Visuals play a crucial role in how they hear the music because they may accentuate the feelings and ideas it expresses. It is customary in the music business to release music accompanied by visualizers, lyric videos, and music videos. Stage presentations and visual jockeying, the real-time modification and choice of images to match the music, are other ways concerts and festivals emphasize music visualization. Every place where music may be performed now has some music visualization, from concert halls to computer displays. Music videos are one example of a kind of music visualization that may be as cherished by a cultural production as the song since visuals make music more immersive.
Because combining and matching graphics to music takes a lot of time and resources, music visualization is difficult to develop. For instance, music video footage must be obtained, filmed, aligned, and trimmed. Every step of a music video’s design and editing process involves making creative decisions regarding colour, angles, transitions, subjects, and symbols. Coordinating these creative decisions with the intricately complex components of music is challenging. Video editors must learn to combine songs, melodies, and rhythms with moving pictures at strategic intersections.
Users must look through much material while making videos, but generative AI models can produce many beautiful contents. In this article, they provide two design patterns that may be used to organize the creation of movies and create compelling visual stories inside AI-generated videos: a transition, the initial design pattern, aids in representing a change in a produced shot. A hold, the second design pattern, promotes visual continuity and focus throughout a made shot. Users may use these two design strategies to reduce motion artefacts and enhance the watchability of AI-generated films. Researchers from Columbia University and Hugging Face introduce Generative Disco, a text-to-video technology for interactive music visualization. It was one of the first to investigate issues with human-computer interaction in relation to text-to-video systems and use generative AI to support music visualization.
Intervals serve as the fundamental building block for producing the brief music visualization clips that may be created using their methodology. Users first decide whatever musical interval they want to visualize. They then generate start and finish prompts to parameterize the visualization for that time period. The system offers a brainstorming space to assist users in identifying prompts with recommendations taken from a big language model (GPT-4) and video editing domain knowledge to let users explore various ways an interval might start and finish. Users may triangulate between lyrics, graphics, and music using the system’s brainstorming features, which include GPT-4’s visual understanding and the other source of domain information. Users select two generations to serve as the interval’s beginning and ending pictures, and then an image sequence is produced by warping these two photos in time with the music’s beat. They conducted user research (n=12) with twelve video and music professionals to assess the workflow of Generative Disco. Their survey revealed that users considered the system extremely expressive, pleasant, and straightforward to explore. Video experts could intimately engage with many parts of the music while producing images they found both practical and appealing.
These are the contributions they made:
• A video production framework that uses intervals as the basic building block. With time and holds that enhance visual emphasis, the produced video may communicate meaning through color, subject, style, and time changes.
• Technique for multimodal brainstorming and rapid ideation that links lyrics, sounds, and visual objectives within prompts using GPT-4 and domain knowledge.
• Generative Disco, a generative AI system that uses a pipeline of a big language model and text-to-image model to assist text-to-video production for music visualization.
• A research demonstrated how experts might use Generative Disco to prioritize expression over execution. In their conversation, they expand application cases for their text-to-video method that goes beyond music visualization and speak about how generative AI is already transforming creative work.
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Visuals play a crucial role in how they hear the music because they may accentuate the feelings and ideas it expresses. It is customary in the music business to release music accompanied by visualizers, lyric videos, and music videos. Stage presentations and visual jockeying, the real-time modification and choice of images to match the music,
The post Meet Generative Disco: A Generative AI System That Facilitates Text-To-Video Generation For Music Visualization Using A Large Language Model And A Text-To-Image Model appeared first on MarkTechPost. Read More AI Shorts, Applications, Artificial Intelligence, Editors Pick, Language Model, Large Language Model, Machine Learning, Staff, Tech News, Technology, Uncategorized