Allows user to select data in a DesignObjectLookup. More...

Inheritance diagram for SelectionController:

Collaboration diagram for SelectionController:

Public Member Functions
	SelectionController (DesignObjectLookup *manager)
	Constructs a SelectionController for the given design object lookup.
virtual	~SelectionController ()
	Destructor.
uint04	addCurrentAsMask ()
	Converts the current selection into a mask and adds it.
uint04	addMask (const SelectionArea< 3, fltp08 > &mask)
	Adds a 3D selection area as a mask.
virtual void	begin () override
	Begins the selection interaction session.
virtual void	cancel () override
	Cancels the current selection operation without committing.
void	clear (bool clear_selection, bool clear_masks)
	Clears the selection state and/or masks.
void	clearMaskHighlight ()
	Clears any active mask highlight.
UUID	currentSelection () const
	Returns the UUID of the currently selected object.
String	currentSelectionHint () const
	Returns a hint string describing the current selection state.
void	darkenMaskExclusion (bool darken)
	Sets whether mask-excluded geometry should be darkened.
bool	darkensMaskExclusion () const
	Checks whether mask-excluded geometry is darkened rather than hidden.
TranslatedString	defaultHint (const TranslatedString &action_hint) const
	Returns a default hint string combining the action hint with selection context.
virtual void	finish () override
	Finishes and commits the current selection.
void	highlightMask (uint04 mask_index)
	Visually highlights a specific mask.
bool	isInvertedSelection () const
	Checks whether the selection logic is inverted (selecting outside rather than inside).
const Buffer< SelectionArea< 3, fltp08 > > &	masks () const
	Returns a read-only reference to all current selection masks.
virtual bool	processKeyEvent (const KeyEvent &event, DesignObjectLookup lookup, Camera camera) override
	Processes a keyboard event for selection interaction.
virtual bool	processMouseEvent (MouseControllerEvent &event, SelectionInfo &info) override
	Processes a mouse event for selection interaction.
void	removeMask (uint04 mask_index)
	Removes a mask by index.
bool	selectionComplete () const
	Checks whether the user has completed the selection.
void	setCameraShowEnvironment (bool show_grid)
	Sets whether the camera environment (skybox/background scene) is shown.
void	setCameraShowGrid (bool show_grid)
	Sets whether the camera grid is shown.
void	setHideMaskExclusion (bool is_hidden)
	Sets whether geometry excluded by masks should be hidden entirely.
void	setInvertedSelection (bool is_inside)
	Sets whether selection is inverted.
void	setIsEditSelection (bool is_edit_selection)
	Sets whether this selection controller is operating in edit-selection mode.
void	setMaskEnabled (uint04 index, bool enabled)
	Enables or disables a specific mask by index.
void	setPreGeometryFilter (const std::function< bool(const Model &, const Geometry &)> &pre_geometry_filter)
	Sets a filter applied before testing a geometry within a model for selection.
void	setPreModelFilter (const std::function< bool(const Model &)> &pre_model_filter)
	Sets a filter applied before testing a model for selection.
void	setSelectionFilter (const std::function< bool(const Model &)> &selection_filter)
	Sets a filter applied after a selection is made to resolve the appropriate parent.
void	setSubSelectionMode (const SubSelectionMode &mode)
	Sets the sub-selection mode (single model, vertex rectangle, vertex polygon, etc.).
void	setThemeCameraBackgroundColor (const RGBColor &color)
	Sets the fallback camera background color used when no theme default is available.
SubSelectionMode	subSelectionMode () const
	Returns the current sub-selection mode.
void	updateCameraBackgrounds ()
	Updates all camera backgrounds to reflect the current theme or mask state.
void	updateSelectionInfo (SelectionInfo &info)
	Updates the provided SelectionInfo with the current selection state.
Public Member Functions inherited from SnapController
	SnapController (DesignObjectLookup *manager)
	Constructs a SnapController associated with the given DesignObjectLookup.
void	clearSnapSelection ()
	Clears all currently accumulated snap selection points and resets the visual state.
Vertex< 3, fltp08 >	currentLocation () const
	Returns the current snap location in 3D space.
Vertex< 3, fltp08 >	lastPoint () const
	Returns the most recent snap location.
const Buffer< SnapPoint > &	lastSnapPoints () const
	Returns the buffer of snap points from the most recent snap calculation.
void	lockAxis (uint01 axis, fltp08 lock)
	Locks a specific axis to a fixed coordinate value.
uint04	pointCount () const
	Returns the number of points currently recorded by the snap controller.
const Buffer< Vertex< 3, fltp08 > > &	points () const
	Returns the buffer of all accumulated snap points.
SelectionMode	selectionMode () const
	Returns the current selection mode.
void	setCustomSnapManager (const ConstPointer< SnapsManager > &snap_manager)
	Sets a custom snap manager to override the default snapping behavior.
virtual void	setFinishedCallback (const std::function< void(bool is_accepted)> &callback)
	Sets a callback invoked when the snap operation finishes.
void	setLocation (const Vertex< 3, fltp08 > &location, bool is_click=false, Camera *camera=nullptr)
	Sets the current snap location, optionally registering it as a click.
void	setLockLine (const LineSegment< 3, fltp08 > &line)
	Sets a line segment to constrain snap positions along.
void	setLockMode (LockMode mode)
	Sets the lock mode that controls how axis/plane locking interacts with snapping.
void	setLockPlane (const Plane< 3, fltp08 > &plane)
	Sets a plane to constrain snap positions onto.
void	setPointsDrawMode (PointsDrawMode mode)
	Sets the visual draw mode for how accumulated points are rendered.
void	setSelectionMode (SelectionMode mode)
	Sets the selection mode used during snap interaction.
void	setShowLengthLabels (bool show)
	Sets whether length labels are displayed along guide lines.
void	setShowPointLabels (bool show)
	Sets whether coordinate labels are displayed at snap points.
virtual void	setUpdateCallback (const std::function< void()> &callback)
	Sets a callback invoked whenever the snap location or state is updated.

