How the number of cones makes difference to the response of color? Is that type of color "amplified" because of larger number of cones, so the contribution of this color in our brain is more than what it really is? Or our brain "calculate" average value on each cone, so the distribution of cone types doesn't effect the final color?
How the number of cones makes difference to the response of color? Is that type of color "amplified" because of larger number of cones, so the contribution of this color in our brain is more than what it really is? Or our brain "calculate" average value on each cone, so the distribution of cone types doesn't effect the final color?