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• Exposure Time: 83 μs (@ 30 fps, 1 line, 12 MHz) ~ 164 s (@ 1 fps, 65535 lines, 12 MHz), every step: 83 μs
Originally posted by MaynardIt
Do you want really know why does this object quickly disappear at high speed from the scene?
That's because tracking softwares took ages to perform even 10 secs of tracking.
Making the object flying away so fast is a common trick used in order to avoid to leave the PC working for a whole week.
The tracking itself, is not perfect at all. You can see the lights floating unnaturally with the background.
An ugly fake.
Originally posted by ZeroGhost
If you go to the Stephvenville Lights case where Sirius was mistaken by an amateur video person for a UFO making symbols in an alien language you will see that the person did not understand the process any more than how to interpret the sky for star positions.
That is one reason you don't pee in the bathwater by throwing around opinions that challenge the witness character. If they become uncooperative you loose the game before it even starts. Amateurs loose the edge by doing that so they never get any further. Experience teaches that.
Originally posted by MaynardIt
The tracking itself, is not perfect at all. You can see the lights floating unnaturally with the background.
An ugly fake.
Originally posted by Verklagekasper
There's not necessarily tracking involved. It seems that innovative techniques were applied that keep ppl wondering how exactly this was done. So it's rather a pretty if not excellent fake, especially when it's coming from a guy who is not into digital video manipulation.
Originally posted by TravisT
He used his phone camera, which is a sony ericson w200i. Here's the specs:
www.gsmarena.com...
Originally posted by zerotensor
Also, on the frame where it streaks-off, we see that the camera records at least 20 individual flashes on the leftmost streak. Assuming a frame-rate of 15 fps, this gives a minimum estimated frequency of about 300Hz. An uncertain number (2,3,4) of flashes are piled-up on the tip. Assuming that there were 22 flashes in all, I derive a best estimate strobe frequency of 330 Hz +/- 15 Hz.
[atsimg]http://files.abovetopsecret.com/images/member/5cc461275c58.png[/atsimg]
That's in the audio range; hmm....
[atsimg]http://files.abovetopsecret.com/images/member/17d706d32f97.jpg[/atsimg]
E1 on a guitar is 329.63 Hz.
Originally posted by jeffsmathers
If you look at the single frame where the object is departing, the 3 light sources can be seen modulating (on and off). Based on the estimated frame rate of a video phone is roughly 12 to 15 frames per second and based on the 27 to 30 modulated 'flashes' in the one frame that show a near linear acceleration based on the angular positions of each modulated flash...This of course assumes a level altitude of flight when leaving.
The average time between flashes then is about .00264 seconds or estimated modulated frequency of 380 Hz ( Cycles per second ).
Originally posted by UKWO1Phot
Now where's that pie KK