At first glance, C#'s syntax, with its abundance of { } and indentations, might seem daunting to newcomers. Yet, once you transcend the initial learning curve, a world of possibilities opens up.
Why is C# so relevant for computational designers? Here's a simple answer: Much of the software foundational to our industry, originally developed for Windows, is crafted in C#. This ensures a rich availability of C# SDKs for pivotal platforms:
- #rhino3d
- #grasshopper3d
- #revit
With an SDK, you're empowered to seamlessly interface with a program's API. This allows you to harness and extend the software's native functions, making the creation of plugins and extensions not just feasible, but also straightforward.
Keen on diving into the realm of C# plugin development? Share your thoughts in the comments below ๐
Unlocking the Potential of C# in Computational Design
At first glance, C#'s syntax, with its abundance of { } and indentations, might seem daunting to newcomers. Yet, once you transcend the initial learning curve, a world of possibilities opens up.