A holistic microclimate model

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apps:datastudio:compareatmospherescriptdetails [2022/01/29 13:14] – freddiapps:datastudio:compareatmospherescriptdetails [2022/01/29 13:23] (current) – freddi
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 ==== Description ==== ==== Description ====
-The "Compare Atmosphere Data"-script analyses and compares two user defined locations in the same simulation for a specified variable. The idea of the the script is, that two areas in the same simulation are directly comparable. The script output shows 2 plots, each with two figures. The fist plot shows the mean, maximum and minimum values for each timestep at location A in the upper figure and at location B in the lower figure. The second plot shows the direct comparison between both locations: The upper figure shows the mean values of location A and B and the lower figure shows the absolute difference between the mean values for each timestep. +The "Compare Locations"-script analyses and compares two user defined locations in the same simulation for a specified variable. The idea of the the script is, that two areas in the same simulation are directly comparable. The script output shows 2 plots, each with two figures. The fist plot shows the mean, maximum and minimum values for each timestep at location A in the upper figure and at location B in the lower figure. The second plot shows the direct comparison between both locations: The upper figure shows the mean values of location A and B and the lower figure shows the absolute difference between the mean values for each timestep. 
  
 === General advice == === General advice ==
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 The Potential Air Temperture is saved in the atmosphere output folder. Hence, we need to set the Datafile 1 to a random .EDX-file in the atmosphere output folder of our simulation. Datafile 2 keeps empty.  The Potential Air Temperture is saved in the atmosphere output folder. Hence, we need to set the Datafile 1 to a random .EDX-file in the atmosphere output folder of our simulation. Datafile 2 keeps empty. 
  
-In addition you can also define a diagram-title which will be used in the output figure. Anyway, if you leave the Diagram Title field empty the script generates a appropriate title automatically. +In addition you can also define a diagram-title which will be used in the output figure. Anyway, if you leave the Diagram Title field empty the script generates an appropriate title automatically. 
  
 Now click on the script and click "Copy to Python Console" to adjust the remaining settings.   Now click on the script and click "Copy to Python Console" to adjust the remaining settings.  
  
-{{:apps:datastudio:datastudiosettings.png}}+{{:apps:datastudio:comparelocations_datastudiosettings.png}}
  
 === Model Area === === Model Area ===
-The locations we would like to compare are displayed in red in the following image. Every grid cell inside each red cuboid will be taken into account for the corresponding location. +The locations we would like to compare are displayed in the following image. Every grid cell inside each cuboid will be taken into account for the corresponding location. 
 To set these areas in the script, change the following lines accordingly: To set these areas in the script, change the following lines accordingly:
 <code python> <code python>
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 {{:apps:datastudio:comparelocations_pott_plot1.png}} {{:apps:datastudio:comparelocations_pott_plot1.png}}
  
-{{:apps:datastudio:comparelocations_pott_plot1.png}}+{{:apps:datastudio:comparelocations_pott_plot2.png}}
  
 If you would like to analyse pollutant-data instead, an output for e.g. NO2-concentration could look like this: If you would like to analyse pollutant-data instead, an output for e.g. NO2-concentration could look like this: