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Originally posted by Arbitrageur
So my guess based on my personal experience is, the reason for the defocused areas is a result of curling of the film such as I have seen in old film myself.
if someone was trying to obfuscate what was being photographed it would seem more logical to have the edges in focus and the center out of focus, but they have done the exact opposite.
Wrong, everything has a limit, as you know, in any photo you can only distinguish, in optimal conditions, objects that are more than twice the resolution.
Originally posted by easynow
yea just look at what those "boneheads" are releasing to the public !
that is a spacecraft on the Lunar surface that was photographed with the LRO imaging camera. since the picture is so clear and detailed it should be easy to tell exactly what it is , right ?
It doesn't "piss me off", but I find it a waste of time when someone insists that something that they cannot prove it's a lie and uses all his/her resources to try to prove something they can not.
hoooo boy , exposing NASA's lies sure does piss some people off !
And why not obfuscate everything? Why make it in a way that is so noticeable? People would just say that those were the normal bad NASA images.
Originally posted by LunaCognita
Blurring over 2/3rds of a visible scene should be considered a very effective obfuscator under any circumstances, and when you appreciate that the effectiveness of this technique actually increases as the movement in the FOV increases, you can see why it was applied to the orbital DAC footage that is typically filled with plenty of movement in the
Wrong, everything has a limit
do you have any idea of the size of the features we can see on the videos?
It doesn't "piss me off", but I find it a waste of time when someone insists that something that they cannot prove it's a lie and uses all his/her resources to try to prove something they can not.
what reasons could be behind it
My "wrong" was an answer to your "right?", as it's not right that it should be easy to tell exactly what that spacecraft is, the photo does not have enough resolution, even if the lighting was the best possible.
Originally posted by easynow
true that, but you don't know what the limit really is because of the real time circumstances that were involved or what the optimal conditions were so telling me i am wrong when you don't know all the facts is hilarious !!
I asked because maybe someone knows what's that region and maybe recognised some features, that way we could know what size they are and get an idea of what we may be missing by not seeing the sides of the image as we see the centre.
no sorry i haven't been to the Moon but maybe you have ? and since i haven't been there and i certainly can't trust NASA's imagery then i can't make that kind of a judgement.
Nah, I'm not upset with anything or anyone, if I didn't got upset in previous discussion it's not this one that is going to do it.
are you sure, because it seems your upset with me ?
I know that, but you probably also know that everyone has his/her own idea of what if enough proof for any particular case, and that idea changes with the subject, because as hard as we may try we are always influenced by something that makes us more pro or against something.
it's nothing but you opinion that nothing has been proven and your idea of proof isn't the golden rule of the planet (in case you didn't know that) and i guess if ArMaP doesn't think so then it isn't so huh ?
what reasons could be behind it
the photo does not have enough resolution
Nah, I'm not upset with anything or anyone
just because NASA lied in some things it does not mean that they lied in everything.
I don't have the time to do it now (it's already 2:00 AM here in Portugal) and I really don't remember it. Maybe tomorrow
Originally posted by LunaCognita
Originally posted by Arbitrageur
So my guess based on my personal experience is, the reason for the defocused areas is a result of curling of the film such as I have seen in old film myself.
The focus gradients do not shift around in the FOV as the scenes play out - they remain as essentially static vertical divides, exactly as a blur mask would behave if it was introduced during post-production for obfuscative reasons as I said. I see nothing to suggest these focus/blur divides are merely the result of inept digital scanning procedures or "curled" film as you suggest.
We are not talking about home movie footage here that was stored in my grandmother's musty basement in a cardboard box for years and years, but rather this film was stored in special climate and humidity-controlled freezers specifically to help prevent the type of degradation you are mentioning from occurring.
I don't think you can reproduce the same effect.
designed to degrade the quality of the OVERALL scene, which is EXACTLY what it does. It makes OVER two-thirds of the FOV out-of-focus, and you still don't see how incredibly effective that is as an obfuscative tool??? It is FAR more effective than the way you suggested as being "logical". If NASA followed your logic and just blurred the center of frame and left the outsides in focus, then that obfuscation technique would be FAR less effective as it would leave far more of the FOV in focus! That should be blatantly obvious.
That crater was the target being filmed, but it stays on the right side of frame in the obfuscative blur area, never centering on the camera principal point where the focus is tight, even though that crater is clearly what was being targeted by the cameraman.
This means that the objects being filmed from orbit are almost always moving around either due to camera shake or surface panning.
Originally posted by easynow
reply to post by Arbitrageur
until you post a video example to back up your film curl theory it's a moot point
maybe you have some to post ?
Normally, the scanner's autofocus system looks at the center of the frame to perform its focus adjustments. Alternatively, you can specify what part of the film you want it to adjust for, or what part of the film you want to manually adjust the focus based on. These are useful features, in that we've sometimes seen scanner autofocus systems outfoxed by low-contrast, or poorly-focused originals. Also, in the case of severely curled film, you may opt for sharp focus in one part of the frame, at the cost of poorer focus elsewhere. The Dimage Scan multi accommodates such situations with the aforementioned option of specifying the point of focus.
Now I've proven this is a real effect,
Originally posted by easynow
words alone are not enough sorry
you got zippo, nada nothing !
If you want to believe it's an obfuscation gradient instead of what Minolta describes, knock yourself out, I really don't care.