	Name	Description
	AspectRatio	Gets or sets the Aspect Ratio of the viewport, e.g. 1.333f suggests width is 1.333 * height
	CameraId	Gets or sets the Name or ID of the camera. Does not need to be unique, but can be used by the user to identify a camera
	DebounceDuration	Defines the interface to a Camera in the SciChart3DSurface scene You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the SciChart3DSurface.Camera property and there are several implementations for MVVM or XAML based construction
	FarClip	Gets or sets the Far Clipping distance of the camera. Objects farther than this distance will be invisible to the camera
	FieldOfView	Gets or sets the Field of View Angle of the Camera in Degrees
	Forward	Calculated Property: Gets the Normalized Forward (direction) Vector of the Camera as an XYZ Vector3 in World Coordinates
	HasChanges	Defines the interface to a Camera in the SciChart3DSurface scene You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the SciChart3DSurface.Camera property and there are several implementations for MVVM or XAML based construction
	IsAttached	INTERNAL USE ONLY: Gets or sets whether this camera is attached to the viewport
	IsSuspended	Gets a value indicating whether updates for the target are currently suspended
	NearClip	Gets or sets the Near Clipping distance of the camera. Objects closer than this distance will be invisible to the camera
	OrbitalPitch	Gets or sets the Pitch angle of the camera position relative to the target in DEGREES. This property may be manipulated to change the camera position
	OrbitalYaw	Gets or sets the Yaw angle of the camera position relative to the target in DEGREES. This property may be manipulated to change the camera position
	OrthoHeight	Gets or sets the Camera Orthogonal Viewport height, used when ProjectionMode is Orthogonal
	OrthoWidth	Gets or sets the Camera Orthogonal Viewport width, used when ProjectionMode is Orthogonal
	ParentViewport3D	Gets or sets the parent IViewport3D where this camera is attached
	Position	Gets or sets the Position of the Camera as an XYZ Vector3 in World Coordinates
	ProjectionMode	Gets or sets the Camera projection mode, e.g. perspective or orthogonal
	Radius	Calculated Property: Gets or sets the Radius distance of the camera to target in World Units. This property may be manipulated to change the camera position
	Side	Calculated Property: Gets the Normalized Side Vector of the Camera as an XYZ Vector3 in World Coordinates
	Target	Gets or sets the Target of the Camera as an XYZ Vector3 in World Coordinates
	Up	Calculated Property: Gets the Normalized Up Vector of the Camera as an XYZ Vector3 in World Coordinates
	UpGlobal	Calculated Property: Gets the Normalized Global Up Vector equal to Vector3(0,1,0) in LH Coordinate system
	ZoomToFitOnAttach	When true, the Camera is zoomed to fit the parent SciChart3DSurface scene bounds on attached

	Name	Description
	AttachCameraToViewport	Defines the interface to a Camera in the SciChart3DSurface scene You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the SciChart3DSurface.Camera property and there are several implementations for MVVM or XAML based construction
	CalculateRadiusToFit	Calculates a Camera target and radius that will fit the bounding box completely inside the viewport. Uses a simple bounding-sphere algorithm
	DecrementSuspend	Called by IUpdateSuspender each time a target suspender is disposed. When the final target suspender has been disposed, ResumeUpdates is called
	DetachCamera	Defines the interface to a Camera in the SciChart3DSurface scene You can set Position, Target as Vectors in world coordinates, Field of View, Aspect ratio etc... A camera can be switched from prespective to orthogonal, or rotated around it's target. Cameras may be attached to the SciChart3DSurface.Camera property and there are several implementations for MVVM or XAML based construction
	LocalCoordinateToScreenSpace	Converts the Vector3 in world space to a 2D screen coordinate, using the current View and Projection matrices
	ResetToDefaults	Resets the camera to default position, target and orientation
	ResumeUpdates	Resumes updates on the target, intended to be called by IUpdateSuspender
	ScreenToWorldSpace	Converts a point in Screen space to a Vector3 in world space, given the specified distance from the screen
	SuspendUpdates	Suspends drawing updates on the target until the returned object is disposed, when a final draw call will be issued
	ToOrthogonal	Switches the camera to Orthogonal mode
	ToPerspective	Switches the camera to Perspective mode
	WorldToScreenSpace	Converts the Vector3 in world space to a 2D screen coordinate, using the current View and Projection matrices

	Name	Description
	OnCameraUpdated	Raises the CameraUpdated event
	OnPropertyChanged	Overloaded. Raises the System.ComponentModel.INotifyPropertyChanged.PropertyChanged event (Inherited from SciChart.Data.Model.BindableObject)
	Update	Updates the internal camera used by the 3D scene

	Name	Description
	DebugFinalizer<T>	Notifies that finalizer has been invoked
	ToDoubleArray	Overloaded. Converts an System.IComparable array to double array
	ToEnumerable<T>	Yields a single item, converting it to System.Collections.IEnumerable.
	ToStringArray2D<T>

	Name	Description
	CameraUpdated	Event raised whenever the Camera properties are updated and the parent requires a redraw
	PropertyChanged	Occurs when a property value changes. (Inherited from SciChart.Data.Model.BindableObject)

Reference