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== Software ==
=== GreenScilab ===
The GreenScilab software needs Scilab environment.

Scilab can be downloaded from https://www.scilab.org.cn (LIAMA, Chinese mirror), or from https://www.scilab.org (INRIA, France).

'''Versions of GreenScilab_Crop'''

Latest version of GreenScilab for Crop: [[File:GreenScilab-CropV1.0_Web.rar|link=Media:GreenScilab-CropV1.0_Web.rar|GreenScilab-CropV1.0_Web.rar]](updated 2010/06/28)

Festures: for plants with one phytomer per growth unit (mainly crops).

'''Versions of GreenScilab'''

*Latest version of GreenScilab:[[File:GreenScilab-CropV1.0_Web.rar|link=Media:GreenScilab-CropV1.0_Web.rar|GreenScilab-CropV1.0_Web.rar]] (updated 2009/10/22)
**Corresponding tutorial: [https://drive.google.com/file/d/1YU9yhu40WN2w1XiiddiHXmwBWJl9TpZ7/view?usp=drive_link tutorialgreenscilab1.0.pdf]

*GreenScilab Version 1 for Tomato Plant:[[File:GreenScilabV1.0_Tomato_2010.rar|link=Media:GreenScilabV1.0_Tomato_2010.rar |GreenScilabV1.0_Tomato_2010.rar]](updated 2010/06/12)
**Corresponding tutorial:projects:greenscilab:for_gsl1_tomato.pdf

*GreenScilab Version 1 for chyrsanthemum: [https://drive.google.com/file/d/1AemknFaL4eVTG6_3zvJoBt3v7Fh0EPuI/view?usp=drive_link greenscilabv1_chyrsanthemum.zip](updated 2010/05/18)
**Corresponding tutorial: greenscilab: [https://drive.google.com/file/d/1jmMGnVHf1OCnSWUfegPtJBmfl--BGfnE/view?usp=drive_link for_gsl1_chyrsanthemum.pdf]  [[File:For_GSL1_Chyrsanthemum.pdf|link=Media:For_GSL1_Chyrsanthemum.pdf|for_gsl1_chyrsanthemum.pdf]]

*GreenScilab Version 2 for Pine Tree: [https://drive.google.com/file/d/1WPdBhJqRDZgxQ3JMghGjIsFzQtU6lbQ4/view?usp=drive_link GreenScilabV2.0_Pine.rar]  [[File:GreenScilabV2_Pine.rar|link=Media:GreenScilabV2_Pine.rar|GreenScilabV2.0_Pine.rar]](updated 2010/05/18)
**Corresponding tutorial: greenscilab:for_gsl2_pine.pdf

=== XplantGL ===

=== QingYuan ===
Based on Functional-Structural Plant model Greenlab, cPlant team developed two softwares named ‘GreenScilab’ and ‘Qingyuan’. ‘GreenScilab’ can simulate many crops, such as tomato, cucumber, chrysanthemum and maize, and these crops have been calibrated with the experimental data. ‘Qingyuan’ can simulate trees, like albizia, ginkgo, pine and orange.