Modeling and Simulating Origami Structures using Bilinear Solid-Shell Element
The proposed framework utilizes bilinear solid-shell elements to effectively model origami panels, incorporating crease folding through the director vectors of adjacent panels. This approach not only improves the fidelity of simulations but also tackles common locking issues associated with solid-shell elements through the assumed natural strain method.
Developers should pay attention to this advancement as it opens up new possibilities for realistic animations and interactions in games. The framework's validation through both straight and curved crease simulations demonstrates its robustness, making it a valuable tool for graphics programmers and designers looking to push the boundaries of visual storytelling in their projects.
“We introduce the assumed natural strain method to mitigate locking issues.”
- what
- Introduction of a novel computational framework for origami modeling
- who
- Researchers from arXiv cs.GR
- impact
- Enhances simulation accuracy for graphics programming and design
- context
- Addresses common issues in modeling complex structures in games
This framework offers significant improvements for developers.
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