01|Cardboard

Bringing Matisse's Dance (I) into 3D by cardboard craft.

Nov 21, 2024

Inspiration

Henri Matisse, Dance (I), source link

In the realm of art, Henri Matisse has always been a profound source of inspiration for me. I am particularly drawn to the emotions and atmosphere he conveys in Dance (I). I still vividly remember the goosebumps I felt the first time I saw Matisse’s work in person at the MET after arriving in New York—an unforgettable moment.

For this cardboard project, I am exploring how to bring Dance (I) to life, thinking about ways to transform Matisse’s painting into a three-dimensional, moving experience through the use of cardboard.

By Sarah Berry, Halsey Institute education coordinator, source link

Considering the easy-to-cut and printable qualities of cardboard, the first idea that came to mind was the possibility of creating a small shadow puppet theater. Perhaps I could use cardboard in combination with light and shadow to recreate the dynamic movement and vibrant colors of the figures in Dance (I).

Design Thoughts & Hand Sketches

To echo the hand-holding structure of the dancing figures in Dance (I), I’m thinking of creating a cardboard interlocking system that transforms the flat figures into a three-dimensional, circular arrangement. Perhaps I could also incorporate a gear-like mechanism connected to a handle, so that when the handle is turned, the figures on the flat surface rotate together.

Small Parts Testing

I’m experimenting with cardboard to create buttons and gears as a mechanical structure for the Dance mini-theater, aiming to bring the movement and interaction of the figures to life.

→ At the beginning of my parts experiment, I remembered the spring structures I used to make with folded strips of paper as a kid. I crafted a button using cardboard, and I was surprised by how satisfying it felt to press. Unfortunately, I didn’t end up using it in the final design. However, it might come in handy for future prototypes, especially for something like an arcade game setup!
→ At first, I was trying to make the gears entirely out of cardboard, but it didn’t work as smoothly as I expected. Probably because it requires precise calculations for the spacing between the teeth of the gears, so they fit together without being too tight or too loose while turning. However, when using just scissors and a utility knife to cut the cardboard, it’s quite difficult to achieve the necessary precision for the cuts.
→ In the end, I decided to combine chopsticks with cardboard, cutting the chopsticks into small segments to serve as the gear teeth. This allows for larger gaps between the gears, helping to avoid issues with the gears getting stuck or misaligned.
→ Just a random giraffe I made when I was testing with the interlock.

Working Process

Final Outcome

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