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Curiosity Blocks Digitální umění by Yuko Suzuki
Curiosity Blocks Digitální umění by Yuko Suzuki
Curiosity Blocks Digitální umění by Yuko Suzuki
Curiosity Blocks Digitální umění by Yuko Suzuki
Curiosity Blocks Digitální umění by Yuko Suzuki

Stříbro Generativní · 2025

Curiosity Blocks Digitální umění

by Yuko Suzuki

  • Stříbrná cena A' Design Award 2025 in Generativní
  • CLIENT: NTT InterCommunication Center (ICC)
  • Estimated Number of Design Views: 168,969
  • Verification code 0D2A5E4D85 · Verify this award
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About Curiosity Blocks Digitální umění

Toto dílo bylo vytvořeno pro výstavu zaměřenou na seznámení dětí se zábavnou stránkou programování. Jedná se o animaci využívající techniku zvanou anamorfoze, při níž jsou obrazy předem zdeformovány tak, aby se správně zobrazily při odrazu v cylindrickém zrcadle; v podstatě jde o pohyblivou anamorfozu. Spojením více animačních částí je vyjádřena myšlenka, že nové objevy vznikají, když se zvědavost propojuje a překrývá. Autor, který je zároveň grafikem, navrstvil vztah mezi štočkem aotiskem na vztah mezi obrazem na displeji a obrazem v zrcadle.

About the Stříbrná cena A' Design Award

Curiosity Blocks Digitální umění je vítězem Stříbrné ceny A' Design Award, mimořádně prestižního uznání udělovaného designům nejvyšší kvality, nádherným a působivým. Stříbrní vítězové jsou nesmírně brilantní a mimořádně kreativní díla, která dokládají vynikající odbornost, talent a bystrost svých designérů. Očekává se, že Curiosity Blocks Digitální umění bude nádherným, reprezentativním dílem, pozoruhodně profesionálním a hluboce inovativním. Tento design, který získal Stříbrnou cenu A' Design Award, je vysoce pozoruhodný, obdivovaný vynález, který prospívá a posouvá hranice umění, vědy, designu a technologií. Curiosity Blocks Digitální umění je výtvor, kterému mnozí závidí, který vyvolává touhy, přináší pozitivní pocity a vzněcuje úžas a údiv.

Press Kit

Unique Properties
This work is an animation that uses a technique called anamorphosis, in which images are drawn that are distorted in advance so that they will look correct when reflected in a cylindrical mirror.
The artist used a technique of combining multiple animation parts to imagine how curiosity connects and overlaps to create new knowledge and discoveries.
Dimensions & Packaging
1920 × 1920 pixel, 5 minutes 42 seconds, 2 pieces
Tags
Generative Art, Coding, Trick Art
Production Technology
This work was created using a programming language called Processing. The animation is designed with a structure that combines multiple parts like blocks, and has a layered structure for each color like a print. 16 different animation parts and their variations were created, and the program transformed them from a flat surface to a circular shape.
Design Challenge
The most difficult part was converting the flat animation into a circular animation using a program, and then experimenting to see if the design would look visually interesting when projected onto the mirror.
We projected a number of patterns onto the mirror and adjusted the overall balance to determine the optimal shape. This process involved trial and error to get a visually appealing and consistent result, and it took a lot of time and effort, especially adjusting the design when reflected in the mirror.
Research
In this study, we used a program to distort an image and observed how it changed when projected onto a cylindrical mirror. Through various observations and feedback, we were able to gain a deeper understanding of how the distorted image was shaped by the mirror, and we confirmed that it was possible to create visually appealing and innovative designs. In addition, the animation incorporated mathematical elements (such as trigonometric functions and vectors) that students will learn in junior high and high school, allowing them to visually experience concepts they will learn in the future.
Inspiration
The artist, who is also a printmaker, has overlaid the relationship between a block and a print with the relationship between an image reflected on a display and an image reflected in a mirror, incorporating into the animation the way that, like a multi-colored print, each color has its own unique layer and overlaps to form a layered structure.
The title "Blocks" contains connotations such as "a mass," "a section divided into grids," "a series of commands in a program," and "a woodblock print."
Project Duration
This work was exhibited at "ICC Kids Program 2024 you().code().world()." held at NTT InterCommunication Center in Tokyo from July 23rd to August 25th, 2024.
Operation Flow
In this animation, pre-distorted images are used so that they appear in the correct form when reflected in a cylindrical mirror. The interaction occurs primarily as the user observes in front of the mirror, with the deformation of the animation changing based on the angle and viewpoint of the mirror. The interaction is visual and depends on how the user perceives the image. To achieve better results, it is crucial to carefully adjust the patterns of distortion and the timing of the animation. The performance stands out due to its consistent visual deformation and movement, providing a strong visual impact through the mirror.
Image Credits
Image #1: Photo courtesy NTT InterCommunication Center, Curiosity Blocks, 2024.
Image #2: Photo courtesy NTT InterCommunication Center, Curiosity Blocks, 2024.
Image #3: Photo courtesy NTT InterCommunication Center, Curiosity Blocks, 2024.
Image #4: Photo courtesy NTT InterCommunication Center, Curiosity Blocks, 2024.

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