Area ===== .. image:: https://user-images.githubusercontent.com/14288520/195365832-e25b9df7-6038-4a04-9489-ff75dea36c7a.png :target: https://user-images.githubusercontent.com/14288520/195365832-e25b9df7-6038-4a04-9489-ff75dea36c7a.png Functionality ------------- Area node is one of the analyzer type. It is used to get the area of any polygon, no matter the number of its vertices or its world position. Inputs ------ **Vertices** and **Polygons** are needed. Both inputs need to be of the kind Vertices and Strings, respectively Parameters ---------- All parameters need to proceed from an external node. +------------------+---------------+-------------+-----------------------------------------------+ | Param | Type | Default | Description | +==================+===============+=============+===============================================+ | **Vertices** | Vertices | None | vertices of the polygons | +------------------+---------------+-------------+-----------------------------------------------+ | **Polygons** | Strings | None | polygons referenced to vertices | +------------------+---------------+-------------+-----------------------------------------------+ | **Count Faces** | Boolean | True | output individual faces or the sum of all | +------------------+---------------+-------------+-----------------------------------------------+ Outputs ------- **Area** will be calculated only if both **Vertices** and **Polygons** inputs are linked. See also -------- * Analyzers-> :ref:`Component Analyzer/Faces/Area ` Example of usage ---------------- .. image:: https://user-images.githubusercontent.com/14288520/195367229-67a81667-6b71-46f6-abce-cbc4bfc8e74f.png :target: https://user-images.githubusercontent.com/14288520/195367229-67a81667-6b71-46f6-abce-cbc4bfc8e74f.png * Generator-> :doc:`Plane ` * Number-> :doc:`Number Range ` * Matrix-> :doc:`Matrix In ` * Text-> :doc:`String Tools ` * Viz-> :doc:`Viewer Draw ` * Viz-> :doc:`Viewer Index+ ` * Text-> :doc:`Stethoscope ` In the example we have the inputs from a plane with 16 faces. You can use **Area** node to get the sum of all of them or the area of every face individually.