Test Toolkit for Outlier Detection Algorithms

Package version tracking

A standard for testing Julia packages

Detect correlated evolution on phylogenies

Model coupler for the PALEO model framework

PALEO framework modules (solvers, output, plots) for constructing standalone models

Poudre de perlimpinpin

A Julia library for solving key partial differential equations (PDEs) including heat, wave, Navier-Stokes, and Poisson’s equations. Features efficient solvers using finite difference, finite element, and spectral methods.

Base perftests for Julia

Photodynamics for multi-body systems.

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Distributed physical tree interfaces for Julia

Compute and add convex (or concave) piecewise linear approximations of functions or a set of points to optimization models modelled in JuMP

A piping tool for prototyping

Next-generation sky map manipulation on rectangular pixels

Provides LICENSE texts for common software licenses

Parse metadata from Project.toml files of installed packages

Compute meteorology variables related to plants / crops

Standard deck of 52 playing cards

Fast & flexible processing of lidar point-cloud data

Analog of scipy's gaussian_kde in Julia.

Multiple integration on convex polytopes.

A package for ray tracing/point-in-polygon queries and SDF/Approximate-SDF computation in Julia using N-dimensional triangulated surfaces.

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Lazy evaluation for struct members

Proquints: Identifiers that are Readable, Spellable, and Pronounceable.

Pseudo-Boolean Optimization Library for Julia

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A Julia wrapper for the Python Lex-Yacc package.

JuMP wrapper for NASA PySA (ft QUBODrivers.jl)

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Quasi-random (low discrepancy) sequence generators with randomizations: Lattice and Digital Nets.

Use of quiet NaNs carrying different payloads.

Compute time evolution of orientation quaternions in Julia

Julia package to automatically learn QUBO matrices from optimisation constraints

A simple table type for the Queryverse

Takagi factorization of complex symmetric matrices

RadiationPatterns.jl is a Julia package designed for visualizing radiation patterns using PlotlyJS.jl.

RF propagation calculations implemented in Julia.

Functions to generate random correlation matrices