NLantos

NLantos's Stars

• williamfiset/Algorithms

  A collection of algorithms and data structures

  Language:Java17.2k4371764.3k

• CGAL/cgal

  The public CGAL repository, see the README below

  Language:C++4.9k1683.1k1.4k

• spack/spack

  A flexible package manager that supports multiple versions, configurations, platforms, and compilers.

  Language:Python4.2k998.5k2.3k

• nschloe/meshio

  :spider_web: input/output for many mesh formats

  Language:Python1.9k39599399

• nmwsharp/polyscope

  A C++ & Python viewer for 3D data like meshes and point clouds

  Language:C++1.8k36204194

• meshpro/pygalmesh

  :spider_web: A Python interface to CGAL's meshing tools

  Language:C++5882010257

• Mottl/hurst

  Hurst exponent evaluation and R/S-analysis in Python

  Language:Python292141380

• LRydin/MFDFA

  Multifractal Detrended Fluctuation Analysis in Python

  Language:Python131102227

• crflynn/fbm

  Exact methods for simulating fractional Brownian motion and fractional Gaussian noise in python

  Language:Python969329

• uwmadison-chm/bioread

  Utilities to work with files from BIOPAC's AcqKnowlege software

  Language:Python66163623

• dokato/dfa

  Detrended Fluctuation Analysis

  Language:Jupyter Notebook637919

• 732jhy/Fractional-Brownian-Motion

  Python implementation of fractional brownian motion

  Language:Python53109

• hyperstripe50/fractal-market-analysis

  We are hard pressed to find a concrete implementation of both Benoit Mandelbrot's "A Multifractal Model of Asset Returns" and Edgar E. Peters' "Fractal Market Analysis" so, with apologies to the Authors, we attempt to fill this vacancy.

  Language:Python4951415

• cquest/dvf_as_api

  micro-API pour requêter les données DVF de la DGFiP

  Language:Python4791019

• GWeindel/hmp

  Repository for the hmp python package

  Language:Jupyter Notebook333658

• alang9/dynamic-graphs

  Language:Haskell18401

• tomtseng/dynamic-connectivity-hdt

  Dynamic connectivity data structure by Holm, de Lichtenberg, and Thorup

  Language:C++17200

• yogesh1q2w/Dynamic-Graph-Algorithms

  Language:C++12101

• lorenzhs/toptrees

  Tree Compression with Top Trees Revisited

  Language:C++7551

• RushikeshGholap/FractalAnalysis

  Use of Sample Entropy, DFA, Katz Dimension, Lyapunov exponent, Hurst exponent

  Language:Jupyter Notebook6

• Dorsa-Arezooji/EEG-Fractal-Analysis

  A MATLAB code for fractal analysis of EEG signals

  Language:MATLAB5211

• divyalalwani/Fractal-Analysis-of-Data

  Language:Jupyter Notebook4100

• 16lawrencel/dynamic-graphs

  Language:C++3202

• jeevooo/detrended_fluctuation_analysis

  Python implementation of 1/f noise simulation and detrended fluctuation analysis

  Language:Jupyter Notebook3

• onera/CoMMA

  Geometric agglomerator for unstructured grids

  Language:C++3300

• onera/Overcooked-Joint-Action

  Overcooked for Human/Artificial Agent Joint Action study

  Language:Python3301

• VadimKaryakin/FractalAnalysis

  Language:Python30

• geovanymds/dfa1d

  Detrended Fluctuation Analysis

  Language:Python20

• niuez/toptree-cpp

  self-adjucting toptreeを順に解説する

  Language:C++220

• WeberLab/FractalAnalysis

  Visualize power spectral density and calculate the Hurst exponent using Welch's method

  Language:Jupyter Notebook2