Label-Anything-Pipeline
Qifan Yu, Juncheng Li, Siliang Tang, and Yueting Zhuang

Zhejiang Univerisity

This project is under construction and we will have all the code ready soon.

GPT-4 can do anything even in visual tasks——Label anything just all in one-pipeline.

We train the ChatGPT with low-cost and can generate semantically rich prompts for AIGC models creating fantastic images.

Concept / Idea Words	ChatGPT Prompt Template	AIGC Generated Image	VLM Generated Captions	VFM Automantic Annotations
Nordic-style decoration room	I want to use artificial intelligence to synthesize the {Nordic-style decoration room}. Please describe the features of the {Nordic-style decoration room} briefly in English		a rendering of a living room with a couch, table, chairs, and a window.

Automantic Prompts for AIGC models:

• A room with Nordic-style decoration typically features a clean and minimalist design, with a focus on functionality and simplicity. The color scheme is often light and muted, with shades of white, beige, and gray dominating the palette, creating a sense of calm and tranquility. The furniture is typically made of light-colored wood, with clean lines and simple shapes, and may include iconic Nordic pieces such as a Wegner chair or a Poul Henningsen lamp. Decorative items such as cozy blankets, natural materials like wool or fur, or plants add a touch of warmth and texture to the room. Lighting is often used to create a soft and inviting atmosphere, with natural light streaming in through large windows or artificial light provided by Nordic-inspired fixtures. Overall, a room with Nordic-style decoration creates a sense of simplicity, harmony, and coziness, with a focus on comfort and functionality.

We teach ChatGPT as an assistant to help us imagine various scenes with different backgrounds based on the simple sentence 'A white dog sits on wooden bench.' and generate much data for down-stream tasks by the help of AIGC models.(🔥NEW)

Scene Background	Object Label Words	High-quality Description	Generated Image with Complex Scenes
'city street'	['buildings', 'sidewalk', 'streetlights', 'cars', 'trash cans']	'A dog sits on a wooden bench on a bustling city street, surrounded by towering buildings and a busy sidewalk. Streetlights illuminate the scene as cars whiz by, and a few trash cans sit nearby. Despite the urban chaos, the dog seems content to watch the world go by.'
'park'	['trees', 'grass', 'flowers', 'pond', 'picnic table']	'A friendly dog sits on a wooden bench in a peaceful park, surrounded by tall trees and lush green grass. Colorful flowers bloom nearby, and a tranquil pond glistens in the distance. A nearby picnic table invites visitors to relax and enjoy the serene surroundings.'
'beach'	['ocean', 'sand', 'umbrella', 'seashells', 'waves']	'A dog sits on a wooden bench on a sunny beach, surrounded by soft sand and sparkling blue ocean. A colorful umbrella provides shade, and a few seashells are scattered nearby. The gentle sound of waves lapping at the shore creates a soothing soundtrack for the idyllic scene.'

Using stable diffusion to generate and annotate bounding boxes and masks for object detection and segmentation just in one-pipeline!

LLM is a data specialist based on AIGC models.

1. ChatGPT acts as an educator to guide AIGC models to generate a variety of controllable images in various scenarios
2. Generally, given a raw image from the website or AIGC, SAM generated the masked region for source image and GroundingDINO generated the open-set detection results just in one step. Then, we filter overlap bounding boxes and obtain non-ambiguity annotations.
3. Mixture text prompt and clip model to select the region by similaity scores, which can be finally used to generate the target edited image with stable-diffusion-inpaint pipeline.

• Highlight features:
  • Pretrained ControlNet with SAM mask as condition enables the image generation with fine-grained control.
  • category-unrelated SAM mask enables more forms of editing and generation.
  • ChatGPT self-chatting enables text guidance-free control for magic image generation in various scenarios.
  • high-resolution images and high-quality annotations effectively enhance large-scale datasets.

• download visual foundation models

wget https://dl.fbaipublicfiles.com/segment_anything/sam_vit_h_4b8939.pth
wget https://github.com/IDEA-Research/GroundingDINO/releases/download/v0.1.0-alpha2/groundingdino_swinb_cogcoor.pth

• initialize the label anything pipeline

bash annotation.sh

• load AIGC models for generation in edit pipeline and initialize the controllable editing

bash conditional_edit.sh

• label word:

person, beach, surfboard

• High quality description prompt automatically generated:

A couple enjoys a relaxing day at the beach with the man walking together with the woman, holding a big surfboard. The serene scene is complete with the sound of waves and the warm sun and there are many people lying on the beach.

• Generated images in magic scenarios:

• Specific category of object in an image~(only given 'human face')

• Total annotations with category sets

• ChatGPT chat for AIGC model
• Label segmentation masks and detection bounding boxes
• Annotate segmentation and detection for Conditional Diffusion Demo
• Using Grounding DINO and Segment Anything for category-specific labelling.
• Interactive control on different masks for existing image editing and generated image editing.
• ChatGPT guided Controllable Image Editing.

[1] https://chat.openai.com/

[2] https://github.com/huggingface/diffusers

[3] https://github.com/facebookresearch/segment-anything

[4] https://github.com/IDEA-Research/Grounded-Segment-Anything/

If you find this work useful for your research, please cite our paper and star our git repo:

@misc{yu2023annotation,
    title = {Label Anything All in One Pipeline},
    author = {Yu, Qifan and Li, Juncheng and Tang, Siliang and Zhuang, Yueting},
    howpublished = {\url{https://github.com/Yuqifan1117/Labal-Anything-Pipeline}},
    year = {2023}
}