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tutorials:radiation-model-in-crop_model8 [2025/05/28 13:48] – barley1965tutorials:radiation-model-in-crop_model8 [2025/05/28 14:03] (current) – barley1965
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 This model produces a virtual plant canopy, initially consisting of 16 plants (four rows of four plants each). When you run the model, you will get the 3D visual output and also some curves (in the chart "MODEL OUTPUT") indicating the dynamics of several yield-related state variables: light absorbed by lower and upper leaves, light absorbed by soil, number of shed leaves, number of flowers and fruits, and the assimilates produced by lower and upper leaves (where ranks 1 - 4 are lower leaves, and ranks 5 - 9 are upper leaves). At this stage you are not supposed to understand all the workings of the model, the objective of this exercice is for you to play the grower and to change a limited number of agronomic and genetic parameters (planting density, plant architecture).  This model produces a virtual plant canopy, initially consisting of 16 plants (four rows of four plants each). When you run the model, you will get the 3D visual output and also some curves (in the chart "MODEL OUTPUT") indicating the dynamics of several yield-related state variables: light absorbed by lower and upper leaves, light absorbed by soil, number of shed leaves, number of flowers and fruits, and the assimilates produced by lower and upper leaves (where ranks 1 - 4 are lower leaves, and ranks 5 - 9 are upper leaves). At this stage you are not supposed to understand all the workings of the model, the objective of this exercice is for you to play the grower and to change a limited number of agronomic and genetic parameters (planting density, plant architecture). 
-The parameters you may change in the code can be found in Example1.rgg, lines 5 - 12:+The parameters you may change in the code can be found in Example1.rgg, lines 5 - 13:
  
 <code java> <code java>
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 public @Editable @Range(min=1,max=5) int PL_NO = 4; //5  public @Editable @Range(min=1,max=5) int PL_NO = 4; //5 
 public @Editable @Range(min=1,max=5) int ROW_NO = 4; //4 public @Editable @Range(min=1,max=5) int ROW_NO = 4; //4
 +public @Editable @Range(min=1,max=10) int FINAL_LEAF_SIZE = 4; //4
 </code> </code>
 However, it is also possible (and much easier?) to use the sliders for this: click on the tab Meta Objects (bottom left) then you will see in the Attribute Editor window (almost) the same parameters: However, it is also possible (and much easier?) to use the sliders for this: click on the tab Meta Objects (bottom left) then you will see in the Attribute Editor window (almost) the same parameters:
  
-{{tutorials:sliders.png}}+{{:tutorials:sliders.png?400|}}
    
 //Task: run the model, and see how many fruits you get in the end!  //Task: run the model, and see how many fruits you get in the end! 
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 Finally, note that this model is just a traing tool (toy...), and not based on any measurements of real plants! Finally, note that this model is just a traing tool (toy...), and not based on any measurements of real plants!
  
-{{tutorials:growmanyfruits1.png?100x100}} {{tutorials:growmanyfruits2.png}} {{tutorials:growmanyfruits3.png}} {{tutorials:growmanyfruits5.png}}  +{{tutorials:growmanyfruits1.png?175x175}} {{tutorials:growmanyfruits2.png?180x180}} {{tutorials:growmanyfruits3.png?180x180}} {{tutorials:growmanyfruits5.png?175x175}}  
-{{tutorials:growmanyfruits4.png}} {{tutorials:growmanyfruits6.png}} +{{tutorials:growmanyfruits4.png?200x200}} {{tutorials:growmanyfruits6.png}} 
  
    
  
  
tutorials/radiation-model-in-crop_model8.1748432935.txt.gz · Last modified: 2025/05/28 13:48 by barley1965