This effect has to be taken into account when interpreting color-color, and color-magnitude, diagrams of variable stars.
However, Lin et al. (2013) demonstrated that there is a processing cost to interpreting color-coding systems (even with clear labels) if they do not correspond to people's predictions for how colors should map onto concepts.
Here, we consider two types of assignment problems for generating and interpreting color-coding systems, which correspond to the encoding and decoding tasks described above: encoding assignment problems and decoding assignment problems.
The HSI (hue, saturation, intensity) and HSV (hue, saturation, value) color spaces were developed to be more "intuitive" in manipulating color and were designed to approximate the way humans perceive and interpret color.
Inspired by the desire to help broaden boundaries for vision-impaired people, three Princeton University students created an armband device that allows a wearer without the ability to see to interpret color.
One group of students created an armband device that allows a wearer without the ability to see to interpret color; another developed a system that captures the movements of a person's hands, interprets them, and portrays them in stylized computer graphics settings.
The intelligent Scene Recognition System interprets color and brightness information of each individual shot from the 420-pixel RGB sensor, and applies changes to AF, auto exposure and auto white balance.
How then can color evolution in flowers (or fruits, feathers, or any structures sending chromatic signals) be studied when we can't rely on human vision to interpret color differences, and colorimetry requires such detailed data about a species' color processing abilities as not to be practical or robust?
We addressed this question by investigating how observers interpret color-coding in recycling.
We propose that when people interpret color-coding systems, they solve a decoding assignment problem.
In this study, we investigated how people interpret color-coding systems used for visual communication.
