• 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