======Radiative balance and Virtual Agronomy======

**In this page, we explain how to use PRINCIPES palm-trees mockups in order to compute radiative balance with Archimed software and explore results.**

Palm-tree mockup is computed through PRINCIPES model in Xplo environment of AMAPStudio suite;
Radiative balance is computed through ARCHIDEM model in Simeo software of AMAPsutdio suite;
Radiative variables are extracted through Xplo exploration of AMApstrudio suite.




===== Principes architecture & Archimed radiative balance =====
<box 100% round #FFF rgb(225,144,154) #FFF rgb(204,153,204) |**//This presentation explain how to compute radiative balance on 3D tree-palms mockups : //**>
  * From Xplo to Simeo
  * Archimed export plugin
  * From Simeo to Xplo
  * Exploration of radiative balance results
  * Plot scale
  * Visualisation
[[https://amapstudio.cirad.fr/_media/soft/principes/P61.pdf?dl=1|{{ :soft:principes:p61.jpg?nolink&500 |PRINCIPES architecture & Archimed radiative balance}}]]
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===== Principes architecture, Archimed radiative balance & Virtual Agronomy=====
<box 100% round #FFF rgb(2,144,154) #FFF rgb(204,153,204) |**//This presentation explain how number of neighbours and latitude affect palm-tree radiative balance : //**>
  * Radiative balance on organs
  * Radiative balance at different Scales
  * Vicinity effect on radiative balance of one tree
  * Latitude effect
  * Visualisation
[[https://amapstudio.cirad.fr/_media/soft/principes/P62.pdf?dl=1|{{ :soft:principes:p62.jpg?nolink&500 |PRINCIPES architecture & Archimed radiative balance for Virtual Agronomy}}]]
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===== Principes virtual architecture experiment, Archimed radiative balance & breeding advices=====
<box 100% round #FFF rgb(204,104,254) #FFF rgb(2,1,204) |**//This presentation consists in two virtual experiments : an architectural experiment (many parameters are tested) and a planting density experiment (without retro-action of density on palm-tee architecture. The aim is to compute how radiative balance is modified, expressed in terms of intercepted light and organ irradiance : //**>
  * Virtual architecture experiment
  * Radiative balance computing
  * Scales studied for radiative balance outputs
  * Planting density experiment
  * Radiative balance results
  * Effect of intercepting area (pinnaes) on radiative balance at different scales
  * Conclusions for breeding advices
[[https://amapstudio.cirad.fr/_media/soft/principes/P63.pdf?dl=1|{{ :soft:principes:p63.jpg?nolink&500 |PRINCIPES virtual architecture & Archimed radiative balance to help breeding}}]]
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