Which type of color deficiency is likely to adjust the mixture setting higher than normal, closer to 73?

Protanomalous trichromats experience a form of red-green color deficiency that specifically affects how they perceive red light. This condition allows them to see colors, but the reds appear less intense or shifted towards green compared to how individuals with normal color vision perceive them. As a result, when adjusting color mixtures to achieve a certain hue, protanomalous trichromats need to compensate for this diminished sensitivity to red light.

Consequently, they tend to set the mixture level higher, closer to a value like 73, to make up for the inability to perceive reds effectively. This adjustment helps them reach a color balance they find acceptable despite their altered color perception.

Other types of color deficiencies influence color perception differently. For example, deuteranomalous trichromats, while also having a red-green deficiency, are less affected in their perception of red compared to protanomalous trichromats, making their mixture settings likely different. Protanopia results in a complete inability to perceive red light, leading to different adjustment needs, while monochromacy represents a complete lack of color vision, further complicating the ability to adjust color based on mixture settings.