Protected Member Functions
void	clearMasks ()
	Clears all selection masks.
void	clearSelection ()
	Clears the active selection state.
void	setSelectionMaskInfo (const SelectionInfo &info)
	Stores the selection mask info from the given SelectionInfo.
void	updateSelectionMask ()
	Updates the visual representation of selection masks.
Protected Member Functions inherited from SnapController
void	addGuideLineModel ()
	Adds a guide line model to the scene for visual feedback.
void	addGuidePlaneModel ()
	Adds a guide plane model to the scene for visual feedback.
void	addGuidePointModel ()
	Adds a guide point model to the scene for visual feedback.
virtual void	addPoint (const SnapPoint &point)
	Adds a snap point (with snap metadata) to the accumulated points buffer.
virtual void	addPoint (const Vertex< 3, fltp08 > &point)
	Adds a 3D point to the accumulated points buffer.
void	calcLockLineLocation (SnapPoint &point, const SelectionInfo &info)
	Calculates the constrained snap point position along a lock line.
void	calcLockPlaneLocation (SnapPoint &point, const SelectionInfo &info)
	Calculates the constrained snap point position on a lock plane.
SnapPoint	calcSnapPoint (const SelectionInfo &info, DesignObjectLookup *lookup)
	Calculates the best snap point for the current selection context.
void	drawDefaultGuideLines (const SnapPoint &point)
	Draws the default set of guide lines based on the current snap point context.
void	drawDefaultGuidePlane (const SnapPoint &point)
	Draws the default guide plane based on the current snap point context.
UUID	lineMaterial (const SnapPoint &point)
	Returns the material UUID appropriate for the given snap point's guide line type.
UUID	pointMaterial (const SnapPoint &point)
	Returns the material UUID appropriate for the given snap point type.
bool	processMouseSelection (MouseControllerEvent &event)
	Processes a mouse event for object selection (non-snap interaction).
bool	processMouseSnap (MouseControllerEvent &event, SelectionInfo &info)
	Processes a mouse event specifically for snapping logic.
void	processUserInput ()
	Processes any pending user text input for dimension locking.
void	setGuideLine (uint04 index, const Vertex< 3, fltp08 > &p1, const Vector< 3, fltp08 > &p2, const UUID &material)
	Sets the start position, direction, and material of a guide line at the given index.
void	setGuideLineVisible (bool visible)
	Sets the visibility of all guide lines.
void	setGuideLineVisible (uint04 index, bool visible)
	Sets the visibility of a specific guide line by index.
void	setGuidePlane (uint04 index, const Vector< 3, fltp08 > &normal, const Vertex< 3, fltp08 > &location, fltp08 radius)
	Sets the orientation, position, and size of a guide plane at the given index.
void	setGuidePlaneVisible (bool visible)
	Sets the visibility of all guide planes.
void	setGuidePlaneVisible (uint04 index, bool visible)
	Sets the visibility of a specific guide plane by index.
void	setGuidePoint (uint04 index, const Vertex< 3, fltp08 > &p1, const UUID &material)
	Sets the position and material of a guide point at the given index.
void	setGuidePointVisible (bool visible)
	Sets the visibility of all guide points.
void	setGuidePointVisible (uint04 index, bool visible)
	Sets the visibility of a specific guide point by index.
Model	setupGuideModel ()
	Creates and returns a Model configured as a guide visual element.
virtual void	setupSelectionInfo (const MouseEvent &event, Camera *camera, SelectionInfo &info)
	Populates a SelectionInfo from the given mouse event and camera.
virtual void	updateLocation (const Vertex< 3, fltp08 > &location, bool is_click, Camera *camera)
	Called when the snap location is updated.
void	updateRecentGeometry (const SnapPoint &point)
	Updates the recent geometry cache with the latest snap point for extending/snapping to nearby geometry in future operations.

Protected Attributes
UUID	m_current_selection
	UUID of the currently selected object.
bool	m_darken_mask_exclusion
	Whether to darken geometry excluded by masks instead of hiding.
bool	m_hide_mask_exclusion
	Whether to hide geometry excluded by masks.
uint04	m_highlighted_mask
	Index of the currently highlighted mask, or invalid if none.
bool	m_inverted_selection
	Whether selection logic is inverted (select outside).
bool	m_is_edit_selection
	Whether the controller is in edit-selection mode.
Buffer< UUID >	m_last_mask_geometries
	UUIDs of geometries created for the last set of masks.
Buffer< UUID >	m_last_selection_geometries
	UUIDs of geometries created for the last selection.
UUID	m_original_camera = Constant<UUID>::Invalid
	UUID of the camera state before selection began.
bool	m_selection_complete
	Whether the user has finished making a selection.
SelectionInfo	m_selection_highlight_info
	Saved selection info for restoring previous highlight state.
SelectionInfo	m_selection_info
	The active selection info for the current interaction.
SelectionInfo	m_selection_mask_info
	Selection info used only when selecting mask objects.
SubSelectionMode	m_sub_selection_mode
	The current sub-selection mode.
bool	m_temp_inverted
	Temporary inversion state (e.g., while holding a modifier key).
Protected Attributes inherited from SnapController
UUID	m_blue_line_material = Constant<UUID>::Invalid
	Material for Z-axis (blue) guide lines.
UUID	m_center_point_material = Constant<UUID>::Invalid
	Material for snap points at center points.
UUID	m_current_line_material = Constant<UUID>::Invalid
	Material UUID for the current guide line being drawn.
ConstPointer< SnapsManager >	m_custom_snap_manager
	Optional custom snap manager overriding default snap behavior.
UUID	m_edge_point_material = Constant<UUID>::Invalid
	Material for snap points on edges.
UUID	m_end_point_material = Constant<UUID>::Invalid
	Material for snap points at endpoints.
UUID	m_extend_line_material = Constant<UUID>::Invalid
	Material for extension guide lines.
std::function< void(bool is_accepted)>	m_finished_callback
	Callback invoked when the snap operation finishes.
UUID	m_free_line_material = Constant<UUID>::Invalid
	Material for free (unconstrained) guide lines.
UUID	m_free_point_material = Constant<UUID>::Invalid
	Material for free (unconstrained) snap points.
UUID	m_green_line_material = Constant<UUID>::Invalid
	Material for Y-axis (green) guide lines.
Buffer< UUID >	m_guide_line_material
	Materials assigned to each guide line.
Buffer< UUID >	m_guide_line_model
	UUIDs of individual guide line models.
UUID	m_guide_model = Constant<UUID>::Invalid
	UUID of the root guide model in the scene.
Buffer< UUID >	m_guide_plane_material
	Materials assigned to each guide plane.
Buffer< UUID >	m_guide_plane_model
	UUIDs of individual guide plane models.
Buffer< UUID >	m_guide_point_material
	Materials assigned to each guide point.
Buffer< UUID >	m_guide_point_model
	UUIDs of individual guide point models.
bool	m_is_active
	Whether the snap controller is currently active.
bool	m_is_horizontal_locked = false
	Whether horizontal axis locking is currently active.
bool	m_is_using_lock_plane = false
