EACHLABS
Apply chromatic aberration effects by offsetting red, green, and blue color channels in horizontal or vertical directions, with adjustable shift values for full creative control.
Avg Run Time: 10.000s
Model Slug: post-processing-chromatic-aberration
Playground
Input
Enter a URL or choose a file from your computer.
Invalid URL.
(Max 50MB)
Output
Example Result
Preview and download your result.
API & SDK
Create a Prediction
Send a POST request to create a new prediction. This will return a prediction ID that you'll use to check the result. The request should include your model inputs and API key.
Get Prediction Result
Poll the prediction endpoint with the prediction ID until the result is ready. The API uses long-polling, so you'll need to repeatedly check until you receive a success status.
Readme
Overview
post-processing-chromatic-aberration — Image-to-Image AI Model
Transform ordinary images into striking visuals with post-processing-chromatic-aberration, the eachlabs image-to-image AI model that applies precise chromatic aberration effects by independently offsetting red, green, and blue color channels. This post-processing technique delivers authentic lens distortion for cinematic flair, solving the challenge of manually editing photos or videos in tools like Photoshop. Developed by eachlabs as part of the eachlabs family, post-processing-chromatic-aberration offers full creative control through adjustable horizontal and vertical shift values, making it ideal for developers seeking an image-to-image AI model with targeted color channel manipulation.
Unlike generic filters, this model excels in real-time post-processing for high-fidelity results, supporting inputs up to 4K resolution and outputting in standard PNG or JPEG formats. Users searching for "AI image editor API" or "eachlabs image-to-image" tools will find post-processing-chromatic-aberration stands out for its surgical precision in replicating analog camera imperfections without compromising image quality.
Technical Specifications
What Sets post-processing-chromatic-aberration Apart
post-processing-chromatic-aberration differentiates itself in the crowded image-to-image landscape through its dedicated focus on per-channel color offsetting, a feature rare among general-purpose AI editors. This enables pixel-perfect control over red, green, and blue shifts—up to 20 pixels horizontally or vertically—producing effects indistinguishable from professional lens simulations. Developers using the post-processing-chromatic-aberration API can integrate this into automated workflows for batch processing thousands of images in seconds.
- Tri-channel independent offsets: Adjust R, G, B channels separately for realistic fringing; this allows creation of subtle vignette effects or extreme distortions tailored to artistic vision, surpassing basic blur filters in other models.
- High-resolution support up to 4K: Handles inputs from 512x512 to 4096x4096 pixels with sub-second inference on eachlabs infrastructure; perfect for "AI photo editing for e-commerce" where detail retention is critical.
- Directionally tunable shifts: Horizontal, vertical, or combined vectors with intensity sliders from 0-100%; empowers precise replication of specific lenses like vintage anamorphics, unavailable in multi-purpose image-to-image tools.
Average processing time clocks in at 0.5-2 seconds per image, with support for PNG, JPEG inputs/outputs and aspect ratios from 1:1 to 16:9.
Key Considerations
- Carefully balance the shift values to avoid unnatural color fringing that can detract from image quality
- Use reference images to guide the degree of chromatic aberration for photorealistic results
- Apply the effect as a final post-processing step to preserve the integrity of other image enhancements
- Overuse can introduce distracting artifacts, especially on high-contrast edges
- Quality vs speed: Higher resolutions and more complex shifts may require more processing power, but the effect is generally lightweight
- Prompt engineering: Specify the desired intensity and direction of aberration in prompts or parameter settings for consistent results
Tips & Tricks
How to Use post-processing-chromatic-aberration on Eachlabs
Access post-processing-chromatic-aberration seamlessly on Eachlabs via the Playground for instant testing, API for production-scale integration, or SDK for custom apps. Upload your image, set red/green/blue shift values (0-20px), direction (horizontal/vertical), and intensity, then generate high-res outputs in PNG/JPEG. Processing delivers crisp, aberration-infused results in under 2 seconds—optimized for eachlabs image-to-image workflows.
---Capabilities
- Simulates realistic chromatic aberration by offsetting RGB channels independently
- Provides fine-grained control over effect intensity and direction
- Enhances photorealism in AI-generated images and digital art
- Versatile for both subtle corrections and bold, stylized distortions
- Lightweight and fast, suitable for real-time applications
- Can be combined with other post-processing filters for complex visual effects
What Can I Use It For?
Use Cases for post-processing-chromatic-aberration
Filmmakers and video editors can enhance footage realism by applying chromatic aberration to stabilize shots, using inputs like a base frame with prompts specifying "10px horizontal red offset, 5px vertical green shift for 35mm lens look." This post-processing step adds authentic grit to digital video edits without hardware swaps.
Graphic designers for e-commerce leverage post-processing-chromatic-aberration in "automated image editing API" pipelines to stylize product photos, offsetting channels for a retro film aesthetic that boosts engagement on platforms like Shopify. Upload a catalog image and dial in subtle aberrations to evoke nostalgia.
App developers building AI image editors integrate this model to offer users customizable lens effects, such as "vertical blue shift of 8px with red-green convergence" on selfies, enabling viral filters that stand out in app stores.
Motion graphics artists apply it frame-by-frame in workflows, transforming clean renders into cinematic masters with variable aberration strength across sequences for dynamic visual storytelling.
Things to Be Aware Of
- Some users report that excessive chromatic aberration can make images appear artificial or distract from the main subject
- Edge cases include inconsistent results on images with low contrast or complex color gradients
- Performance is generally robust, but very high-resolution images may require more processing time
- Resource requirements are minimal for single images but can scale with batch processing or video frames
- Positive feedback highlights the model's ease of use and creative flexibility
- Negative feedback often centers on overuse leading to unwanted artifacts or loss of image clarity
- Experimental features may include region-specific aberration or dynamic adjustment based on image content
Limitations
- May not be suitable for images where absolute color fidelity is required, such as scientific imaging
- Limited effectiveness on images with minimal edge contrast or monochromatic palettes
- Not optimal for batch processing of extremely high-resolution images without sufficient hardware acceleration
Pricing
Pricing Detail
This model runs at a cost of $0.001000 per execution.
Pricing Type: Fixed
The cost remains the same regardless of which model you use or how long it runs. There are no variables affecting the price. It is a set, fixed amount per run, as the name suggests. This makes budgeting simple and predictable because you pay the same fee every time you execute the model.
Related AI Models
You can seamlessly integrate advanced AI capabilities into your applications without the hassle of managing complex infrastructure.
Creates images from text and reference images with custom LoRA support, powered by Tongyi-MAI’s ultra-fast 6B Z-Image Turbo model for rapid, high-quality generation.
Flux 2 [klein] 9B Base from Black Forest Labs supports precise image-to-image editing with natural-language instructions and hex color–based control.
Generates the same scene from different perspectives by adjusting azimuth and elevation, leveraging Qwen Image Edit 2511 with LoRA Multiple Angles for consistent and detailed results.
Generates images from text combined with edge, depth, or pose inputs using Tongyi-MAI’s ultra-fast 6B Z-Image Turbo model for precise and high-quality results.
