# AUTO GENERATED FILE - DO NOT EDIT import typing # noqa: F401 from typing_extensions import TypedDict, NotRequired, Literal # noqa: F401 from dash.development.base_component import Component, _explicitize_args ComponentType = typing.Union[ str, int, float, Component, None, typing.Sequence[typing.Union[str, int, float, Component, None]], ] NumberType = typing.Union[ typing.SupportsFloat, typing.SupportsInt, typing.SupportsComplex ] class AntdRadialTree(Component): """An AntdRadialTree component. 辐射树图组件AntdRadialTree Keyword arguments: - id (string; optional): 组件唯一id. - key (string; optional): 对当前组件的`key`值进行更新，可实现强制重绘当前组件的效果. - className (string; optional): 当前组件css类名. - data (dict; required): 必填，定义绘图所需数据. - width (number; optional): 图表容器像素宽度. - height (number; optional): 图表容器像素高度. - autoFit (boolean; default True): 图表是否自适应所在父容器宽高，当`autoFit=True`时，`width`和`height`参数将失效 默认值：`True`. - nodeCfg (dict; optional): 配置节点相关参数，具体见在线文档相关说明. `nodeCfg` is a dict with keys: - type (a value equal to: 'icon-node', 'card', 'circle', 'rect', 'ellipse', 'diamond', 'triangle', 'star', 'image', 'modelRect', 'donut'; optional): 节点类型，可选项有`'icon-node'`、`'card'`、`'circle'`、`'rect'`、`'ellipse'`、`'diamond'`、`'triangle'`、`'star'`、`'image'`、`'modelRect'`、`'donut'`. - size (list of numbers; optional): 节点像素尺寸范围 默认值：`[100, 44]`. - style (dict; optional): 节点样式. `style` is a dict with keys: - func (string; optional): js函数体字符串. - label (dict; optional): 节点文本样式. `label` is a dict with keys: - style (dict; optional) `style` is a dict with keys: - func (string; optional): js函数体字符串. - nodeStateStyles (dict with strings as keys and values of type ; optional): 配置节点不同状态下的样式，可用的状态有`'hover'`. - edgeCfg (dict; optional): 配置边相关参数，具体见在线文档相关说明. `edgeCfg` is a dict with keys: - style (dict; optional): 边样式. `style` is a dict with keys: - func (string; optional): js函数体字符串. - type (a value equal to: 'line', 'polyline', 'arc', 'quadratic', 'cubic', 'cubic-vertical', 'cubic-horizontal', 'loop'; optional): 边类型，可选项有`'line'`、`'polyline'`、`'arc'`、`'quadratic'`、`'cubic'`、`'cubic-vertical'`、`'cubic-horizontal'`、`'loop'` 默认值：`'cubic-horizontal'`. - label (dict; optional): 边文本样式. `label` is a dict with keys: - style (dict; optional) `style` is a dict with keys: - func (string; optional): js函数体字符串. - startArrow (dict; optional): 配置边开始箭头. `startArrow` is a dict with keys: - type (a value equal to: 'vee', 'triangle'; optional): 箭头类型，可选项有`'vee'`、`'triangle'`. - size (number; optional): 箭头像素尺寸. - d (number; optional): 像素偏移量. - path (string; optional): 绘制路径. - stroke (string; optional): 轮廓色. - fill (string; optional): 填充色. - endArrow (dict; optional): 配置边结束箭头. `endArrow` is a dict with keys: - type (a value equal to: 'vee', 'triangle'; optional): 箭头类型，可选项有`'vee'`、`'triangle'`. - size (number; optional): 箭头像素尺寸. - d (number; optional): 像素偏移量. - path (string; optional): 绘制路径. - stroke (string; optional): 轮廓色. - fill (string; optional): 填充色. - edgeStateStyles (dict with strings as keys and values of type ; optional): 配置边不同状态下的样式，可用的状态有`'hover'`. - behaviors (list of a value equal to: 'drag-canvas', 'scroll-canvas', 'zoom-canvas', 'drag-node', 'click-select's; default ['drag-canvas', 'zoom-canvas']): 配置要启用的交互模式，支持多选，可选项有`'drag-canvas'`、`'scroll-canvas'`、`'zoom-canvas'`、`'drag-node'`、`'click-select'` 默认值：`['drag-canvas', 'zoom-canvas']`. - animate (boolean; default False): 是否启用动画效果 默认值：`True`. - minimapCfg (dict; optional): 配置迷你图相关参数，具体见在线文档. `minimapCfg` is