This package provides functionality to define and evaluate B-spline and NURBS (non-uniform rational B-spline) basis functions, their derivatives, as well as curves and surfaces based on both considered basis functions.

Simple structure and functions to read and write PDB files

Process airborne laser scans into raster images

-

-

Julia library for scheduling

Constrained optimization

A high-performance library for gradient based quantum optimal control

-

Convert output files generated with Trixi.jl to VTK.

Weight Initialization Schemes for Deep Learning Frameworks

A Julia package for handle genome graph in the GFA format.

Julia wrapper of the python library CatBoost for boosted decision trees

Climatology, including of the Ocean state

Julia tools for reading Crystallographic Information Framework (CIF) files and dictionaries

-

Fundamentals of the control-toolbox ecosystem

DFT control

Common Interface for Analytical and Numerical Electromagnetic Fields

Develop tools for ensemble Kalman filter

Collection of plot functionalities for time series analysis.

Desambiguation, ForwardDiff over Measurements

Solvers and preconditioners for the Gridap ecosystem.

A Julia package for enhancing and manipulating image contrast.

Image gather tools

Notebook integrations for Javis.jl

Julia library for visualization and annotation medical images, specialized particularly for rapid development segmentation of 3 dimensional images like CT or PET/CT scans. Has full support of nuclear medicine Data.

Implementation of Arxiv:2212.08549 in Julia

Deprecated package (use instead Modia.jl)

-

Flexible and fast astronomical orbits

Phylogenetic ANalyses of DiversificAtion (in Julia)

OSPP'22 project repository for QR format decoder support

Ray trace ellipsoid-shaped domes. Find intersection points and refract/reflect according to the refractive indices.

Additional algorithms for the `SimpleGraphs` module that rely on integer programming

Manage unstructured and multimodal datasets!

Screen eavesdrop in real time leveraging SDR and pure Julia implementation !

5 dimensional viewer support in Julia

-

Monte Carlo simulation routines for high-performance parallelization of differential equation solvers and scientific machine learning