)
void	setRealtimeLooping (bool enabled)
bool	sensorFieldTimeRange (float &tmin, float &tmax) const
void	startRealtimeSensorStreaming (const QString &modality=QStringLiteral("MEG"))
void	stopRealtimeSensorStreaming ()
bool	isRealtimeSensorStreaming () const
void	pushRealtimeSensorData (const Eigen::VectorXf &vecData)
void	setRealtimeSensorInterval (int msec)
void	setRealtimeSensorLooping (bool enabled)
void	setRealtimeSensorAverages (int numAvr)
void	setRealtimeSensorColormap (const QString &name)
void	clearSurfaces ()
void	clearBem ()
void	clearSourceEstimate ()
void	clearDipoles ()
void	clearSourceSpace ()
void	clearSensors ()
void	setLiveMarkers (const QVector< LiveMarker > &markers)
void	clearLiveMarkers ()
void	setLiveRay (const QVector3D &from, const QVector3D &to, const QColor &color, float radius=0.001f)
void	clearLiveRay ()
void	setProbeVisualization (const QVector3D &tip, const QVector3D &direction, float length, const QColor &color, const QColor &glowColor=QColor(0, 0, 0, 0), const QQuaternion &orientation=QQuaternion(0, 0, 0, 0))
void	clearProbeVisualization ()
void	setStaticMarkers (const QVector< LiveMarker > &markers)
void	clearStaticMarkers ()
void	setCameraFocusOverride (const QVector3D &center, float size)
void	clearCameraFocusOverride ()
void	clearEvoked ()
void	clearTransformation ()
void	clearNetwork ()
void	stopAllStreaming ()
void	setVideoOverlayEnabled (bool enabled)
bool	isVideoOverlayEnabled () const
void	setVideoOverlayFocusPosition (const QVector3D &position)
void	setVideoOverlayUpHint (const QVector3D &dir)
void	setVideoOverlaySize (float meters)
void	setVideoOverlayOpacity (float opacity)
void	pushVideoOverlayFrame (const QImage &frame)
void	setVideoDepthEnabled (bool enabled)
void	setVideoDepthScale (float scale)
void	setVideoDepthSteps (int steps)
void	pushVideoDepthFrame (const QImage &depthFrame)
bool	intersectWorldRay (const QVector3D &origin, const QVector3D &direction, QVector3D &hitPoint) const
	Intersect a world-space ray with loaded scene geometry.
void	setSlice (int slotIndex, DISP3DLIB::SliceObject *slice)
void	setSliceVisible (int slotIndex, bool visible)
void	setMriSlicesVisible (bool visible)

Signals
void	timePointChanged (int index, float time)
void	sourceEstimateLoaded (int numTimePoints)
void	sensorFieldLoaded (int numTimePoints, int initialTimePoint=0)
void	sourceThresholdsUpdated (float min, float mid, float max)
void	stcLoadingProgress (int percent, const QString &message)
void	sensorFieldTimePointChanged (int index, float time)
void	hoveredRegionChanged (const QString &regionName)
void	visualizationEditTargetChanged (int target)
void	viewCountChanged (int count)
void	shaderModeChanged (const QString &modeName)
void	surfacePointClicked (const QVector3D &worldPos)
void	surfacePointDoubleClicked (const QVector3D &worldPos)

Public Member Functions
	BrainView (QWidget *parent=nullptr)
	~BrainView ()
void	setModel (BrainTreeModel *model)
void	setInitialCameraRotation (const QQuaternion &rotation)

Protected Member Functions
void	initialize (QRhiCommandBuffer *cb) override
void	render (QRhiCommandBuffer *cb) override
void	mousePressEvent (QMouseEvent *event) override
void	mouseMoveEvent (QMouseEvent *event) override
void	mouseReleaseEvent (QMouseEvent *event) override
void	mouseDoubleClickEvent (QMouseEvent *event) override
void	wheelEvent (QWheelEvent *event) override
void	keyPressEvent (QKeyEvent *event) override
void	resizeEvent (QResizeEvent *event) override

Detailed Description

Top-level QWidget hosting the QRhi-based 3-D brain visualization with mouse interaction and multi-view support.

BrainView is the main widget for the 3D brain visualization. It handles user interaction, surface loading, and coordinates with the BrainRenderer.

Definition at line 106 of file brainview.h.

Inheritance diagram for DISP3DLIB::BrainView:

Member Enumeration Documentation

◆ ViewMode

enum DISP3DLIB::BrainView::ViewMode

View mode for single or multi-viewport display.

Enumerator
SingleView	Single viewport with interactive camera
MultiView	Three viewports with fixed cameras (top, left, front)

Definition at line 114 of file brainview.h.

Constructor & Destructor Documentation

◆ BrainView()

DISP3DLIB::BrainView::BrainView ( QWidget * parent = nullptr )

explicit

Constructor

Parameters

[in] parent Parent widget.

Definition at line 97 of file brainview.cpp.

◆ ~BrainView()

DISP3DLIB::BrainView::~BrainView ( )

Destructor

Definition at line 222 of file brainview.cpp.

Member Function Documentation

◆ activeSurfaceForTarget

QString DISP3DLIB::BrainView::activeSurfaceForTarget ( int target ) const

slot

Get configured surface type for a target view.

Definition at line 670 of file brainview.cpp.

◆ automatedRotation

bool DISP3DLIB::BrainView::automatedRotation ( ) const

slot

Whether automated rotation is currently active.

Returns: True if the scene is being rotated automatically.

Definition at line 976 of file brainview.cpp.

◆ bemShaderModeForTarget

QString DISP3DLIB::BrainView::bemShaderModeForTarget ( int target ) const

slot

Get configured BEM shader mode name for a target view.

Definition at line 684 of file brainview.cpp.

◆ bemTopVertexInMri

bool DISP3DLIB::BrainView::bemTopVertexInMri ( QVector3D & pos ) const

slot

Return the highest-Z vertex of the BEM head surface in MRI coords.

This is the top-of-head (vertex/CZ) reference used for orientation validation during Polhemus coregistration.

Parameters

[out] pos The vertex position (metres, MRI/surface-RAS).

Returns: True if a BEM head surface is loaded; false otherwise.

Definition at line 2810 of file brainview.cpp.

◆ cardinalFiducialsInMri

QMap< int, QVector3D > DISP3DLIB::BrainView::cardinalFiducialsInMri ( ) const

slot

Return cardinal fiducials (NAS/LPA/RPA) transformed to MRI coordinates.

