Processing tools for SeismicJulia project

A Julia package to represent semiseparable and almost banded matrices

Simple partially ordered sets for Julia

Non-linear dimensional reduction using SimilaritySearch (ManifoldLearning and UMAP)

Spherical functions of arbitrary float types

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Julia package for the spin wave theory of magnetically ordered quantum spin systems.

Category Theory Framework

Utilities for fitting and testing variance component models

Package for parsing XBRL

Download Yahoo Finance market data in Julia.

Useful extensions for Yao

Core algorithms for equation-based modeling

A Julia package for parameterized convex approximators including parameterized log-sum-exp (PLSE) network.

Extensions to PyCall.jl

Searching for documentation in Julia

A monolithic Finite Element formulation for the hydroelastic analysis of Very Large Floating Structures

Lightweight module of physical formulations in Kinetic.jl

A three-way bridge between ExpressionTreeForge.jl, PartitionedStructures.jl and PartiallySeparableSolvers.jl

MLJ.jl interface for JLBoost.jl

A Julia package for Spider Monkey Optimization.

Passive tracer dynamics pseudospectral solvers with Julia and FourierFlows.jl.

Read, analyse, compute, write and convert MTG files

MultiscaleGraphSignalTransforms.jl is a collection of software tools written in the Julia programming language for graph signal processing including HGLET, GHWT, eGHWT, NGWP, Lapped NGWP, and Lapped HGLET. Some of them were originally written in MATLAB by Jeff Irion, but we added more functionalities, e.g., eGHWT, NGWP, etc.

Simple Gross-Pitaevskii Equation solver using FFTW

Julia package for solving dynamic programming problems

A Julia package for computing SU(N) Clebsch-Gordan Coefficients.

Make many plots from an iterable

This repository performs radiative heat transfer calculations in a user defined enclosure with a participating medium by using Monte Carlo ray tracing to obtain exchange factors allowing for quick heat transfer calculations

Quantum states for quantum optics.

Interactive widgets to work with tabular data in Julia

Utilities of gauge fields

Direct search methods for derivative-free optimization

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SymPy with PythonCall backend (not PyCall)

Memory efficient seismic inversion via trace estimation

An implementation of finitely-presented groups

Simulation and Optimization Library for Integrated Optics in Julia.

A minimal Graphs.jl implementation of SparseMatrixCSC-based graphs with arbitrary properties

Amazing package to compute decompositions into irreducibles of explicit group representations and the Wedderburn decomposition for endomorphisms thereof!