	Whether a lock plane is currently in use for constraining.
bool	m_is_vertical_locked = false
	Whether vertical axis locking is currently active.
Camera *	m_last_camera = nullptr
	The camera used in the last event processing.
Buffer< std::pair< UUID, uint04 > >	m_last_lines
	Recently snapped line geometry (UUID and vertex index pairs).
DesignObjectLookup *	m_last_lookup = nullptr
	The DesignObjectLookup used in the last event processing.
Buffer< std::pair< UUID, uint04 > >	m_last_meshes
	Recently snapped mesh geometry (UUID and face index pairs).
MouseEvent	m_last_mouse_event
	The most recently processed mouse event.
Buffer< std::pair< UUID, uint04 > >	m_last_points
	Recently snapped point geometry (UUID and vertex index pairs).
UUID	m_last_selection_camera = Constant<UUID>::Invalid
	UUID of the camera used in the last selection operation.
Buffer< SnapPoint >	m_last_snap_points
	The most recently computed set of candidate snap points.
Buffer< UUID >	m_line_guide_text
	UUIDs of text labels attached to guide lines.
UUID	m_line_mesh = Constant<UUID>::Invalid
	UUID of the mesh used for guide lines.
Vertex< 3, fltp08 >	m_location
	The current snap location in 3D space.
Vertex< 3, fltp08 >	m_lock_axis
	Per-axis lock values (NaN or invalid means unlocked).
LineSegment< 3, fltp08 >	m_lock_line
	The line segment used for line-lock constraining.
Vertex< 3, fltp08 >	m_lock_location
	The reference location used for lock calculations.
LockMode	m_lock_mode
	The active lock mode controlling snap-lock interaction.
Plane< 3, fltp08 >	m_lock_plane
	The plane used for plane-lock constraining.
UUID	m_locked_line_material = Constant<UUID>::Invalid
	Material for locked/constrained guide lines.
DesignObjectLookup *	m_manager
	The DesignObjectLookup this controller operates on.
UUID	m_mid_point_material = Constant<UUID>::Invalid
	Material for snap points at midpoints.
UUID	m_on_face_point_material = Constant<UUID>::Invalid
	Material for snap points on faces.
SnapPoint	m_original_snap
	The original snap point before lock adjustments.
UUID	m_perpendicular_line_material = Constant<UUID>::Invalid
	Material for perpendicular guide lines.
UUID	m_plane_mesh = Constant<UUID>::Invalid
	UUID of the mesh used for guide planes.
PointsDrawMode	m_point_draw_mode
	The current draw mode for accumulated points.
Buffer< UUID >	m_point_guide_text
	UUIDs of text labels attached to guide points.
UUID	m_point_material = Constant<UUID>::Invalid
	Material for generic snap points.
UUID	m_point_mesh = Constant<UUID>::Invalid
	UUID of the mesh used for guide points.
Buffer< Vertex< 3, fltp08 > >	m_points
	Accumulated 3D snap points from user clicks.
UUID	m_red_line_material = Constant<UUID>::Invalid
	Material for X-axis (red) guide lines.
SelectionMode	m_selection_mode
	The current selection mode used during interaction.
bool	m_show_length_label
	Whether length labels are displayed on guide lines.
bool	m_show_location_label
	Whether coordinate labels are displayed at snap points.
UUID	m_tangent_line_material = Constant<UUID>::Invalid
	Material for tangent guide lines.
std::function< void()>	m_update_callback
	Callback invoked when the snap state is updated.
EditDimensionLockInformation	m_user_edit
	Current user dimension lock edit state.