Returns an empty map when no cardinal dig points are loaded or when no head-to-MRI transform is available. Keys are the FIFF ident values (FIFFV_POINT_LPA=1, FIFFV_POINT_NASION=2, FIFFV_POINT_RPA=3).

Definition at line 2788 of file brainview.cpp.

◆ castRay

void DISP3DLIB::BrainView::castRay ( const QPoint & pos )

slot

Cast rays from screen position to find intersected objects.

Parameters

[in] pos 2D mouse position.

Definition at line 2996 of file brainview.cpp.

◆ clearBem

void DISP3DLIB::BrainView::clearBem ( )

slot

Remove all BEM surfaces from the scene.

Definition at line 3268 of file brainview.cpp.

◆ clearCameraFocusOverride

void DISP3DLIB::BrainView::clearCameraFocusOverride ( )

slot

Remove the camera focus override; revert to auto-computed bounds.

Definition at line 3584 of file brainview.cpp.

◆ clearDipoles

void DISP3DLIB::BrainView::clearDipoles ( )

slot

Remove dipole objects from the scene.

Definition at line 3289 of file brainview.cpp.

◆ clearEvoked

void DISP3DLIB::BrainView::clearEvoked ( )

slot

Remove evoked / sensor field mapping data.

Definition at line 3603 of file brainview.cpp.

◆ clearHeadMovementPath

void DISP3DLIB::BrainView::clearHeadMovementPath ( )

slot

Remove the head movement path from the scene.

Definition at line 1004 of file brainview.cpp.

◆ clearLiveMarkers

void DISP3DLIB::BrainView::clearLiveMarkers ( )

slot

Remove all live overlay markers.

Definition at line 3342 of file brainview.cpp.

◆ clearLiveRay

void DISP3DLIB::BrainView::clearLiveRay ( )

slot

Remove the live ray from the scene.

Definition at line 3373 of file brainview.cpp.

◆ clearNetwork

void DISP3DLIB::BrainView::clearNetwork ( )

slot

Remove the connectivity network from the scene.

Definition at line 3623 of file brainview.cpp.

◆ clearProbeVisualization

void DISP3DLIB::BrainView::clearProbeVisualization ( )

slot

Remove the probe visualization from the scene.

Definition at line 3508 of file brainview.cpp.

◆ clearSensors

void DISP3DLIB::BrainView::clearSensors ( )

slot

Remove sensor geometry, digitizer points, and the MEG helmet surface.

Definition at line 3594 of file brainview.cpp.

◆ clearSourceEstimate

void DISP3DLIB::BrainView::clearSourceEstimate ( )

slot

Remove source estimate data and restore surface colours.

Definition at line 3275 of file brainview.cpp.

◆ clearSourceSpace

void DISP3DLIB::BrainView::clearSourceSpace ( )

slot

Remove source space points from the scene.

Definition at line 3310 of file brainview.cpp.

◆ clearStaticMarkers

void DISP3DLIB::BrainView::clearStaticMarkers ( )

slot

Remove all static overlay markers.

Definition at line 3558 of file brainview.cpp.

◆ clearSurfaces

void DISP3DLIB::BrainView::clearSurfaces ( )

slot

Remove all brain surfaces (pial, white, inflated) and their annotations.

Definition at line 3259 of file brainview.cpp.

◆ clearTransformation

void DISP3DLIB::BrainView::clearTransformation ( )

slot

Remove the head-to-MRI coordinate transformation.

Definition at line 3613 of file brainview.cpp.

◆ closestSensorFieldIndex

int DISP3DLIB::BrainView::closestSensorFieldIndex ( float timeSec ) const

slot

Find the closest sensor field time index for a given time in seconds.

Parameters

[in] timeSec Time in seconds.

Returns: Closest sample index, or -1 if no sensor field data loaded.

Definition at line 2632 of file brainview.cpp.

◆ closestStcIndex

int DISP3DLIB::BrainView::closestStcIndex ( float timeSec ) const

slot

Find the closest STC time index for a given time in seconds.

Parameters

[in] timeSec Time in seconds.

Returns: Closest sample index, or -1 if no STC data loaded.

Definition at line 2652 of file brainview.cpp.

◆ hoveredRegionChanged

void DISP3DLIB::BrainView::hoveredRegionChanged ( const QString & regionName )

signal

Emitted when the hovered brain region changes.

Parameters

[in] regionName Name of the region under the cursor.

◆ initialize()

void DISP3DLIB::BrainView::initialize ( QRhiCommandBuffer * cb )

overrideprotected

Definition at line 1595 of file brainview.cpp.

◆ intersectWorldRay

bool DISP3DLIB::BrainView::intersectWorldRay	(	const QVector3D &	origin,
		const QVector3D &	direction,
		QVector3D &	hitPoint ) const

slot

Intersect a world-space ray with loaded scene geometry.

Tests the ray against all visible surfaces (BEM, cortical, sensors) and returns the closest hit point.

Parameters

[in]	origin	Ray origin in world (model) space (metres).
[in]	direction	Ray direction (unit vector).
[out]	hitPoint	Intersection point in world (model) space.

Returns: true if the ray hits a surface; false otherwise.

Definition at line 3770 of file brainview.cpp.

◆ isInfoPanelVisible

bool DISP3DLIB::BrainView::isInfoPanelVisible ( ) const

inlineslot

Whether the info panel is currently visible.

Returns: True if visible.

Definition at line 535 of file brainview.h.

◆ isRealtimeSensorStreaming

bool DISP3DLIB::BrainView::isRealtimeSensorStreaming ( ) const

slot

Check whether real-time sensor streaming is active.

Returns: True if streaming.

Definition at line 2687 of file brainview.cpp.

◆ isRealtimeStreaming

bool DISP3DLIB::BrainView::isRealtimeStreaming ( ) const

slot

Check whether real-time streaming is active.

Returns: True if streaming.

Definition at line 2418 of file brainview.cpp.

◆ isVideoOverlayEnabled

bool DISP3DLIB::BrainView::isVideoOverlayEnabled ( ) const

slot

Returns: Whether the video overlay is currently enabled.

Definition at line 3666 of file brainview.cpp.

◆ isViewportEnabled

bool DISP3DLIB::BrainView::isViewportEnabled ( int index ) const

slot

Check if a multi-view viewport is enabled.

