posted on Dec, 8 2008 @ 01:08 AM
reply to post by thechi
I was referring to the post on page 4 where Stereotype says:
"Well I'm thinking it's a fake.
On flickr it shows that you took this anomoly photo on Novemeber 13 2008 yet the other 2 photos that you posted and were used on ebay were taken
December 31 2007 according to Flickr. Just so I'm not misunderstanding anything, How and why would you take a couple pictures of an item a year ago
with no anomolies, post the item for bid on ebay,(which didnt sell) then almost a year later take another picture of the item which now has an anomoly
appearing on it?
Thinking of putting back on ebay as the Mysterious Optiloupe?"
The EXIF information is missing from the photos he says were used on ebay, so I couldn't pull out a timestamp, and had to rely on flikr's
timestamps. However, there's no doubt that they are the same lenses, one with the anomalous image and one without, or at the very least the boxes in
the image are the same, as they bear the same precise wear marks.
@spacepunk: why would the DPI resolution matter to you? are you printing the picture out to view it? The original is only 72 dpi, which tells a
printer how big to print it, not how big the image is, or how fine the actual resolution of the image is. The resolution of the original image is
3264x2448 pixels, which would print out at 115.1 cm x 86.4cm at 72 dpi. The dpi resolution can be altered to whatever you like, without affecting the
image quality. It will only affect the print out size and quality.
@ Operation Mindcrime: I noticed the double bilateral symmetry when someone posted the image upside down a few pages back. It's striking, but not
quite perfect. There may be other factors affecting the reflection quality that could cause those minor imperfections. Reflectivity differences at
different areas of a reflective surface, like smudges, or ripples, come to mind. With that said, it's surprising how little the image changes when
it's rotated 180 degrees. Additionally, there appears to be more curvature on the left side of the right side up image if it is indeed displaying a
"rotated" version of the right side. That could be caused by the curvature of the reflective surface, the diffraction of the (thinnner or thicker)
glass towards the edge of the lens, or simply the viewing angle combined with either of the above.
nenothtu out