Coding Guidelines for projects at Leapfrog Technology.

Python package for calculation and simulation of n-bodies interaction.

Set of ESLint rules for JavaScript projects at Leapfrog.

Track your progress for Frogtoberfest. 🐸

Set of TSLint rules for TypeScript projects at Leapfrog.

Marlin modified to fit the Leapfrog Creatr with a RAMPS 1.4 board

A symplectic integrator for orbital mechanics

Themes made for Retroleap Gmenunx

Java program with JavaFx interface designed to simulate a solar system. Planets movements follow mecanic, physic and mathematic laws such as Euler, LeapFrog, Kepler.

A cover for the Cartridge port of Leapster GS console.

First program for a class in molecular modelling (done in june 2016). Its an implementation of simple Molecular Dynamics for atoms with a possibility to choose from different algorithms (Verlet, VelocityVerlet, Leepfrog) and potentials (Lenard-Jones, SoftWall, min-barrier-bin).

LeapFrog Cartridge for gaining UART and MicroSD Access

leapfrog integration

LineageOS port for the LeapFrog Epic

This repository shows how to process, update or create IFC (Industry Foundation Class) files automatically with python. The examples show how to parse geological/geotechnical related IFC Files that originate from Leapfrog Works.

Common packages and core utilities.

Creatng LeapFrog CBFs with Rust

This is a code repository for a basic N-body simulation. It is written in Python and utilizes the Leapfrog integration method to simulate the motion of particles in 3D space.

Implementation of the Leap-Frog Method for solving ordinary differential equations describing the epidemic SIR Model for a population of N individuals, considering the variables of individuals infected I(t), the suceptible to be infeted S(t) and the individuals who have recovered from the infection R(t).