![]() ![]() Rhinoceros, or Rhino, has become a standard 3D modeling tool for designers and architects. There are no complexity, degree, or size limits beyond your hardware. #AulaGEO The mastery of Computational and Generative Design opens the possibility of applying a great number of innovative techniques for the conception of projects and the evaluation of multiple alternatives in an efficient and fast way, obtaining unbeatable results.Free Download Rhinoceros 3D for Windows PC, also known as "Rhino 3D," it can create, edit, analyze, document, render, animate, and translate NURBS curves, surfaces, solids, point clouds, and polygon meshes. The need to design more efficiently and with higher quality in construction projects, forces us to use tools designed to optimize time and resources. At the same time it gives the designer the opportunity to grow in competitiveness, facing new challenges. The possibility of applying new design techniques significantly broadens the range of solutions to be offered to end customers for project execution. #AulaGEO We will also study how to use Grasshopper in the preparation of geometries for 3D printing, how to use physical simulation engines within Grasshopper and even how to use these engines in the optimization of structures and environmental impact analysis. It will be shown how to exploit the power of Grasshopper within Revit itself.įinally, the door will be opened to a myriad of Grasshopper applications for various design tasks. Thanks to Rhino.Inside technology it is possible to use the power of Rhino, including Grasshopper, in other applications. This visual scripting environment is installed by default in the most recent versions of Rhinoceros 3D. In order for the student to develop a complete understanding of the state of the art in computational design, one of the most powerful visual programming tools on the market, Grasshopper, will be introduced during this course. Interact with Revit model environment from Grasshopper ![]() Interacting with the Rhino model environment from Grasshopper Parameterizing complex designs using visual programming (Grasshopper) Apply computational design principles in your own designs ![]()
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