Sets whether to clip the child nodes of this node. Kanzi clips the child nodes whose bounding box is completely outside of the bounding box of their parent node.
Use this property with layout nodes. The child nodes can use only translation transformation.
Sets the acceleration of the node controlled by a Scroll View node while you drag that Scroll View node. Use low values when you want that node to slowly reach the final position. Use high values when you want that node to quickly reach the final position.
Sets the amount that drag affects the movement of the node controlled by a Scroll View node while you drag that Scroll View node. The lower the value the higher the drag and the faster the sliding of that node stops.
Indicates whether this node and its ancestor nodes are enabled.
Use this property in state managers and bindings to observe whether a node is effectively enabled.
To enable or disable a node, use the Enabled property.
When a node is effectively disabled:
Whether this node is enabled.
When you disable this property in a node, that node and its descendant nodes in the same overlay focus scope are effectively disabled.
Effectively disabling a node removes that node from the focus chain and cancels all the active input manipulators.Use the Effectively Enabled property to observe whether a node is effectively enabled.
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.
When enabled, the node can be hit tested.
Enabling Hit Testable for a 2D node enables hit testing only for that node.
Enabling Hit Testable for a 3D node enables hit testing also for the child nodes. Kanzi hit tests 3D nodes using the default Camera node or the Hit Test Camera node of the active Scene node.
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.
Sets the node controlled by a Scroll View node to start scrolling from the beginning when the scroll reaches the scroll bounds on the x axis. When the scroll value reaches the maximum value of the bound, the value changes to the minimum value and the other way around. Use the Scroll Bounds Minimum and Scroll Bounds Maximum properties to set the scroll bounds.
Sets the node controlled by a Scroll View node to start scrolling from the beginning when the scroll reaches the scroll bounds on the y axis. When the scroll value reaches the maximum value of the bound, the value changes to the minimum value and the other way around. Use the Scroll Bounds Minimum and Scroll Bounds Maximum properties to set the scroll bounds.
Sets the required number of touch points pressed for a Scroll View node pan to start. Scroll View nodes with minimum number of touches greater than one precede the children in touch processing.
Whether the scroll position of the x axis increases in relation to the direction of the pan gesture. This reverses the direction of scrolling. By default, the scroll position decreases in relation to the pan direction.
Whether the scroll position of the y axis increases in relation to the direction of the pan gesture. This reverses the direction of scrolling. By default, the scroll position decreases in relation to the pan direction.
Sets the scroll position of the Scroll View along the x and y axes as a relative position within the scroll view area.
Use this property to set the scroll position immediately, without scrolling.
To update the scroll position with a binding, use a two-way or to-source binding.
Sets the amount the position changes relative to the movement of the pointer that starts the swiping. The higher the value the more the position of the node controlled by a Scroll View node changes. The default value is 1.
Sets the acceleration of the node controlled by a Scroll View node after you release the pointer with which you swipe. Use low values when you want that node to slowly reach the final position. Use high values when you want that node to quickly reach the final position.
Sets the amount that drag affects the movement of the node controlled by a Scroll View node after you release the pointer with which you swipe. The lower the value the higher the drag and the faster the sliding of the object controlled by the Scroll View node stops.
Use the Scroll View 3D node to create an input plane to enable user input from gestures.
For example, you can use the scroll message with its parameters generated by a Scroll View
node to move a map plane or rotate a mesh.
ScrollViewConcept is the base class that provides the functionality for the ScrollView2D and ScrollView3D classes.
Both of these Scroll View types inherit the ScrollViewConceptImpl, a specialization of the base class: