Embroidery Computation Framework 1. Overview Embroidery is not only a craft, but a computational structural language system.
2. Grammar Element Chinese instructions English Description Structure 刺繡的整體結構形態 Overall structural form Path 刺繡的運行路徑 Path of execution Thread Behavior 線材的行為模式 Behavior of thread Grammar Level 結構所屬層級 Level of structure
3. Dynamic Rules
Code Basic Rules Spatial Rules Dynamic Rules R1 Path Continuity R2 Sequential Progression R3 Node Convergence R7 Radial Expansion R10 Spatial Convergence R13 Directional Weight R14 Path Adjustment
4. Parameter System Canvas Parameters Chinese instructions 198 P Single path 201 θ + r Angle + length 202 θ + r + w ngle + length + weight
Core Evolution:P → (θ, r) → (θ, r, w)
5. Computation Flow Input → Path Generation → Transformation → Accumulation → Branch → Integration → Output
6. Evolution System Stage 中文 Model Canvas 198 平面結構 Structure Canvas 201 空間系統 Space Canvas 202 動態空間 Dynamic Space
7. Evolution Logic project 198 → 201 201 → 202 Structure Plane → Radial Symmetry → Asymmetry Dimension 2D → 3D Fixed → Dynamic system Path → Coordinate Coordinate → Weighted
8. Case Studies project Canvas 198 Canvas 201 Canvas 202 Structure Triangular mesh Uniform radiation asymmetric radiation Path Single path (1→9) radiation Radiation + Return Behavior convergence Layering Offset + Adjustment Level Plane grammar Spatial syntax Dynamic space syntax Insight A single path can generate complex structures. Embroidery can describe three-dimensional space Embroidery can control spatial structure
9. Final Statement Embroidery is a rule-based computational system capable of generating planar, spatial, and dynamic structures.
