A: Yes.
It's Snowing in my CPU — a Snowflake catalogue
The snowflake was born on a cold, winter's day far up in the sky, many miles above earth.
— Paul Gallico, Snowflake
Go ahead, meet some snowflakes.
Somewhere in the world, it's snowing. But you don't need to go far—it's always snowing on this page. Explore random flurries, snowflake families and individual flakes. There are many unusual snowflakes and snowflake family 12 and family 46 are very interesting.
But don't settle for only pixel snowflakes—make an STL file and 3D print your own flakes!
Ad blockers may interfere with some flake images—the names of flakes can trigger ad filters.
And if after reading about my flakes you want more, get your frozen fix with Kenneth Libbrecht's excellent work and Paul Gallico's Snowflake.
Show a random flake or a random flake from this family.
snowflake varie
name
varie
gender
boy
family
34
hex
44, 28
t-SNE
182.4, 101.1
ρ
vapor mass
0.5961608237
0.55
62%
κ
freezing
0.0192631009
0.95
78%
μ
melting
0.0612314741
–0.10
49%
γ
melting
0.0000536020
–1.64
3%
α
attachment
0.1805959714
–0.04
48%
β
attachment
1.2207392406
–0.12
59%
θ
attachment
0.1037163344
1.71
94%
n
growth steps
5038
–0.60
34%
The flake's ranking relative to other flakes with respect to each parameter is shown as a z-score (`(x-\mu)/\sigma`) and percentile.
snowflake files and resources
Download the snowflake's runfile.
Generate STL file for 3D printing.
high-resolution snowflake images
These are the original simulation images. Each snowflake was grown on a 800 × 800 hexagonal grid.
cartesian grid
hex grid
cartesian grid with vapor
hex grid with vapor
