Graph Mapping Edge Surface

by Tuğrul Yazar | December 19, 2011 22:59

The smooth and continuous nature of the “Sine Surface[1]” has garnered significant popularity among designers and architects alike. This captivating curved surface offers a visually pleasing aesthetic that adds an elegant touch to various design projects. Its flowing contours and gentle undulations create a sense of harmony and organic beauty. Recently, I delved into this with the help of Grasshopper’s Graph Mapping functionality, I began my artistic journey. Although I encountered some initial challenges, I managed to generate a series of points that outline the edges of the surface.

However, the process of recreating the entire Graph surface is an ongoing endeavor. I have made progress in capturing the boundary points. I now eagerly seek to refine my technique and extend my creation beyond its current limitations. Exploring different algorithms and tweaking the parameters in Grasshopper will be instrumental. So, I will be achieving a more comprehensive representation of the Sine Surface’s form.

Using the Graph Mapper component, which offers the flexibility to incorporate numerous functions beyond the sine curve, I have successfully generated the four edges. However, I am currently uncertain about the process of transforming these edges into a complete surface. To tackle this challenge, further exploration and experimentation are required. So, I need to delve deeper into understanding the methodologies and techniques involved in converting these boundary points into a cohesive and visually pleasing surface. It will involve studying different algorithms, analyzing parameters, and experimenting with various approaches within Graph Mapping.

Here is an updated version of this definition

Below is an updated version of this Grasshopper definition:

Source URL: https://www.designcoding.net/graph-mapping/

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