Designers often spend a lot of time manually creating and adapting meshes, geometries, and patterns to fit the objectives of their designs. However, this process is not always efficient, and it can be difficult for designers to know how to improve their designs for factors such as manufacturability or simulation results. In addition, there is no automatic way to adapt designs to a value distribution. This can be a challenge for designers who are looking to streamline their design process and create more efficient and effective designs.
Field-driven design allows designers to automatically create designs that are perfectly adapted to the fields that influence their design, without the need for manual adaptations for changing parameters. This approach enables full automation of the optimization of designs for specific values, resulting in the creation of better designs that may exceed the designers' imagination. Field-driven design can help designers create designs that they may not have known were possible, streamlining the design process and resulting in more efficient and effective designs.