Using Chebyshev polynomials to interpolate/gather particles onto mesh grids.

Plotting functions for the KernelDensityEstimate.jl package

Basic tools for working with Kepler 2-body orbits

Use URNs in markdown links.

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Kaitai Struct: runtime for Julia

ClimaCache.jl is designed to share information among different CliMA modules. All public types and structs are supposed to live here.

A Julia package for simulation, verification and parameter estimation of Biochemical Networks with Approximate Bayesian Computation (ABC) methods.

Julia interface for implementing REST APIs available on the CDSA (Cancer Slide Digital Archive) portal for managing histological images available from TCGA. The library includes functions for managing image processing algorithms for cell segmentation, constructing the adjacency matrix, tessellation process and interfacing with J-Space.jl.

Some functions useful for small computations

Julia implementation of PCCA+

Helper functions with ModelingToolkit

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Construct forcing data from Atlas et al (2020), https://doi.org/10.1029/2020MS002205, for use with TurbulenceConvection.jl

Colocalization metrics and distances for images or their sparse representations.

Routines for handling imgCIF files containing raw data pointers

Standard environments for benchmarking the performance of RL algorithms.

SoilMulch

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Simple predictive models for tumor growth, and tools to apply them to clinical data

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Regions.jl defines a set of types and functions that model a discrete 2-dimensional region concept.

Julia wrapper for YODA-files used predominantely in HEP packages, such as Rivet.

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Julia package to load in raw Philips MR data exported using the .{data,list} format

Soil hydraulics module for Soil-Plant-Air Continuum modeling

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More zeros than you can shake a stick at

Computing the highest density region of a univariate, unimodal distribution in Julia

Implementation of Persistent Homology Transform

Compute the Pearson correlation to be used in Gaussian copulas

ParticleHolography.jl: Holographic particle measurement in Julia.

A visualization package for the OpticSim Julia package

Julia package for recovering stratified spaces underlying point clouds.

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Randomly Pivoted Cholesky algorithm, implemented in Julia

Run statistics in Julia

This package is a part of RSim, however, may also be used as an independent package for the calculation of source terms from an xml mechanism input file