Projects with this topic
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An n-dimensional wave simulator, written in Julia.
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University project - "Methods for Scientific Computation (Metodi per il Calcolo Scientifico)" #1: Solving linear systems by using direct methods.
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Julia package. Complete a redundantly defined type.
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Jupyter notebooks describing the steps to prepare illustrations, figures or animations shared on social media.
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Sort tuples efficiently and with good type inference. Choose among stable and unstable sorts.
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Static shuffling and static random permutations: shuffling of tuples and generating random permutation tuples
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Sample codes contained in the book for '技術書典7' held in Japan (On sale: https://booth.pm/ja/items/1571615)
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Performing weighted orthogonal regression
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Decomposition of a bimodal distribution function into two normal components by the maximum likelihood estimation method
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Generating galaxy rotation curves and inferring model parameters from them
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Calculation of orbits of globular clusters in several models of the Galaxy potential
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A Julia library for interfacing with Steam Controllers on Linux.
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Gives a static (linear) view of a container. Julia package.
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Dash.jl app for solving problems found in Physics I.
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Repository containing various code snippets
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A simple plane wave density functional theory Julia code.
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A simple plane wave density functional theory Julia code.
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[URBIO] This package allows a production environment to take advantage of Sentry, an error monitoring, release tracking, and transaction tracing platform.
Repo import from: https://github.com/synchronoustechnologies/SentryIntegration.jl
Implementation guidelines and details: https://develop.sentry.dev/sdk/philosophy/
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Modelling dynamics of main-belt asteroids
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