Parameters

[in] index Viewport index (0=Top, 1=Perspective, 2=Front, 3=Left).

Returns: True if enabled, false otherwise.

Definition at line 1167 of file brainview.cpp.

◆ keyPressEvent()

void DISP3DLIB::BrainView::keyPressEvent ( QKeyEvent * event )

overrideprotected

Definition at line 2347 of file brainview.cpp.

◆ loadDipoles

bool DISP3DLIB::BrainView::loadDipoles ( const QString & dipPath )

slot

Load dipoles from a .dip or .bdip file.

Parameters

[in] dipPath Path to the dipole file.

Returns: True if successful; false without a tree model (see setModel()).

Definition at line 2847 of file brainview.cpp.

◆ loadMegHelmetSurface

bool DISP3DLIB::BrainView::loadMegHelmetSurface ( const QString & helmetFilePath )

slot

Load a standalone MEG helmet surface, replacing the current one.

The Device→Head transform from the last loadSensors() call is applied automatically when available.

Parameters

[in] helmetFilePath Absolute path to a helmet BEM FIF file.

Returns: True if the helmet surface was loaded successfully.

Definition at line 2829 of file brainview.cpp.

◆ loadNetwork

bool DISP3DLIB::BrainView::loadNetwork	(	const CONNECTIVITYLIB::Network &	network,
		const QString &	name = "Network" )

slot

Load a connectivity network for visualization.

Parameters

[in]	network	The connectivity network to visualize.
[in]	name	Display name for the network.

Returns: True if successful.

Definition at line 2861 of file brainview.cpp.

◆ loadSensorField

bool DISP3DLIB::BrainView::loadSensorField	(	const QString &	evokedPath,
		int	aveIndex = 0 )

slot

Load sensor measurements from an evoked/average FIF file.

Parameters

[in]	evokedPath	Path to the evoked/average FIF file.
[in]	aveIndex	Dataset index to load from the file.

Returns: True if successful.

Definition at line 2478 of file brainview.cpp.

◆ loadSensors

bool DISP3DLIB::BrainView::loadSensors ( const QString & fifPath )

slot

Load sensors (MEG/EEG/Digitizers) from a FIF file.

Parameters

[in] fifPath Path to the FIF file.

Returns: True if successful; false without a tree model (see setModel()).

Definition at line 2747 of file brainview.cpp.

◆ loadSourceEstimate

bool DISP3DLIB::BrainView::loadSourceEstimate	(	const QString &	lhPath,
		const QString &	rhPath )

slot

Load source estimate files (.stc) for both hemispheres.

Parameters

[in]	lhPath	Path to left hemisphere .stc file.
[in]	rhPath	Path to right hemisphere .stc file.

Returns: True if successful.

Definition at line 2362 of file brainview.cpp.

◆ loadSourceSpace

bool DISP3DLIB::BrainView::loadSourceSpace ( const QString & fwdPath )

slot

Load source space from a FIF file (forward solution or source space file).

Parameters

[in] fwdPath Path to the FIF file containing source space data.

Returns: True if successful; false without a tree model (see setModel()).

Definition at line 2917 of file brainview.cpp.

◆ loadTransformation

bool DISP3DLIB::BrainView::loadTransformation ( const QString & transPath )

slot

Load a coordinate transformation from a FIF file.

Parameters

[in] transPath Path to the transformation file.

Returns: True if successful.

Definition at line 2942 of file brainview.cpp.

◆ megFieldMapOnHeadForTarget

bool DISP3DLIB::BrainView::megFieldMapOnHeadForTarget ( int target ) const

slot

Check whether MEG field mapping uses head surface for a target.

Parameters

[in] target -1=Single, 0=Top, 1=Perspective, 2=Front, 3=Left.

Returns: True if MEG map uses head surface.

Definition at line 740 of file brainview.cpp.

◆ mouseDoubleClickEvent()

void DISP3DLIB::BrainView::mouseDoubleClickEvent ( QMouseEvent * event )

overrideprotected

Definition at line 2313 of file brainview.cpp.

◆ mouseMoveEvent()

void DISP3DLIB::BrainView::mouseMoveEvent ( QMouseEvent * event )

overrideprotected

Definition at line 2207 of file brainview.cpp.

◆ mousePressEvent()

void DISP3DLIB::BrainView::mousePressEvent ( QMouseEvent * event )

overrideprotected

Definition at line 2165 of file brainview.cpp.

◆ mouseReleaseEvent()

void DISP3DLIB::BrainView::mouseReleaseEvent ( QMouseEvent * event )

overrideprotected

Definition at line 2276 of file brainview.cpp.

◆ objectVisibleForTarget

bool DISP3DLIB::BrainView::objectVisibleForTarget	(	const QString &	object,
		int	target ) const

slot

Check object visibility for a given target view.

Parameters

[in]	object	Object key (e.g. "lh", "bem_head", "sens_meg").
[in]	target	-1=Single, 0=Top, 1=Perspective, 2=Front, 3=Left.

Returns: True if visible, false otherwise.

Definition at line 733 of file brainview.cpp.

◆ onDataChanged

void DISP3DLIB::BrainView::onDataChanged	(	const QModelIndex &	topLeft,
		const QModelIndex &	bottomRight,
		const QVector< int > &	roles )

slot

Definition at line 480 of file brainview.cpp.

◆ onRowsInserted

void DISP3DLIB::BrainView::onRowsInserted	(	const QModelIndex &	parent,
		int	first,
		int	last )

slot

Definition at line 276 of file brainview.cpp.

◆ overlayModeForTarget

QString DISP3DLIB::BrainView::overlayModeForTarget ( int target ) const

slot

Get configured overlay mode name for a target view.

Definition at line 691 of file brainview.cpp.

◆ probeEvokedSets

QStringList DISP3DLIB::BrainView::probeEvokedSets ( const QString & evokedPath )

staticslot

Probe evoked data sets in a FIF file.

Returns a list of descriptive strings for each evoked set found (e.g. "0: Left Auditory (Average, nave=55)"). The list is empty if the file cannot be read.

Parameters

[in] evokedPath Path to the evoked/average FIF file.

Returns: Descriptive labels for each evoked set.

Definition at line 2513 of file brainview.cpp.

