Show pagesourceOld revisionsBacklinksExport to PDFODT exportBack to top Share via Share via... Twitter LinkedIn Facebook Pinterest Telegram WhatsApp Yammer Reddit TeamsRecent ChangesSend via e-MailPrintPermalink × About us What is HABBY ? Download Glossary/Abbreviation Interface overview Basic concepts Quick menu Dark édition Quick Tutorials TELEMAC 2D model Estimhab Stathab Stathab Steep Fstress LAMMI 1D User guide Installation Project creation Biological model explorer Habitat calculation from 1D and 2D hydraulic models Create .hyd hydraulic file Create .sub substrate file Create .hab habitat file Habitat calculation from a habitat .hab file Data explorer Introduction Figures Exports File information Habitat value remover Tools Interpolation Hydrosignature New tools to come Habitat calculation using statistical models Estimhab Stathab Stathab Steep Fstress Project properties Reference manual Description of a HABBY project General information Physical project Statistics project Biological models The microhabitat method Introduction Checks a HABBY calculation Habitat calculation using 2D hydraulic models Basic concepts 2D hydraulic models Introduction Description of the indexHYDRAU.txt file 2D hydraulic modeling software TELEMAC HECRAS 2D Rubar 2D Basement Substrate description Introduction Substrate mapping method Substrate classification code Substrate classification method Detailed description of substrate file Polygons Points Constant Habitat calculation from 1D hydraulic models Basic concepts 1D hydraulic models Introduction Description of the indexHYDRAU.txt file 1D hydraulic modeling software LAMMI Habitat calculation using statistical models Basic concepts Statistical models : Estimhab, Stathab, Stathab Steep, FStress Validity ranges Input variables Proposed field protocol Knowing more : references R Documentation: stathabmod package Shortcuts and tips Developer's corner Command-line operation With a terminal (CLI) With Python Collaboration for HABBY Participate in HABBY's Python development Introduction Creating a Python environment Python project structure Using git Tips Software translation Creating an executable Change HABBY version number Contribute to HABBY Wiki documentation How HABBY works Reading a hydraulic model in HABBY Habitat calculation using 2D hydraulic models Hydraulic models Introduction Description of the indexHYDRAU.txt file Hydraulic modeling software TELEMAC HECRAS 2D Rubar 2D Basement Habitat calculation using statistical models Estimhab Stathab Stathab Steep Fstress News Contact FAQ Licence en/start.txt Last modified: 2024/06/05 16:29by qroyer
