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If you are a tetrachromat, the most likely scenario is that you have a mutant form of the red cone while also having normal form of the red cone – two types of red cones that are sensitive to slightly different ranges of the red end of the color spectrum.
If you can see more than colored circles in the three tests above, drop me a line in the comment section below. It could be my imagination but after looking at it closely my brain (or eyes?) picked out a letter in each one, together spelling a word. I’m currently being tested for tetrachromacy through a color lab outside of Flint Michigan. Especially since registering of color from light is not the same as reflective color which is color percieved from objects. TO ANYONE TAKING THIS TEST: If your monitor is a cheap piece of sh!t, this test may not be effective. Hello, if you are researching tetrachromacy and whatnot, i was very itnrigued with this all when i was looking at colorblindness tests and i could see both what the color-blind should be able to see but not the regular people alongside what regular people could see but colorblind not. I definitely see a few shades of orange in the orange one, and a couple shades in the green.
I’m curious if you have anyone yet positively identify the figures that you have displayed?
I have no idea if I’m a tetrachromat, but I would lean toward it being a strong possibility.
Yes I can see different shades of all of the colours, except for both red and orange, only about 2 different shades while green I can see about 4. But when I look at the red circle sideways I can make out a distinct shape, and same for the green. I used to be able to see these numbers but after cataract surgery with lens replacement I can’t. My friend got this for me to look at it after I told him that people tend to make fun on me for the way that I see colors. I don’t think this test is valid, at least as it appears in 32-bit color under jpeg compression.
The JPEG compression certainly hurts things (mostly noticeable as the ringing around the edges of each dot).
All that aside, playing around in photoshop I was able to find a letter in the orange dot (threshold the colors around 140-145 out of 255).
Love the testa€¦ I’m currently researching into how to interpret colour-blindness in type and was, of course, fascinated to find that there is superhuman visiona€¦ I’m thinking that it would like something like an HDR picture with a fuller colour spectruma€¦ did anything come out of this? I see something and I can tell its the same shape in all the circles, but in the red its nearly impossible to see and in the orange and green I see the same shape but can’t tell what it is cuz its too slight.
But in the red one the smaller dots are a different shade and maybe a little in the orange yellow but the green no change.
I didn’t mean to sound rude but I hate it when someone creates a webpage with info specifically designed to give people misinformation.
I’[ll say it again and I beg everyone else viewing this website to look into this- RGB monitors will not properly display color thresholds in a way that is conducive to testing for tetrachromacy. While anecdotal evidence is not strictly scientific, it is common for people to use the scientific method to try to clarify anecdotal perceptions of difference. What is clear is that many women report being able to see a wider range of color differences than men.
We’ve done the, non-scientific method, some experiments in a large group of men and women, and some women cannot see what approximately half the women in the group can see. Again, not publishable evidence, but highly suggestive of a physical basis for the differences. How much is learned in the sense of being a culturally driven ability to focus on differences (it’s a woman thing as my wife exasperatedly says) is debatable, but the anecdotal evidence, backed by clear scientific findings, support the existence a sub-set of women who have a physically richer spectrum of color differences.
Given all the back and forth about whether computer monitors are able to produce an appropriate screen, I would be curious to know if there have been people who have accurately responded with the figures you imbedded. The premise of tetrachromacy is that (however it comes about biologically) the individual has receptors for four different colours of light.
Now, I’m well aware that monitor colours are not precise, and in fact are pretty splurged out. Tetrachromacy is simply having an extra cone that is shifted far enough away from the existing three cone types that is functions like a fourth point of reference for making color distinctions (this fourth cone could still have a maxima very close to that of another cone type).
Second: a monitor screen synthesises its colours using (what are quite correctly described as) primary colours, but the advantage that terachromacy confers is the ability to distinguish wavelengths. Now, let’s look at some light which is not a mixture, but is a single wavelength midway between the red and the blue. From what I understand, most humans are actually tetrachromats, not trichromats, and what youa€™re testing for is actually petrachromacy, not tetrachromacy. There is a fourth a€?normala€? cone type, more sparsely populated than the a€?bluea€? cone, which has a maxima well into the near ultraviolet.
