DragVideo: Interactive Drag-style Video Editing

Fuente: arXiv
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Hauptverfasser: Deng, Yufan, Wang, Ruida, Zhang, Yuhao, Tai, Yu-Wing, Tang, Chi-Keung
Format: Preprint
Veröffentlicht: 2023
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author Deng, Yufan
Wang, Ruida
Zhang, Yuhao
Tai, Yu-Wing
Tang, Chi-Keung
author_facet Deng, Yufan
Wang, Ruida
Zhang, Yuhao
Tai, Yu-Wing
Tang, Chi-Keung
contents Video generation models have shown their superior ability to generate photo-realistic video. However, how to accurately control (or edit) the video remains a formidable challenge. The main issues are: 1) how to perform direct and accurate user control in editing; 2) how to execute editings like changing shape, expression, and layout without unsightly distortion and artifacts to the edited content; and 3) how to maintain spatio-temporal consistency of video after editing. To address the above issues, we propose DragVideo, a general drag-style video editing framework. Inspired by DragGAN, DragVideo addresses issues 1) and 2) by proposing the drag-style video latent optimization method which gives desired control by updating noisy video latent according to drag instructions through video-level drag objective function. We amend issue 3) by integrating the video diffusion model with sample-specific LoRA and Mutual Self-Attention in DragVideo to ensure the edited result is spatio-temporally consistent. We also present a series of testing examples for drag-style video editing and conduct extensive experiments across a wide array of challenging editing tasks, such as motion, skeleton editing, etc, underscoring DragVideo can edit video in an intuitive, faithful to the user's intention manner, with nearly unnoticeable distortion and artifacts, while maintaining spatio-temporal consistency. While traditional prompt-based video editing fails to do the former two and directly applying image drag editing fails in the last, DragVideo's versatility and generality are emphasized. Github link: https://github.com/RickySkywalker/DragVideo-Official.
format Preprint
id arxiv_https___arxiv_org_abs_2312_02216
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle DragVideo: Interactive Drag-style Video Editing
Deng, Yufan
Wang, Ruida
Zhang, Yuhao
Tai, Yu-Wing
Tang, Chi-Keung
Graphics
Computer Vision and Pattern Recognition
Video generation models have shown their superior ability to generate photo-realistic video. However, how to accurately control (or edit) the video remains a formidable challenge. The main issues are: 1) how to perform direct and accurate user control in editing; 2) how to execute editings like changing shape, expression, and layout without unsightly distortion and artifacts to the edited content; and 3) how to maintain spatio-temporal consistency of video after editing. To address the above issues, we propose DragVideo, a general drag-style video editing framework. Inspired by DragGAN, DragVideo addresses issues 1) and 2) by proposing the drag-style video latent optimization method which gives desired control by updating noisy video latent according to drag instructions through video-level drag objective function. We amend issue 3) by integrating the video diffusion model with sample-specific LoRA and Mutual Self-Attention in DragVideo to ensure the edited result is spatio-temporally consistent. We also present a series of testing examples for drag-style video editing and conduct extensive experiments across a wide array of challenging editing tasks, such as motion, skeleton editing, etc, underscoring DragVideo can edit video in an intuitive, faithful to the user's intention manner, with nearly unnoticeable distortion and artifacts, while maintaining spatio-temporal consistency. While traditional prompt-based video editing fails to do the former two and directly applying image drag editing fails in the last, DragVideo's versatility and generality are emphasized. Github link: https://github.com/RickySkywalker/DragVideo-Official.
title DragVideo: Interactive Drag-style Video Editing
topic Graphics
Computer Vision and Pattern Recognition
url https://arxiv.org/abs/2312.02216