Beast code in Giters

Paul Petersik's repositories

neural-network-car-following-model

Code for a car-following model that predicts the acceleration of a car for the next time step based on headway and velocity data.

Language:PythonMIT26 20

ninolearn

NinoLearn is a research framework for statistical ENSO prediction.

Language:Jupyter NotebookMIT1100

optimal_velocity_model

Code for an optimal velocity model (OVM) and a multiple car following (MCF) model

Language:Jupyter NotebookMIT10 20

eqnfree

In this repository, I am working on a framework that contains various methods from equation-free modeling, especially bifurcation analysis and projective integration.

Language:PythonMIT4 20

public_goods_game

A module to simulate the public goods game using a bucket or a lattice model.

Language:Jupyter NotebookMIT4 20

pca_sma

Principal component analysis of surface mass anomalies

Language:Jupyter NotebookMIT1 20

firefly_sync

A program that simulates the synchronisation of fireflies based on the Kuramoto model

Language:Jupyter NotebookMIT020

parcels

Main code for Parcels (Probably A Really Computationally Efficient Lagrangian Simulator)

Language:Jupyter NotebookMIT020

advection_schemes

Test of different numerical schemes for the 1D linear advection equatin.

Language:PythonMIT020

django-storages

https://django-storages.readthedocs.io/

Language:PythonBSD-3-Clause000

parcels_efficiency

In this project we aim to create a faster writing routine for the Ocean Parcels model.

Language:PythonMIT000

sea_breeze_model

Simple sea breeze model that is compared to real measurements from Ijmuiden (Netherlands)

Language:PythonMIT000

Subgrid-scale_variability_in_clear-sky_relative_humidity

Modified microphysics sub-module M7 of the generel circulation model ECHAM5-HAM2 as used in Petersik et al. (2018).

Language:FortranMIT020