◆ pushRealtimeSensorData

void DISP3DLIB::BrainView::pushRealtimeSensorData ( const Eigen::VectorXf & vecData )

slot

Push a single sensor measurement vector into the real-time sensor pipeline. The vector should contain one value per picked channel (matching the active mapping matrix column count).

Parameters

[in] vecData Sensor measurement vector.

Definition at line 2694 of file brainview.cpp.

◆ pushRealtimeSourceData

void DISP3DLIB::BrainView::pushRealtimeSourceData ( const Eigen::VectorXd & matData )

slot

Push a single source-data vector into the real-time pipeline. The vector should contain source values for all sources (LH + RH concatenated).

Parameters

[in] matData Source activity vector.

Definition at line 2425 of file brainview.cpp.

◆ pushVideoDepthFrame

void DISP3DLIB::BrainView::pushVideoDepthFrame ( const QImage & depthFrame )

slot

Push a monocular depth map corresponding to the current video frame.

Definition at line 3759 of file brainview.cpp.

◆ pushVideoOverlayFrame

void DISP3DLIB::BrainView::pushVideoOverlayFrame ( const QImage & frame )

slot

Push a new video frame to the overlay (e.g. from QVideoSink).

Definition at line 3715 of file brainview.cpp.

◆ render()

void DISP3DLIB::BrainView::render ( QRhiCommandBuffer * cb )

overrideprotected

Definition at line 1609 of file brainview.cpp.

◆ resetAllSubViewState

void DISP3DLIB::BrainView::resetAllSubViewState ( )

slot

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. Use this when an embedding application wants a clean slate that ignores any settings persisted by previous runs or other hosts of BrainView.

Definition at line 1551 of file brainview.cpp.

◆ resetMultiViewLayout

void DISP3DLIB::BrainView::resetMultiViewLayout ( )

slot

Reset the multi-view splitter layout to equal-sized panes.

Definition at line 1155 of file brainview.cpp.

◆ resetSingleViewCameraState

void DISP3DLIB::BrainView::resetSingleViewCameraState ( )

slot

Reset single-view camera state (rotation and zoom) to defaults.

Definition at line 1524 of file brainview.cpp.

◆ resetViewportCameraState

void DISP3DLIB::BrainView::resetViewportCameraState ( int index )

slot

Reset one multi-view pane's camera state (zoom, pan, perspective rotation).

Parameters

[in] index Viewport index (0–3).

Definition at line 1535 of file brainview.cpp.

◆ resizeEvent()

void DISP3DLIB::BrainView::resizeEvent ( QResizeEvent * event )

overrideprotected

Definition at line 1586 of file brainview.cpp.

◆ savePng

bool DISP3DLIB::BrainView::savePng	(	const QString &	path,
		int	width = 1200,
		int	height = 800,
		const QString &	surfaceType = QStringLiteral("pial") )

slot

Render the scene offscreen and save to a PNG file.

Uses Qt::WA_DontShowOnScreen so no window manager surface is created — works on headless CI runners without Xvfb. The widget is temporarily shown to trigger QRhi initialization, then grabFramebuffer() reads pixels back from the GPU.

Parameters

[in]	path	Output PNG file path.
[in]	width	Render width in pixels (default 1200).
[in]	height	Render height in pixels (default 800).
[in]	surfaceType	Surface type to match (default "pial").

Returns: true on success, false on failure.

Definition at line 1041 of file brainview.cpp.

◆ saveSnapshot

bool DISP3DLIB::BrainView::saveSnapshot ( )

slot

Save the current view as ./Screenshots/<date>-<time>-3DView.png, like the other MNE-CPP views.

Returns: false if there is no rendered frame or the file cannot be written.

Definition at line 1017 of file brainview.cpp.

◆ sensorFieldLoaded

void DISP3DLIB::BrainView::sensorFieldLoaded	(	int	numTimePoints,
		int	initialTimePoint = 0 )

signal

Emitted when sensor field data is loaded.

Parameters

[in] numTimePoints Number of time samples.

◆ sensorFieldTimePointChanged

void DISP3DLIB::BrainView::sensorFieldTimePointChanged	(	int	index,
		float	time )

signal

Emitted when the sensor field time point changes.

Parameters

[in]	index	Time sample index.
[in]	time	Time in seconds.

◆ sensorFieldTimeRange

bool DISP3DLIB::BrainView::sensorFieldTimeRange	(	float &	tmin,
		float &	tmax ) const

slot

Get the time range of the loaded sensor field (evoked) data.

Parameters

[out]	tmin	Start time in seconds.
[out]	tmax	End time in seconds.

Returns: True if sensor field data is loaded, false otherwise.

Definition at line 2659 of file brainview.cpp.

◆ setActiveSurface

void DISP3DLIB::BrainView::setActiveSurface ( const QString & type )

slot

Set the active surface type to search for (e.g. "pial").

Parameters

[in] type The surface type to activate.

Definition at line 531 of file brainview.cpp.

◆ setAutomatedRotation

void DISP3DLIB::BrainView::setAutomatedRotation ( bool enabled )

slot

Enable or disable continuous automated rotation of the scene.

The rotation is applied to the camera, not to the individual object transformation matrices, so head, sensor and all other surfaces keep their relative alignment and their coregistration transforms.

Parameters

[in] enabled True to start rotating, false to stop.

Definition at line 937 of file brainview.cpp.

◆ setBemHighContrast

void DISP3DLIB::BrainView::setBemHighContrast ( bool enabled )

slot

Set whether BEM surfaces should use their standard (colorful) definition or white.

Parameters

[in] enabled True to use standard colors (Red/Green/Blue), False for White.

Definition at line 915 of file brainview.cpp.

◆ setBemShaderMode

void DISP3DLIB::BrainView::setBemShaderMode ( const QString & mode )

slot

Set the shader mode for BEM surfaces (Standard, Holographic, Atlas).

Parameters

[in] mode The shader mode to set.

Definition at line 779 of file brainview.cpp.

◆ setBemVisible

void DISP3DLIB::BrainView::setBemVisible	(	const QString &	name,
		bool	visible )

slot

Toggle visibility of a BEM surface layer.

Parameters

[in]	name	"head", "outer_skull", or "inner_skull".
[in]	visible	Visibility state.

Definition at line 906 of file brainview.cpp.

◆ setCameraFocusOverride

void DISP3DLIB::BrainView::setCameraFocusOverride	(	const QVector3D &	center,
		float	size )

slot

Override the auto-computed scene center and size. While active, updateSceneBounds() results are ignored for camera framing.

