Studying Differential Geometry & The Heat Method
Freya Holmér is embarking on a study of differential geometry, specifically to implement a soft selection feature in her 3D modeling tool, half-edge. This feature will leverage geodesic distance for more intuitive mesh manipulation, which is essential for artists and designers looking to create more organic shapes in their models.
The foundation of her study is based on the 2017 paper 'The Heat Method for Distance Computation' by Crane et al. This method provides a framework for calculating distances on complex surfaces, which could significantly enhance the workflow for graphics programmers and 3D artists. As differential geometry can be quite dense, Freya's journey may resonate with many developers who have faced similar challenges in mastering complex mathematical concepts.
“His lectures are great and very pretty!”
- what
- Freya is studying differential geometry for soft selection in half-edge.
- who
- Freya Holmér and Keenan Crane.
- when
- No specific dates mentioned.
- impact
- Improves mesh manipulation for 3D artists and designers.
Excitement about learning and improving tools for developers.
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