Choreography and Creation of Dance Form Integrating Biological Morphology Technology

Lu Ting
Guangxi Arts University, Nanning 530009, China
Yao Yi
Enterprise digital platform, Midea Group, 528300, China

DOI:https://doi.org/10.5912/jcb2493

Abstract:

Dance is a dynamic art form where the human body becomes a medium of expression, seamlessly blending with music and space to create captivating performances. However, the increasing diversity of dance styles and the complexity of movements have made traditional manual choreography time-intensive and less adaptable to modern demands. The integration of biological morphology technology into dance choreography offers a groundbreaking solution by leveraging the understanding of biological forms and movement dynamics. This study focuses on designing an intelligent choreography and creation system that combines biological morphology technology, big data mining, and computational tools to optimize dance movement design. By analyzing the biomechanics of the human body and vast datasets of dance movements, the system generates choreography that is both biomechanically efficient and artistically innovative. The proposed system significantly reduces the time and effort required for choreography while enhancing its accessibility and adaptability. Experimental results demonstrate the system's ability to produce high-quality dance sequences, achieving notable user satisfaction and showcasing its practical application value in both performance and training contexts.