import { Selection } from "d3-selection";
import { ZoomBehavior } from "d3-zoom";
import { D3DragEvent, DragBehavior } from "d3-drag";
import { Simulation, SimulationLinkDatum, SimulationNodeDatum } from "d3-force";

//#region src/model/shared.d.ts
/**
* Label configuration.
*/
interface Label {
  /**
  * The color of the label.
  * Can be any valid CSS expression.
  */
  readonly color: string;
  /**
  * The font size of the label.
  * Can be any valid CSS expression.
  */
  readonly fontSize: string;
  /**
  * The text of the label.
  */
  readonly text: string;
}
//#endregion
//#region src/model/node.d.ts
/**
* Node representing a datum of a graph.
*/
interface GraphNode<T extends NodeTypeToken = NodeTypeToken> extends SimulationNodeDatum {
  /**
  * The type of the node.
  */
  readonly type: T;
  /**
  * The ID of the node.
  */
  readonly id: string;
  /**
  * The color of the node.
  * Can be any valid CSS expression.
  */
  readonly color: string;
  /**
  * The label of the node.
  * Using false will disable the node's label.
  */
  readonly label: false | Label;
  /**
  * The focus state of a node.
  * Warning: Used for internal logic. Should not be set manually!
  */
  isFocused: boolean;
  /**
  * The x-coordinate of a node.
  */
  x?: number | undefined;
  /**
  * The y-coordinate of a node.
  */
  y?: number | undefined;
  /**
  * The fixed x-coordinate of a node.
  * If set, the node will not be simulated.
  */
  fx?: number | undefined;
  /**
  * The fixed y-coordinate of a node.
  * If set, the node will not be simulated.
  */
  fy?: number | undefined;
  /**
  * Timestamp of the node's last interaction.
  * Warning: Used for internal logic. Should not be set manually!
  */
  lastInteractionTimestamp?: number | undefined;
}
/**
* Define a node with type inference.
* @param data - The data of the node.
*/
declare function defineNode<T extends NodeTypeToken = NodeTypeToken, Node extends GraphNode<T> = GraphNode<T>>(data: Node): Node;
/**
* Define a node with type inference and some default values.
* @param data - The data of the node.
*/
declare function defineNodeWithDefaults<T extends NodeTypeToken = NodeTypeToken>(data: Partial<GraphNode<T>> & Pick<GraphNode, "id" | "type">): GraphNode<T>;
//#endregion
//#region src/model/link.d.ts
/**
* Link defining an edge from one node to another.
*/
interface GraphLink<T extends NodeTypeToken = NodeTypeToken, SourceNode extends GraphNode<T> = GraphNode<T>, TargetNode extends GraphNode<T> = SourceNode> extends SimulationLinkDatum<SourceNode | TargetNode> {
  /**
  * The source node of the link.
  */
  readonly source: SourceNode;
  /**
  * The target node of the link
  */
  readonly target: TargetNode;
  /**
  * The color of the link.
  * Can be any valid CSS expression.
  */
  readonly color: string;
  /**
  * The label of the node.
  * Using false will disable the node's label.
  */
  readonly label: false | Label;
}
/**
* Define a link with type inference.
* @param data - The data of the link.
*/
declare function defineLink<T extends NodeTypeToken = NodeTypeToken, SourceNode extends GraphNode<T> = GraphNode<T>, TargetNode extends GraphNode<T> = SourceNode, Link extends GraphLink<T, SourceNode, TargetNode> = GraphLink<T, SourceNode, TargetNode>>(data: Link): Link;
//#endregion
//#region src/model/graph.d.ts
/**
* Type token for nodes.
*/
type NodeTypeToken = string;
/**
* Graph containing nodes and links.
*/
interface Graph<T extends NodeTypeToken = NodeTypeToken, Node extends GraphNode<T> = GraphNode<T>, Link extends GraphLink<T, Node> = GraphLink<T, Node>> {
  /**
  * The nodes of the graph.
  */
  readonly nodes: Node[];
  /**
  * The links of the graph.
  */
  readonly links: Link[];
}
/**
* Define a graph with type inference.
* @param data - The nodes and links of the graph. If either are omitted, they default to an empty array.
*/
declare function defineGraph<T extends NodeTypeToken = NodeTypeToken, Node extends GraphNode<T> = GraphNode<T>, Link extends GraphLink<T, Node> = GraphLink<T, Node>>({
  nodes,
  links
}: Partial<Graph<T, Node, Link>>): Graph<T, Node, Link>;
//#endregion
//#region src/config/alpha.d.ts
/**
* Alpha values when label display changes.