Additional Inherited Members
Public Types inherited from SnapController
enum	LockMode { e_lock_ignore_snap , e_lock_to_nearest_snap , e_lock_if_no_snap , e_only_allow_snap , e_ignore }
	Controls how axis/plane locking interacts with snapping behavior. More...
enum	PointsDrawMode { e_points , e_triangle , e_lines , e_line_fan , e_polyline }
	Determines how snapped points are drawn or connected visually in the viewport. More...
Public Attributes inherited from SnapController
Resource< SnapPoint >	current_snap_point
	The currently active snap point resource, updated as the mouse moves.

Detailed Description

Allows user to select data in a DesignObjectLookup.

Extends SnapController to provide interactive selection of models, vertices, and regions within a 3D viewport. Supports selection masks, inverted selection, sub-selection modes (single model, rectangle, polygon), and filtering callbacks.

See also: SelectionInfo, DesignSelection, SnapsManager, SelectionEffect

Definition at line 59 of file SelectionController.h.

Constructor & Destructor Documentation

◆ SelectionController()

SelectionController::SelectionController ( DesignObjectLookup * manager )

explicit

Constructs a SelectionController for the given design object lookup.

Parameters

[in] manager The DesignObjectLookup that this controller operates on.

Member Function Documentation

◆ addCurrentAsMask()

uint04 SelectionController::addCurrentAsMask ( )

Converts the current selection into a mask and adds it.

Returns: The index of the newly added mask.

◆ addMask()

uint04 SelectionController::addMask ( const SelectionArea< 3, fltp08 > & mask )

Adds a 3D selection area as a mask.

Parameters

[in] mask The selection area to add as a mask.

Returns: The index of the newly added mask.

◆ clear()

void SelectionController::clear	(	bool	clear_selection,
		bool	clear_masks )

Clears the selection state and/or masks.

Parameters

[in]	clear_selection	True to clear the active selection.
[in]	clear_masks	True to clear all masks.

◆ currentSelection()

UUID SelectionController::currentSelection ( ) const

Returns the UUID of the currently selected object.

Returns: The UUID of the current selection, or an invalid UUID if nothing is selected.

◆ currentSelectionHint()

String SelectionController::currentSelectionHint ( ) const

Returns a hint string describing the current selection state.

Returns: A string describing the current selection for user display.

◆ darkenMaskExclusion()

void SelectionController::darkenMaskExclusion ( bool darken )

Sets whether mask-excluded geometry should be darkened.

Parameters

[in] darken True to darken excluded geometry.

◆ darkensMaskExclusion()

bool SelectionController::darkensMaskExclusion ( ) const

inline

Checks whether mask-excluded geometry is darkened rather than hidden.

Returns: True if exclusion darkening is active.

Definition at line 183 of file SelectionController.h.

References m_darken_mask_exclusion.

◆ defaultHint()

TranslatedString SelectionController::defaultHint ( const TranslatedString & action_hint ) const

Returns a default hint string combining the action hint with selection context.

Parameters

[in] action_hint The action-specific hint text to incorporate.

Returns: A translated hint string for user display.

◆ highlightMask()

void SelectionController::highlightMask ( uint04 mask_index )

Visually highlights a specific mask.

Parameters

[in] mask_index The index of the mask to highlight.

◆ isInvertedSelection()

bool SelectionController::isInvertedSelection ( ) const

Checks whether the selection logic is inverted (selecting outside rather than inside).

Returns: True if the selection is inverted.

◆ masks()

const Buffer< SelectionArea< 3, fltp08 > > & SelectionController::masks ( ) const

Returns a read-only reference to all current selection masks.

Returns: A buffer of 3D selection areas used as masks.

◆ processKeyEvent()

virtual bool SelectionController::processKeyEvent	(	const KeyEvent &	event,
		DesignObjectLookup *	lookup,
		Camera *	camera )

overridevirtual

Processes a keyboard event for selection interaction.

Parameters

[in]	event	The key event to process.
[in]	lookup	The design object lookup for context.
[in]	camera	The active camera.

Returns: True if the event was handled.

Reimplemented from SnapController.

◆ processMouseEvent()

virtual bool SelectionController::processMouseEvent	(	MouseControllerEvent &	event,
		SelectionInfo &	info )

overridevirtual

Processes a mouse event for selection interaction.

Parameters

[in]	event	The mouse controller event to process.
[in]	info	The current selection info context.

Returns: True if the event was handled.

Reimplemented from SnapController.

◆ removeMask()

void SelectionController::removeMask ( uint04 mask_index )

Removes a mask by index.

Parameters

[in] mask_index The index of the mask to remove.

◆ selectionComplete()

bool SelectionController::selectionComplete ( ) const

inline

Checks whether the user has completed the selection.

Returns: True if the selection is complete.

Definition at line 166 of file SelectionController.h.

References m_selection_complete.

◆ setCameraShowEnvironment()

void SelectionController::setCameraShowEnvironment ( bool show_grid )

Sets whether the camera environment (skybox/background scene) is shown.