Definition at line 3575 of file brainview.cpp.

◆ setDipoleVisible

void DISP3DLIB::BrainView::setDipoleVisible ( bool visible )

slot

Toggle visibility of dipoles.

Parameters

[in] visible Visibility state.

Definition at line 853 of file brainview.cpp.

◆ setHeadMovementPath

void DISP3DLIB::BrainView::setHeadMovementPath ( const QVector< Eigen::Vector3f > & vecPositions )

slot

Show the path the subject's head travelled as a connected line.

Intended for HPI fitting: pass the head positions recorded over the course of a measurement (see RealTimeHpiResult::headPositionHistory) and they are drawn as a polyline, oldest to newest, so the study conductor can judge how much the subject moved.

Passing fewer than two positions clears the path.

Parameters

[in] vecPositions Head positions in metres, oldest first.

Definition at line 983 of file brainview.cpp.

◆ setHemiVisible

void DISP3DLIB::BrainView::setHemiVisible	(	int	hemiIdx,
		bool	visible )

slot

Toggle visibility of a hemisphere.

Parameters

[in]	hemiIdx	0 for LH, 1 for RH.
[in]	visible	Visibility state.

Definition at line 891 of file brainview.cpp.

◆ setInfoPanelVisible

void DISP3DLIB::BrainView::setInfoPanelVisible ( bool visible )

slot

Show or hide the info panel (FPS, vertices, shader).

Parameters

[in] visible True to show, false to hide.

Definition at line 1577 of file brainview.cpp.

◆ setInitialCameraRotation()

void DISP3DLIB::BrainView::setInitialCameraRotation ( const QQuaternion & rotation )

Set the initial camera rotation for this view. Each view can start from a different orientation (e.g., top, front, left).

Parameters

[in] rotation Initial camera rotation quaternion.

Definition at line 268 of file brainview.cpp.

◆ setLightingEnabled

void DISP3DLIB::BrainView::setLightingEnabled ( bool enabled )

slot

Enable or disable lighting for the scene.

Parameters

[in] enabled True to enable lighting, false to disable.

Definition at line 928 of file brainview.cpp.

◆ setLiveMarkers

void DISP3DLIB::BrainView::setLiveMarkers ( const QVector< LiveMarker > & markers )

slot

Replace the set of live overlay markers.

Renders each marker as a small sphere without touching the model or recalculating scene bounds, so the camera stays locked.

Definition at line 3317 of file brainview.cpp.

◆ setLiveRay

void DISP3DLIB::BrainView::setLiveRay	(	const QVector3D &	from,
		const QVector3D &	to,
		const QColor &	color,
		float	radius = 0.001f )

slot

Set a semi-transparent ray cylinder between two world-space points.

Parameters

[in]	from	Ray origin (metres).
[in]	to	Ray end point (metres).
[in]	color	Ray color (alpha channel controls transparency).
[in]	radius	Cylinder radius (metres, default 0.001 = 1 mm).

Definition at line 3359 of file brainview.cpp.

◆ setMegFieldMapOnHead

void DISP3DLIB::BrainView::setMegFieldMapOnHead ( bool useHead )

slot

Choose MEG mapping surface (helmet or head).

Parameters

[in] useHead True to map MEG on head surface.

Definition at line 2578 of file brainview.cpp.

◆ setMegHelmetOverride

void DISP3DLIB::BrainView::setMegHelmetOverride ( const QString & path )

slot

Override the auto-selected MEG helmet surface path.

Parameters

[in] path Absolute path to a helmet surface file. Empty to use auto selection.

Definition at line 848 of file brainview.cpp.

◆ setModel()

void DISP3DLIB::BrainView::setModel ( BrainTreeModel * model )

Set the data model and show the objects it already holds. Objects of a previous model are removed from the view (the previous model is not modified).

Parameters

[in] model Pointer to BrainTreeModel, or nullptr to detach.

Definition at line 229 of file brainview.cpp.

◆ setMriSlicesVisible

void DISP3DLIB::BrainView::setMriSlicesVisible ( bool visible )

slot

Toggle MRI slice visibility for the current edit-target viewport.

Parameters

[in] visible Whether MRI slices should be drawn in the active viewport.

Definition at line 3833 of file brainview.cpp.

◆ setNetworkColormap

void DISP3DLIB::BrainView::setNetworkColormap ( const QString & name )

slot

Set the colormap for connectivity network visualization.

Parameters

[in] name Colormap name ("Hot", "Jet", etc.).

Definition at line 2906 of file brainview.cpp.

◆ setNetworkThreshold

void DISP3DLIB::BrainView::setNetworkThreshold ( double threshold )

slot

Set the threshold for connectivity network edge filtering.

Parameters

[in] threshold Threshold value (0.0–1.0).

Definition at line 2895 of file brainview.cpp.

◆ setNetworkVisible

void DISP3DLIB::BrainView::setNetworkVisible ( bool visible )

slot

Toggle visibility of connectivity network.

Parameters

[in] visible Visibility state.

Definition at line 2881 of file brainview.cpp.

◆ setProbeVisualization

void DISP3DLIB::BrainView::setProbeVisualization	(	const QVector3D &	tip,
		const QVector3D &	direction,
		float	length,
		const QColor &	color,
		const QColor &	glowColor = QColor(0, 0, 0, 0),
		const QQuaternion &	orientation = QQuaternion(0, 0, 0, 0) )

slot

Show a catheter-style probe visualization (cylinder shaft + sphere tip with an optional pulsing glow aura).

Parameters

[in]	tip	Probe tip position (metres, model space).
[in]	direction	Probe forward axis (unit vector, model space).
[in]	length	Visible shaft length behind the tip (metres).
[in]	color	Probe core color.
[in]	glowColor	Outer glow aura color (default: transparent = no glow).
[in]	orientation	Full probe orientation for drawing a debug coordinate frame (X=red, Y=green, Z=blue). Pass a null quaternion to skip axes.

Definition at line 3381 of file brainview.cpp.

◆ setRealtimeInterval

void DISP3DLIB::BrainView::setRealtimeInterval ( int msec )

slot

Set the streaming speed (interval between frames).

Parameters

[in] msec Interval in milliseconds.

Definition at line 2432 of file brainview.cpp.

◆ setRealtimeLooping

void DISP3DLIB::BrainView::setRealtimeLooping ( bool enabled )

slot

Enable or disable looping for real-time streaming.

