GACanova

Ising_model

A simple implementation (no classes) in c++ of the Ising model with no external field. The Single-Flip and Wolff algorithms are available. For simplicity, all parameters are defined in parameters.h. But is perfectly possible reading the constants from an external file. Any suggestions on how to improve the code or fix bugs are very welcome.

reinforcement-learning

This repository contains a collection of Jupyter notebooks demonstrating various Reinforcement Learning (RL) techniques and algorithms. It's intended for educational purposes, providing practical examples to help understand and apply RL concepts.

code-examples-cpp

CodinGame-Bot-Programming

Bot programming solutions to challenges on CodinGame. The languages can be either C++ or Python.

Graphical-Ising-Model-on-Qt-GUI-

A simple implementation of a graphical interface of the Ising model on a square lattice using Monte Carlo simulations written in C++ and Qt.

GACanova/reinforcement-learning

This repository contains a collection of Jupyter notebooks demonstrating various Reinforcement Learning (RL) techniques and algorithms. It's intended for educational purposes, providing practical examples to help understand and apply RL concepts.

GACanova/CodinGame-Bot-Programming

Bot programming solutions to challenges on CodinGame. The languages can be either C++ or Python.

GACanova/code-examples-cpp

GACanova/Graphical-Ising-Model-on-Qt-GUI-

A simple implementation of a graphical interface of the Ising model on a square lattice using Monte Carlo simulations written in C++ and Qt.

GACanova/Ising_model

A simple implementation (no classes) in c++ of the Ising model with no external field. The Single-Flip and Wolff algorithms are available. For simplicity, all parameters are defined in parameters.h. But is perfectly possible reading the constants from an external file. Any suggestions on how to improve the code or fix bugs are very welcome.