darboux's comments

darboux | 5 months ago | on: Symboltz.jl

A symbolic-numeric, approximation-free and differentiable linear Einstein-Boltzmann solver

darboux | 9 months ago | on: Makie – modern plotting library for Julia

Makie is easy to use, fast and powerful. Packed with features, it is a general-purpose tool that makes as few compromises for specialized use cases as possible.

darboux | 9 months ago | on: FerriteCon 2025

FerriteCon 2025 is a one-day conference focused on the Ferrite.jl finite element toolbox, which will take place on August 28 at the Technical University of Denmark (DTU) outside Copenhagen.

darboux | 11 months ago | on: Juliagrid.jl – A Framework for Steady-State Power System Analysis

JuliaGrid is an easy-to-use power system simulation tool for researchers and educators provided as a Julia package.

darboux | 11 months ago | on: Neuroanalyzer.jl – Julia toolbox for analyzing neurophysiological data

NeuroAnalyzer is a Julia toolbox for analyzing neurophysiological data. Currently it covers importing, editing, processing, visualizing, and analyzing EEG, MEP and EDA data. Preliminary functionality is also available for MEG, NIRS, ECoG, SEEG and iEEG recordings.

darboux | 1 year ago | on: Devicelayout.jl – CAD for quantum integrated circuits

DeviceLayout.jl is a Julia package for computer-aided design (CAD) of quantum integrated circuits, developed at the AWS Center for Quantum Computing. The package supports the generation of 2D layouts and 3D models of complex devices using a low-level geometry interface together with a high-level schematic-driven workflow.

darboux | 1 year ago | on: Rxinfer.jl – Julia package for message-passing based Bayesian inference

RxInfer.jl is a Julia package for automatic Bayesian inference on a factor graph with reactive message passing.

Given a probabilistic model, RxInfer allows for an efficient message-passing based Bayesian inference. It uses the model structure to generate an algorithm that consists of a sequence of local computations on a factor graph representation of the model.

darboux | 1 year ago | on: Hydrograd.jl – framework for differentiable hydrodynamics modeling

Hydrograd is a Julia-based computational hydrodynamics package with automatic differentiation (AD) capabilities. The package is designed to solve the partial differential equations (PDEs) of hydrodynamics, including the shallow water equations (SWEs) and the Navier-Stokes equations (NS). Currently, the package is under development and only supports the SWEs.

darboux | 1 year ago | on: Tumorgrowth.jl – Predictive models for tumor growth

TumorGrowth.jl is a package providing ODE-based models for predicting the changes in volume of a lesion. In addition to classical models, like Bertalanffy and Gompertz, it includes, as experimental, some neural ODE models. It has tools to calibrate the model parameters, given patient measurements, and a tool to compare multiple models on a holdout set.

darboux | 1 year ago | on: Bloodflowtrixi.jl – 1D and 2D blood flow models for arterial circulation

BloodFlowTrixi.jl is a Julia package that implements one-dimensional (1D) and two-dimensional (2D) blood flow models for arterial circulation. These models are derived from the Navier-Stokes equations and focus on cardiovascular pathologies such as aneurysms and stenosis.

darboux | 1 year ago | on: Borrowchecker.jl – Designing a borrow checker for Julia

This package demonstrates Rust-like ownership and borrowing semantics in Julia through a macro-based system that performs runtime checks. This tool is mainly to be used in development and testing to flag memory safety issues, and help you design safer code.

darboux | 1 year ago | on: Satellitetoolbox.jl has reached milestone 1.0

After a decade of uninterrupted development, SatelliteToolbox.jl has finally reached milestone 1.0. SatelliteToolbox.jl enables satellite orbit propagation, reference system transformation, atmospheric density calculation and numerous other space mission-related tasks in the Julia programming language. This post shows the evolution of the ecosystem, from its initial conception to its current state, highlighting some notable use cases enabled by this package.

darboux | 1 year ago | on: Real-time adaptive optics control with a high level programming language

We present instead a technical demonstration of performing real time, sub-millisecond latency control with an adaptive optics system using the high-level Julia programming language. This open-source software demonstrates support for multiple cameras, pixel streaming, and network-transparency distributed computing. Furthermore, it is easy to interface it with other programming languages as desired.

darboux | 1 year ago | on: JuliaCon 2024 – REPL Main Stage – Day 1

JuliaCon 2024 will be in-person at the PSV Stadion in Eindhoven, Netherlands. The conference will begin with a full day set of workshops on Tuesday, the 9th of July. Talks (and poster sessions) will be presented from Wednesday, the 10th, to Friday, the 12th of July. A hackathon for interested participants will be held on Saturday at Le Grand Cafe du Lichttoren, the 13th of July.

darboux | 2 years ago | on: JuliaMono – a monospaced font for scientific and technical computing

JuliaMono is a monospaced typeface designed for programming and other text editing environments that require a wide range of specialist and technical Unicode characters. It was presented at the 2020 JuliaCon conference.

darboux | 2 years ago

Chris Rackauckas, SciML lead developer, explains how NonlinearSolve.jl is a general system for solving non-linear equations and demonstrates its ability to effectively handle such problems with high stability and performance.

darboux | 2 years ago

Martijn Visser and Julian Hofer explain how Deltares is using Julia and SciML[1] to develop Ribasim, the next-gen water resources software to be used in the Dutch National Hydrological Model. [1] https://sciml.ai

darboux | 2 years ago

Tim Besard, lead developer of JuliaGPU, explains how Julia facilitates GPU programming for scientific computing.