All projects I initiate and/or contribute in computer sciences. All these tools / software are free-software.
My main developments are on  Gitlab.

RNG : River Networks Generation

A stochastic generator and colonisator of river networks. Using 4 parameters (order, bifurcation ratio, length ratio, bifurcation angle) from Horton' law for input. It was developed with the computer science research laboratory ( LERIA) and ecological research laboratory ( GECCO) of University of Angers, France ( Université d'Angers).

Major features are :

• Binary tree based river networks
• Stochastic approach
• River networks parameters for generation based on Horton's laws
• Modelization made easy with R package igraph output format
• Include colonization simulator
• Export connectivity matrix of river network's populations
• Provides a graphic user interface and a command-line one
• Powered by C++11, Qt5, SFML, Boost and hnc

License : GNU Affero General Public License 3+ (AGPLv3).

links availables soon, please contact me if you want/need more informations.

Bibliography

1. D. Guinehut. RNG : River Network Generator [Computer software], 2014.
2. D. Guinehut. Génération de réseaux hydrographiques aléatoires. Master degree, Final-year instership, University of Angers, France, Jul. 2014.
3. D. Guinehut. Développement d'un logiciel de génération de réseaux hydrographiques dendritiques afin d'étudier la connectivité des populations d'organismes d'eau douce. Master degree, First-year instership, University of Angers, France, Jul. 2013.