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--- tutorials:spectral-light-modeling-architecture [2025/05/28 23:58] – barley1965
+++ tutorials:spectral-light-modeling-architecture [2025/06/01 17:45] (current) – barley1965
@@ Line 141: / Line 141: @@
 ) Run the model for a number of steps, then move a lamp<sup>*</sup>, or change its power output! You can also add a Sky light source but beware that this has a dramatic effect on the R/FR ratio (hint! To prevent this, you have to increase the power output of the two far red lamps as it currently is too low). Once you have added a Sky light, you can also have a look at the Photosynthesis rate dynamics (for some reason, the light output of the LED lamps alone is a bit too low).
-) Open the Excel file Spectre.xlsx and inspect the way the relation between absorbed blue and rfr and slope/maximum dimension has been implemented!
+) Open the Excel file {{tutorials:spectre.xlsx|Spectre.xlsx}} and inspect the way the relation between absorbed blue and rfr and slope/maximum dimension has been implemented!
 ) Currently we have only one plant in the scene: go to Parameters.rgg, L. 45, 46 and 49 and modify the parameters so that you get 25 plants (5 x 5), with plant number 13 being the chosen one! Then run the model again to see if the plants will develop differently!