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You still don't know what the exposure time or the film sensitivity is on the 16mm film, so you can't compare anything.
Originally posted by FoosM
You bring some good points but I would like to point out, that I was comparing a 16mm film camera, that could basically take stills, to photo film camera.
The FLIKR examples simply show that when using 1/250 with slow film speed requires flash in low light conditions.
Originally posted by AgentSmith
These comparisons I've made below of the video and the photos taken is fairly rough by the way and not meant to be exact, but I think it more than adequately gets the point across.
[atsimg]http://files.abovetopsecret.com/images/member/9bc8c6cba116.jpg[/atsimg]
Originally posted by FoosM
Im sorry, I didnt realize it was High Noon on the Moon.
Have you been paying attention at all?
Focus for god's sake focus on the SHADOW.
Doesnt matter how bright it is outside,
taking pictures of objects in shadow is called a low light situation.
edit on 28-9-2010 by FoosM because: typo
Originally posted by CHRLZ
This has just become Moronic. Some of this has already been pointed out, but to repeat some SIMPLE FACTS:
1. Film and video are NOT comparable. Not in the simplistic and ill-informed way being done here, anyway. Apart from different sensitivities, they have completely different response curves and dynamic ranges, let alone other issues such as sensor bleed, ghosting, 'burn', etc.
2. Low light is NOT determined by being in shadow. In fact that comment is so ILL-INFORMED it is clear the author is completely ignorant of the topic.. For heaven's sake, the label on the Apollo cameras SHOWS you that shooting in (DAYLIT) shadow requires settings of 1/250 @ 5.6. THAT IS NOT LOW LIGHT, and clearly is NOT a shutter speed at which motion would normally be a problem.. A DAYLIGHT shadow gets lots of fill light from the surroundings - it is NOTHING like 'low light'. Anyone with even a hint of knowledge about cameras understands this.
The FLIKR examples simply show that when using 1/250 with slow film speed requires flash in low light conditions.
They do NOTHING OF THE SORT, and to proclaim such ignorance is shameful.
Originally posted by Pinke
As I've said before ... sort over responding to Foos with huge amounts of information, but I did have a question.
What does a studio lit flower and a monkey have to do with exposing a photograph on a moon lit by the sun?
That's all!
Truly, moon shadows aren't absolutely black. Sunlight reflected from the moon's gently rounded terrain provides some feeble illumination, as does the Earth itself, which is a secondary source of light in lunar skies. Given plenty of time to adapt, an astronaut could see almost anywhere.
The lunar surface is sprinkled with glassy spherules (think of them as lunar dew drops) and crystalline minerals, which can reflect sunlight backwards. And then there's "coherent backscatter"--specks of moondust smaller than the wavelength of light diffract sunlight, scattering rays back toward the sun.
Originally posted by PsykoOps
Originally posted by FoosM
Im sorry, I didnt realize it was High Noon on the Moon.
Have you been paying attention at all?
Focus for god's sake focus on the SHADOW.
Doesnt matter how bright it is outside,
taking pictures of objects in shadow is called a low light situation.
edit on 28-9-2010 by FoosM because: typo
The hell it is. That's what you call it. Not to mention the most obvious flaw in this theory of yours, where's the highlights and shadows of the flash used then? for worst trolling ever.
Well as you know the original photo does not have an over-exposed background.
Originally posted by FoosM
But your photos reveal a glaring issue.
It appears to match the video, but when you watch it in motion, it doesn't correlate.
Especially your second shot.
You show it as a pause, but there was no pause!
Neil quickly went into his position in the sun.
Would be impossible to take a photo of Buzz because he was slowly descending the ladder.
Nice try though.
Originally posted by FoosM
Here Neil is coming down the ladder.
....
Now notice how it begins dark and all of a sudden it goes bright like
the light behind the LM was slowly turned on allowing us to see Neil.
Now Neil did not have the resources to manipulate the light, nor orient himself to shoot the best photo since he had no viewfinder to determine how his shots would look like. Not to forget, he was on the clock.
Originally posted by Agentsmith
What the hell are you going on about now Foos? No light was turned on behind Neil, it's obvious that the aperture size was increased on the camera. Why do you think Neil is operating it? He's on the ladder Foos! The camera is in the LM behind the window being operated by Buzz
Originally posted by FoosM
Slow down...... and carefully read what I wrote.
Originally posted by FoosM
So what? Whats your point? NASA didnt build the dishes either. Are you saying tha CSIRO was in control of the content? Where they tapping or tracing the feeds? No. NASA and its personnel were in control of what was important: Information. And thats what the point was. Trying to assert, the proof is pudding buddy, NASA was in complete control.
You havent demostrated that any SPE occurred that breached NASA's safety limits. Until you do so you have no argument.
blah blah blah
So now you are saying Buzz and Neil were lit by the Sun on the shadow side of the LM ???
Are we all looking that the same photos here?
Or are people responding about some photo I'm not aware about?
Foos is interested in two things ... keeping this thread going and discrediting ... it'll continue if people keep getting irritated.
Originally posted by FoosM
So what? Whats your point? NASA didnt build the dishes either. Are you saying tha CSIRO was in control of the content? Where they tapping or tracing the feeds? No. NASA and its personnel were in control of what was important: Information. And thats what the point was. Trying to assert, the proof is pudding buddy, NASA was in complete control.
Originally posted by zvezdar
CSIRO obtain the transmissions direct from the spacecraft, and then broadcast to NASA. Oh, and the broadcast in Australia happened from the pictures the came from within Australia, they were a split second ahead of the rest of the world. The document below is enough to demonstrate that footage was beamed from the LM on the moon to Earth beyond any reasonable doubt.
Wikipedia
The Parkes Radiothermal Telescope, completed in 1961, was the brainchild of E.G. (Taffy) Bowen, chief of the CSIRO's Radiophysics Laboratory. During the Second World War, he had worked on radar development in the US and had made some powerful friends in the scientific community. Calling on this old boy network, he persuaded two philanthropic organisations, the Carnegie Corporation and the Rockefeller Foundation to fund half the cost of the telescope. It was this recognition and key financial support from the US that persuaded then Prime Minister Robert Menzies to agree to fund the rest of the project.[1]