OpenAlea
Software Environment for Plant Modeling
Home | Download/Install | Documentation | Packages | Screenshots | News | Forum/Mailing-lists | Contact | GForge
|
|
Differences
This shows you the differences between two versions of the page.
|
documentation:core:modelling_sprint_2011_november [2011/11/28 08:52] admin created |
documentation:core:modelling_sprint_2011_november [2012/05/22 15:38] (current) user |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| - | ====== Modelling Sprint November 23rd, 24th, 25th, 2011 : ====== | + | ====== Modelling Sprint 2011 November, 23rd, 24th, 25th : ====== |
| - | Place : Clermont-Ferrand, UMR PIAF | + | Place : Clermont-Ferrand, UMR PIAF |
| - | Organisation: Marc Saudreau and Gaetan Louarn | + | Organisation: Gaetan Louarn et Marc Saudreau |
| - | ===== Results ===== | + | ===== Participants ===== |
| - | This modeling sprint aims at integratinng radiative transfer models ino OpenAlea and improving documentation of Alinea packages (RATP). | + | * Boris Adam |
| + | * Didier Combes | ||
| + | * Gaetan Louarn | ||
| + | * Marc Saudreau | ||
| - | == RATP Installation == | + | ===== Results ===== |
| - | * Solve Problems on Windows Vista: | + | This modeling sprint aimed at integrating a 3D turbid-medium radiative transfer model (RIRI, part of RATP model) into OpenAlea. |
| - | * TODO | + | |
| - | == RATP development == | + | |
| - | * RATP crash due to ... | + | |
| - | == Visualisation == | + | |
| - | * | + | |
| - | == Visualea Integration == | + | == Installation of RATP == |
| - | * | + | * Problem of Fortan compilation at installation were solved using a specific version of MinGW (4.5.0) on Windows |
| + | == RIRI model == | ||
| + | * The radiative transfer model was slpit from the do_all() RATP routine | ||
| + | * The new routine is called using the do_interception() Fortran routine via F2py | ||
| + | * Input files are the same than for do_all(), including a 3D grid describing the distribution of vegetation leaf area density | ||
| + | * Outputs are the radiative budget results for each 3D voxel of the grid and for each time of the meteo file | ||
| + | == Integration in VisuAlea == | ||
| + | * A do_interception node was add to the pyRATP module with a demo | ||
| + | * An adaptation for .can files as input (list of 3D triangles for the caribu model) was developed | ||
| + | * A visualisation of radiative model outputs was done using the ViewMapOnCan node | ||
| - | ===== Participants ===== | ||
| - | * Boris Adam | ||
| - | * Didier Combes | ||
| - | * Gaetan Louarn | ||
| - | * Marc Saudreau | ||
| ==== Future ==== | ==== Future ==== | ||
| + | |||
| + | == Memory probem to solve for multiple runs == | ||
| + | == Complete the connection with MTG == | ||
