Explore projects

OhmPi is an open hardware resistivity meter to provide the scientific community with a robust and flexible tool for monitoring experiments. Documentation: https://reversaal.gitlab.irstea.page/OhmPi

QGIS processing scripts for CIRAD-TETIS Land Monitoring tools.

Geosud QGis plugin to convert DN images into TOA

Multitransect Averaged Profile (MAP) is a tool wich permite to generate an averaged river cross section for an ADCP measurement with multiple transects.

tests Formation K. Samuel Août 2022

The MORINGA processing chain: land cover mapping from VHSR imagery and HR time series using OBIA

Synthetic River toolkit is a Python library designed to extract, arrange and display data from synthetic river simulations. It aims to compare reference velocities from simulation to measurements. Compatibility with LSPyIV lib is proposed.

Python library dedicated to LSPIV studies. Contains several modules to extract, arrange and display data from Fudaa-LSPIV projects. Works carried on image-based methods for surface velocity determination will also be integrated in this lib

Tool to automatically extract multiple ADCP data with QRevInt analysis and OURSIN uncertainty.

DINAMIS SDK

Codes didactiques pour manipuler les notions de période de retour des crues, avec texte explicatif sur le wiki. Ces codes ont servi à illustrer le billet de blog "La « crue centennale » prise la main dans le sac !" de l'association EauDyssée, à destination du grand public. Le développement se poursuit en parallèle en anglais (projet "bag of floods").

pour regrouper ici toutes les infos, surtout celles qui sont difficiles à trouver (attention, les fonctions évoluent ! ! )

Automatic packaging of python projects from Gitlab CI

To couple watasitmodel with R

Projet de notebooks conteneurisés avec des services permettant la visualisation et l'accès aux rasters en format Cloud Optimized Geotiff.

The method calculates the water balance. This information makes it possible to intervene usefully in the water supply of the palm tree. It is thus possible to assess the quantity of water available to the palm tree in relation to its needs.