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Computing magnetostatic fields from current sources in Julia
Fast N-dimensional interpolation package for Julia
distfit is a python library for probability density fitting.
Plasma electromagnetic dispersion-relation solver, fast and simple.
Analysis tools for particle velocity distribution functions (VDFs)
Space Physics made EASY! A simple Python package to deal with main Space Physics WebServices (CDA,SSC,AMDA,..)
Coordinate transformations between common geocentric systems
Julia-based Space Physics Environment Data Analysis Software
Fast summary statistics, histograms, and binning – ignoring NaNs
Python routines to work with space data, particularly with MMS data. Also some general plasma routines.
Named dimensions and indexing for julia arrays and other data
Typst package for creating scientific posters
Easily benchmark a Julia package over its commit history
physica: vectors, fields, differentials, derivatives, Dirac brakets, tensors, and more. See examples in the manual PDF.
Solver for two-dimensional conservation equations using the finite volume method in Julia.
Natural neighbour interpolation methods for scattered data interpolation and derivative generation of planar point sets.
Julia based laboratory for PIC algorithm development
A massively parallel distributed computational fluid dynamics facility with adaptive mesh refinement.
Official implementation for "iTransformer: Inverted Transformers Are Effective for Time Series Forecasting" (ICLR 2024 Spotlight)
A pure Julia 1/2/3D histogram package that focus on speed and is thread-safe.
Beautiful and flexible vizualizations of high dimensional data