Grasshopper is available as a plugin for the Rhinoceros program. With this plugin, Rhino users can make parametric designs. Grasshopper, which finds use in many sectors from architecture to jewelry design, is frequently preferred, especially in large architectural companies. So what is this Grasshopper? And is it worth taking the time to learn?
Why Should You Learn Grasshopper?
The point that distinguishes Grasshopper from any design or modeling program is that it allows for parametric procedures. At this point, you might ask what happens in parametric design.
The parametric design, which forms the basis of Grasshopper, works differently than the modeling logic we are used to in three-dimensional design programs. Here, the designer enters the features he wants in his design into Grasshopper in parameters. Moreover, it is possible to play with the values of these parameters.
Grasshopper creates a design based on the information given to it. The most significant advantage of this plugin is that it can produce alternatives by adapting to variables that are difficult to implement simultaneously as the designer enters. So, thanks to Grasshopper, you will have multiple design ideas.
Since organic forms have become prominent in architecture in recent years, evaluating the alternatives offered by programs like Grasshopper can save you a lot of time.
Who Uses Grasshopper
As a Rhinoceros plugin, Grasshopper is accessible software for anyone using Rhino. However, we know that architects and engineers mainly use this software. Even Grasshopper is behind the admirable organic form-based designs of Zaha Hadid, one of the greatest architects of modern times.
Grasshopper is software that can make life easier for many designers outside of the construction industry. Thanks to Grasshopper, we can create jewelry designs or interior designs.
The most prominent feature of Grasshopper among other design programs is undoubtedly related to parametric design. So actually, when using Grasshopper, you are creating complex models without modeling anything. The program’s ability to produce more than one alternative is a handy feature in choosing the most efficient one.
Another significant advantage of Grasshopper is that it provides great freedom in design. With Grasshopper, it is possible to implement forms that we cannot create even with modeling programs in real life. That gives us architectural works such as Zaha Hadid’s magnificent structures.