*/
interface LabelAlphas {
  /**
  * Alpha value when labels are turned off.
  */
  readonly hide: number;
  /**
  * Alpha value when labels are turned on.
  */
  readonly show: number;
}
/**
* Context of a resize.
*/
interface ResizeContext {
  /**
  * The old height.
  */
  readonly oldHeight: number;
  /**
  * The old width.
  */
  readonly oldWidth: number;
  /**
  * The new height.
  */
  readonly newHeight: number;
  /**
  * The new width.
  */
  readonly newWidth: number;
}
/**
* Alpha value configuration for controlling simulation activity.
*/
interface AlphaConfig<T extends NodeTypeToken, Node extends GraphNode<T>> {
  /**
  * Target alpha values for dragging.
  */
  readonly drag: {
    /**
    * Target alpha when a drag starts.
    * Should be larger than 0.
    */
    readonly start: number;
    /**
    * Target alpha when a drag stops.
    * Should generally be 0.
    */
    readonly end: number;
  };
  /**
  * Alpha values for filter changes.
  */
  readonly filter: {
    /**
    * Alpha value when the link filter changes.
    */
    readonly link: number;
    /**
    * Alpha value when the node type filter changes.
    */
    readonly type: number;
    /**
    * Alpha values when the inclusion of unlinked nodes changes.
    */
    readonly unlinked: {
      /**
      * Alpha value when unlinked nodes are included.
      */
      readonly include: number;
      /**
      * Alpha value when unlinked nodes are excluded.
      */
      readonly exclude: number;
    };
  };
  /**
  * Alpha values when node focus changes.
  */
  readonly focus: {
    /**
    * Alpha value when a node is focused.
    * @param node - The focused node.
    * @returns The alpha value.
    */
    readonly acquire: (node: Node) => number;
    /**
    * Alpha value when a node is unfocused.
    * @param node - The unfocused node.
    * @returns The alpha value.
    */
    readonly release: (node: Node) => number;
  };
  /**
  * Alpha value when the graph is initialized.
  */
  readonly initialize: number;
  /**
  * Alpha values when label display changes.
  */
  readonly labels: {
    /**
    * Alpha values when link label display changes.
    */
    readonly links: LabelAlphas;
    /**
    * Alpha values when node label display changes.
    */
    readonly nodes: LabelAlphas;
  };
  /**
  * Alpha values when the graph is resized.
  */
  readonly resize: number | ((context: ResizeContext) => number);
}
/**
* Create the default alpha configuration.
*/
declare function createDefaultAlphaConfig<T extends NodeTypeToken, Node extends GraphNode<T>>(): AlphaConfig<T, Node>;
//#endregion
//#region src/config/callbacks.d.ts
/**
* Callback configuration.
*/
interface Callbacks<T extends NodeTypeToken, Node extends GraphNode<T>> {
  /**
  * Callback when a node is double-clicked or double-tapped.
  * @param node - The node.
  */
  readonly nodeClicked?: (node: Node) => void;
}
//#endregion
//#region src/config/filter.d.ts
/**
* Link filter.
* Receives a link and returns whether the link should be included or not.
*/
type LinkFilter<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = (link: Link) => boolean;
//#endregion
//#region src/config/initial.d.ts
/**
* Initial settings of a controller.
*/
interface InitialGraphSettings<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> {
  /**
  * Whether nodes without incoming or outgoing links will be shown or not.
  */
  readonly includeUnlinked: boolean;
  /**
  * Link filter that decides whether links should be included or not.
  */
  readonly linkFilter: LinkFilter<T, Node, Link>;
  /**
  * Node types that should be included.
  * If undefined, all node types will be included.
  */
  readonly nodeTypeFilter?: T[] | undefined;
  /**
  * Whether link labels are shown or not.
  */
  readonly showLinkLabels: boolean;
  /**
  * Whether node labels are shown or not.
  */
  readonly showNodeLabels: boolean;
}
/**
* Create default initial settings.
*/
declare function createDefaultInitialGraphSettings<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>>(): InitialGraphSettings<T, Node, Link>;
//#endregion
//#region src/config/marker.d.ts
/**
* Marker configuration.
*/
interface MarkerConfig {
  /**
  * Size of the marker's box.
  */
  readonly size: number;
  /**
  * Get padding of the marker for calculating link paths.
  * @param node - The node the marker is pointing at.
  * @param config - The current config.
