AI Color Blindness Simulator
Simulate various color vision deficiency visual effects, supporting red-green color blindness, blue-yellow color blindness and more, helping designers create colorblind-friendly color schemes
Color Blindness Simulator Interface
Interactive simulator will be available soon
Features
- ✓ Supports Protanopia (red-green), Deuteranopia (green-red), Tritanopia (blue-yellow) and other types
- ✓ Real-time preview of image visual effects under color vision deficiency
- ✓ AI intelligently detects color scheme distinguishability, provides optimization suggestions
- ✓ Supports uploading PNG, JPG, SVG and other image formats
- ✓ Provides colorblind-friendly color scheme recommendations
How to Use
- Upload image to test or select sample image
- Select color vision deficiency type (red-green, green-red, blue-yellow, etc.)
- View simulation effect, compare with original image
- Adjust color scheme based on AI suggestions to ensure distinguishability for colorblind users
FAQ
What is color blindness?
Color blindness (color vision deficiency) is a visual condition where one cannot normally distinguish certain colors. The most common is red-green color blindness, affecting about 8% of males and 0.5% of females.
Why is color blindness simulation needed?
Ensuring designs are friendly to colorblind users is important. By simulating color vision deficiencies, designers can discover potential issues in color schemes and create more inclusive designs.
What color vision deficiency types are supported?
Supports Protanopia (cannot perceive red), Deuteranopia (cannot perceive green), Tritanopia (cannot perceive blue), and Achromatopsia (total color blindness).
Is the simulation effect accurate?
Based on scientific color vision deficiency models with over 95% simulation accuracy. Accurately reflects the visual effects seen by color vision deficient users.
How to create colorblind-friendly colors?
Use high-contrast color combinations, avoid relying solely on color to convey information, add icons or text labels, and test color schemes with a color blindness simulator.