Snowflake Machine Makes One Billion Unique Snowflake Patterns for 3D Printed Ornaments

Share this Article

flak1I recently found a large pink-glittered snowflake decoration on the street that now graces my apartment door for the holiday season, and it reminded me about how miraculous snowflakes really are. Do you remember first learning as a child that no two snowflakes are the same? Now we can take that lesson one step further and talk about how no two 3D printed snowflakes decorations will ever be the same now that we have the amazing Snowflake Machine from Professor Laura Taalman, aka mathgrrl. We’ve covered the work of Dr. Taalman and her students before. Her latest design is flaky–but in the excellent sense of the word. She’s figured out how to combine an impressive knowledge of “random numbers, mathematical algorithms, computer code, and SCIENCE to create well over a billion unique and beautiful snowflakes.” Just take a moment to think about that…now let’s proceed.

The Machine does several things. It generates 3D printable snowflake patterns using a random number seed; it uses sliders to control your snowflake’s style in ten different ways; and it creates different sized snowflake decorations, like giant detailed snowflakes or micro-sized snowflakes (if you have an ultra-fine nozzle). Wow. Flaky indeed.

flak2How does it work? Well, on the Snowflake Machine Thingiverse page, there’s a button that reads “Open in Customizer.” Click on that. Then choose your seed and style setting and click “Create Thing.” You have to wait a few minutes for snowflake magic to happen. Next, reload your List of Things until new snowflake designs appear. Now download and print your unique snowflakes.

Dr. Taalman wants to make sure you photograph and post these original designs so she’ll know when the one billionth original snowflake has been 3D printed. Okay, that’s not why, but if you were the one who made the Snowflake Machine, you’d want to see them all, right?

flak3Now, I like to keep a little mystery going in my easy living among the more science and math-minded geeks. But you may want to know how this machine actually works: you know, what’s behind the scenes here? Well, Dr. Taalman is kind enough to explain it in layperson’s terms. Generally, the Machine generates patterns using an algorithm that mimics the way snowflakes grow in real life. You see, snowflakes begin their lives as hexagonal prism seeds growing outward with branches and plates. The placement and size of these branches are determined by atmospheric temperature and humidity. If you think about it, the reason no two snowflakes are ever the same is that each moment of a snowflake’s crystallization is an original moment in the atmosphere for the particles and environmental factors that are combining. This creates something miraculously unique. Again. Pause. Wow.

Dr. Taalman goes on to explain:

“To mimic this process, the OpenSCAD code behind the Snowflake Machine generates sequences of random numbers based on a random seed that you select, and then grows a snowflake design by adding branches or plates in each step. The random number sequences and the style parameters whose values you select with the Customizer sliders act like the temperature and humidity of the air around the snowflake, making it more or less likely that different formations will be generated.”

That actually makes sense, too! We learn something new every day, huh?

flak4

Now that we are all caught up on the science of snowflake formation, isn’t it about time you fire up your printer, open up your Thingiverse Customizers, and start generating those snowflake patterns for everyone to enjoy this holiday season? I think these would look cool just hanging around any time of the year.  Discuss this story in the 3D Printed Snowflake forum thread on 3DPB.com.

 

Share this Article


Recent News

Medical Startup axial3D Raises U$S 3 Million To Expand To New Markets

Carnegie Mellon: Optimizing Soft Materials 3D Printing With Machine Learning



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

4D Printing in China: Shape Memory Polymers and Continuous Carbon Fiber

Researchers have been looking further into the benefits of shape memory polymers (SMPs) with the addition of raw materials in the form of continuous carbon fiber (CCF). Authors Xinxin Shen,...

3D Printed Wireless Biosystems for Monitoring Cerebral Aneurysms in Real Time

Continuing to further the progress between 3D printing and electronics within the medical field, authors Robert Herbert, Saswat Mishra, Hyo-Ryoung Lim, Hyoungsuk Yoo, and Woon-Hong Yeo explore a new method...

Feasibility Models to Determine Efficacy of 3D Printing Over Traditional Methods

In ‘Model for Evaluating Additive Manufacturing Feasibility in End-Use Production,’ authors Matt Ahtiluoto, Asko Uolevi Ellman, and Eric Coatenea encourage the idea of exploring 3D printing for designs first, comparing...

Refining Macro and Microscopic Topology Optimization for AM Processes

Researchers from Italy and Germany continue along the path so many are following in refining and perfecting 3D printing processes. In the recently published ‘Structural multiscale topology optimization with stress...


Shop

View our broad assortment of in house and third party products.


Print Services

Subscribe To Our Newsletter

Subscribe To Our Newsletter

Join our mailing list to receive the latest news and updates from our 3DPrint.com.

You have Successfully Subscribed!