eleonoragatti44

eleonoragatti44's Stars

• JuliaAPlavin/MakieExtra.jl

  Language:Julia434

• cecibaldoni/PKM-workshop

  Language:JavaScript1

• rgerum/pylustrator

  Visualisations of data are at the core of every publication of scientific research results. They have to be as clear as possible to facilitate the communication of research. As data can have different formats and shapes, the visualisations often have to be adapted to reflect the data as well as possible. We developed Pylustrator, an interface to directly edit python generated matplotlib graphs to finalize them for publication. Therefore, subplots can be resized and dragged around by the mouse, text and annotations can be added. The changes can be saved to the initial plot file as python code.

  Language:Python86739

• scioip34/ABM

  Agent based model framework to simulate (1) collective foraging with visual private and social cues and (2) purely vision-based flocking

  Language:Python84

• nomic-ai/gpt4all

  GPT4All: Run Local LLMs on Any Device. Open-source and available for commercial use.

  Language:C++71.7k7.8k

• marimo-team/marimo

  A reactive notebook for Python — run reproducible experiments, execute as a script, deploy as an app, and version with git.

  Language:Python9.2k334

• NotNeelPatel/WallpaperThemeConverter

  Change the colour schemes of wallpapers

  Language:JavaScript564

• nikitabobko/AeroSpace

  AeroSpace is an i3-like tiling window manager for macOS

  Language:Swift9.7k169

• nrjl/gpsoar

  Matlab code for soaring and Gaussian Process wind estimation

  Language:MATLAB1

• JuliaDynamics/ABMFrameworksComparison

  Benchmarks and comparisons of leading ABM frameworks

  Language:NetLogo159

• JuliaDynamics/Agents.jl

  Agent-based modeling framework in Julia

  Language:Julia784127

• JuliaLang/julia

  The Julia Programming Language

  Language:Julia46.2k5.5k

• CaraAGallagher/RoelekeEtAl

  Accompanying input code and model documentation for data included in: Roeleke, M., Schlägel, U. E., Gallagher, C. A., Pufelski, J., Blohm, T., Nathan, R., Toledo, S., Jeltsch, F., & C. C. Voigt. Insectivorous bats form mobile sensory networks to optimize prey localization: a case of the common noctule bat. PNAS.

  Language:NetLogo1

• calovids/IMPRS-Python-Workshop

  Github repository for all material required for the Workshop

  Language:Jupyter Notebook11

• ytdl-org/youtube-dl

  Command-line program to download videos from YouTube.com and other video sites

  Language:Python134k10.2k

• mgarbellini/Tips-Effective-Talks

  A collection of tips and tricks for effective talks and reports

  4

• williamgilpin/cphy

  Class materials for computational physics course

  Language:Jupyter Notebook146126

• MakieOrg/Makie.jl

  Interactive data visualizations and plotting in Julia

  Language:Julia2.5k317

• vivekhsridhar/GODM

  Language:Jupyter Notebook536

• martinozanetti/LSN-Martino-Zanetti

  Esercizi da consegnare per il corso di Simulazione Numerica - prof. Davide Emilio Galli

  Language:Jupyter Notebook3

• treeform/pixie

  Full-featured 2d graphics library for Nim.

  Language:Nim74728

• basp/lmx

  Ray-tracing experiments

  Language:Nim4

• ringabout/awesome-nim

  A curated list of awesome Nim frameworks, libraries, software and resources.

  Language:Nim1.2k70

• mmp/pbrt-v3

  Source code for pbrt, the renderer described in the third edition of "Physically Based Rendering: From Theory To Implementation", by Matt Pharr, Wenzel Jakob, and Greg Humphreys.

  Language:C++5k1.2k

• ziotom78/pytracer

  A simple raytracer in pure Python

  Language:Python94

• teob97/T-RayX

  T-RayX is a Nim raytracing package aimed to generate photorealistic images.

  Language:Nim181

• ugtcs/notebooks

  Python notebooks implementing various algorithms we encounter.

  Language:Jupyter Notebook21

• networkx/networkx

  Network Analysis in Python

  Language:Python15.3k3.3k

• fabridamicelli/kuramoto

  Python implementation of the Kuramoto model

  Language:Python13130

• je-suis-tm/graph-theory

  Julia and Python complex system applications in ecology, epidemiology, sociology, economics & finance; network science models including Bianconi-Barabási, Barabási-Albert, Watts-Strogatz, Waxman Model & Erdős-Rényi; graph theory algorithms involving Gillespie, Bron Kerbosch, Ramsey, Bellman Ford, A*, Kruskal, Borůvka, Prim, Dijkstra, DSatur, Randomized Distributed, Vizing, Topological Sort, DFS, BFS

  Language:Jupyter Notebook36190