This is a short astrophysical program showing how to compute the adhesion model, describing the large-scale structure of the Universe, using regular triangulations in CGAL (www.cgal.org), as well as using the convex-hull algorithm present in Python's SciPy. The latter Python part is presented in the form of Jupyter notebooks, containing consise descriptions of what we are doing. This software emanates from NWO project 614.000.908 supervised by Gert Vegter and Rien van de Weygaert
The aim of the thesis was to develop a code and pipeline for generating 3D photoionisation models of...
The study the origins of cosmic structure requires large-scale computer simulations beginning with w...
This is the software described in our article 'A Focal Adhesion Filament Cross-correlation Kit for f...
The JKR (Johnson-Kendall-Roberts) problem of adhesive contact between elastic spheres is an example ...
A `stochastic adhesion' model is introduced, with the purpose of describing the formation and evolut...
This is a Python implementation of the TDA Mapper algorithm for visualization of high-dimensional da...
We use a Github open-source public repository (https://github.com/mpound/pdrtpy) that includes the P...
<p>This simplified version of a mesh was used to run the Adhesion model through MATLAB without requi...
A wide binary sample within 200 pc, a virtual Newtonian sample, and several python scripts are provi...
This package contains the model data and plotting scripts for Paper of Wang et al 2019 JGR. The size...
This code is related to a bead-spring model for a fiber with spontaneous curvature written in Python...
The package conformalMaps is about conformal mappings and their applications. It was made to be as i...
This software is supplementary material for the publication Quantifying the high-temperature separa...
Python code, Jupyter Notebooks and simulation data for reproducing the work of the scientific paper ...
This is a 2d particle-mesh N-body code written in pure Python. It compute 2d cosmological structure ...
The aim of the thesis was to develop a code and pipeline for generating 3D photoionisation models of...
The study the origins of cosmic structure requires large-scale computer simulations beginning with w...
This is the software described in our article 'A Focal Adhesion Filament Cross-correlation Kit for f...
The JKR (Johnson-Kendall-Roberts) problem of adhesive contact between elastic spheres is an example ...
A `stochastic adhesion' model is introduced, with the purpose of describing the formation and evolut...
This is a Python implementation of the TDA Mapper algorithm for visualization of high-dimensional da...
We use a Github open-source public repository (https://github.com/mpound/pdrtpy) that includes the P...
<p>This simplified version of a mesh was used to run the Adhesion model through MATLAB without requi...
A wide binary sample within 200 pc, a virtual Newtonian sample, and several python scripts are provi...
This package contains the model data and plotting scripts for Paper of Wang et al 2019 JGR. The size...
This code is related to a bead-spring model for a fiber with spontaneous curvature written in Python...
The package conformalMaps is about conformal mappings and their applications. It was made to be as i...
This software is supplementary material for the publication Quantifying the high-temperature separa...
Python code, Jupyter Notebooks and simulation data for reproducing the work of the scientific paper ...
This is a 2d particle-mesh N-body code written in pure Python. It compute 2d cosmological structure ...
The aim of the thesis was to develop a code and pipeline for generating 3D photoionisation models of...
The study the origins of cosmic structure requires large-scale computer simulations beginning with w...
This is the software described in our article 'A Focal Adhesion Filament Cross-correlation Kit for f...