Parameters

[in] enabled True to loop.

Definition at line 2439 of file brainview.cpp.

◆ setRealtimeSensorAverages

void DISP3DLIB::BrainView::setRealtimeSensorAverages ( int numAvr )

slot

Set the number of averages for sensor streaming.

Parameters

[in] numAvr Number of averages.

Definition at line 2715 of file brainview.cpp.

◆ setRealtimeSensorColormap

void DISP3DLIB::BrainView::setRealtimeSensorColormap ( const QString & name )

slot

Set the colormap used for sensor streaming visualization.

Parameters

[in] name Colormap name.

Definition at line 2722 of file brainview.cpp.

◆ setRealtimeSensorInterval

void DISP3DLIB::BrainView::setRealtimeSensorInterval ( int msec )

slot

Set the streaming speed for sensor streaming (interval between frames).

Parameters

[in] msec Interval in milliseconds.

Definition at line 2701 of file brainview.cpp.

◆ setRealtimeSensorLooping

void DISP3DLIB::BrainView::setRealtimeSensorLooping ( bool enabled )

slot

Enable or disable looping for real-time sensor streaming.

Parameters

[in] enabled True to loop.

Definition at line 2708 of file brainview.cpp.

◆ setSensorFieldColormap

void DISP3DLIB::BrainView::setSensorFieldColormap ( const QString & name )

slot

Set colormap for sensor field maps.

Parameters

[in] name Colormap name.

Definition at line 2598 of file brainview.cpp.

◆ setSensorFieldContourVisible

void DISP3DLIB::BrainView::setSensorFieldContourVisible	(	const QString &	type,
		bool	visible )

slot

Set contour visibility for sensor field maps.

Parameters

[in]	type	"MEG" or "EEG".
[in]	visible	Visibility state.

Definition at line 2559 of file brainview.cpp.

◆ setSensorFieldTimePoint

void DISP3DLIB::BrainView::setSensorFieldTimePoint ( int index )

slot

Set the time point for sensor field maps.

Parameters

[in] index Time sample index.

Definition at line 2520 of file brainview.cpp.

◆ setSensorFieldVisible

void DISP3DLIB::BrainView::setSensorFieldVisible	(	const QString &	type,
		bool	visible )

slot

Set visibility for sensor field maps.

Parameters

[in]	type	"MEG" or "EEG".
[in]	visible	Visibility state.

Definition at line 2540 of file brainview.cpp.

◆ setSensorTransEnabled

void DISP3DLIB::BrainView::setSensorTransEnabled ( bool enabled )

slot

Set whether sensor transformations (if loaded) should be applied.

Parameters

[in] enabled True to apply transformations, False to show original positions.

Definition at line 836 of file brainview.cpp.

◆ setSensorVisible

void DISP3DLIB::BrainView::setSensorVisible	(	const QString &	type,
		bool	visible )

slot

Toggle visibility of sensor groups.

Parameters

[in]	type	"MEG", "EEG", or "Digitizer".
[in]	visible	Visibility state.

Definition at line 807 of file brainview.cpp.

◆ setShaderMode

void DISP3DLIB::BrainView::setShaderMode ( const QString & mode )

slot

Set the shader mode (Standard, Holographic, Atlas).

Parameters

[in] mode The shader mode to set.

Definition at line 607 of file brainview.cpp.

◆ setSlice

void DISP3DLIB::BrainView::setSlice	(	int	slotIndex,
		DISP3DLIB::SliceObject *	slice )

slot

Set an MRI slice to be rendered in the 3-D scene.

Parameters

[in]	slotIndex	Slot index (0=axial, 1=coronal, 2=sagittal).
[in]	slice	Pointer to SliceObject, or nullptr to hide.

Definition at line 3813 of file brainview.cpp.

◆ setSliceVisible

void DISP3DLIB::BrainView::setSliceVisible	(	int	slotIndex,
		bool	visible )

slot

Toggle visibility of an MRI slice slot.

Parameters

[in]	slotIndex	Slot index (0=axial, 1=coronal, 2=sagittal).
[in]	visible	Whether this slice should be drawn.

Definition at line 3822 of file brainview.cpp.

◆ setSourceColormap

void DISP3DLIB::BrainView::setSourceColormap ( const QString & name )

slot

Set the colormap for source estimate visualization.

Parameters

[in] name Colormap name ("Hot", "Jet", etc.).

Definition at line 2387 of file brainview.cpp.

◆ setSourceSpaceVisible

void DISP3DLIB::BrainView::setSourceSpaceVisible ( bool visible )

slot

Toggle visibility of source space points.

Parameters

[in] visible Visibility state.

Definition at line 2931 of file brainview.cpp.

◆ setSourceThresholds

void DISP3DLIB::BrainView::setSourceThresholds	(	float	min,
		float	mid,
		float	max )

slot

Set threshold values for source estimate visualization.

Parameters

[in]	min	Minimum threshold.
[in]	mid	Mid-point threshold.
[in]	max	Maximum threshold.

Definition at line 2395 of file brainview.cpp.

◆ setStaticMarkers

void DISP3DLIB::BrainView::setStaticMarkers ( const QVector< LiveMarker > & markers )

slot

Replace the set of static overlay markers (fiducials, acquired points). These persist across frames and are always visible.

Definition at line 3538 of file brainview.cpp.

◆ setTimePoint

void DISP3DLIB::BrainView::setTimePoint ( int index )

slot

Set the current time point for source estimate visualization.

Parameters

[in] index Time sample index.

Definition at line 2378 of file brainview.cpp.

◆ setVideoDepthEnabled

void DISP3DLIB::BrainView::setVideoDepthEnabled ( bool enabled )

slot

Enable or disable depth-based parallax relief on the video overlay.

Definition at line 3726 of file brainview.cpp.

◆ setVideoDepthScale

void DISP3DLIB::BrainView::setVideoDepthScale ( float scale )

slot

Set the parallax occlusion displacement scale [0..1].

Definition at line 3737 of file brainview.cpp.

◆ setVideoDepthSteps

void DISP3DLIB::BrainView::setVideoDepthSteps ( int steps )

slot

Set the number of POM ray-march steps (quality vs. performance).

Definition at line 3748 of file brainview.cpp.

