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Duncan Forgan's repositories

percolation-model

Simple 2D percolation model code (written in Python)

Language:Python19 20

lotka-volterra

Python code to integrate Lotka-Volterra equations for Predator-Prey systems

Language:Python10 3 1

tache

TensoriAl Classification of Hydrodynamic Elements

Language:FortranMIT6 20

nbody-rk4

Fortran code to simulate N Body systems using 4th order Runge Kutta integration

Language:Python4 20

lotka-volterra-probes

Modelling the behaviour of self-replicating interstellar probes after mutation into predator-prey populations

Language:C++GPL-3.03 20

exoplanet-calculators

This repo contains Python scripts to calculate useful quantities for exoplanet studies. Each script uses a Tkinter GUI to allow user input (details of each calculator in the README file)

Language:Python2 20

galactic-cliques

Python code that simulates the formation of causally connected groups of civilisations

Language:PythonGPL-3.02 20

oberon

This C++ code models the climate of Earthlike planets under the effects of an arbitrary number and arrangement of other bodies, such as stars, planets and moons.

Language:C++GPL-3.02 2 4

taktent

A Python framework for agent-based simulations of (radio) SETI observations

Language:PythonGPL-3.02 2 1

basic-python-classes

A set of scripts designed to help novice programmers learn the basics of Python

Language:Python1 30

luce

2D surface flux patterns on bodies inside an N Body integrator

Language:C++1 30

nbody-hermite

Fortran code (F90) to evolve pure N Body dynamical systems using a 4th order Hermite integrator

Language:Fortran1 20

properties-of-matter-scripts

Python scripts for PH1011 Properties of Matter (Univ. of St. Andrews)

Language:Python1 20

sgd-grid

Generates grids of 1D self-gravitating protostellar disc models

Language:FortranMIT1 10

visag

1D semi-analytic models of pseudo-viscous protostellar discs in Fortran 90

Language:FortranMIT1 20

waterhole

Jupyter Notebook describing the composition of the Galactic and Terrestrial Microwave Windows (colloquially known as "The Water Hole")

Language:Jupyter NotebookGPL-3.01 20

sc-tutorial

Demo repository for St Andrews Workshop (Dec 2017)

000

chicken-slap-calculator

Simple website to compute the equilibrium temperature of a repeatedly slapped chicken

Language:HTML020

exo-units

Simple web-based tool to convert exoplanet units

Language:JavaScript020

git-example

Example git repository for CDT workshop (Edinburgh, 20th November 2018)

020

grapus

Population synthesis of self-gravitating disc fragmentation and tidal downsizing in protostellar discs

Language:PythonMIT020

knausj_talon

Config for talon for Mac, Windows and Linux. Very much in progress.

Language:PythonMIT010

nbody-js

Vanilla Javascript code that simulates N Body systems

Language:JavaScript02 10

nearby_exoplanet_map

Creating a stylised pseudo-3D exoplanet map using matplotlib

Language:Jupyter NotebookMIT020

photograv

Deceleration of high-velocity interstellar photon sails into bound orbits at Alpha Centauri

Language:PythonMIT020

plot-mercury

Python scripts to setup and analyse runs from the MERCURY symplectic integrator (Chambers 1999)

000

run_nbody_hermite

Set of python scripts for running nbody-hermite in batch mode

Language:Python020

sphNG-tau-calculator

Calculates optical depths through sphNG simulations of star formation

Language:FortranMIT020

spin-orbit-coupled-planet

C++ code which calculates longitudinal and latitudinal flux on planets orbiting a single star with arbitrary orbital and spin parameters

Language:C++020

swc-r-lesson

Software Carpentry R lesson

Language:HTML020