Stimulation is determined by the overall intensity, light-dark difference, hue difference, and vibration between two colors. A more intense color combination is more stimulating, while lower intensity reduces stimulation. Greater light-dark contrast also enhances stimulation, whereas lower contrast is less stimulating. Additionally, colors that are further apart on the hue wheel provide higher stimulation, while similar hues decrease it. Vibration can affect stimulation negatively, creating an unpleasant effect that can override light-dark contrast evaluation. Stimulation is measured on a scale from 0 to 100, indicating the effectiveness of color pairs in creating mood.
Stimulation is calculated by considering overall intensity, light-dark difference, hue difference, and vibration between two colors to evaluate their combined effect.
Overall intensity impacts the stimulation level; more intense colors create heightened stimulation, while less intense colors diminish it.
Light-dark contrast enhances stimulation; greater contrast results in a more stimulating effect, whereas lower contrast leads to reduced stimulation.
Hue difference influences stimulation; colors further apart on the color wheel increase stimulation, while nearby hues lower it.
Collection
[
|
...
]