HanaTones Color Blindness Simulator

Test Your Colors

See how your chosen color appears to people with different types of color blindness

Protanopia

Red-Green Color Blindness (No Red Cones)

1.3% of men, 0.02% of women

Similarity85.96%

This color is fairly distinguishable for individuals with this type of color blindness. It's suitable for use in most cases.

Deuteranopia

Red-Green Color Blindness (No Green Cones)

1.2% of men, 0.01% of women

Similarity82.79%

This color is fairly distinguishable for individuals with this type of color blindness. It's suitable for use in most cases.

Tritanopia

Blue-Yellow Color Blindness

0.001% of men, 0.03% of women

Similarity57.24%

This color appears significantly different to individuals with this type of color blindness. Consider using it to create contrast when needed.

Achromatopsia

Complete Color Blindness

0.003% of the population

Similarity63.04%

This color appears significantly different to individuals with this type of color blindness. Consider using it to create contrast when needed.

Protanomaly

Red-Weak Color Blindness

1.3% of men, 0.02% of women

Similarity92.75%

This color is very similar to what individuals with this type of color blindness perceive. It's a good choice for inclusive design.

Deuteranomaly

Green-Weak Color Blindness

5% of men, 0.35% of women

Similarity91.85%

This color is very similar to what individuals with this type of color blindness perceive. It's a good choice for inclusive design.

Tritanomaly

Blue-Weak Color Blindness

0.0001% of the population

Similarity81.28%

This color is fairly distinguishable for individuals with this type of color blindness. It's suitable for use in most cases.

Achromatomaly

Partial Color Blindness

0.001% of the population

Similarity71.68%

This color is fairly distinguishable for individuals with this type of color blindness. It's suitable for use in most cases.

Important Note

This simulator provides a scientifically-based approximation of color perception for different types of color blindness. Results are based on established color vision models.

Regardless, estimations may be wrong in very few cases. It is always good to check in external sources, just in case.