◆ setVideoOverlayEnabled

void DISP3DLIB::BrainView::setVideoOverlayEnabled ( bool enabled )

slot

Enable or disable the generic live video overlay decal that is drawn on top of the head surface at the current focus position.

Definition at line 3655 of file brainview.cpp.

◆ setVideoOverlayFocusPosition

void DISP3DLIB::BrainView::setVideoOverlayFocusPosition ( const QVector3D & position )

slot

Set the world-space focus position (metres) of the overlay quad.

Definition at line 3671 of file brainview.cpp.

◆ setVideoOverlayOpacity

void DISP3DLIB::BrainView::setVideoOverlayOpacity ( float opacity )

slot

Set the overall opacity of the overlay [0..1].

Definition at line 3704 of file brainview.cpp.

◆ setVideoOverlaySize

void DISP3DLIB::BrainView::setVideoOverlaySize ( float meters )

slot

Set the side length of the overlay quad (metres). Default ≈ 0.06 m.

Definition at line 3693 of file brainview.cpp.

◆ setVideoOverlayUpHint

void DISP3DLIB::BrainView::setVideoOverlayUpHint ( const QVector3D & dir )

slot

Set the orientation hint for the overlay quad (world-space direction).

Definition at line 3682 of file brainview.cpp.

◆ setViewCount

void DISP3DLIB::BrainView::setViewCount ( int count )

slot

Set the number of visible viewport panes (1–4).

Parameters

[in] count Number of panes: 1 = single, 2 = side-by-side, 3 = two + one, 4 = 2×2 grid.

Definition at line 1123 of file brainview.cpp.

◆ setViewportCameraPreset

void DISP3DLIB::BrainView::setViewportCameraPreset	(	int	index,
		int	preset )

slot

Set the camera preset for a specific viewport.

Parameters

[in]	index	Viewport index (0–3).
[in]	preset	Camera preset (0=Top, 1=Perspective, 2=Front, 3=Left, 4=Bottom, 5=Back, 6=Right).

Definition at line 1508 of file brainview.cpp.

◆ setViewportEnabled

void DISP3DLIB::BrainView::setViewportEnabled	(	int	index,
		bool	enabled )

slot

Enable or disable a specific viewport in multi-view mode.

Parameters

[in]	index	Viewport index (0=Top, 1=Perspective, 2=Front, 3=Left).
[in]	enabled	True to enable, false to disable.

Definition at line 1494 of file brainview.cpp.

◆ setVisualizationEditTarget

void DISP3DLIB::BrainView::setVisualizationEditTarget ( int target )

slot

Select which view's visualization settings are edited by UI controls.

Parameters

[in] target -1=Single, 0=Top, 1=Perspective, 2=Front, 3=Left.

Definition at line 621 of file brainview.cpp.

◆ setVisualizationMode

void DISP3DLIB::BrainView::setVisualizationMode ( const QString & mode )

slot

Set the overlay mode (FsSurface, FsAnnotation, Scientific).

Parameters

[in] mode The visualization mode to set.

Definition at line 865 of file brainview.cpp.

◆ shaderModeChanged

void DISP3DLIB::BrainView::shaderModeChanged ( const QString & modeName )

signal

Emitted whenever the active brain shader mode changes — either via setShaderMode or after restoring persisted state in BrainView::loadMultiViewSettings "loadMultiViewSettings".

Parameters

[in] modeName Shader name as accepted by setShaderMode.

◆ shaderModeForTarget

QString DISP3DLIB::BrainView::shaderModeForTarget ( int target ) const

slot

Get configured shader mode name for a target view.

Definition at line 677 of file brainview.cpp.

◆ showMultiView

void DISP3DLIB::BrainView::showMultiView ( )

slot

Switch to multi-view mode (four viewports: top, perspective, front, left).

Definition at line 1111 of file brainview.cpp.

◆ showSingleView

void DISP3DLIB::BrainView::showSingleView ( )

slot

Switch to single-view mode (one viewport, interactive camera).

Definition at line 1096 of file brainview.cpp.

◆ sourceEstimateLoaded

void DISP3DLIB::BrainView::sourceEstimateLoaded ( int numTimePoints )

signal

Emitted when a source estimate is loaded.

Parameters

[in] numTimePoints Number of time samples in the source estimate.

◆ sourceThresholdsUpdated

void DISP3DLIB::BrainView::sourceThresholdsUpdated	(	float	min,
		float	mid,
		float	max )

signal

Emitted when auto-thresholds are set from loaded source estimate data.

Parameters

[in]	min	Minimum threshold.
[in]	mid	Mid threshold.
[in]	max	Maximum threshold.

◆ startRealtimeSensorStreaming

void DISP3DLIB::BrainView::startRealtimeSensorStreaming ( const QString & modality = QStringLiteral("MEG") )

slot

Start real-time sensor data streaming for the specified modality. Creates the controller (if needed), feeds the loaded evoked data column-by-column, and begins the timer-driven streaming loop.

Requires that sensor field data (evoked) has been loaded and the mapping matrix is built.

Parameters

[in] modality "MEG" or "EEG".

Definition at line 2673 of file brainview.cpp.

◆ startRealtimeStreaming

void DISP3DLIB::BrainView::startRealtimeStreaming ( )

slot

Start real-time source data streaming. Creates the controller (if needed), feeds the loaded STC data column-by-column, and begins the timer-driven streaming loop.

Definition at line 2403 of file brainview.cpp.

◆ stcLoadingProgress

void DISP3DLIB::BrainView::stcLoadingProgress	(	int	percent,
		const QString &	message )

signal

Emitted to report STC loading progress.

Parameters

[in]	percent	Progress percentage (0-100).
[in]	message	Status message.

◆ stcNumTimePoints

int DISP3DLIB::BrainView::stcNumTimePoints ( ) const

slot

Get the number of time points in the loaded source estimate.

Returns: Number of time points. Returns 0 if not loaded.

Definition at line 2625 of file brainview.cpp.

◆ stcStep

float DISP3DLIB::BrainView::stcStep ( ) const

slot

Get the time step of the loaded source estimate.

Returns: Time step in seconds. Returns 0 if not loaded.

Definition at line 2611 of file brainview.cpp.

◆ stcTmin

float DISP3DLIB::BrainView::stcTmin ( ) const

slot

Get the start time of the loaded source estimate.

Returns: Start time in seconds. Returns 0 if not loaded.

Definition at line 2618 of file brainview.cpp.

