Kanzi  3.9.7
Java API
Node3DMetadata Interface Reference

Metadata definitions for Node3D. More...

Inheritance diagram for Node3DMetadata:
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Public Attributes

DynamicPropertyType< Matrix4x4FinalTransformationProperty
 The combined location, orientation and scale of the node and its ancestor nodes. More...
 
DynamicPropertyType< Float > FrustumCullMarginProperty
 The margin of the frustum cull radius of the node. More...
 
DynamicPropertyType< SRTValue3DLayoutTransformationProperty
 The location, orientation and scale of the node relative to its parent node. More...
 
AbstractMetaclass metaclass = new AbstractMetaclass("Kanzi.Node3D")
 Metaclass for Node3D.
 
DynamicPropertyType< SRTValue3DRenderTransformationProperty
 The location, orientation, and scale of the node relative to its parent node. More...
 
- Public Attributes inherited from NodeMetadata
DynamicPropertyType< Float > ActualDepthProperty
 The calculated size of the node in depth direction when used in a layout. More...
 
DynamicPropertyType< Float > ActualHeightProperty
 The calculated height of the node when used in a layout. More...
 
DynamicPropertyType< Float > ActualWidthProperty
 The calculated width of the node when used in a layout. More...
 
DynamicPropertyType< Boolean > ClipChildrenProperty
 Sets whether to clip the child nodes of this node. More...
 
DynamicPropertyType< NodeEnums.ContentStretchContentStretchProperty
 Sets how the content that belongs to this node is stretched (as opposed to manipulating the actual node size). More...
 
DynamicPropertyType< Boolean > CreatedFromKZBProperty
 Kanzi internally uses this property to distinguish objects like bindings and triggers created in code from objects that are loaded from a kzb file. More...
 
DynamicPropertyType< NodeEnums.DepthAlignmentDepthAlignmentProperty
 The alignment in depth direction the node should use when it resides under a layout. More...
 
DynamicPropertyType< Vector2DepthMarginProperty
 Sets the depth distance between this node and other nodes that are adjacent to this node in a layout. More...
 
DynamicPropertyType< Float > DepthProperty = new DynamicPropertyType<>("Node.Depth", Float.class)
 The size of the node in depth direction when used in a layout. More...
 
DynamicPropertyType< Boolean > EffectivelyEnabledProperty
 Indicates whether this node and its ancestor nodes are enabled. More...
 
DynamicPropertyType< Boolean > EnabledProperty
 Whether this node is enabled. More...
 
DynamicPropertyType< Boolean > FocusableProperty
 Indicates whether the node can receive focus. More...
 
DynamicPropertyType< Boolean > FocusedProperty
 Indicates whether the node has the key focus. More...
 
DynamicPropertyType< FocusStateFocusStateProperty
 Reports the focus state of a node: More...
 
DynamicPropertyType< ResourceFontFamilyProperty
 The font family used to render the text. More...
 
DynamicPropertyType< Float > HeightProperty
 The height of the node when used in a layout. More...
 
DynamicPropertyType< Boolean > HitTestableContainerProperty
 When enabled, Kanzi uses the layout bounds as geometry for hit testing. More...
 
DynamicPropertyType< Boolean > HitTestableProperty
 When enabled, the node can be hit tested. More...
 
DynamicPropertyType< NodeEnums.HorizontalAlignmentHorizontalAlignmentProperty
 The alignment in horizontal direction the node should use when it resides under a layout. More...
 
DynamicPropertyType< Vector2HorizontalMarginProperty
 Sets the horizontal space between this node and other nodes that are adjacent to this node in a layout. More...
 
DynamicPropertyType< Boolean > HoverProperty
 Indicates whether a node is the foremost hit testable node under the cursor. More...
 
DynamicPropertyType< String > LocaleProperty
 The locale of the node. More...
 
AbstractMetaclass metaclass = new AbstractMetaclass("Kanzi.Node")
 Metaclass for Node.
 
DynamicPropertyType< String > NameProperty = new DynamicPropertyType<>("Node.Name", String.class)
 Node name.
 
DynamicPropertyType< Float > OpacityProperty
 Opacity of the node. More...
 
DynamicPropertyType< String > PathProperty = new DynamicPropertyType<>("Node.Path", String.class)
 Full path to the node.
 
DynamicPropertyType< Float > Projection2DTo3DScaleProperty
 Sets the scale factor to project pixels to 3D size. More...
 
DynamicPropertyType< ResourceStateManagerProperty
 Sets the State Manager to the node. More...
 
DynamicPropertyType< ResourceStyleProperty
 Sets a style to the node. More...
 
DynamicPropertyType< NodeEnums.VerticalAlignmentVerticalAlignmentProperty
 The alignment in vertical direction the node should use when it resides under a layout. More...
 
DynamicPropertyType< Vector2VerticalMarginProperty
 Sets the vertical space between this node and other nodes that are adjacent to this node in a layout. More...
 
DynamicPropertyType< Float > VisibleAmountInParentProperty
 Sets the amount the node is inside its parent. More...
 
DynamicPropertyType< Boolean > VisibleProperty
 When disabled, Kanzi does not render the node. More...
 
DynamicPropertyType< Float > WidthProperty = new DynamicPropertyType<>("Node.Width", Float.class)
 The width of the node when used in a layout. More...
 

Detailed Description

Metadata definitions for Node3D.

Member Data Documentation

DynamicPropertyType<Matrix4x4> FinalTransformationProperty
Initial value:
=
new DynamicPropertyType<>("Node3D.FinalTransformation", Matrix4x4.class)

The combined location, orientation and scale of the node and its ancestor nodes.

Automatically calculated by the system.

DynamicPropertyType<Float> FrustumCullMarginProperty
Initial value:
=
new DynamicPropertyType<>("FrustumCullMargin", Float.class)

The margin of the frustum cull radius of the node.

For example, set the margin when a vertex shader modifies the geometry of the node. To use this property, enable the Frustum Culling property in the Draw Objects Render Pass you use to render the node.

DynamicPropertyType<SRTValue3D> LayoutTransformationProperty
Initial value:
=
new DynamicPropertyType<>("Node3D.LayoutTransformation", SRTValue3D.class)

The location, orientation and scale of the node relative to its parent node.

Layout Transformation affects the layout. If you do not want to affect the layout, use Render Transformation.

DynamicPropertyType<SRTValue3D> RenderTransformationProperty
Initial value:
=
new DynamicPropertyType<>("Node3D.RenderTransformation", SRTValue3D.class)

The location, orientation, and scale of the node relative to its parent node.

Render transformation does not affect the layout of the node.