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Models for approximation of indoor parameters (velocity and temperatures) using the livestock template method in Grasshopper. Results are generated based on data from a multivariate parametric study of natural ventilation using computational fluid dynamics.

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Rooster

Models for approximation of indoor parameters (velocity and temperatures) using the livestock template method in Grasshopper. Results are generated based on data from a multivariate parametric study of natural ventilation using computational fluid dynamics.

Installation guide

  1. Install the livestock template method from github.

  2. Download the Rooster files here.

  3. Take the files from the grasshopper objs folder and place in the UserObjects folder. (%appdata%\Roaming\Grasshopper\UserObjects)

  4. Overwrite the livestock3d.py file in C:\livestock3d with the updated file from the Rooster.zip.

  5. Overwrite the templates.py file in %AppData%\Roaming\McNeel\Rhinoceros\5.0\scripts\livestock3d with the updated file from the Rooster.zip.

  6. Move the data files (Livestock_Data.csv & Livestock_V_Data.csv) to the data folder C:\livestock3d\data.

  7. On the grasshopper canvas, insert the path to the python.exe into the livestock component "Python Executor".

  8. You are now ready to use Rooster!

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Models for approximation of indoor parameters (velocity and temperatures) using the livestock template method in Grasshopper. Results are generated based on data from a multivariate parametric study of natural ventilation using computational fluid dynamics.

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