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Originally posted by aynock
reply to post by Druid42
the first and last images you posted are examples of refraction, the second and third are reflections - in both cases the reflection is in a reflective surface
in the picture the object appears in the sky - i'm still not sure how you think that is happening
The lens in a camera focuses light on a plane behind the rear element. In 35mm cameras, that plane contains film. In digital cameras, the plane is occupied by a piece of silicon (chip) which I'll refer to as the sensor. Sensors come in two primary types: CCD (charge-coupled device) and CMOS (complimentary metal oxide).
Long term, CMOS is the likely candidate for most sensors. Nevertheless, CCDs are mature and well-known, and they do have a baseline noise production that is lower than CMOS, all else equal.
On this sensor are an array of light-sensitive spots, called photosites. Photosites are usually square in shape (currently have been two major exceptions that I'll deal with in a moment), and laid out in rows and columns.
Every digital camera attempts to deal with dark current by "masking off" a set of photosites so that they don't see light (which is part of the explanation why your 3.34-megapixel camera only produces images with only 3.15 megapixels). Your camera's brains compares the values it sees from photosites that weren't exposed to light to those that were. Dark Current is partially random. So, in the most simplistic form, the camera averages all the values found in the masked off photosites and subtracts that from the values seen by the photosites exposed to light to remove the Dark Current.
It may surprise you to find out that the sensor in your camera reacts to all light with relative equality. Each individual photosite simply collects only the amount of light hitting it and passes that data on; no color information is collected. Thus, a bare sensor is a monochromatic device.
At this point, we have one-third the data we need for a complete color picture (we need red, green, and blue values at each photosite location, and we have only one of those values from each photosite). Here comes the tricky part: a processor (a Sparc-based computer in many early Coolpix models, dedicated proprietary circuits in most new cameras, called the EXPEED engine by Nikon) looks at blocks of this data and tries to guess the actual RGB color value of each pixel by comparing adjacencies!
but it illustrates how the camera's software has to function: it examines a block of adjacent pixels and uses that data to build the missing two values for each location. Again, this process is often called interpolation, though the software routine that does this is more correctly called demosaicing. Camera manufacturers are extremely secretive about their demosaicing methods.
there's a real battle going on inside your digital camera between the speed at which images are processed and the amount of data the camera has to deal with.
Each additional manipulation of the underlying photosite data gets us a little further from the original information and introduces the potential for artifacts. In essence, by the time the camera is done with all its processing, it is impossible to reconstruct the original data (exception: most modern DSLR cameras have the ability to save the actual photosite data from the camera in a raw file, for later demosaic on your computer).
Originally posted by Druid42
The UO is a reflection. When you guys are saying no wall/reflective surface, there is a lens (reflective), a mirror (reflective), and sunglasses (reflective). The CCD in the camera is pointed nearly directly at the mirror. The sunglasses are line of sight to the mirror, and accordingly, the camera lens.
While those people are actually trying to capture those images, the Shooter caught an unintentional one. A rare feat indeed.
Originally posted by aynock
reply to post by bluestreak53
no need for the info from wikipedia - i'd just read it
again, i DON'T think the 'object' is lens flareedit on 19-10-2012 by aynock because: (no reason given)
Originally posted by Druid42
reply to post by adjensen
I'll pause while you digest the new theory.
I'm awaiting your comments.
Originally posted by Druid42
How about a traffic light reflection?
It's not the mirror that's curved, they are flat
I've looked, and there is nothing that I can find that even approaches the orderly complexity of this image.
It's not just Unidentified, it's UnidentifiABLE. Get over it. Unless... .. has anyone got multiple reports of *unexplainable* things flying around Crete since this? no? Then do carry on pointlessly investamagating, as this thread went nowhere on page one and has gone downhill since then, imbo.
impetus of proof would be on the part of someone claiming that order can appear out of chaos
in this case, we have readily obvious distractions -- "Shooter"s husband is obviously focused on driving in a country and geography that he is unfamiliar with, and "Shooter" is focused on the goats
Originally posted by Druid42
Since it is unidentifiABLE, iybo, does that mean you will refrain from further comments in this thread?
If, according to your opinion, it is impossible to identify, should we all just delete this thread from our MyATS list, and forget about it, evermore? Hardly.
This is a good puzzle, and it IS being examined at all angles. And will be, until it is solved.
My "unprofessionalism" is a mere ploy to get the "professionals" involved. A bit crude, yes.
Lacking a simple explanation, you state an unsolvable puzzle. Really?
Would you like me to post some for you (or anyone else here) to try to positively identify?
Originally posted by Druid42
in this case, we have readily obvious distractions -- "Shooter"s husband is obviously focused on driving in a country and geography that he is unfamiliar with, and "Shooter" is focused on the goats
Your distractions are exaggerated. The husband is a tourist, as well as the Shooter, and therefore in no obvious hurry. The pace, accordingly would be slow and cautious. I'd speculate they stopped often to stretch and enjoy the beautiful scenery, as opposed to them being focused on strictly driving in rush hour traffic. When you are in a tourist mode, you DO notice ALL of your surroundings. They were from Germany, on vacation in Greece, and if I was there, I would've stopped the car, petted the goats, went down to the beach, and wiggled my naked toes in the sand.
Placing myself in that scenario, I would've noticed the goats ( ) but I also would've commented on the litter wafting about frequently, and the birds flying about. If they were there.
Sticking to facts, no birds are reported, no bags are reported, so I find it needless to fabricate stories to support a highly unlikely possibility. If you can just concede the bag theory is irrational, then I'll quit blathering.