  * @returns The padding of the marker.
  */
  readonly padding: <T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>>(node: Node, config: GraphConfig<T, Node, Link>) => number;
  /**
  * The ref of the marker.
  */
  readonly ref: [number, number];
  /**
  * The path of the marker.
  */
  readonly path: [number, number][];
  /**
  * The ViewBox of the marker.
  */
  readonly viewBox: string;
}
/**
* Collection of built-in markers.
*/
declare const Markers: {
  /**
  * Create an arrow marker configuration.
  * @param size - The size of the arrow
  */
  Arrow: (size: number) => MarkerConfig;
};
//#endregion
//#region src/lib/types.d.ts
type Canvas = Selection<SVGGElement, undefined, null, undefined>;
type Drag<T extends NodeTypeToken, Node extends GraphNode<T>> = DragBehavior<SVGGElement, Node, Node>;
type NodeDragEvent<T extends NodeTypeToken, Node extends GraphNode<T>> = D3DragEvent<SVGCircleElement, Node, Node>;
type GraphHost = Selection<HTMLDivElement, undefined, null, undefined>;
type GraphSimulation<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = Simulation<Node, Link>;
type LinkSelection<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = Selection<SVGGElement, Link, SVGGElement, undefined>;
type MarkerSelection = Selection<SVGMarkerElement, string, SVGGElement, undefined>;
type NodeSelection<T extends NodeTypeToken, Node extends GraphNode<T>> = Selection<SVGGElement, Node, SVGGElement, undefined>;
type Zoom = ZoomBehavior<SVGSVGElement, undefined>;
//#endregion
//#region src/config/modifiers.d.ts
/**
* Modifier for the drag.
*/
type DragModifier<T extends NodeTypeToken, Node extends GraphNode<T>> = (drag: Drag<T, Node>) => void;
/**
* Modifier for node circles.
*/
type NodeModifier<T extends NodeTypeToken, Node extends GraphNode<T>> = (selection: Selection<SVGCircleElement, Node, SVGGElement, undefined>) => void;
/**
* Modifier for node labels.
*/
type NodeLabelModifier<T extends NodeTypeToken, Node extends GraphNode<T>> = (selection: Selection<SVGTextElement, Node, SVGGElement, undefined>) => void;
/**
* Modifier for link paths.
*/
type LinkModifier<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = (selection: Selection<SVGPathElement, Link, SVGGElement, undefined>) => void;
/**
* Modifier for link labels.
*/
type LinkLabelModifier<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = (selection: Selection<SVGTextElement, Link, SVGGElement, undefined>) => void;
/**
* Modifier for the simulation.
*/
type SimulationModifier<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> = (simulation: GraphSimulation<T, Node, Link>) => void;
/**
* Modifier for the zoom.
*/
type ZoomModifier = (zoom: Zoom) => void;
/**
* Low-level callbacks for modifying the underlying d3-selection.wd
*/
interface Modifiers<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> {
  /**
  * Modify the drag.
  * @param drag - The drag.
  */
  readonly drag?: DragModifier<T, Node>;
  /**
  * Modify the node selection.
  * @param selection - The selection of nodes.
  */
  readonly node?: NodeModifier<T, Node>;
  /**
  * Modify the node label selection.
  * @param selection - The selection of node labels.
  */
  readonly nodeLabel?: NodeLabelModifier<T, Node>;
  /**
  * Modify the link selection.
  * @param selection - The selection of links.
  */
  readonly link?: LinkModifier<T, Node, Link>;
  /**
  * Modify the link label selection.
  * @param selection - The selection of link labels.
  */
  readonly linkLabel?: LinkLabelModifier<T, Node, Link>;
  /**
  * Modify the simulation.
  * @param simulation - The simulation.
  */
  readonly simulation?: SimulationModifier<T, Node, Link>;
  /**
  * Modify the zoom.
  * @param zoom - The zoom.
  */
  readonly zoom?: ZoomModifier;
}
//#endregion
//#region src/config/position.d.ts
/**
* Initializes a node's position in context of a graph's width and height.
*/
type PositionInitializer<T extends NodeTypeToken, Node extends GraphNode<T>> = (node: Node, width: number, height: number) => [number, number];
declare function Stable<T extends NodeTypeToken, Node extends GraphNode<T>>(previousGraph: Graph<T, Node>): PositionInitializer<T, Node>;
/**
* Collection of built-in position initializers.
*/
declare const PositionInitializers: {
  /**
  * Initializes node positions to a graph's center.
