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Algorithmic Procedural Snowflake Generator
2/23/2026 Parametric
Algorithmic Procedural Snowflake Generator
Generate an infinite variety of 6-fold radial symmetrical snowflakes using mathematical recursion algorithms. Every seed number generates an entirely unique crystalline structure with organic branch lattices.
⚙️ Key Parametric Variables
| Parameter | Default | Range | Description |
|---|---|---|---|
seed | 143 | 1 - 99999 | Random generator DNA seed that controls branching morphology. |
diameter | 85mm | 30mm - 200mm | Total tip-to-tip outer diameter of the snowflake. |
thickness | 3.2mm | 1.0mm - 10.0mm | Vertical Z-height (use 3.2mm for coasters, 1.2mm for ornaments). |
branch_depth | 4 | 2 - 6 | Recursive secondary and tertiary crystal subdivision depth. |
loop_hanger | false | boolean | Adds an integrated top eyelet for Christmas tree hanging loops. |
🖨️ 3D Printing Recommendations
- Material: Silk PLA, Glow-in-the-Dark PLA, or Translucent PETG.
- Layer Height:
0.20mmwith a0.4mmnozzle (first layer speed at 20mm/s for delicate tip adhesion). - Bottom/Top Layers:
4 / 4solid layers. - Infill:
100% Solid(allows maximum light transmission on translucent filaments). - Supports: None required.
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All STL files are free to download and access. Donations are completely optional. All money given helps AHM Labs R&D provide more tools and open-source software.