Jun Mitani Creates Paper Art Using Computer Science Algorithms
Meghan Young — October 8, 2012 — Tech
References: flickr & design-milk
There are some very impressive origami creations out there, but Jun Mitani has got to be one of the top geniuses when it comes to this art form. Considering that he is a professor of computer science at the University of Tsukuba by day, it comes as no surprise that Jun Mitani would be able to translate his smarts in one field to use it in another. Granted, the stereotype that scientifically-inclined individuals are not very artistically-inclined still holds.
In this case, Jun Mitani first creates his origami designs with the help of algorithms and computer software. Once he has finished one design, he scores the paper and starts to fold by hand. The result are 3D origami based on axisymmetrical shape.
In this case, Jun Mitani first creates his origami designs with the help of algorithms and computer software. Once he has finished one design, he scores the paper and starts to fold by hand. The result are 3D origami based on axisymmetrical shape.
Trend Themes
1. Algorithmic Origami - With the help of computer science algorithms, origami can be designed and folded into complex 3D shapes based on axisymmetrical forms.
2. Digital-to-physical Creativity - The use of software in the creation of paper art creates unique opportunities for digital design to be expressed in the physical world through origami.
3. Customizable Origami Patterns - Computer algorithms enable the creation of highly customizable origami patterns and shapes, expanding the possibilities for personalization and experimentation with the medium.
Industry Implications
1. Education - Technology-assisted origami designs and instructions can revolutionize the way origami is taught in schools and educational environments.
2. Art and Design - Algorithmic origami can inspire new approaches to paper art and design, as well as the integration of technology in traditional craft forms.
3. Product Design and Manufacturing - The use of algorithms in designing and folding origami models opens up possibilities for mass customization and product design in a range of industries, from automotive to consumer goods.
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