  */
  Centered: PositionInitializer<string, GraphNode<string>>;
  /**
  * Randomly initializes node positions within the visible area.
  */
  Randomized: PositionInitializer<string, GraphNode<string>>;
  /**
  * Initializes node positions based on other graph.
  */
  Stable: typeof Stable;
};
//#endregion
//#region src/config/forces.d.ts
/**
* Simulation force.
*/
interface Force<Subject> {
  /**
  * Whether the force is enabled.
  */
  readonly enabled: boolean;
  /**
  * The strength of the force.
  * Can be a static number or a function receiving the force's subject and returning a number.
  */
  readonly strength: number | ((subject: Subject) => number);
}
/**
* Simulation force applied to nodes.
*/
type NodeForce<T extends NodeTypeToken, Node extends GraphNode<T>> = Force<Node>;
/**
* Collision force applied to nodes.
*/
interface CollisionForce<T extends NodeTypeToken, Node extends GraphNode<T>> extends NodeForce<T, Node> {
  /**
  * Multiplier of the node radius.
  * Tip: Large values can drastically reduce link intersection.
  */
  readonly radiusMultiplier: number;
}
/**
* Simulation force applied to links.
*/
interface LinkForce<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> extends Force<Link> {
  /**
  * Define the length of a link for the simulation.
  */
  readonly length: number | ((link: Link) => number);
}
/**
* Simulation force configuration.
*/
interface SimulationForceConfig<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> {
  /**
  * Centering force applied to nodes.
  */
  readonly centering: false | NodeForce<T, Node>;
  /**
  * Charge force applied to nodes.
  */
  readonly charge: false | NodeForce<T, Node>;
  /**
  * Collision force applied to nodes.
  */
  readonly collision: false | CollisionForce<T, Node>;
  /**
  * Link force applied to links.
  */
  readonly link: false | LinkForce<T, Node, Link>;
}
/**
* Create the default force configuration.
*/
declare function createDefaultForceConfig<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>>(): SimulationForceConfig<T, Node, Link>;
//#endregion
//#region src/config/simulation.d.ts
interface SimulationConfig<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> {
  /**
  * Alpha value configuration.
  */
  readonly alphas: AlphaConfig<T, Node>;
  /**
  * Force configuration.
  */
  readonly forces: SimulationForceConfig<T, Node, Link>;
}
//#endregion
//#region src/config/zoom.d.ts
/**
* Zoom configuration.
*/
interface ZoomConfig {
  /**
  * The initial zoom.
  * Must be in range [min, max].
  */
  readonly initial: number;
  /**
  * Maximum zoom level.
  * May not be smaller than initial zoom.
  */
  readonly max: number;
  /**
  * Minimum zoom level.
  * May not be larger than initial zoom or less than or equal to 0.
  */
  readonly min: number;
}
//#endregion
//#region src/config/config.d.ts
interface GraphConfig<T extends NodeTypeToken, Node extends GraphNode<T>, Link extends GraphLink<T, Node>> {
  /**
  * Set to true to enable automatic resizing.
  * Warning: Do call shutdown(), once the controller is no longer required.
  */
  readonly autoResize: boolean;
  /**
  * Callback configuration.
  */
  readonly callbacks: Callbacks<T, Node>;
  readonly hooks: {
    afterZoom?: (scale: number, xOffset: number, yOffset: number) => void;
  };
  /**
  * Initial settings of a controller.
  */
  readonly initial: InitialGraphSettings<T, Node, Link>;
  /**
  * Marker configuration.
  */
  readonly marker: MarkerConfig;
  /**
  * Low-level callbacks for modifying the underlying d3-selection.
  */
  readonly modifiers: Modifiers<T, Node, Link>;
  /**
  * Define the radius of a node for the simulation and visualization.
  * Can be a static number or a function receiving a node as its parameter.
  */
  readonly nodeRadius: number | ((node: Node) => number);
  /**
  * Initializes a node's position in context of a graph's width and height.
  */
  readonly positionInitializer: PositionInitializer<T, Node>;
  /**
  * Simulation configuration.
  */
  readonly simulation: SimulationConfig<T, Node, Link>;
  /**
  * Zoom configuration.
  */
  readonly zoom: ZoomConfig;
}
/**
* Utility type for deeply partial objects.
*/
type DeepPartial<T> = { readonly [P in keyof T]?: DeepPartial<T[P]> };
/**
* Define the configuration of a controller.
* Will be merged with the default configuration.
* @param config - The partial configuration.
* @returns The merged configuration.
