FEM approach to estimate Bottom Hole Assembly building and dropping rates (aka "theoretical performance" under the "relaxed state" assumption).

BHA analysis using PtFEM (currently used as a limited check on BHAtp's FEM results).

Implementation of the multi-affine group and its actions

Inverse Langevin Function Approximations

Visualization for the ConstrainedDynamics.jl package.

Julia implementation of AlphaFold 2's Invariant Point Attention

Helper functions with ModelingToolkit

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Definition of basic tensors for continuum mechanics calculations

Standard environments for benchmarking the performance of RL algorithms.

Access data from the Allen Institute's open Neuropixels datasets

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Julia package for handling measured data for spherical t-designs.

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InvariantMeasures

Implementation of the finite volume method for moving boundary problems in 1D.

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Some basic and utility functions for molecular simulation.

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Extension for the Mongoc julia library

Interfacing with Beckman-Coulter Multisizer/Z2 Coulter Counter files (.#=Z2, etc) in Julia

Maximum Likelihood Gaussian Blob Fitter

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Standard data cleaning tools prior to generating BEAST xml file

Non parametric productivity analysis under the B-disposal assumption

Heuristic methods for assessing approximate unidimensionality of data matrix.

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Basic scatter plots with overlayed linear fit and ideal trend lines for visualizing estimator performance

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Solutions to Stokes' differential equation.

Accelerate SparseArrays.jl by pirating with SuiteSparseGraphBLAS.jl

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BaytesSMC.jl is a library to perform SMC proposal steps on `ModelWrapper` structs, see ModelWrappers.jl. Kernels that are defined in BaytesMCMC.jl and BaytesFilters.jl can be used inside this library.

A library to perform particle MCMC proposal steps for parameter in a `ModelWrapper` struct, see [ModelWrappers.jl](https://github.com/paschermayr/ModelWrappers.jl).