Seismic reconstruction tools for SeismicJulia project

Interpolations making use of cached data

Scalpels algorithm

Analytic routines for power system simulation results in the Sienna ecosystem

Plot nucleic acid secondary structures with Julia

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Lightweight module for fusing physical and neural models

A Julia package to import geometry created using OpenVSP into Julia

Improves dual numbers support for SIMD use of ForwardDiff.jl.

A julia package to numerically reduce semidefinite programming problems.

Different methods for pose recovery.

Julia Style Package Manager for RCall users

Sole interface for trees trained via JuliaAI/DecisionTree.jl.

Rigorously defined orthographies for text in polytonic ancient Greek.

A simple GPU-capable root solver package

Convenience interfaces to Triangulate.jl and TetGen.jl

Guaranteed parallel root finding focused on speed and reliability

A minimalist, platform-agnostic Julia package for univariate geophysical data.

A Julia package for generating Secret Santa matchings and emailing participants

Analyzing ranked/ordinal preference data.

Create population genetics simulations

Non-critical functions for SeaPearl

Chris Sims' `csolve` and `csminwel` optimization functions

Suprise-Python Wrapper for Persa.jl

++REPO NOT MAINTAINED++ Helper routines for topological operations on unstructured grids in julia

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A package for finding real roots of systems of polynomial equations using polyhedral homotopy.

A MathProgBase extension for Semidefinite Modelling

Reweighting survey data so that it sums to some target totals.

Polyomino.jl - Polyomino generation and chess algorithms implemented in Julia

A simple method to simulate Genotyping-by-Sequencing (GBS) data.

Integration on simplices.

Methods to find zeros (roots) of polynomials over given domains

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Package that defines commonly used spectral densities for Open Quantum Systems.

State space reconstruction (SSR) for the study of dynamical system from time series.

Simple Julia library to fetch R dataset from CRAN

An implementation of Feynman's variational path integral technique, written in Julia, for the determination of phenomenological properties of the electron in electronic materials.

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