*/
declare function defineGraphConfig<T extends NodeTypeToken = NodeTypeToken, Node extends GraphNode<T> = GraphNode<T>, Link extends GraphLink<T, Node> = GraphLink<T, Node>>(config?: DeepPartial<GraphConfig<T, Node, Link>>): GraphConfig<T, Node, Link>;
//#endregion
//#region src/controller.d.ts
/**
* Controller for a graph view.
*/
declare class GraphController<T extends NodeTypeToken = NodeTypeToken, Node extends GraphNode<T> = GraphNode<T>, Link extends GraphLink<T, Node> = GraphLink<T, Node>> {
  /**
  * Array of all node types included in the controller's graph.
  */
  readonly nodeTypes: T[];
  private _nodeTypeFilter;
  private _includeUnlinked;
  private _linkFilter;
  private _showLinkLabels;
  private _showNodeLabels;
  private filteredGraph;
  private width;
  private height;
  private simulation;
  private canvas;
  private linkSelection;
  private nodeSelection;
  private markerSelection;
  private zoom;
  private drag;
  private xOffset;
  private yOffset;
  private scale;
  private focusedNode;
  private resizeObserver?;
  private readonly container;
  private readonly graph;
  private readonly config;
  /**
  * Create a new controller and initialize the view.
  * @param container - The container the graph will be placed in.
  * @param graph - The graph of the controller.
  * @param config - The config of the controller.
  */
  constructor(container: HTMLDivElement, graph: Graph<T, Node, Link>, config: GraphConfig<T, Node, Link>);
  /**
  * Get the current node type filter.
  * Only nodes whose type is included will be shown.
  */
  get nodeTypeFilter(): T[];
  /**
  * Get whether nodes without incoming or outgoing links will be shown or not.
  */
  get includeUnlinked(): boolean;
  /**
  * Set whether nodes without incoming or outgoing links will be shown or not.
  * @param value - The value.
  */
  set includeUnlinked(value: boolean);
  /**
  * Set a new link filter and update the controller's state.
  * @param value - The new link filter.
  */
  set linkFilter(value: LinkFilter<T, Node, Link>);
  /**
  * Get the current link filter.
  * @returns - The current link filter.
  */
  get linkFilter(): LinkFilter<T, Node, Link>;
  /**
  * Get whether node labels are shown or not.
  */
  get showNodeLabels(): boolean;
  /**
  * Set whether node labels will be shown or not.
  * @param value - The value.
  */
  set showNodeLabels(value: boolean);
  /**
  * Get whether link labels are shown or not.
  */
  get showLinkLabels(): boolean;
  /**
  * Set whether link labels will be shown or not.
  * @param value - The value.
  */
  set showLinkLabels(value: boolean);
  private get effectiveWidth();
  private get effectiveHeight();
  private get effectiveCenter();
  /**
  * Resize the graph to fit its container.
  */
  resize(): void;
  /**
  * Restart the controller.
  * @param alpha - The alpha value of the controller's simulation after the restart.
  */
  restart(alpha: number): void;
  /**
  * Update the node type filter by either including or removing the specified type from the filter.
  * @param include - Whether the type will be included or removed from the filter.
  * @param nodeType - The type to be added or removed from the filter.
  */
  filterNodesByType(include: boolean, nodeType: T): void;
  /**
  * Shut down the controller's simulation and (optional) automatic resizing.
  */
  shutdown(): void;
  private initGraph;
  private onTick;
  private resetView;
  private onZoom;
  private applyZoom;
  private toggleNodeFocus;
  private focusNode;
  private filterGraph;
}
//#endregion
export { AlphaConfig, Callbacks, Canvas, CollisionForce, DeepPartial, Drag, DragModifier, Force, Graph, GraphConfig, GraphController, GraphHost, GraphLink, GraphNode, GraphSimulation, InitialGraphSettings, Label, LabelAlphas, LinkFilter, LinkForce, LinkLabelModifier, LinkModifier, LinkSelection, MarkerConfig, MarkerSelection, Markers, Modifiers, NodeDragEvent, NodeForce, NodeLabelModifier, NodeModifier, NodeSelection, NodeTypeToken, PositionInitializer, PositionInitializers, ResizeContext, SimulationForceConfig, SimulationModifier, Zoom, ZoomConfig, ZoomModifier, createDefaultAlphaConfig, createDefaultForceConfig, createDefaultInitialGraphSettings, defineGraph, defineGraphConfig, defineLink, defineNode, defineNodeWithDefaults };
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