Skip to content
Snippets Groups Projects

Changes

Page history
  • New page
  • Templates
    • Update home authored by Alexian MASSON's avatar Alexian MASSON
    Hide whitespace changes
    Inline Side-by-side
    Showing
    with 12 additions and 12 deletions
    home.md
    View page @ a2a62f10
    ......@@ -3,20 +3,20 @@
    ## Description
    This plugin allows you to model the bed of rivers and export data for the Courlis module of Telemac-Mascaret
    This plugin allows you to model the bed of rivers and export data for the Courlis module of Telemac-Mascaret.
    Functionalities:
    - Import georeferenced MASCARET geometry,
    - Extract geometric information from a DEM (raster) on polylines representing the cross-sections of the MASCARET-COURLIS model in respect with a user defined discretization,
    - Interpolate cross sections along an hydraulic axis in respect with user defined longitudinal (number of cross-sections) and lateral (number of points on each profile) discretization,
    - Visualize the cross-sections in a graphical view,
    - Add sediment layers and bed rock to the cross-sections from river bed geometry (identical or with a Z shift) or from another DEM (raster),
    - Modify manually or with some functionality more automatic the river bed geometry, sediment layers geometry or bedrock geometry,
    - Export data for the COURLIS module
    PRECOURLIS is using :
    - A fork of TatooineMesher (courtesy of CNR Engineering, https://github.com/CNR-Engineering/TatooineMesher)
    - Modified version of Python classes of the TELEMAC-MASCARET system
    - Import georeferenced MASCARET geometry,
    - Extract geometric information from a DEM (raster) on polylines representing the cross-sections of the MASCARET-COURLIS model in respect with a user defined discretization,
    - Interpolate cross sections along an hydraulic axis in respect with user defined longitudinal (number of cross-sections) and lateral (number of points on each profile) discretization,
    - Visualize the cross-sections in a graphical view,
    - Add sediment layers and bed rock to the cross-sections from river bed geometry (identical or with a Z shift) or from another DEM (raster),
    - Modify manually or with some functionality more automatic the river bed geometry, sediment layers geometry or bedrock geometry,
    - Export data for the COURLIS module
    PreCourlis is using :
    - A fork of TatooineMesher (courtesy of CNR Engineering, https://github.com/CNR-Engineering/TatooineMesher)
    - Modified version of Python classes of the TELEMAC-MASCARET system
    ## Table of contents:
    ......

    Moyen d'essai PAM - EDF R&D