RapidCompact becomes RapidPipeline - learn more

RapidCompact is all about optimization. And thinking about optimization without thinking about topology is impossible. Most people might be thinking only about decimation, but there is much more. In RapidCompact we have added a completely new method to optimize topology: welcome to remeshing. 

The remeshing technique consists of creating a new topology around the original model, using a process known as shrink-wrapping. In essence, a new topology is created around the input model, and it is tightly wrapped to the original surface. While traditional decimation focuses on optimizing the model while adhering to its existing topology, remeshing takes a different approach. It optimizes the model based on its shape, creating a brand-new topology in the process. 

So, why is remeshing such a game-changer?

For models with intricate geometry details, which decimation might deteriorate, remeshing allows us to simplify the topology without including unneeded details. To illustrate this better, let´s take a look at a proper example with our Model of the Month – the wicker rattan chair. 


Decimation vs. Remeshing

The original model, provided by The Clipping Path Service, LLC. via Sketchfab, has a complex topology. Every strand of wicker has been explicitly modeled, with a complex interwoven structure. This is impossible to optimize with a traditional decimation approach, as we’ll see. We have optimized the model with both methods, decimation and remeshing, to observe the advantages of the latter. Both methods have been set to a target of 100K faces. The image represents the blue faces as fronts and the red faces as backs. 

Picking the right method

When we try to decimate complex woven geometry with a very low face target, we end up destroying the topology. In contrast, remeshing preserves the shape perfectly, while completely recreating the topology. We then bake textures from the original model, including color, roughness, and normal maps, to remap details from the original onto the new shape. In this way, details are preserved in the textures, which produces exceptional results. 

You can find the Remeshing workflow inside the preset editor in the RapidCompact Cloud. Using it is as simple as selecting one of the two available options (to keep or to bake the alpha of the object).

Remeshing workflow in RapidCompact Cloud

It becomes clear that using this new workflow allows to greatly reduce the number of polygons and the file size of models with intricate geometrical patterns. This gets extremely important when it comes to the creation of 3D assets used by merchants for real-time rendering on multiple delivery platforms. See therefore the Asset Creation Guidelines created by the Khronos Group 3D Commerce WG.

As always, you can see the results of the Wicker Rattan Chair optimization in the embed we have prepared.

Do you have a model like this that is difficult to simplify? Optimize it now with the remeshing workflow in RapidCompact and share your results with us on LinkedIn or Twitter. 

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