This is similar to how yellow can be perceived from a near-monofrequency sodium light (true yellow, that sits roughly in the middle between the R & G maxima and causes both cones to signal equally strongly) as well as by mixing red and green light (the yellow we see on RGB monitors) or a range of frequencies from red to green inclusive that would include the true yellow (most yellow ink or transparencies, such as the a€?bug lampsa€? that encase an ordinary incandescent bulb in yellow glass). RGB monitors cannot display true yellow nor violet, let alone the extra primary that a€?tetrachromatsa€? (pentachromats) would detect. There are also true LED technologies (OLED such as in the iPhone and iPod Touch), LED-backlit LCD (the so-called LED TVs from Sharp and Samsung as well as the newer monitors and notebook computers from Apple and high-end monitors from Dell, etc.), and other technologies in the works. And with all of them, therea€™s also the small matter of color controls, both in the monitor itself and in the operating system (Windows ICM, Apple ColorSync, Adobe Gamma, etc.), which are very rarely properly set except in savvy computer graphics businesses that have monitor calibration equipment.
With all of these variables (where even a single monitor can display differently based on monitor age, electrical input, user head position in the case of TN LCDs [merely slumping a bit in the chair is enough!], color settings in both monitor and OS, etc., let alone the differences between different monitors especially of differing base technologies), and the fact that all of them are still based on only three primaries and cannot even display true yellow or violet but only the RGB synth versions thereof, how can you hope to have a monitor-based test for petrachromacy!? I would expect that if you want to make a test for tetrachromacy, you have to make some hidden letters that I can see but an ordinary trichromat can not. I cannot see anything in your images, so I don’t think a tetrachromat with the most common extra receptor (found in 5% of X chromosomes) would be able to see anything. Another comment: Some people are complaining about how colors change from monitor to monitor.
On the other hand, RBG does not produce the green found in my cones so I am very dubious of creating a test (on a computer screen) that I can pass, but a person with regular color vision cannot.
I would love to have different paint mixed then painted on the wall, and we try to see which is different.

I could see letters (after staring for a while) but I think it’s just my imagination.
Even if you were a tetrachromat or a petrachromat (which is impossible) it is IMPOSSIBLE to receive tetrachromatic vision from any sort of computer monitor, tv or display device.
Screens are designed to only reproduce a large portion of the RGB colorspace (red-green-blue fundemental colors that most humans perceive). Plus, a tetrachromatic person has a fourth cone cell that is sensitive to light between the red-green spectrum which approximately is ORANGE. In order for this test to work for tetrachromats, the monitor whould have needed 4 distinct fundemental colours (RGBO= red-green-blue-orange). Also, the image is in a JPEG format, a lossy compression format that reduces picture quality by removing unperceivable or very low-perceivable colors limiting thus a true tetrachromatic vision. People who claim they see some shades, shapes, shadows or varying color tones just perceive these differences because of the variation of the size of the small dots and the variation of the amount of dots that are displayed the given surface. I see 9 in the ecru circle, pi in the byzantium circle and a map of the world coloured by algae population density annotated in Manchu in the octarine circle. I don’t see any letters but, I do see reds and purples and little blues(red circle), orange yellows browns red and little green (orange circle) green and yellow (green circle)?
First of all, I think the majority of these people are misunderstanding what you’re asking.
I’ve been demonstrated to be a tetrachromat since I was a child and took a color blindness test.
Tetrachromacy allows you to be able to distinguish between different specific wavelengths of light. I have this program that dulls blue and does other things to color on the monitor to make it not hurt your eyes, its scheduled to not be on now but i wonder how it would affect this.
I dragged and dropped the jpg image and opened it full screen with graphcs software and I see shapes within each of the coloured circles.