◆ stopAllStreaming

void DISP3DLIB::BrainView::stopAllStreaming ( )

slot

Stop all active background streaming (source estimate + sensor). Call before destruction to avoid blocking thread joins in destructors.

Definition at line 3644 of file brainview.cpp.

◆ stopRealtimeSensorStreaming

void DISP3DLIB::BrainView::stopRealtimeSensorStreaming ( )

slot

Stop real-time sensor data streaming.

Definition at line 2680 of file brainview.cpp.

◆ stopRealtimeStreaming

void DISP3DLIB::BrainView::stopRealtimeStreaming ( )

slot

Stop real-time source data streaming.

Definition at line 2411 of file brainview.cpp.

◆ surfacePointClicked

void DISP3DLIB::BrainView::surfacePointClicked ( const QVector3D & worldPos )

signal

Emitted on left-click when the click hits a surface.

Parameters

[in] worldPos Hit point in world (model) coordinates.

◆ surfacePointDoubleClicked

void DISP3DLIB::BrainView::surfacePointDoubleClicked ( const QVector3D & worldPos )

signal

Emitted on double-click when the click hits a surface.

Parameters

[in] worldPos Hit point in world (model) coordinates.

◆ syncBemShadersToBrainShaders

void DISP3DLIB::BrainView::syncBemShadersToBrainShaders ( )

slot

Synchronize all BEM shader targets to their respective brain shader targets.

Definition at line 793 of file brainview.cpp.

◆ takeScreenshot

bool DISP3DLIB::BrainView::takeScreenshot ( const QString & fileName )

slot

Save the current rendered frame to an image file; missing parent directories are created.

Parameters

[in] fileName Output file; the format follows the suffix (e.g. .png, .jpg).

Returns: false if there is no rendered frame or the file cannot be written.

Definition at line 1025 of file brainview.cpp.

◆ timePointChanged

void DISP3DLIB::BrainView::timePointChanged	(	int	index,
		float	time )

signal

Emitted when the time point changes.

Parameters

[in]	index	Time sample index.
[in]	time	Time in seconds.

◆ viewCount

int DISP3DLIB::BrainView::viewCount ( ) const

inlineslot

Returns: Current number of visible viewport panes (1–4).

Definition at line 406 of file brainview.h.

◆ viewCountChanged

void DISP3DLIB::BrainView::viewCountChanged ( int count )

signal

Emitted whenever the number of viewports changes — either via setViewCount or after restoring persisted state in BrainView::loadMultiViewSettings "loadMultiViewSettings". UI consumers (e.g. host toolbars) should connect to this to keep their controls in sync.

Parameters

[in] count Number of viewports (1..kDefaultViewportCount).

◆ viewMode

ViewMode DISP3DLIB::BrainView::viewMode ( ) const

inlineslot

Get the current view mode.

Returns: Current ViewMode.

Definition at line 546 of file brainview.h.

◆ viewportCameraPreset

int DISP3DLIB::BrainView::viewportCameraPreset ( int index ) const

slot

Get the camera preset for a specific viewport.

Parameters

[in] index Viewport index (0–3).

Returns: Camera preset index (0–6), or -1 if invalid.

Definition at line 1568 of file brainview.cpp.

◆ visualizationEditTarget

int DISP3DLIB::BrainView::visualizationEditTarget ( ) const

slot

Get current visualization edit target.

Returns: -1=Single, 0=Top, 1=Perspective, 2=Front, 3=Left.

Definition at line 663 of file brainview.cpp.

◆ visualizationEditTargetChanged

void DISP3DLIB::BrainView::visualizationEditTargetChanged ( int target )

signal

Emitted when the active visualization edit target changes.

Parameters

[in] target New target index (-1 = single, 0..N-1 = multi pane).

◆ wheelEvent()

void DISP3DLIB::BrainView::wheelEvent ( QWheelEvent * event )

overrideprotected

Definition at line 2327 of file brainview.cpp.

The documentation for this class was generated from the following files:

src/libraries/disp3D/view/brainview.h
src/libraries/disp3D/view/brainview.cpp

Public Types

Public Slots

Signals

Public Member Functions

Protected Member Functions

Detailed Description

Member Enumeration Documentation

◆ ViewMode

Constructor & Destructor Documentation

◆ BrainView()

◆ ~BrainView()

Member Function Documentation

◆ activeSurfaceForTarget

◆ automatedRotation

◆ bemShaderModeForTarget

◆ bemTopVertexInMri

◆ cardinalFiducialsInMri

◆ castRay

◆ clearBem

◆ clearCameraFocusOverride

◆ clearDipoles

◆ clearEvoked

◆ clearHeadMovementPath

◆ clearLiveMarkers

◆ clearLiveRay

◆ clearNetwork

◆ clearProbeVisualization

◆ clearSensors

◆ clearSourceEstimate

◆ clearSourceSpace

◆ clearStaticMarkers

◆ clearSurfaces

◆ clearTransformation

◆ closestSensorFieldIndex

◆ closestStcIndex

◆ hoveredRegionChanged

◆ initialize()

◆ intersectWorldRay

◆ isInfoPanelVisible

◆ isRealtimeSensorStreaming

◆ isRealtimeStreaming

◆ isVideoOverlayEnabled

◆ isViewportEnabled

◆ keyPressEvent()

◆ loadDipoles

◆ loadMegHelmetSurface

◆ loadNetwork

◆ loadSensorField

◆ loadSensors

◆ loadSourceEstimate

◆ loadSourceSpace

◆ loadTransformation

◆ megFieldMapOnHeadForTarget

◆ mouseDoubleClickEvent()

◆ mouseMoveEvent()

◆ mousePressEvent()

◆ mouseReleaseEvent()

◆ objectVisibleForTarget

◆ onDataChanged

◆ onRowsInserted

◆ overlayModeForTarget

◆ probeEvokedSets

◆ pushRealtimeSensorData

◆ pushRealtimeSourceData

◆ pushVideoDepthFrame

◆ pushVideoOverlayFrame

◆ render()

◆ resetAllSubViewState

◆ resetMultiViewLayout

◆ resetSingleViewCameraState

◆ resetViewportCameraState

◆ resizeEvent()

◆ savePng

◆ saveSnapshot

◆ sensorFieldLoaded

◆ sensorFieldTimePointChanged

◆ sensorFieldTimeRange

◆ setActiveSurface

◆ setAutomatedRotation

◆ setBemHighContrast