/COMMUNICATION/newswire -- COMO, CO, ITALY -- FRIDAY, 15 NOVEMBER 2024, 04:36 UTC+1
HIGH RESOLUTION IMAGE AVAILABLE
UNITED STATES OF AMERICA -- /COMMUNICATION/newswire -- Oct 10, 2023
Zhuoran Yang's 3D Motion Poster, "The Enigmatic Taoist Relic," Showcased at Imagine RIT 2023
FOR IMMEDIATE RELEASE
Zhuoran Yang's "The Enigmatic Taoist Relic" is a groundbreaking exploration of Chinese Taoist culture, seamlessly blending ancient symbolism with a futuristic twist. This 3D motion poster reimagines the iconic Lotus artifact, symbolizing harmony and tranquility in Taoist tradition, in a modern sci-fi context. The project, initiated in February 2023 in Rochester, culminated in a captivating visual experience, unveiled at Imagine RIT 2023.
Utilizing Cinema 4D for modeling and production, complemented by the Octane renderer for detailed and realistic rendering, Zhuoran Yang's design process involved a meticulous fusion of traditional Taoist elements with cutting-edge technology. The Lotus, a pivotal Taoist artifact, was reimagined with an avant-garde 3D appearance, ensuring a fresh and immersive experience for global audiences.
The visual render captivates viewers with its striking balance between ancient symbolism and futuristic aesthetics, engaging them with detailed textures and precise depth of field. This fusion respects the cultural heritage and offers a new perspective on Taoism through a modern lens, distinguishing it from standard depictions.
The project was awarded the Iron A' Design Award in 2024, recognizing its well-designed, practical, and innovative approach that meets professional and industrial requirements. Zhuoran Yang's "The Enigmatic Taoist Relic" stands as a testament to her deep understanding of contemporary design, merging ancient traditions with modern creativity, and is a remarkable addition to the world of 3D motion posters.
-END-
Have your news recognized and featured globally. Submit your news today for a chance to be promoted to a wide network of journalists and media outlets.
Submit News Release