Python extensions relating to Caesar.jl

Compute the Pearson correlation to be used in Gaussian copulas

Work with rigorously defined scholarly editions of digital texts adhering to a specified orthography.

Pedigree functions implemented in Julia

An algorithm to calculate oscillatory integrals.

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Weibull Distribution allowing a Pareto approximation.

Matrices with column weights

PerfectPacking.jl - Different exhaustive algorithms for perfect rectangle packing implemented in Julia

A small package that I needed for multiple Pluto.jl projects and wanted to access easily.

Reimplementation of a truncated multivariate distribution with fast, exact minimax-tilting based sampling.

More zeros than you can shake a stick at

Base package for JuliaPsychometricsBazaar ecosystem

Sole.jl base layer

A Julia implementation of Term Frequency - Inverse Document Frequency (TF-IDF) method

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Add TypedArray support for Genie/Stipple apps

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Base package for JuliaPsychometricsBazaar ecosystem

Software Development Kit for Polygon.io

Segmentation-free analysis of in situ capture data

API for writing Psychology Experiments

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A Julia implementation of the statistical methods for frequency-based corpus linguistics as outlined in the book "Word Frequency Distributions" by R. Harald Baayen

Record changes of your array automatically.

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

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Base package for persistence diagrams

Implementation of Persistent Homology Transform

Plotting functions/scripts for use with RvSpectML

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Run statistics in Julia

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Tensor decomposition algorithms

Formulates and solves nonogram puzzles (a.k.a. Picross and paint-by-number) in Julia. Uses a new integer linear programming formulation, and solves it with JuMP.

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