I see a wee man in the orange one- he’s pointing at a tiny fellow in the green one who is wearing a dark green ski mask. Facebook Covers InformationFacebook Quotes Cover - In life you will realize that there is a purpose for everyone you meet. MenuFearless doesnt mean you're completely unafriad and it doesnt mean you're bulletproof, it means you have alot of fears.. The slower the pictures rotate, the better your ability of handling stress: Allegedly, criminals see stress test images moving and spinning around madly, while seniors and children see them still.
If you want alternatives to the standard test page, you can use the pictures we link to below. Print test page (full test) - Use this test page for doing a full test (Grayscale, RGB, CMYK and dashed border lines). Below guide outlines how to print a printer test page through Windows XP, Windows Vista or Ubuntu. To see our content at its best we recommend upgrading if you wish to continue using IE or using another browser such as Firefox, Safari or Google Chrome.
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If you see something different (such as different colored letters inside each circle) – immediately contact me in the comment section below. I can see the letters inside the circles, they’re all a shade lighter than the the circles. In RGB a color is represented by thee values, each representing the intensity of one of the primary colors corresponding to our eyes’ receptors. The computer will display light wavelengths where as printed objects will display reflected colors. I do have synaesthsia however, i don’t know if this is connected in any way (?), and i am a female painter.
It got me really interested in the fact that my mother, grandmother, uncle, one more aunt and a good number of male cousins are color-blind whilst others in the family have gone on to study art and design and are really keen on colors.
After I looked at the circles I can tell that they are several letters and numbers in them and they also seem to move and interrelated one with the other.
After downloading the enlarged .jpg and using a series of software hue and luminiscity thresholds I was unable to discern any letter formations. Also, most LCD monitors only operate at 6-bits per color component, meaning only 64 different levels of gradiation can be displayed for each of red, green, and blue.
In theory, tetrachromacy can come about in more than one way, not exclusively female heterozygosity. You can use an RGB monitor to detect tetrachromacy – it is simply the ability to detect color subtle differences that are not noticeable to the average trichromat (most of us). Retinal disorders not genetically caused will NOT create a tetrachromat and yes- you DO need female HOMOZYGOSY (get your info right) to have the required genes. The use of an RGB monitor should not have any effect on this test, however a monitor with limited color range may not be able to display sufficient differences in the color tests above. I am a college professor: I regularly teach human genetics and the physiology of color vision. And, here is where it gets wildly non-sci, those with the enhanced color perception do appear to have a shared experience which may seem a little fuzzy as a result of differences in color naming conventions.
So perhaps a combination of bluey-green and yellowish broad-spectrum light might make something vaguely green? It would not open the door to seeing some new unseen color, and nor does it have anything to do with extra primary colors, etc.
That is, as far as I can figure, the monitor simply can’t create the signal that you hope tetrachromats will see. But because our corneas, lenses, and aqueous humours (and I think vitreous humour as well) block UV, those dona€™t get triggered nearly as often as the R, G, and B cones. At present, the vast majority of computer monitors are either CRT (the former majority, now a distinct minority) and LCD (new majority).
CRT monitors could have any of several different phosphor types with varying chromaticities: various flavors each of EBU, ITU, SMPTE (a standard for NTSC broadcast TV), etc.

With the cheaper TN (twisted nematic TFT) monitors, even a slight different in angle of eyes to monitor can cause substantial color shifts. Computer video cards and monitors output in the RGB format (Red Blue Green), you can see this effect on old TV’s, lookclosely at them and you will see little segments made of Red Blue and Green stripes. My father is colourblind and I’ve always seen different coloured greens than other people and seem to see further into violet and red.
Even the most accurate screens (CRT’s or plasma displays) cannot reproduce the whole RGB spectrum. Because your computer screen can only display several levels of the orange tone by mixing red green blue, you are not able to perceive anything different than a normal trichromat person by looking at these circles. Thus, the monitor would produce more color tones and shades of orange (imperceivable by trichromats ofcourse). In the red one I see a globe, but its all messed up and asia is front and center instead of good ole’ USA. I often (over the years) received complaints from roommates for adjusting the computer or television to suit my vision for color. If you still think that there's a trick here, you may wish to print it (even black and white) and by then you'll be sure that it's a still picture - these are not animated pictures of stress testing.
