//#region src/Array/findMapLastOr.d.ts
/**
 * # findMapLastOr
 *
 * ```ts
 * function Array.findMapLastOr<T, V>(
 *     target: readonly T[],
 *     predicate: (
 *         value: NoInfer<T>,
 *         index: number,
 *         target: readonly NoInfer<T>[],
 *     ) => boolean,
 *     mapper: (
 *         value: NoInfer<T>,
 *         index: number,
 *         target: readonly NoInfer<T>[],
 *     ) => T,
 *     or: V,
 * ): readonly T[] | V
 * ```
 *
 * Finds the last element in `array` that satisfies the provided `predicate` function and applies the `mapper` function to it, returning a new array with the mapped element, or `fallback` if no element is found.
 *
 * ## Example
 *
 * ```ts [data-first]
 * import { Array } from "@monstermann/array";
 *
 * Array.findMapLastOr(
 *     [1, 2, 3, 4],
 *     (x) => x > 10,
 *     (x) => x * 10,
 *     [],
 * ); // []
 * ```
 *
 * ```ts [data-last]
 * import { Array } from "@monstermann/array";
 *
 * pipe(
 *     [1, 2, 3, 4],
 *     Array.findMapLastOr(
 *         (x) => x > 10,
 *         (x) => x * 10,
 *         [],
 *     ),
 * ); // []
 * ```
 *
 */
declare const findMapLastOr: {
  <T, U extends T, V>(predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => value is U, mapper: (value: NoInfer<U>, index: number, target: readonly NoInfer<T>[]) => T, or: V): (target: T[]) => T[] | V;
  <T, U extends T, V>(predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => value is U, mapper: (value: NoInfer<U>, index: number, target: readonly NoInfer<T>[]) => T, or: V): (target: readonly T[]) => readonly T[] | V;
  <T, V>(predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => boolean, mapper: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => T, or: V): (target: T[]) => T[] | V;
  <T, V>(predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => boolean, mapper: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => T, or: V): (target: readonly T[]) => readonly T[] | V;
  <T, U extends T, V>(target: T[], predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => value is U, mapper: (value: NoInfer<U>, index: number, target: readonly NoInfer<T>[]) => T, or: V): T[] | V;
  <T, U extends T, V>(target: readonly T[], predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => value is U, mapper: (value: NoInfer<U>, index: number, target: readonly NoInfer<T>[]) => T, or: V): readonly T[] | V;
  <T, V>(target: T[], predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => boolean, mapper: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => T, or: V): T[] | V;
  <T, V>(target: readonly T[], predicate: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => boolean, mapper: (value: NoInfer<T>, index: number, target: readonly NoInfer<T>[]) => T, or: V): readonly T[] | V;
};
//#endregion
export { findMapLastOr };