In this tutorial, we'll dive deep into the how to use the WD14 in Flux NF4 to reverse prompting. Whether working with AI-generated images, text, or other visual content, reverse prompting allows you to dissect the output and understand the initial input that guided the AI's creation.
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- All nodes and models are ready to go.
- No manual setup required.
- Error-free—just click and run!
In this workflow tutorial, we'll guide you through the process of running the WD14 Tagger in Flux NF4 to reverse prompts, helping you efficiently generate accurate and relevant metadata from images.
Getting Started with Flux NF4 in ComfyUI on MimicPC
Running the Flux NF4 model for reverse prompting on MimicPC is easy and involves just a few simple steps. Here's how you can get started:
Log in to MimicPC:
Start by accessing your MimicPC account. If you're new to the platform, signing up is a simple and fast process.
Open ComfyUI:
Download ComfyUI from ''Add New App'', and ensure you are using the latest version of ComfyUI on MimicPC to access the advanced features of Flux NF4 for reverse prompting
Install ComfyUI ControlNet
- Install this package by using ComfyUI Manager (Recommended for beginners)
OR
- Download Comfyui-WD14-Tagger and place it in Storage>Custom_nodes by following link and steps (if the above method doesn't work)
https://github.com/pythongosssss/ComfyUI-WD14-Tagger
Now you can start to reverse the prompt of the content that you're intereseted in.
Step 1: Building a Workflow for WD14
First, we create the load image node to load the image to be reversed, use Image Resize to cut the image into a suitable size, and connect the Input Image node to the WD14 tagger.
Why using WD14 Tagger？
WD14 Tagger is an intelligent image tagging model used to generate related tags or labels for images, which can identify key elements such as objects, themes, and styles, which are very suitable for reverse prompt words.
The "Model" option lets you choose the model for reverse prompt generation. "Threshold" sets the score at which a tag is valid (lower scores generate more prompt words). "Character" defines the valid score for character tags (default is 0.85), and "Exclude Tag" blocks unwanted tags—e.g., entering "cat" excludes it when reversing "dog."
Step 2: Connect WD14 to the CLIP Text Encode (Prompt) Node
When you connect your WD14 to the CLIP Text Encode (Prompt) node, don't forget to set the CLIP Text Encode (Prompt) to text input mode. Simply right-click on the CLIP Text Encode (Prompt) and select the "Convert input to widget" option to add the "convert text to widget" feature easily!
Step 3: Convert to text input
Here, we can see that the content output by WD14 has become text information, therefore, the image has been reversed into a prompt word and connected to the prompt word node.
Finally, Input the Content You Want to Reverse the Prompts
Simply just upload the file you want to analyze. This could be an AI-generated image or any visual content you like, and then link it to the WD14 node to start you journey.
For example:
Prompts from reverse using WD14 with Flux NF4
1girl, solo, long_hair, looking_at_viewer, shirt, skirt, black_hair, closed_mouth, jewelry, sitting, brown_eyes, white_shirt, short_sleeves, necktie, collared_shirt, blurry, black_eyes, lips, blurry_background, bed, depth_of_field, on_bed, black_necktie, realistic, red_lips, asian, photorealistic.
Conclusion
Mastering the WD14 Tagger in Flux NF4 for reverse prompting on MimicPC opens up a world of possibilities for analyzing AI-generated content. By following the straightforward steps outlined in this tutorial, users can effortlessly generate accurate metadata and gain insights into the prompts that shape visual creations. With the intuitive setup process and error-free workflow, both beginners and seasoned users can enhance their creative projects and deepen their understanding of AI outputs. So, log in to MimicPC, utilize the power of the WD14 Tagger, and start exploring the fascinating realm of reverse prompting today!