Parameters

[in] show_grid True to show the environment.

◆ setCameraShowGrid()

void SelectionController::setCameraShowGrid ( bool show_grid )

Sets whether the camera grid is shown.

Parameters

[in] show_grid True to show the grid.

◆ setHideMaskExclusion()

void SelectionController::setHideMaskExclusion ( bool is_hidden )

Sets whether geometry excluded by masks should be hidden entirely.

Parameters

[in] is_hidden True to hide mask-excluded geometry.

◆ setInvertedSelection()

void SelectionController::setInvertedSelection ( bool is_inside )

Sets whether selection is inverted.

Parameters

[in] is_inside True to invert selection (select outside the region).

◆ setIsEditSelection()

void SelectionController::setIsEditSelection ( bool is_edit_selection )

Sets whether this selection controller is operating in edit-selection mode.

Parameters

[in] is_edit_selection True to enable edit-selection mode.

◆ setMaskEnabled()

void SelectionController::setMaskEnabled	(	uint04	index,
		bool	enabled )

Enables or disables a specific mask by index.

Parameters

[in]	index	The index of the mask to modify.
[in]	enabled	True to enable the mask, false to disable it.

◆ setPreGeometryFilter()

void SelectionController::setPreGeometryFilter ( const std::function< bool(const Model &, const Geometry &)> & pre_geometry_filter )

Sets a filter applied before testing a geometry within a model for selection.

The callback should return true if the geometry should be tested for selection, false to skip it.

Parameters

[in] pre_geometry_filter The filter function to apply.

◆ setPreModelFilter()

void SelectionController::setPreModelFilter ( const std::function< bool(const Model &)> & pre_model_filter )

Sets a filter applied before testing a model for selection.

The callback should return true if the model should be tested for selection, false to skip it entirely.

Parameters

[in] pre_model_filter The filter function to apply.

◆ setSelectionFilter()

void SelectionController::setSelectionFilter ( const std::function< bool(const Model &)> & selection_filter )

Sets a filter applied after a selection is made to resolve the appropriate parent.

The callback should return true if the model is selectable, false to reject it.

Parameters

[in] selection_filter The filter function to apply.

◆ setSelectionMaskInfo()

void SelectionController::setSelectionMaskInfo ( const SelectionInfo & info )

protected

Stores the selection mask info from the given SelectionInfo.

Parameters

[in] info The SelectionInfo to copy mask data from.

◆ setSubSelectionMode()

void SelectionController::setSubSelectionMode ( const SubSelectionMode & mode )

Sets the sub-selection mode (single model, vertex rectangle, vertex polygon, etc.).

Parameters

[in] mode The SubSelectionMode to apply.

◆ setThemeCameraBackgroundColor()

void SelectionController::setThemeCameraBackgroundColor ( const RGBColor & color )

Sets the fallback camera background color used when no theme default is available.

Parameters

[in] color The background color to use.

◆ subSelectionMode()

SubSelectionMode SelectionController::subSelectionMode ( ) const

inline

Returns the current sub-selection mode.

Returns: The active SubSelectionMode.

Definition at line 140 of file SelectionController.h.

References m_sub_selection_mode.

◆ updateSelectionInfo()

void SelectionController::updateSelectionInfo ( SelectionInfo & info )

Updates the provided SelectionInfo with the current selection state.

Parameters

[in] info The SelectionInfo to update.

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

Design/Headers/SelectionController.h

Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ SelectionController()

Member Function Documentation

◆ addCurrentAsMask()

◆ addMask()

◆ clear()

◆ currentSelection()

◆ currentSelectionHint()

◆ darkenMaskExclusion()

◆ darkensMaskExclusion()

◆ defaultHint()

◆ highlightMask()

◆ isInvertedSelection()

◆ masks()

◆ processKeyEvent()

◆ processMouseEvent()

◆ removeMask()

◆ selectionComplete()

◆ setCameraShowEnvironment()

◆ setCameraShowGrid()

◆ setHideMaskExclusion()

◆ setInvertedSelection()

◆ setIsEditSelection()

◆ setMaskEnabled()

◆ setPreGeometryFilter()

◆ setPreModelFilter()

◆ setSelectionFilter()

◆ setSelectionMaskInfo()

◆ setSubSelectionMode()

◆ setThemeCameraBackgroundColor()

◆ subSelectionMode()

◆ updateSelectionInfo()