The test page normally also shows you extra information such as the driver software version which can be used to if you need to troubleshoot problems. Procedures to do so vary, please check your printer manual on how this should be done specifically on your printer.
And usually when we perceive a color, it is the result of a combination of signals from more than one flavor of cone. Two samples that would look like the same color of red to me would look like dramatically different reds to a tetrachromat. I suggest that you reanalyze your test and to fine tune it and do some more research on the subject. I have found very little in regards to having color blind females in a family as well in relation to this. If you’re sort of seeing something its either pattern, or shade do to dot size, or will power to believe you see something. The way to test a tetrachromat is to challenge her to tell a pure orange from green and red overlapped. You have to look at the complimentary color (opposite color on the color wheel) for each one for about 15 seconds, then quickly look back at the screen. If an individual is able to identify the characters within one or more of the color samples above, they should contact a specialist to determine if they are indeed a tetrachromat. I also have a journal article published on the subject of the history of color vision and perception.
We perceive color differences not by the signaling of a single type of cone, but by combinations of signals. It simply would provide another source of signals to the brain, allowing the person to make better distinctions between colors that would appear the same to the rest of us.
We can also simulate those colors by triggering R & B with little if any of the U, which is why those colors can also appear on an RGB monitor or CMYK printing press.
These are wildly different technologies (just for starters, CRT phosphors emit light directly under stimulation from a cathode ray electron beam, while LCD cells block or transmit light emitted from a backlight).
In fact, the whole concept of a€?screen saversa€? was because older CRT RGB phosphors could suffer from a€?burn-ina€? if left displaying the same image for too long, and also over time the three phosphors tended to age and dim at different rates, so the same monitor would show different color responses at different times in its lifespan. With the cheapest monitors, even the difference in angle between, say, the top and bottom or left and right side of the display relative to the eyes of the viewer, can result in differences substantial enough to make a solid color desktop look like a gradient.
Not only would you need a state of the art computer monitor (none that display in the required format are available to the public coincedently, so don’t go saying you have such a monitor), but you would also need a video card that outputs the required spectrum, then that video card and monitor would require a new type of cable connector that has input lines for the extra spectrum. Are you asking if anyone can see different-colored letters inside each tiny circle within the three large circles?
I showed these stress test animated pictures to a lot of people and heard many responses, it seems that the average speed for most people is very, very slow rotation. You will get a printer test page that includes the Ubuntu logo and eight different color bars. What might happen, is that for some people the ratio in sensitivity for the three colors is a bit different, and two certain colors represented by different RGB values may look the same to one person, but different to the other. My only point is that this is slightly misleading, and you should note that this is not definitive proof against tetrachromacy. It really IS fascinating, and while my results have not been determined yet, you could be discouraging some women who do have tetrachromacy and are exploring their acuity for color of their own accord. I even tried cheating, such as by enlarging the pictures, turning my monitor up to full brightness, but still, nothing. So to put it bluntly there is about a 0.9% chance that someone has all the requirements for this test to work. Or, are you asking if there are different-colored letters somewhere within the three large (red, orange, green) circles? And we are able to distinguish the range of orange hues from each other by the different strengths of green and red cone signals that each orange hue generates (darker orange would have a stronger red signal, etc).
And even then, this test should have been saved in a lossless format, such as .tga, as jpg would almost completely remove the extra spectrum to save space (the format was designed to preserve size at the cost of quality). However, more up-to-date monitors offer a range of color differences at the level I hope to be testing for.
Now I know that I’m not color blind as I been called and maybe I can see different hues on colors.
I can see the yellow-orange one fairly easy, the red a bit more difficult, and the green I can see but my eyes and brain fight over interpreting the green.
Anyone saying they see patterns, numbers, letters, shapes, etc are unfortunately the victims of suggestion.
Once I read all the replies, I went back, blew my browser up to magnify 400% on a 1024 x 800 res.

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