Zlib codecs for TranscodingStreams.jl.

A performant, 100% native-julia SHA1, SHA2, and SHA3 implementation

Calculating contour curves for 2D scalar fields in Julia

This package contains a macro for converting expressions to use muladd calls and fused-multiply-add (FMA) operations for high-performance in the SciML scientific machine learning ecosystem

Wrapper around mbedtls

String encoding conversion in Julia using iconv

-

A Julia package to provide C and Python-like formatting support

Naïve combined subexpression elimination in Julia

A package which provides an API for querying differentiation results at multiple orders simultaneously

Treat colors as if they are n-vectors for the purposes of arithmetic

Factorization of Symmetric Matrices

Julia Package for the FFMPEG builder binaries

Generic helper algorithms for building plotting components

Primitives for construction of objects

Julia wrapper for libcurl

A data-focused namespace for packages to share functions

Functions to transform text into unicode symbols, e.g. latex --> unicode

Interface for function inversion in Julia

URI parsing in Julia

Lightweight package for sharing tensor-algebra definitions

-

Binary I/O methods generated from Julia structure definitions

Families of polynomials

Approximate Minimum Degree Ordering in Julia

-

Under some conditions you may need this function

A package for reading and writing files with delimited values (Originally a Julia stdlib)

A statistics-focused namespace for packages to share functions

BitFlag.jl provides an Enum-like type for bit flag option values.

Interface package for StaticArrays.jl

Defines additional irrationals

Julia package for wrapping text into paragraphs.

Julia bind to fzf fuzzy finder

-

Utilities for doing multithreaded or distributed work in Julia

Object File (ELF, MachO, COFF/PE, etc...) parser for Julia

Tools for writing functions that handle many kinds of IO arguments

Interface designs for enforcing static computations in array functions with Julia

A package for computing the FFT with arbitrary floating point numbers