import { randint , // randint(i, j) => [i, j[ \cap ZZ randfloat , // randfloat(i, j) => [i, j[ sample , // sample(k, array, i, j) /!\ in-place (output is items i through i + k - 1) shuffle , // shuffle(array, i, j) /!\ in-place reservoir as sampled , // sampled(k, iterable[, output = []]) => sample array shuffled , // shuffled(iterable[, output = []]) => shuffled array choice , // choice(array, i, j) => item randrange , // randrange([start = 0,] stop[, step = 1]) => item } from '@randomized/random' ; // NOTE a specific entropy source can be used by constructing these functions // from their low-level implementation, for instance import {_fisheryates, _randint} from '@randomized/random'; import {splitmix64, nextFloat64} from '@entropy-source/pseudo-random'; const prng = splitmix64([123, 456]); const random = () => nextFloat64(prng); const randint = _randint(random); const sample = _fisheryates(randint);