a dict with keys: - show (boolean; optional): 是否展示迷你图 默认值：`False`. - viewportClassName (string; optional): 迷你图css类名. - type (a value equal to: 'default', 'keyShape', 'delegate'; optional): 迷你图类型，可选项有`'default'`、`'keyShape'`、`'delegate'`. - size (list of numbers; optional): 配置迷你图像素尺寸，格式如`[宽度, 高度]`. - padding (number; optional): 内填充像素尺寸. - layout (dict; optional): 配置布局相关参数，具体见在线文档. `layout` is a dict with keys: - direction (a value equal to: 'TB', 'BT', 'LR', 'RL'; optional): 布局方式，可选项有`'TB'`、`'BT'`、`'LR'`、`'RL'`. - nodesep (number; optional): 节点垂直方向像素间隔大小. - ranksep (number; optional): 节点水平方向像素间隔大小. - recentlyNodeClickRecord (dict; optional): 事件监听属性，用于监听最近一次节点点击事件. `recentlyNodeClickRecord` is a dict with keys: - timestamp (number; optional): 事件时间戳. - data (dict; optional): 涉及数据信息. - recentlyNodeDoubleClickRecord (dict; optional): 事件监听属性，用于监听最近一次节点双击事件. `recentlyNodeDoubleClickRecord` is a dict with keys: - timestamp (number; optional): 事件时间戳. - data (dict; optional): 涉及数据信息. - recentlyEdgeClickRecord (dict; optional): 事件监听属性，用于监听最近一次边点击事件. `recentlyEdgeClickRecord` is a dict with keys: - timestamp (number; optional): 事件时间戳. - data (dict; optional): 涉及数据信息. - recentlyEdgeDoubleClickRecord (dict; optional): 事件监听属性，用于监听最近一次边双击事件. `recentlyEdgeDoubleClickRecord` is a dict with keys: - timestamp (number; optional): 事件时间戳. - data (dict; optional): 涉及数据信息. - selectedNodes (dict; optional): 事件监听属性，用于监听最近一次节点选中事件，需要在``behaviors``中开启``click-select``. `selectedNodes` is a dict with keys: - timestamp (number; optional): 事件时间戳. - data (list; optional): 涉及数据信息.""" _children_props = [] _base_nodes = ['children'] _namespace = 'feffery_antd_charts' _type = 'AntdRadialTree' NodeCfgStyle = TypedDict( "NodeCfgStyle", { "func": NotRequired[str] } ) NodeCfgLabelStyle = TypedDict( "NodeCfgLabelStyle", { "func": NotRequired[str] } ) NodeCfgLabel = TypedDict( "NodeCfgLabel", { "style": NotRequired[typing.Union[typing.Any, "NodeCfgLabelStyle"]] } ) NodeCfg = TypedDict( "NodeCfg", { "type": NotRequired[Literal["icon-node", "card", "circle", "rect", "ellipse", "diamond", "triangle", "star", "image", "modelRect", "donut"]], "size": NotRequired[typing.Sequence[NumberType]], "style": NotRequired[typing.Union[typing.Any, "NodeCfgStyle"]], "label": NotRequired["NodeCfgLabel"], "nodeStateStyles": NotRequired[typing.Dict[typing.Union[str, float, int], typing.Any]] } ) EdgeCfgStyle = TypedDict( "EdgeCfgStyle", { "func": NotRequired[str] } ) EdgeCfgLabelStyle = TypedDict( "EdgeCfgLabelStyle", { "func": NotRequired[str] } ) EdgeCfgLabel = TypedDict( "EdgeCfgLabel", { "style": NotRequired[typing.Union[typing.Any, "EdgeCfgLabelStyle"]] } ) EdgeCfgStartArrow = TypedDict( "EdgeCfgStartArrow", { "type": NotRequired[Literal["vee", "triangle"]], "size": NotRequired[NumberType], "d": NotRequired[NumberType], "path": NotRequired[str], "stroke": NotRequired[str], "fill": NotRequired[str] } ) EdgeCfgEndArrow = TypedDict( "EdgeCfgEndArrow", { "type": NotRequired[Literal["vee", "triangle"]], "size": NotRequired[NumberType], "d": NotRequired[NumberType], "path": NotRequired[str], "stroke": NotRequired[str], "fill": NotRequired[str] } ) EdgeCfg = TypedDict( "EdgeCfg", { "style": NotRequired[typing.Union[typing.Any, "EdgeCfgStyle"]], "type": NotRequired[Literal["line", "polyline", "arc", "quadratic", "cubic", "cubic-vertical", "cubic-horizontal", "loop"]], "label": NotRequired["EdgeCfgLabel"], "startArrow": NotRequired["EdgeCfgStartArrow"], "endArrow": NotRequired["EdgeCfgEndArrow"], "edgeStateStyles": NotRequired[typing.Dict[typing.Union[str, float, int], typing.Any]] } ) MinimapCfg = TypedDict( "MinimapCfg", { "show": NotRequired[bool], "viewportClassName": NotRequired[str], "type": NotRequired[Literal["default", "keyShape", "delegate"]], "size": NotRequired[typing.Sequence[NumberType]], "padding": NotRequired[NumberType] } ) Layout = TypedDict( "Layout", { "direction": NotRequired[Literal["TB", "BT", "LR", "RL"]], "nodesep": NotRequired[NumberType], "ranksep": NotRequired[NumberType] } ) RecentlyNodeClickRecord = TypedDict( "RecentlyNodeClickRecord", { "timestamp": NotRequired[NumberType], "data": NotRequired[dict] } ) RecentlyNodeDoubleClickRecord = TypedDict( "RecentlyNodeDoubleClickRecord", { "timestamp": NotRequired[NumberType], "data": NotRequired[dict] } ) RecentlyEdgeClickRecord = TypedDict( "RecentlyEdgeClickRecord", { "timestamp": NotRequired[NumberType], "data": NotRequired[dict] } ) RecentlyEdgeDoubleClickRecord = TypedDict( "RecentlyEdgeDoubleClickRecord", { "timestamp": NotRequired[NumberType], "data": NotRequired[dict] } ) SelectedNodes = TypedDict( "SelectedNodes", { "timestamp": NotRequired[NumberType], "data": NotRequired[typing.Sequence] } ) def __init__( self, id: typing.Optional[typing.Union[str, dict]] = None, key: typing.Optional[str] = None, className: typing.Optional[str] = None, style: typing.Optional[typing.Any] = None, data: typing.Optional[dict] = None, width: typing.Optional[NumberType] = None, height: typing.Optional[NumberType] = None, autoFit: typing.Optional[bool] = None, nodeCfg: typing.Optional["NodeCfg"] = None, edgeCfg: typing.Optional["EdgeCfg"] = None, behaviors: typing.Optional[typing.Sequence[Literal["drag-canvas", "scroll-canvas", "zoom-canvas", "drag-node", "click-select"]]] = None, animate: typing.Optional[bool] = None, minimapCfg: typing.Optional["MinimapCfg"] = None, layout: typing.Optional["Layout"] = None, recentlyNodeClickRecord: typing.Optional["RecentlyNodeClickRecord"] = None, recentlyNodeDoubleClickRecord: typing.Optional["RecentlyNodeDoubleClickRecord"] = None, recentlyEdgeClickRecord: typing.Optional["RecentlyEdgeClickRecord"] = None, recentlyEdgeDoubleClickRecord: typing.Optional["RecentlyEdgeDoubleClickRecord"] = None, selectedNodes: typing.Optional["SelectedNodes"] = None, **kwargs ): self._prop_names = ['id', 'key', 'className', 'style', 'data', 'width', 'height', 'autoFit', 'nodeCfg', 'edgeCfg', 'behaviors', 'animate', 'minimapCfg', 'layout', 'recentlyNodeClickRecord', 'recentlyNodeDoubleClickRecord', 'recentlyEdgeClickRecord', 'recentlyEdgeDoubleClickRecord', 'selectedNodes'] self._valid_wildcard_attributes = [] self.available_properties = ['id', 'key', 'className', 'style', 'data', 'width', 'height', 'autoFit', 'nodeCfg', 'edgeCfg', 'behaviors', 'animate', 'minimapCfg', 'layout', 'recentlyNodeClickRecord', 'recentlyNodeDoubleClickRecord', 'recentlyEdgeClickRecord', 'recentlyEdgeDoubleClickRecord', 'selectedNodes'] self.available_wildcard_properties = [] _explicit_args = kwargs.pop('_explicit_args') _locals = locals() _locals.update(kwargs) # For wildcard attrs and excess named props args = {k: _locals[k] for k in _explicit_args} for k in ['data']: if k not in args: raise TypeError( 'Required argument `' + k + '` was not specified.') super(AntdRadialTree, self).__init__(**args) setattr(AntdRadialTree, "__init__", _explicitize_args(AntdRadialTree.__init__))