The Sprite that you draw into when rendering in a MovieScene3D. While Scene3D uses a single Sprite container for all the objects, MovieScene3D renders each object in its own unique Sprite. You can use the container like any other Sprite. For example, you can add events to it, apply filters or change the blend mode.

An object that contains user defined properties.

All properties of the extra field are copied into the new instance. The properties specified with extra are publicly available.

[internal-use]

The GeometryObject3D object that contains the 3D definition of this instance.

When different objects share the same geometry, they become instances. They are the same object, displayed multiple times. Changing the shape of this object changes the shape of all of its instances.

Instancing an object saves system memory, and is useful to display an object multiple times while maintaining its shape.

For example, you could create armies and forests full of duplicate objects without needing the memory to handle that much actual geometry. Each instance has its own transform node so it can have its own position, rotation, and scaling.

[read-only] Unique id of this instance.

The default material for the object instance. Materials collect data about how objects appear when rendered.

The list of materials for this instance.

An optional object name.

[read-only] Indicates the DisplayObjectContainer3D object that contains this display object.

[internal-use]

Specifies the rotation around the X axis from its original orientation.

Specifies the rotation around the Y axis from its original orientation.

Specifies the rotation around the Z axis from its original orientation.

Sets the 3D scale as applied from the registration point of the object.

Sets the scale along the local X axis as applied from the registration point of the object.

Sets the scale along the local Y axis as applied from the registration point of the object.

Sets the scale along the local Z axis as applied from the registration point of the object.

The scene where the object belongs.

[internal-use] The depth (z coordinate) of the transformed object's center. Also known as the distance from the camera. Used internally for z-sorting.

A Matrix3D object containing values that affect the scaling, rotation, and translation of the display object.

[internal-use]

[internal-use] A camera transformed Matrix3D object.

Whether or not the display object is visible.

A Boolean value that indicates whether the object is projected, transformed and rendered. A value of false will effectively ignore the object. The default value is true.

An Number that sets the X coordinate of a object relative to the scene coordinate system.

An Number that sets the Y coordinate of a object relative to the scene coordinates.

An Number that sets the Z coordinate of a object relative to the scene coordinates.

Returns an empty DiplayObject3D object positioned in the center of the 3D coordinate system (0, 0 ,0).

Creates a new DisplayObject3D instance. After creating the instance, call the addChild() method of a DisplayObjectContainer3D.

Adds a geometry definition to the instance. A geometry describes the visual shape and appearance of an object in a scene.

Copies the position information (x, y and z coordinates) from another object or Matrix3D.

Copies the transformation information (position, rotation and scale) from another object or Matrix3D.

Gets the distance to the position of the given object.

Returns the material that exists with the specified name in the materials list.

Evaluates the display object to see if it overlaps or intersects with the obj display object.

Evaluates the display object to see if it overlaps or intersects with the point specified by the x, y and z parameters.

The x, y and z parameters specify a point in the coordinate space of the instance parent object, not the scene (unless that parent object is the scene).

Make the object look at a specific position.

Returns a string value with the list of material names of the materials list.

Translate the display object in the opposite direction it is facing, i.e. it's negative Z axis.

Translate the display object downwards, with respect to the direction it is facing, i.e. it's negative Y axis.

Translate the display object in the direction it is facing, i.e. it's positive Z axis.

Translate the display object lateraly, to the left of the direction it is facing, i.e. it's negative X axis.

Translate the display object lateraly, to the right of the direction it is facing, i.e. it's positive X axis.

Translate the display object upwards, with respect to the direction it is facing, i.e. it's positive Y axis.

Rotate the display object around its lateral or transverse axis —an axis running from the pilot's left to right in piloted aircraft, and parallel to the wings of a winged aircraft; thus the nose pitches up and the tail down, or vice-versa.

[internal-use] Projects three dimensional coordinates onto a two dimensional plane to simulate the relationship of the camera to subject.

This is the first step in the process of representing three dimensional shapes two dimensionally.

[internal-use] Render the projected object.

Rotate the display object around the longitudinal axis —an axis drawn through the body of the vehicle from tail to nose in the normal direction of flight, or the direction the object is facing.

Returns a string value representing the three-dimensional position values of the display object instance.

Move the object along a given direction.

[internal-use] Updates the transform Matrix3D with the current rotation and scale values.

Rotate the display object around about the vertical axis —an axis drawn from top to bottom.