Individual skill
mesh-processing
Mesh data structures, mesh operations, mesh analysis, mesh repair, UV mapping and unfolding, quad meshing, mesh-to-NURBS conversion, and mesh quality assessment for AEC computational design
skills/mesh-processing/SKILL.md
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- Observed behavior
- Instructions only
- Last checked
- Nov 11, 2026
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- 226
- Repository last updated
- Mar 26, 2026
- License
- MIT
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- mesh Declared skill tag
- subdivision Declared skill tag
- remeshing Declared skill tag
- repair Declared skill tag
- uv-mapping Declared skill tag
- unfolding Declared skill tag
- quad-mesh Declared skill tag
- mesh-analysis Declared skill tag
- half-edge Declared skill tag
- topology Declared skill tag
- design Derived category
- operations Derived category
- data Derived category
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SKILL.mdcore · 48,043 bytesSKILL.mdcore · 48,043 bytesreferences/mesh-operations-catalog.mddoc · 26,345 bytesreferences/mesh-quality.mddoc · 32,444 bytes
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# Mesh Processing
This skill provides comprehensive guidance on mesh processing for architecture, engineering, and construction. Meshes are the workhorse representation for simulation (FEA, CFD, acoustics), fabrication (3D printing, CNC), visualization (rendering, VR/AR), and increasingly for design geometry itself. This reference covers data structures, operations, analysis, repair, UV mapping, quad meshing, and reverse engineering.
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## 1. Mesh Processing in AEC
### 1.1 Why Meshes Matter
Meshes represent 3D geometry as collections of vertices, edges, and faces. In AEC:
- **Simulation**: Finite Element Analysis (structural), Computational Fluid Dynamics (wind/airflow), thermal simulation, acoustic simulation, and daylight simulation all require mesh discretization of geometry. The mesh quality directly determines simulation accuracy.
- **Visualization**: Real-time rendering (game engines, VR/AR) operates on triangulated meshes. Level-of-detail mesh decimation controls rendering performance.