Stable Virtual Camera
1.3B parameter image to video model for generating 3D consistent new scene views
Product Details
Stable Virtual Camera is a 1.3B parameter universal diffusion model developed by Stability AI, which is a Transformer image to video model. Its importance lies in providing technical support for New View Synthesis (NVS), which can generate 3D consistent new scene views based on the input view and target camera. The main advantages are the freedom to specify target camera trajectories, the ability to generate samples with large viewing angle changes and temporal smoothness, the ability to maintain high consistency without additional Neural Radiation Field (NeRF) distillation, and the ability to generate high-quality seamless loop videos of up to half a minute. This model is free for research and non-commercial use only, and is positioned to provide innovative image-to-video solutions for researchers and non-commercial creators.
Main Features
How to Use
Target Users
The target audience is mainly researchers, artists, designers, and educators. For researchers, this model can be used for research on new view synthesis, reconstruction models, etc., to help explore the performance and limitations of the model; artists and designers can use it to generate unique scene views and creative materials, enriching the content and visual effects of their works; educators can apply it in teaching tools to display knowledge in a more vivid way and improve teaching effects.
Examples
1. Researchers use this model to study the effect of view synthesis in different scenarios. By adjusting the target camera trajectory, they analyze the performance of the new views generated by the model in terms of 3D consistency.
2. When an artist creates digital paintings, he uses the scene views from different perspectives generated by Stable Virtual Camera to get inspiration and create works of art with unique perspectives.
3. When teachers make teaching videos about building structures, they use this model to generate 3D views of the building from different angles to help students understand the building structure more intuitively.
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