Product Promotion
0x5a.live
for different kinds of informations and explorations.
GitHub - pwoolcoc/ngrams: (Read-only) Generate n-grams
(Read-only) Generate n-grams. Contribute to pwoolcoc/ngrams development by creating an account on GitHub.
Visit SiteGitHub - pwoolcoc/ngrams: (Read-only) Generate n-grams
(Read-only) Generate n-grams. Contribute to pwoolcoc/ngrams development by creating an account on GitHub.
Powered by 0x5a.live 💗
N-grams
This crate takes a sequence of tokens and generates an n-gram for it. For more information about n-grams, check wikipedia: https://en.wikipedia.org/wiki/N-gram
Note: The canonical version of this crate is hosted on Gitlab
Usage
Probably the easiest way to use it is to use the iterator adaptor. If your tokens are strings (&str, String, char, or Vec), you don't have to do anything other than generate the token stream:
use ngrams::Ngram;
let grams: Vec<_> = "one two three".split(' ').ngrams(2).collect();
// => vec![
// vec!["\u{2060}", "one"],
// vec!["one", "two"],
// vec!["two", "three"],
// vec!["three", "\u{2060}"],
// ]
(re: the "\u{2060}": We use the unicode WORD JOINER
symbol as padding on the beginning and
end of the token stream.)
If your token type isn't one of the listed types, you can still use the
iterator adaptor by implementing the ngram::Pad
trait for your type.
Rust Resources
are all listed below.
Made with ❤️
to provide different kinds of informations and resources.