Year: 2024
Type: article
Abstract: AI Choreographer is a deep learning model that is able to generate dance motions according to music easily. However, several difficulties and weaknesses in the model still make it difficult to use. For example, the model generates realistic motions, but sometimes the motions are repetitive or do not respond to the audio correctly. Also, the model does not have a usable render that allows it to directly animate the provided models with generated data. We improved our base model to generate more realistic and better dance motions, and we also created a usable automated render pipeline to directly render the generated motions into an animation of the human models provided by the user. We improved the generation quality by introducing more audio features into the model so that the models can utilize more features for better results. Also, we overcame different difficulties in the rendering process, including applying the AI-generated numpy motion data to provided SMPL models and converting the animated SMPL models into usable FBX models. In general, the improved model generates motions that are more diverse and realistic than the base model, which provides dance motions that have higher quality.
Author: Bohan Jin
Institution: Bancroft School of Massage Therapy
Language: English
Topic: Human Motion and Animation
Subfield: Control and Systems Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4405333337