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Serpentine Seasons Vídeo Animado by Leijing Zhou
Serpentine Seasons Vídeo Animado by Leijing Zhou
Serpentine Seasons Vídeo Animado by Leijing Zhou
Serpentine Seasons Vídeo Animado by Leijing Zhou
Serpentine Seasons Vídeo Animado by Leijing Zhou

Ferro Xerativo · 2025

Serpentine Seasons Vídeo Animado

by Leijing Zhou

  • A' Design Award de Ferro 2025 in Xerativo
  • CLIENT: Zhejiang University
  • Estimated Number of Design Views: 69,124
  • Verification code C1B7567A5D · Verify this award
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About Serpentine Seasons Vídeo Animado

Texto do libro: Estacións Serpentinas é un vídeo animado creado con intelixencia artificial. A obra reconta a lenda chinesa da Serpe Branca a través dos 24 Termos Solares, un sistema tradicional para marcar o ano. Cada parte do vídeo de seis minutos está ligada a un termo solar, e as escenas cambian a medida que as estacións avanzan. As imaxes foron producidas mediante xeración de texto a vídeo e transferencia de estilo, o que mantén un estilo visual oriental. Estacións Serpentinas mostra como a intelixencia artificial pode presentar o patrimonio cultural a través da narración dixital.

About the A' Design Award de Ferro

Serpentine Seasons Vídeo Animado gañou o A' Design Award de Ferro, un recoñecemento prestixioso outorgado a bos deseños que cumpren os requisitos profesionais e industriais esperados de creacións ben deseñadas. Os gañadores Ferro demostran a gran habilidade, a alta especialización, a comprensión experta e a capacidade creativa dos seus creadores. Espérase que Serpentine Seasons Vídeo Animado sexa unha creación moi apreciada, admirada e querida que é práctica e innovadora. Este deseño gañador do A' Design Award de Ferro integra as mellores prácticas do sector e ten características técnicas competentes ligadas ao saber facer e ao talento. Serpentine Seasons Vídeo Animado é respectado pola súa minuciosidade e está deseñado para proporcionar melloras na calidade de vida que axudan a facer do mundo un lugar mellor.

Press Kit

Unique Properties
This AI-generated video integrates the legendary White Snake with the 24 Solar Terms, creating a unique fusion of Chinese mythology and traditional timekeeping. Utilizing advanced AI visual synthesis, the design captures the poetic rhythm of nature, presenting dynamic seasonal transitions through the lens of folklore. Its innovation lies in blending cultural heritage with cutting-edge technology, offering an immersive and visually stunning interpretation of time and transformation.
Dimensions & Packaging
This is a digital video project with no physical dimensions. It is optimized for standard video display formats, including 4K resolution. The video duration is approximately 6 minutes, with each section aligning with a specific Solar Term, seamlessly transitioning between them. The project utilizes AI-driven video generation, ensuring smooth integration of the cultural narrative and seasonal shifts, tailored for presentation on digital platforms and multimedia exhibitions.
Tags
AIGC, White Snake, 24 Solar Terms, Chinese culture, folklore, generative art, digital storytelling, seasonal transitions, style transfer, cultural innovation
Production Technology
We adopt the technologies of Text-to-Video and Style Transfer to ensure that the images not only possess Eastern aesthetics but also conform to the characteristics of the solar terms. The AI tools we use include Midjourney (text-to-image) and runway (image-to-video), among others.
Design Challenge
The main challenge lay in blending traditional cultural narratives with cutting-edge AI technology. Balancing the integrity of the White Snake legend with the technical demands of AI-driven storytelling required careful cultural research and innovative thinking. External challenges included limited AI tools capable of translating the complexity of seasonal transitions into a cohesive narrative, while internal obstacles involved aligning the visual and emotional tone of the project with the original folklore’s themes of love and transformation.
Research
Type of Research: Design Research
Research Objectives: To explore how AI can be used to reimagine traditional folklore in a contemporary digital medium.
Methodology: A combination of AI video generation, style transfer, and cultural analysis was employed to develop the design.
Data Collection and Research Tools: AI modeling software, video editing tools, and cultural research databases.
Participants or Experiments: The research involved collaboration with digital artists and AI specialists.
Results: A seamless integration of traditional folklore with modern AI technology, creating an immersive digital experience.
Insights and Impacts: The project demonstrates the potential of AI in preserving and transforming cultural heritage in innovative ways, with implications for the future of digital storytelling and design.
Effect in Real-Life Phenomena: The project contributes to the discourse on digital culture and the role of AI in cultural preservation, impacting both artistic practices and public engagement with folklore.
Inspiration
Inspired by the legend of the White Snake and the 24 Solar Terms, this project seeks to explore the intersection of mythology, nature, and time. Drawing from traditional Chinese philosophy, it visualizes seasonal transformations through AI-generated imagery, merging folklore with technology. Rooted in research on computational creativity and cultural storytelling, this work reinterprets ancient narratives using modern digital techniques, offering a novel perspective on tradition and innovation.
Project Duration
The project started in October 2024 in China and finished in March 2025 in China.
Operation Flow
The video flows in a nonlinear narrative, where the White Snake interacts with the changing seasons represented by the 24 Solar Terms. As the seasons progress, the environment adapts, with the character's emotions and actions shifting in response to the natural world. The interaction between AI and cultural symbols enhances the depth of storytelling, offering viewers an evolving experience where each transition aligns with the thematic shifts of the Solar Terms.

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