Discover @hplgit Open Source projects

Hans Petter Langtangen (@hplgit)

hplgit

Stars
2,122
Global Rank 14,443 (Top 0.5 %)
Followers 834
Registered over 13 years ago
Most used languages

Python
61.3 %

TeX
12.9 %

JavaScript
6.5 %

HTML
6.5 %

Dockerfile
3.2 %

Fortran
3.2 %

R
3.2 %

Shell
3.2 %
Location 🇳🇴 Norway
Country Total Rank 71
Country Ranking

Fortran
1

Dockerfile
2

R
3

TeX
3

HTML
7

Python
23

JavaScript
281

Shell
752

fenics-tutorial

Source files and published documents for the FEniCS tutorial.

doconce

Lightweight markup language - document once, include anywhere

num-methods-for-PDEs

Lecture material on numerical methods for partial differential equations.

scipro-primer

Software and additional material for the book "A Primer on Scientific Programming with Python"

fdm-book

Resources for "The Craft of Finite Difference Computing with Partial Differential Equations" by H. P. Langtangen

odespy

Easy access in Python to a large collection of ODE solvers

prog4comp

Resources for the book "Programming for Computations" by S. Linge and H. P. Langtangen

fem-book

web4sciapps

Examples on using web frameworks for making scientific applications.

scitools

Additional scientific computing functionality in Python - extensions to NumPy/SciPy++

pysketcher

Python-based drawing tool for making sketches of mechanics problems.

INF5620

Course material from 2013 for the course INF5620 Numerical Solution of Partial Differential Equations

MAlley-slide-templates

Templates for Michael Alley's assertion-evidence design of slides.

bumpy

Quick tutorial of scientific computing with Python using a real physics application.

hplgit.github.com

HPL's public site at github.com

preprocess

C/C++ preprocessor-like tool for a range of languages (i.e., #ifdef, #ifndef, #if-else, #include, etc. for Python, LaTeX, Bash, JavaScript, "whatever").

parampool

Set and retrieve parameters for simulation models using diverse interfaces (command line, web GUI, file)

scaling-book

Resources for the book "Scaling of Differential Equations".

virtual-classroom

Scripts for automating GitHub classrooms.

decay-book

Resources for the book "Finite Difference Computing with Exponential Decay Models" by H. P. Langtangen

bioinf-py

Illustrating Python via examples from bioinformatics

setup4book-doconce

Flexible setup for writing a book as assembly of chapters written in DocOnce markup.

vagrantbox

Tutorial for Vagrant boxes and related technologies such as virtualenv.

primer.html

HTML versions of chapters from the "primer" book.

quiztools

Tools for automating the definition of a quiz at web sites such as Kahoot, Google forms, JotForm.

physical-quantities

The PhysicalQuantity class made independent of K. Hinsen's ScientificPython package.

ppde

Examples on solving PDEs in parallel, with tools like petsc4py.

fenics-mixed

Tutorial on how to combine FEniCS applications in Python with software written in other languages.

MC_cython

Illustrating Cython and other tools for connecting Python and C, using Monte Carlo simulation as example

cse-physics

Paper on the Computing in Science Education project and its impact on physics education.

drink.py

Recipe for the "drink.py" cocktail.

scalar-vector-fields

Python tools for computing with and plotting scalar and vector fields.

uio-thesis

LaTeX setup for a PhD thesis at the University of Oslo.

configparam

pyhpc

Exploration of high-performance computing tools for Python

animate

Documentation of how to make animations from individual plot frames.

SpectralDNS-paper

drug-book

The drug modeling book by Aslak Tveito and Glenn T. Lines translated to DocOnce.

disease-modeling

A basic introduction to disease modeling.