What is IC Light v2
IC-Light V2 (Imposing Consistent Light Version 2) is a revolutionary project designed to manipulate image illumination using advanced AI technology. Built on Flux-based architecture, it represents a significant improvement over its predecessor by incorporating a 16-channel Variational Autoencoder (VAE) and native high-resolution support. The system supports various image formats (JPG, JPEG, PNG, WEBP) and can process images across multiple dimensions, ranging from 256 to 1024 pixels in both width and height.
Key Features of IC Light v2
IC Light v2 is an advanced AI-powered image processing tool built on Flux architecture with a 16-channel VAE and native high resolution capabilities. It specializes in manipulating and enhancing image lighting through text prompts or background conditioning, offering multiple lighting direction options while preserving image details and quality.
16-channel VAE Architecture: Utilizes advanced Variational Autoencoder technology with 16 channels for superior detail preservation and image quality
Multi-directional Lighting Control: Supports various lighting directions including Left Light, Right Light, Top Light, and Bottom Light for flexible illumination adjustment
Dual Conditioning Models: Offers both text-conditioned and background-conditioned models for versatile lighting manipulation approaches
High Resolution Support: Native support for multiple image dimensions ranging from 256 to 1024 pixels in both width and height
Use Cases
Professional Photography Enhancement: Photographers can adjust and optimize lighting in post-production to achieve desired atmospheric effects
Product Advertisement: Commercial photographers can enhance product shots with precise lighting control for advertising materials
Digital Art Creation: Artists can manipulate lighting in digital artworks, including stylized images and paintings
Video Content Enhancement: Content creators can improve lighting in video frames using the ComfyUI integration
How to Use IC Light v2
Access IC-Light V2: Go to https://huggingface.co/spaces/lllyasviel/iclight-v2 or https://www.flux-ai.net/iclight-v2 to access the IC-Light V2 interface
Prepare Your Image: Select a clear, high-resolution image in JPG, JPEG, PNG, or WEBP format. Image dimensions should be between 256x256 and 1024x1024 pixels for optimal results
Upload Image: Upload your image to the IC-Light V2 interface through the provided upload function
Select Lighting Direction: Choose your desired lighting direction from the available options: Left Light, Right Light, Top Light, or Bottom Light
Adjust Parameters: Use the intuitive controls to fine-tune lighting parameters and enhancement settings according to your needs
Generate Result: Initiate the processing - note that generation typically takes 10-20 seconds (may be longer during peak usage times)
Download Output: Once processing is complete, download your relit image with the new lighting effects applied
IC Light v2 FAQs
1.What is IC-Light V2?
IC-Light V2 is a series of Flux-based IC-Light models designed to manipulate image illumination, featuring a 16-channel VAE and native high resolution support.
2.What image sizes does IC-Light V2 support?
IC-Light AI supports image widths and heights from 256 to 1024 pixels, in increments of 64 pixels (256, 320, 384, 448, 512, 576, 640, 704, 768, 832, 896, 960, 1024).
3.What lighting options are currently available in IC-Light V2?
IC-Light AI currently supports four main lighting options: Left Light, Right Light, Top Light, and Bottom Light, with plans to add more options in the future.
4.How long does it take to generate an image with IC-Light V2?
Typically, generating an image takes between 10 and 20 seconds. During free use, queuing may occur due to high demand, which could extend the waiting time.
5.What image formats does IC-Light V2 support?
IC-Light AI supports popular image formats including JPG, JPEG, PNG, and WEBP.
6.Is IC-Light V2 free to use?
IC-Light AI offers free trials, but purchasing Credits may be necessary to access enhanced support services due to the significant resources required for adjusting lighting and shadows.