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d3-dag

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Layout algorithms for visualizing directed acylic graphs.

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/** * Utilities for working with collections * * @packageDocumentation */ /** determines if two sets are equal */ export declare function setEqual<T>(first: Set<T>, second: Set<T>): boolean; /** determines if two sets intersect */ export declare function setIntersect<T>(first: Set<T>, second: Set<T>): boolean; /** * returns a single arbitrary element from the Set, or undefined if empty */ export declare function setNext<T>(elems: Set<T>): T | undefined; /** * removes a single arbitrary element from the Set, or undefined if missing * * @remarks * if the set contains undefined, then this doesn't distinguish in output, * but will properly remove it. */ export declare function setPop<T>(elems: Set<T>): T | undefined; /** * push val onto key list for multimap */ export declare function listMultimapPush<K, V>(multimap: Map<K, V[]>, key: K, val: V): void; /** * add val to key set for multimap */ export declare function setMultimapAdd<K, V>(multimap: Map<K, Set<V>>, key: K, val: V): void; /** * delete val from key set for multimap */ export declare function setMultimapDelete<K, V>(multimap: Map<K, Set<V>>, key: K, val: V): void;