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SD3D
Preview
Subconscious Doppler Three Dimension
All pictures here are experiments using SD3D and will be cycled often
(Sadly, testing shows some forms of color blindness are not able to see the effect, sorry )
( Note , high background lighting may diminish the effect somewhat for first time viewers , because the method utilizes some of our innate ultraviolet vision , also if printing out use hi-quality photo paper and in natural light it will maintain the effect )
Researchers ; There are medical indications associated with this effect , but not because of it , go to Indications SD3D and read what I have found.
Be sure to view the rising ball at the bottom of the page to better "see" the effect
TRY
Doppler rating;
I have decided to rate the Doppler vision quotient , as I seem to be the only one doing research on it , and it will be a crude rating , and does not reflect on anything other than to rate the ability to see the effect.
I use myself as a yard stick on this phenomenon (Thanks Heavens I am not the only one who can see it, ha,ha)
It appears that only about 70 to 75% are able to see the effect readily who have normal color vision , there are many factors involved , not withstanding a poorly aligned monitor, or background lighting , and more testing needs to be done.
( Not sure , print out a picture on good photo paper and view it in natural light , if it appears 3D , your have it , but understand it operates like a pointing finger that follows you not the type where you can see around it )
At this point, I can easily see it , however , I have spoken to a couple folks who have better Doppler than I do, and I rate them as Primary or a "P"
The values are
"P" for primary
"A" (Alpha ) for good , which is average
"B" (Beta ) for still being able to see it , but not well
"C" For those who can't see the effect, and this covers all , both those who have good Color vision , and all the way to Color blind.
Note; None of these ratings have anything to do with normal accepted visual acuity , rather they are rates of ability to see Doppler , which may , or may not , be a normal trait.
Plus , I may not be presenting the effect as well as it might be , in the art or animations , this can only be determined by getting a cross section of the population , which I have been doing somewhat , but it would take a test under lab conditions , over an extended period to determine just how many can actually perceive it.
There are certain medical aspects suggested by the effect , first and foremost is the type of colors used to assign distance , they just happen to be what the astronomers use for determining whether , a Star is moving toward you , or away , also this refers to light frequency , slower visual light is in the Red Range , faster is in Blue , the middle colors are mixes , or prime green , as white light is near prime green.
The reason it can be presented so well on a Computer screen , is the monitor uses three "Guns" , RED, GREEN, BLUE. Each electronic "Gun" is aimed at a specific set of color dots to illuminate them , and acts like a low level pure color of a laser.
Again I stress, this research is in the visual range , and in no way can be used to determine out of range effects , unless you are using insects , which can "See" colors in the low end , and above our normal range , and at this time , I have not determined how to test them. It would be interesting , to see just how an insect would react to a picture of flowers and leaves , arranged in a pattern , so it would be normal to land on the leaves first , or visa-versa , as they are not easily fooled by drawings , no matter how well done , they seem to only react to color as an attractant to a point.
I intend to load experimental pictures on occasion to test web worthiness as opposed to disk type
View the Ball for a little while , and go to Ani's to get the best preparation , is it aligns the Doppler portion of your visual cortex , then enjoy the pictures presented on the site.
Kyle Gosnell
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