I suspect this is one of the reason chromatic adaptation studies 'worked'. To my humble knowledge, they were done in that fashion, with one eye looking at some stimulus while the other looked at an entirely different one. / Roger -----Original Message----- From: colorsync-users <colorsync-users-bounces+graxx=videotron.ca@lists.apple.com> On Behalf Of Wire ~ via colorsync-users Sent: Wednesday, January 15, 2020 2:07 PM To: 'colorsync-users?lists.apple.com' List <colorsync-users@lists.apple.com> Subject: Re: Effects of lens implants on color vision (Was RE: Human color vision) On Tue, Jan 14, 2020 at 18:23 Wayne Bretl via colorsync-users < colorsync-users@lists.apple.com> wrote:
I also noticed something about white point adaptation during the time I had only one implant. Even after a long time of adaptation in a given environment, closing one eye and then the other showed a definite yellow shift in the untreated eye compared to the one with an implant. I did not expect this, thinking that each eye would adapt to the same overall balance.
You mean you felt the one eye showed yellow compared to white, as opposed to the other showing blue? It's said that the roots of the term gamut are in 15th century music with the term referring to lowest G in a complete scale. (Quick digression into idea of a musical scale as a range of distinct and countable notes) Do you think that there's such a trait as musical "perfect pitch" but for color? _______________________________________________ Do not post admin requests to the list. They will be ignored. colorsync-users mailing list (colorsync-users@lists.apple.com) Help/Unsubscribe/Update your Subscription: https://lists.apple.com/mailman/options/colorsync-users/graxx%40videotron.ca This email sent to graxx@videotron.ca