Represents an annotation in the 3D space

Represents a list of AnnotationCanvas

Represent a 3D axis

Represent a 3D Box

Custom camera view settings.

Represents a collection of CameraInfo.

CollectionEditor for a collection of favorite views.

Description of a camera shot (camera view, duration, track-in time, acceleration etc.) to be used in list of shots in Camera Patrol mode.

List of camera shots for Camera Patrol mode.

Represents a 3D Cone

Defines a cuboid, that is, a 3D volume with retangular sizes. The volume is defined by three pairs of minimum and maximum values. Each pair defiens the value range for the X, Y and Z coordinate axes. The minimum value for an axle must always be smaller than or equal the maximum value for that same axle.

Represents a 3D Cylinder

Represents a 3D Donut

Represents the a 3D container control

Represents a line extending in the 3D space.

Provides common mathematical operations

Matrix3DStack is a stack of Matrix3Ds.

Provides common mesh operations

Defines the common features for a 3D navigation control.

This class is responsible for switching among 3D navigation controls.

Contains all the 3D movement sensitivity parameters for the Nui interface. These sensititvity parameters apply to all 3D navigation modes. However, only the Fly3D and Walk3d modes use the forward movement sensitivity parameter.

Contains all the 3D zooming sensitivity parameters for the Nui interface. These sensititvity parameters apply only to the Orbit3D navigation mode.

Spatial subdivision structure for maintaining objects in 3D space with the possibility to dynamically add/remove them and to find objects at particular positions.

Encapsulatation of objects maintained in an octree.

Internal representation of an octree node.

Provides periodic update events for a certain type of aperiodical event. It basically converts aperiodic event handlers in to periodic ones. To use this class, the following stepes must be taken:

1. An instance of the class must be created;
2. An event handler for DataUpdate must be registered;
3. UpdateEventArguments should be asynchronously called whenever new data for the event is obtained. The more frequently this method is called, the more up-to-date the data contined in the periodic mouse events triggered by this class will be. If it is never called the events are never triggered. TI it is called only once, the data sent by this class events are going to always be the same, outdated initial data, and potentially useless.
4. The methods StartReceivingPeriodicDataUpdates and StopReceivingPeriodicDataUpdates should be called to start receiving periodic events.
5. The previously registered event handler for DataUpdate must be unregistered if you woudl not like to receive periodic data update any longer.

Allows a continuous triggering of keyboard key press event position events at a pre-defined rate, even if keyboard key state does not change. In order to use this class, simply instantiate it by passing a parent UI element from where the keyboard key are to be captured and add a callback method to KeyboardKeyUdpate (using the KeyboardKeyUpdateEventHandler delegate) that will process the keyboard key updates.

Allows a continuous triggering of mouse event position events at a pre-defined rate, even if mouse position does not change. In order to use this class, simply instantiate it by passing a parent UI element from where the mouse positions are to be captured and add a callback method to MousePositionUdpate (using the MousePositionUpdateEventHandler delegate) that will process the mouse position updates.

The 3D pipe class

Represents a 3D Plane

A culture invariant Point3DConverter

Represents a 3D Polygon

Represents the base class for all 3D primitives

Equivalent for Model3DGroup element when converting a part of visual tree to/from its progressive form.

Equivalent for GeometryModel3D element when converting a part of visual tree to/from its progressive form.

Parameters for ReducibleModel..::..PreprocessStatusCallback event.

Helper class with definition of properties used in all progressive elements.

Equivalent for ModelVisual3D element when converting a part of visual tree to/from its progressive form.

Defines three angular ranges for rotation around the X (pitch), Y (yaw) and Z (roll) axes. It can be used to restrict the amound of rotation allowed for a certain object.

ScreenSpaceLines3D are a 3D line primitive whose thickness is constant in 2D space post projection. This means that the lines do not become foreshortened as they receed from the camera as other 3D primitives do under a typical perspective projection. Example Usage: <tools:ScreenSpaceLines3D Points="0,0,0 0,1,0 0,1,0 1,1,0 1,1,0 0,0,1" Thickness="5" Color="Red"> "Screen space" is a bit of a misnomer as the line thickness is specified in the 2D coordinate system of the container Viewport3D, not the screen.

This class provides a universal 3D grid that stores location-based values and provides methods for querying values based on a point in space.

Provides a connection between a general value object and its spatial location.

Represents a 3D Sphere

Represents a 3D terrain.

Defines a region in a space with three dimensions. The region is defined by three pairs of minimum and maximum values. Each pair defines the value range for the X, Y and Z space dimensions. The minimum value for an axle must always be smaller than or equal the maximum value for that same axle.

3D visual object representing a tickline plot used for graphs

A culture invariant Vector3DConverter

Struct representing a segment defined by two points.

Delegate for storing the callback methods for when a data update is to be issued by this class.

Delegate for storing the callback methods for when a key press is to be issued by this class.

Delegate for storing the callback methods for when a mouse update is to be issued by this class.

Delegate of a function to process notifications about changing progress of ReducibleModel preprocessing.

Represents the horizontal alignment for the AnnotationCanvas compared to the Position

Represents the vertical alignment for the AnnotationCanvas compared to the Position

An enumeration of the available 3D Axes

Determines the direction of the different parts of the axis.

Represents the Axis style

Type of camera movement while entering a shot.

Determines the type of look at orientation during the camera movement.

Specifies which rendering engine to use for 3D.

Possible types of 3D input devices to be used with navigation controls.

Type of texture mapping that may be applied as a property of 3D primitives.

Direction of the texture mapping to be applied to a 3D primitive.

Defines all possible navigation modes for 3D scenes.

Specify the tile mode to use for UV mapping