Search Results: x666🪛🪛🪛🪛🪛tool box girl

dxChart StockSeries selectionStyle

Reference
Configures the appearance adopted by the series when a user selects it.

NOTE Though not provided out of the box, the selection capability can be implemented using the UI component API. Refer to the onPointClick property description for details. Declared in commonSeriesSettings, selectionStyle applies to all series in the chart. Declared in a series configuration object, selectionStyle applies to this particular series only. The series-specific selectionStyle

dxDataGrid headerFilter

Reference
Configures the header filter feature.

that contains values for filtering. search Configures the header filter's search box. jQuery JavaScript $(function(){ $("#dataGrid").dxDataGrid({ // ... headerFilter

dxRangeSelector chart series selectionStyle

Reference
Configures the appearance adopted by the series when a user selects it.

NOTE Though not provided out of the box, the selection capability can be implemented using the UI component API. Refer to the onPointClick property description for details. Declared in commonSeriesSettings, selectionStyle applies to all series in the chart. Declared in a series configuration object, selectionStyle applies to this particular series only. The series-specific selectionStyle

dxTreeList headerFilter

Reference
Configures the header filter feature.

that contains values for filtering. search Configures the header filter's search box. jQuery JavaScript $(function(){ $("#treeList").dxTreeList({ // ... headerFilter

dxTreeMap

Reference
The TreeMap is a UI component that displays hierarchical data by using nested rectangles.

In the TreeMap UI component, hierarchical data is represented by a set of nested rectangles whose sizes are proportional to the visualized values. TreeMap operates with plain and hierarchical data sources. Also, it can visualize a hierarchy reconstructed from a flat data source. TreeMap provides three layout algorithms out-of-the-box along with the capability to implement your own algorithm