detailed instructionsboojumDecember 20 2009, 04:23:14 UTC
This is a snowflake, and this is a snowflake, and this is a snowflake, and this. The crystalline structure grabs and smears and flashes light. The small size piles on itself irregularly.
They are falling. Grab several thousand, and set to work.
Pressure enmeshes the crystals. If your crystals are small, or if you want more strongly-integrated snowballs, apply a small amount of heat. Stop applying heat before the crystalline integrity is badly damaged.
Mold the material. Spheres are the optimal shapes. Near-spheres are perfectly acceptable, up to about one part in twenty deviation. Less-regular shapes are considered sloppy. Cracks are acceptable, although non-ideal, as long as they do not threaten the structural integrity of the sphere. Foreign matter may be included, but lowers the quality level dramatically.
Your final product should be two to four inches across, with a lightly irregular matte white surface. For best results, it should be immediately thrown at a compatriot.
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They are falling. Grab several thousand, and set to work.
Pressure enmeshes the crystals. If your crystals are small, or if you want more strongly-integrated snowballs, apply a small amount of heat. Stop applying heat before the crystalline integrity is badly damaged.
Mold the material. Spheres are the optimal shapes. Near-spheres are perfectly acceptable, up to about one part in twenty deviation. Less-regular shapes are considered sloppy. Cracks are acceptable, although non-ideal, as long as they do not threaten the structural integrity of the sphere. Foreign matter may be included, but lowers the quality level dramatically.
Your final product should be two to four inches across, with a lightly irregular matte white surface. For best results, it should be immediately thrown at a compatriot.
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