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Originally posted by nataylor
reply to post by backinblack
I assumed my explanation made it clear that I was superimposing the zoomed-in frame with the "strings" on the original image, and that the black outline made it clear where the edge of the frame was.
Here are the two whole frames, unscaled. The flashes and the "strings" are 145 and 111 pixels away from the right edge of the frame.
Originally posted by backinblack
lol, I'm not blind...
This new two frames DO show the spots in the same location but now the background is moving..!!!!
What the hell are you trying to show..??
They ARE moving mate..No denying it...
Originally posted by nataylor
reply to post by backinblack
Yes, and I just explained why.
Put two dots on your camera lens. Take a picture. Now zoom in some and take another picture.
Now when you open both pictures, you'll see the dots are in the same location in both pictures, but the background has changed. (As in the second animation I posted).
If you scale down the second image such that the backgrounds line up, the dots will move (as in the first animation).
Originally posted by backinblack
WTF.?? If you zoom in the dots SHOULD move apart..!!
They don't in your shots...
They stay in EXACTLY the same spot while the background moves..
That should not happen unless you made a mistake or it was deliberate...
Originally posted by nataylor
Originally posted by backinblack
WTF.?? If you zoom in the dots SHOULD move apart..!!
They don't in your shots...
They stay in EXACTLY the same spot while the background moves..
That should not happen unless you made a mistake or it was deliberate...
No, the dots on the camera lens will NOT move apart if you zoom in. Why would they? They're fixed on the lens. They're going to project to the same locations on the image sensor no matter what is in front of the lens. They're going to stay in EXACTLY the same spot while the background moves.
If you have dust specks on your camera's sensor, they're going to show up in the same location no matter what picture you take, no matter the level of the zoom.
That's my whole point, that the flashes and "strings" we see are a function of the camera (be it on the lens or the sensor), precisely because they do remain in EXACTLY the same spot.
Originally posted by backinblack
Are you for real???
If two objects are 10cms apart in a normal pic and I zoom in 50%, then the objects will appear 20cms apart..
That's reality.....
I'm glad you brought this up ... I've just come across this video that involves the 'mythbusters'.
Originally posted by DJW001
reply to post by ppk55
I'm glad you brought this up ... I've just come across this video that involves the 'mythbusters'.
Why are you changing the subject? At this point, you need to ask yourself one question: why did Jarrah White do a calculation "proving" that astronauts traveling at a thirty degree inclination would receive a lethal dose of radiation, when the document he used proved that they wouldn't? Did you make any attempt to confirm his research yourself, or did you just believe it because Jarrah said it? Jarrah has been lying to you. As I have pointed out, he uses exactly the same propaganda techniques in his videos as the main stream media. He lies, distorts and cherry picks... and yet you defend him. The fact that he used the unshielded radiation data and then claimed that it was the dose the astronauts would receive is an outright lie. The fact that he knew better means that the entire "Moonfaker" video series is intended as a HOAX.
No, the dots on the camera lens will NOT move apart if you zoom in. Why would they? They're fixed on the lens. They're going to project to the same locations on the image sensor no matter what is in front of the lens. They're going to stay in EXACTLY the same spot while the background moves.