instantreality 1.0

• Node 12
• SceneBaseNode 17
• BoundedNode 18
• VolumeNode 3
• SegmentedVolumeData

XML encoding

<SegmentedVolumeData swapped='FALSE'
sliceThickness='1 1 1'
bboxCenter='0 0 0'
showBBox='FALSE'
render='TRUE'
bboxSize='-1 -1 -1'
logFeature=''
dimensions='1 1 1'
segmentEnabled=''
 />

Classic encoding

SegmentedVolumeData {
	swapped FALSE
	sliceThickness 1 1 1
	bboxCenter 0 0 0
	showBBox FALSE
	render TRUE
	bboxSize -1 -1 -1
	logFeature [""]
	dimensions 1 1 1
	segmentEnabled []
}

Filter: X3D only | Avalon only | All

id	Name	DataType	PartType	Default	ValueType	Description
	bboxCenter	SFVec3f	initializeOnly	0 0 0		Bounding box center: position offset from origin of local coordinate system.
	bboxSize	SFVec3f	initializeOnly	-1 -1 -1		Bounding box size: automatically calculated, can be specified as an optimization or constraint.
	dimensions	SFVec3f	inputOutput	1 1 1	[0, inf)	The dimensions field specifies the dimensions of this geometry in the local coordinate space using standard X3D units. It is assumed the volume is centered around the local origin. If the bounding box size is set, it will typically be the same size as the dimensions. If value is (-1,-1,-1) then the internally calculated size will be used.
	logFeature	MFString	inputOutput		state, child, parent, route, eventIn, eventOut	controls the logging of changes, state: log state changes (e.g. live), child: log child add/remove, parent: log parent add/remove, route: log route add/remove; eventIn: log receiving of events, eventOut: log sending of events: guiView, runtime system should create node-view, guiEdit: runtime system should create node-editeverything: log everything
	metadata	SFNode	inputOutput		MetadataObject	container for payload metadata inside MetadataSet element
	render	SFBool	inputOutput	TRUE		Flag to control the visibility of the node or subtree
	renderSettings	MFNode	inputOutput		[VolumeRenderSettings]	The renderSettings field allows the user to specify specific rendering options to be used on this volumetric object. If the value is not specified by the user, the implementation uses default settings for ray generation, acceleration and normals.
	renderStyle	MFNode	inputOutput		[VolumeRenderStyle]	The renderStyle field optionally describes a particular rendering style to be used. If this field has a non-zero number of values, then the defined rendering style is to be applied to the object. If the object is segmented, then the index of the segment shall look up the rendering style at the given index in this array of values and apply that style to data described by that segment ID.
	segmentEnabled	MFBool	inputOutput			The segmentEnabled field allows for controlling whether a segment should be rendered or not. The indices of this array corresponds to the segment ID. A value at index i of FALSE marks any data with the corresponding segment ID to be not rendered. If a segment ID is used that is greater than the length of the array, the value is assumed to be TRUE.
	segmentIdentifiers	SFNode	inputOutput	NULL	[Texture]	For each voxel there is a corresponding segment identifier supplied in the segmentIdentifiers field, which contains a single component texture. If the segmentIdentifiers texture is not identical in size to the main voxels, it shall be ignored. If it contains more than one colour component, only the red component of the colour shall be used to define the identifier.
	showBBox	SFBool	inputOutput	FALSE		Show Bounding Box of Subtree.
	sliceThickness	SFVec3f	inputOutput	1 1 1	[0, inf)	The sliceThickness field specifies the slice thickness (if given).
	swapped	SFBool	inputOutput	FALSE		especially 16 bit volumes are sometimes swapped
	voxels	MFNode	inputOutput		[Texture]	The voxels field provides the raw voxel information to be used by the specific rendering styles. The value is any Texture3D type and may have any number of colour components defined. The specific interpretation for the values at each voxel shall be defined by the value of the renderStyle field. If more than one node is defined for this field then each node after the first shall be treated as a mipmap level of monotonically decreasing size. Each level should be half the dimensions of the previous level.