SpinWalk, a framework for Monte-Carlo simulation to model spins random walk within a microvascular network. SpinWalk can be also employed to simulate diffusion in a microstructure substrates.

This is a generator, where a random number is drawn from a Gaussian distribution N(0,1), then at each time point a new number is drawn from this distribution and added to the value of the last number.

A Continuous Random Walker Model with Explicit Coherence Regularization for Image Segmentation (TIP 2019)

Random walk implementation on the mouse cursor (as a screensaver!)

Tools to deal with astrophysical polarization data in python3

Learned time series analysis from Quantstart

DEMaxSAT is a incomplete MaxSAT solver based on Differential Evolution.

Some interesting plots and visualizations in Python 3. Contains scripts for Path trajectory animations, Random walks, Sierpinski triangle, etc.

Framework for Representation Learning on Financial Statement Networks

Python勉強に3次元ランダムウォーク 作ってみた

c++ program that calculates equilbrium temperature of a single internal meshpoint based on boundry temperature values of a body in thermal equilbrium

The purpose of this project is to generate and model random variables' probability mass and density functions through simulations using data analysis tools of python (matplotlib, numpy, pandas).

Random dungeon generator

Package randomwalker provides a parametric random walk generator.

An IR-recommender system for talks.cam using heterogeneous graphs for data visualisation

This repository focuses on studying and showcasing interesting patterns emerging from simple rules random motion algorithms. It contains a Conway's Game of life made in Python and a second algorithm for an animation of random walk algorithms on a 2D plane.

A project to visualize the Random Walk. This includes Random Walk in 2-D and 3-D space using matplotlib.