Parametric Design Using Grasshopper

The seamless integration of RhinoLands with the Grasshopper visual programming language enables the automation of various tasks. For instance, users can specify details like point locations, heights, and other attributes for vegetation elements, and then distribute plants parametrically across their projects. 

Similarly, for walls, ramps, or irrigation systems, users can apply algorithms to link and place objects. In terrains, users can define input data such as 3D curves or points for generation, followed by executing operations like adding paths, cuts, fills, or divisions. This robust integration empowers users to efficiently create dynamic designs with precision.