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I haven't seen all the objects, so I can not say it for sure, but the direction of the notch should change with the position of the object in the frame, meaning that all objects in the top left of the frame, for example, that have a notch should show the notch in the same position, while those in the top right of the frame should the the notch in the same place but not in the same place as the ones in the top left.
Originally posted by zorgon
If the 'notches' in the tether video are 'camera artifacts'
WHY are they in more than one direction in one frame? Would they not all be the SAME direction as in the attempts to reproduce the effect show?
WHY do they change shape?
Although I do not consider myself a STS-75 debunker and I do not refuse to look at the videos from STS-80, the reason I am ignoring them when talking about STS-75 is because, as I have said several times, I don't think they show the same thing, I consider the ice crystals explanation the most likely to be the correct one for the STS-75 video but I think that this explanation can not be used to explain the STS-80 objects.
WHY do people debunking STS 75 refuse to look at STS 80 for comparison?
I haven't had much time in these last two weeks, but now I have a little more, I will see what I can do.
Perhaps ArMaP has the time to take the images from the 11th to the 31st in the 1024 format size and put them all together into an animation?
Originally posted by ArMaP
reply to post by deccal
Which video, the "MOV" file or the other on his last post from the previous page?
If you are talking about the MOV then it's the same video, it just looks a little different, for worse, in my opinion.
Originally posted by ArMaP
And I think, as I said before, that the false shadows an electronic origin, not optical.
Originally posted by ArMaP
reply to post by RFBurns
I got the video, thanks!
Although I have not examine it carefully it looks a worse copy than the one I got from YouTube, which looks less washed-out.
Seeing it at 1 frame per second it also looks strange, with some frames going backward and then forward again.
It looks like there was some conversion that went bad somewhere.
Originally posted by RFBurns
STS 75 MOV
There ya go. Right click, save as.
[edit on 16-2-2009 by RFBurns]
Originally posted by deccal
Originally posted by RFBurns
STS 75 MOV
There ya go. Right click, save as.
[edit on 16-2-2009 by RFBurns]
this one..
Originally posted by RFBurns
Your "cat eye" effect may be oval in shape, but where is the hole in the center? Where is the moving pulsing black line from center to outer edge, and most importantly, where is the morphing notch where in the sts video, some are square, some are double square, some are triangular shaped.??
Picking photos that mimick the sts video objects hardly proves anything friend.
Originally posted by zorgon
Couple of questions...
If the 'notches' in the tether video are 'camera artifacts'
WHY are they in more than one direction in one frame? Would they not all be the SAME direction as in the attempts to reproduce the effect show?
WHY do they change shape?
Originally posted by RFBurns
You make excellent points on the notches. And I fully agree. If they were simple lens effects, those notches should be consistant across the paths where the objects are moving. And more than one object does move along similar paths, or very very close to another object's path, close enough to where the lens effect would be consistant.
But they are not consistant.
A CCTV camera tracking an unknown light source in Little Hulton, UK on September 12th 1993. When out of focus, the object appears donut shaped with notches which shift according to it's position within the field of view. Notice also the onset of barrel distortion as the object approaches the optical periphery. The dark diagonal line is merely the shadow of a strand-like object immediately in front of the lens. Whatever the nature of the light source (probably nothing out of the ordinary), this footage is a classic demonstration of how anomalous objects can be conjured through improper use of a camera lens.
These camera artifacts are very similar to those present in NASA's STS-75 tether footage. The camera's zoom lens was probably similar in construction to NASA's MLA*, with 3 guide shafts supporting the lenses (1 vertically opposed to a close pair), and a rotating barrel with cam grooves which displaced the lenses along the optical axis. The notches are merely shadows of the lens guide shafts, and as the object moves vertically within the field of view, various combinations of upper and lower shafts impinge upon the image (the zoom setting is also a factor)
* Monochrome Lens Assembly, fitted to NASA's SIT Vidicon tube cameras.
The donut appearance is often described as an 'airy disc' (named after George Airy). This is a contentious issue, as many people simply google the term and find themselves viewing a computer generated model (ideal) of an aperture induced diffraction pattern. Such models are often enhanced in order to illustrate the faint outer concentric rings produced by constructive/destructive interference of light waves which are out of phase. For some reason, the distinction between an 'airy disc' and an 'airy pattern' is often completely overlooked, leading to unwarranted dismissal of the airy disc theory in the absence of visible outer rings. In reality, the term 'airy disc' merely describes the bright centre of an 'airy pattern' and therefore does not require the presence of visible outer rings. Matters are further complicated when an object is out of focus, which with certain lens configurations results in this donut appearance. Astronomers are known to deliberately defocus stars in order to check the collimation of reflector telescopes, and often refer to the result as an 'out of focus airy disc'.
Unlike NASA's STS-75 tether footage, this video shows a single out of focus object. This is unfortunate, as i believe that if the camera were focussed on a bright more distant object, that object would actually appear to be in the foreground (the same optical illusion responsible for tales of 3 miles wide UFOs 'behind' the tether). Many people seem unable to accept this concept, despite it being intuitively obvious and well understood by those who frequently use cameras. I could attempt an explanation, but experience suggests that it would be futile. Instead i am going to pose a question: During the STS-75 tether footage, the camera oscillates on it's pan/tilt unit following remote aim adjustment. If the so-called UFOs were really behind the tether, then why was their displacement considerably greater than that of the tether during the oscillation? The only plausible explanation is that the so-called UFOs were actually in the foreground. This basic principle (motion parallax) can be appreciated by anyone with a pair of eyes, and is therefore not easily dismissed due to lack of relevant experience.
more...
Originally posted by zorgon
Silly Lemmings
Originally posted by ArMaP
reply to post by RFBurns
There is no need for some much trouble, if you consider that the MOV is close enough to the AVI then I do not need the AVI.
Thanks anyway.
I was not talking about sharpening, sharpening is symmetric, that effect is not.
Originally posted by depthoffield
Of course, where i said that sharpening is optical? of course it is in electronics.
Originally posted by ArMaP
I was not talking about sharpening, sharpening is symmetric, that effect is not.
Originally posted by Deaf Alien
reply to post by RFBurns
Hi RFBurns!
Where did you find those pictures of the ancient discs? I don't think I have ever seen them before. Please provide links and information!
Very interesting.
Originally posted by RFBurns
reply to post by depthoffield
Nice try to turn this around onto me when your earlier "cat eye" photos of out of focus Christmas tree lights dont have any similarity to the objects in the sts 75 video.